CN104061454A - Enclosed energy-efficient HID light-distributed illuminating lamp for elliptical cambered reflecting mirror - Google Patents
Enclosed energy-efficient HID light-distributed illuminating lamp for elliptical cambered reflecting mirror Download PDFInfo
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- CN104061454A CN104061454A CN201310093347.0A CN201310093347A CN104061454A CN 104061454 A CN104061454 A CN 104061454A CN 201310093347 A CN201310093347 A CN 201310093347A CN 104061454 A CN104061454 A CN 104061454A
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- bulb
- hid
- speculum
- oval calotte
- ballast
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- Arrangement Of Elements, Cooling, Sealing, Or The Like Of Lighting Devices (AREA)
Abstract
The invention discloses an enclosed energy-efficient HID light-distributed illuminating lamp for an elliptical cambered reflecting mirror. The HID light-distributed illuminating lamp comprises an enclosed bulb (1), light source mounting plate (2), a lamp body (3) and a ballast (4), wherein light source components and the ballast (4) are mounted on the lamp body (3); the lamp body (3) is connected with an external power supply according to the requirements of clients; the HID light-distributed illuminating lamp is characterized in that the enclosed bulb (1) is an HID light-distributed illuminating bulb which is designed by the high borosilicate glass elliptical cambered reflecting mirror; the enclosed bulb (1) is mounted on the light source mounting plate (2) to form light source components which is in electrical connection with the ballast (4); the inner formed hole of the light source mounting plate (2) and the outer step of the glass lens of the enclosed bulb (1) are designed according to matched intervals to assemble the light source components which is mounted in the lamp body (3) through mechanical connection; the ballast (4) is a numerical control light-adjusting HID electronic ballast (4) or 'AC-AC regulation and control' numerical control HID driver; the ballast (4) is connected with the external alternating power supply, and an enclosed bulb (1) is in an electrical connection with the inner side of the ballast (4). The enclosed energy-efficient HID light-distributed illuminating lamp can be widely applied to city street lighting, so that energy-efficient green lighting can be realized.
Description
Technical field
The present invention relates to the energy-conservation oval calotte speculum of enclosed high effective HID luminous intensity distribution lighting, to take energy-efficient, the green illumination utensil that closed high-boron-silicon glass oval calotte speculum HID luminous intensity distribution lighting bulb is light source, belong to electrical lighting field, be mainly used in city street lamp illumination, plant culture illumination, market, square, stadiums, airport, station, harbour illumination, the field illuminations such as stage illumination, lighting and marine fishing illumination, hydroponics illumination.
Background technology
HID(high-voltage gas discharging light) illumination, comprises ceramic gold-halogen lamp, high-pressure mercury lamp etc., current Reng Wei China big and medium-sized cities street lighting, the main body of the place illuminations such as square, gymnasium.Its technical scheme is made lighting source mainly with single-ended HID bulb, uses metallic mirror luminous intensity distribution, is equipped with Inductive ballast and makes the illumination of various lightings enforcement luminous intensity distribution.Its obvious defect is: 1. metallic reflection specular reflectivity is low, and luminous intensity distribution performance is poor, and the oxidizable corrosion of reflecting surface of working under high temperature and atmospheric conditions, reduces once again light reflectivity; 2. auxiliary inductor ballast tradition falls behind, and has a series of shortcomings such as power factor (PF) is low, can not realize lighting dimming simultaneously; 3. multiple energy waste; 4. HID bulb, lamp tube service life are shorter; 5. Design of Luminaires complexity is various; 6. installation and maintenance are more difficult.
Summary of the invention
The invention provides the energy-conservation oval calotte speculum of enclosed high effective HID luminous intensity distribution lighting, the open defect existing in order to solve current above-mentioned field illumination, realizes green illumination, and synthesis energy saving effect is increased substantially.For realizing above-mentioned conception, technical scheme of the present invention is: the present invention conceives and adopts closed energy-saving type high-boron-silicon glass oval calotte speculum HID luminous intensity distribution lighting bulb to make lighting source, and be assembled into light source part with light source installing plate, be installed in various luminaire bodies, be equipped with numerical control light modulation HID electric ballast or hand over an intermodulation control numerical control HID driver to implement luminous intensity distribution illumination; The present invention is by closed bulb 1, light source installing plate 2, and luminaire body 3, ballast 4 forms.Luminaire body 3 is light fixture skeletons, the inner light source part of installing, suitable position is installed ballast 4, and throw light on connection is installed by customer requirement, the design of luminaire body 3 can be various, interior tee section design can be trapezoidal, or semicircle, or oval calotte, or other shape, it can be suspension type that profile illumination is installed, also can fix, it is characterized in that: closed bulb 1 is the HID luminous intensity distribution lighting bulb that adopts closed high-boron-silicon glass oval calotte mirror design, be arranged on light source installing plate 2, and fix with four gussets in 90 ° of directions on light source installing plate 2 and pressing plate, form light source part, with ballast 4 electrical connections, the outer step of glass lens of light source installing plate 2 interior shape hole and closed bulb 1 is by the Ellipse design of matched in clearance, the light source part of assembling is arranged in luminaire body 3 with mechanical connection, ballast 4 is with the numerical control light modulation HID electric ballast of wireless or wired communication interface or hands over an intermodulation control numerical control HID driver.
The invention has the beneficial effects as follows: 1. adopt closed energy-saving type high-boron-silicon glass speculum HID luminous intensity distribution lighting bulb to make lighting source, luminous intensity distribution is scientific and reasonable, and the efficiency of light energy utilization is high; 2. speculum is vacuum coating structure, and reflection efficiency is higher than metallic mirror; 3. enclosed construction can be moistureproof, dustproof, anti-oxidation, improves the speculum life-span, and can keep for a long time the high reflectance of speculum; ; 4. high-quality HID light source, light efficiency is high, and the life-span is long; 5. be equipped with numerical control light modulation HID electric ballast or hand over an intermodulation control numerical control HID driver, power factor is high, can carry out numerical control lighting dimming, realizes once again energy-conservationly, and can realize the management of city intelligent street lighting; 6. new design lamps structure is more simple in structure than conventional lamp, with low cost, can the existing big and medium-sized cities of supporting adaptation street lighting, and plant illumination, the illuminations such as square, station, significantly reduce improvement expenses, realize energy-efficiently simultaneously, and energy-saving effect is significantly promoted.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention.
Fig. 2 is light source mounting plates structure schematic diagram.
The specific embodiment
The present invention is mainly by closed bulb 1, and light source is installed version 2, luminaire body 3, and ballast 4 forms.
Closed bulb 1 of the present invention, adopt " illumination of closed energy-saving type high-boron-silicon glass oval calotte speculum HID luminous intensity distribution " bulb, comprise: the closed energy-saving type high-boron-silicon glass speculum HID luminous intensity distribution lighting bulb of 2013100518321 and 2013200746484 " closed three-dimensional oval calotte bifocal axle speculum luminous intensity distribution means of illumination and bulb " Patent design that ①An our company applies for simultaneously, speculum is made of high-boron-silicon glass, vacuum coating structure, surface reaches minute surface standard, curved surface of reflector meets three-dimensional oval calotte requirement in its patent documentation completely, the maximum elliptic equation of its speculum projection on three-dimensional face, three original equations that form three-dimensional oval calotte are: X
2/ 132.5
2+ Y
2/ 80
2=1, transverse is 265mm, and minor axis is 160mm, and focal spot size is 105.6mm, X
2/ 120
2+ Z
2/ 64
2=1, transverse is 240mm, and minor axis is 128mm, and focal spot size is 101.7mm, Y
2/ 80
2+ Z
2/ 64
2=1, transverse is 160mm, and minor axis is 128mm, and focal spot size is 48mm.The bifocal axle of oval calotte, bifocal shaft length is 160mm, and the vertical range between bifocal is 40mm, and speculum maximum reflection angle is 150 °.The closed energy-saving type high-boron-silicon glass oval calotte speculum HID luminous intensity distribution lighting bulb of 2013100520529 and 2013200746465 " a kind of high reflectance three-dimensional oval calotte speculum luminous intensity distribution means of illumination and bulb " Patent design that ②An our company applies for simultaneously, speculum also adopts high-boron-silicon glass, vacuum coating structure, its curved surface of reflector meets three-dimensional oval calotte requirement in its patent documentation completely, the maximum elliptic equation of speculum projection on three-dimensional face, three original equations that form three-dimensional oval calotte are: X
2/ 192.5
2+ Y
2/ 105
2=1, transverse is 385mm, and minor axis is 210mm, and focal spot size is 161.3mm; X
2/ 205.5
2+ Z
2/ 113.5
2=1, transverse is 411mm, and minor axis is 227mm, and focal spot size is 171.3mm; Y
2/ 105
2+ Z
2/ 110.7
2=1, transverse is 221.4mm, and minor axis is 210mm, and focal spot size is 35mm.Oval calotte focal axis length is 300mm, and its maximum reflection angle is 145 °.The closed energy-saving type high-boron-silicon glass oval calotte speculum HID luminous intensity distribution lighting bulb of 2013100889586 and the 201320127778X that ③An our company applies for simultaneously " illumination of closed energy-saving type high-boron-silicon glass oval calotte speculum HID luminous intensity distribution " Patent design, its speculum also adopts high-boron-silicon glass material, vacuum coating structure, and meet " the oval calotte speculum that the oval calotte of take forms as main body and arc surface, plane or other curved surface " or " other oval calotte speculum " of stipulating in its patent documentation.
Bulb fixed head 2 of the present invention, is that fixed closed formula bulb 1 is installed, assembly simultaneously that be connected with luminaire body, and profile is pressed the installation requirement design of luminaire body 3, and in it, shape design is by oval x
2/ a
2+ y
2/ b
2=1 design, comprising: be 1. applicable to the interior shape Ellipse design of fixed head 2 of bulb described in (1) bar of the closed bulb 1 of the present invention, its elliptic equation is X
2/ 192.5
2+ Y
2/ 105
2=1, major axis dimension 385mm, minor axis dimension 210mm, focal spot size 161.3mm.2. the interior shape Ellipse design of bulb fixed head 2 that is applicable to bulb described in (2) bar of the closed bulb 1 of the present invention, its elliptic equation X
2/ 132.5
2+ Y
2/ 80
2=1, major axis dimension 265mm, minor axis dimension 160mm, focal spot size 105.6mm.3. be suitable for the interior shape design of bulb fixed head 2 of bulb described in (3) bar of the closed bulb 1 of the present invention.
The oval size design of the outer step of lens of closed bulb 1 is consistent with the oval size design of interior shape of bulb fixed head 2, and keep matched in clearance, the outer step of lens of closed bulb 1 is put to the interior shape elliptical aperture of bulb fixed head 2, again in 90 ° of directions of bulb fixed head symmetry axis, with 4, fixedly gusset and 4 movable pressing boards are fixed into a light source part integral body.
Luminaire body 3 of the present invention, according to user and installation requirement, interior shape can be designed as trapezoid cross section, or semi-circular cross-section, or elliptic cross-section, also can utilize existing lighting to change a social system, the inner light source part of installing of luminaire body 3, on it, suitable position is installed ballast 4, and assembly cost invention HID luminous intensity distribution ligthing paraphernalia, by customer requirement or lifting or mount or fixed dress.
Ballast 4 of the present invention, adopts numerical control light modulation HID electric ballast, or hands over an intermodulation control numerical control HID driver.Comprise: 1. digital-type high-power multifunctional HID electronic ballast, the patent No. 2009202292422; 2. high frequency half bridge adds boost output and band numerical control light modulation HID electric ballast, the patent No. 2010205172942 and the simultaneously number of patent application 2010102724781 of application; 3. numerical control HID driving method and a driver of " handing over an intermodulation control ", a kind of " handing over an intermodulation control " numerical control HID driver of number of patent application 2012103105881 and simultaneously application, number of patent application 2012204319173.Ballast 4 is arranged on luminaire body 3, and is electrically connected with bulb 1 and input ac power.For the fields such as adaptation city or plant illumination on a large scale, the intelligent centralized lighting management of long distance, on ballast 4, leave the interface that carries out wireless or wire communication, with spread illumination function.
Claims (4)
1. the energy-conservation oval calotte speculum of enclosed high effective HID luminous intensity distribution lighting, its conception is to adopt closed energy-saving type high-boron-silicon glass oval calotte speculum HID luminous intensity distribution lighting bulb to make lighting source, and be assembled into light source part with light source installing plate, be installed in luminaire body, be equipped with numerical control light modulation HID electric ballast or hand over an intermodulation control numerical control HID driver to implement luminous intensity distribution illumination, the energy-conservation oval calotte speculum of enclosed high effective HID luminous intensity distribution lighting, by closed bulb (1), light source installing plate (2), luminaire body (3), ballast (4) forms, luminaire body (3) is light fixture skeleton, the inner light source part of installing, suitable position is installed ballast (4), and throw light on connection is installed by customer requirement, it is characterized in that: closed bulb (1) is the HID luminous intensity distribution lighting bulb that adopts closed high-boron-silicon glass oval calotte mirror design, be arranged on light source installing plate (2), and fix with four gussets in 90 ° of directions on light source installing plate (2) and pressing plate, form light source part, be electrically connected with ballast (4), the outer step of glass lens of light source installing plate (2) interior shape hole and closed bulb (1) is by the Ellipse design of matched in clearance, the light source part of assembling is arranged in luminaire body (3) with mechanical connection, ballast (4) is with the numerical control light modulation HID electric ballast of wireless or wired communication interface or hands over an intermodulation control numerical control HID driver.
2. the energy-conservation oval calotte speculum of enclosed high effective according to claim 1 HID luminous intensity distribution lighting, it is characterized in that: described closed bulb (1), adopt " illumination of closed energy-saving type high-boron-silicon glass oval calotte speculum HID luminous intensity distribution " bulb, comprise: the closed energy-saving type high-boron-silicon glass speculum HID luminous intensity distribution lighting bulb of 2013100518321 and 2013200746484 " closed three-dimensional oval calotte bifocal axle speculum luminous intensity distribution means of illumination and bulb " Patent design that ①An our company applies for simultaneously, speculum is made of high-boron-silicon glass, vacuum coating structure, surface reaches minute surface standard, curved surface of reflector meets three-dimensional oval calotte requirement in its patent documentation completely, the maximum elliptic equation of its speculum projection on three-dimensional face, three original equations that form three-dimensional oval calotte are: X
2/ 132.5
2+ Y
2/ 80
2=1, transverse is 265mm, and minor axis is 160mm, and focal spot size is 105.6mm, X
2/ 120
2+ Z
2/ 64
2=1, transverse is 240mm, and minor axis is 128mm, and focal spot size is 101.7mm, Y
2/ 80
2+ Z
2/ 64
2=1, transverse is 160mm, and minor axis is 128mm, and focal spot size is 48mm, the bifocal axle of oval calotte, and bifocal shaft length is 160mm, and the vertical range between bifocal is 40mm, and speculum maximum reflection angle is 150 °, the closed energy-saving type high-boron-silicon glass oval calotte speculum HID luminous intensity distribution lighting bulb of 2013100520529 and 2013200746465 " a kind of high reflectance three-dimensional oval calotte speculum luminous intensity distribution means of illumination and bulb " Patent design that ②An our company applies for simultaneously, speculum also adopts high-boron-silicon glass, vacuum coating structure, its curved surface of reflector meets three-dimensional oval calotte requirement in its patent documentation completely, the maximum elliptic equation of speculum projection on three-dimensional face, three original equations that form three-dimensional oval calotte are: X
2/ 192.5
2+ Y
2/ 105
2=1, transverse is 385mm, and minor axis is 210mm, and focal spot size is 161.3mm, X
2/ 205.5
2+ Z
2/ 113.5
2=1, transverse is 411mm, and minor axis is 227mm, and focal spot size is 171.3mm, Y
2/ 105
2+ Z
2/ 110.7
2=1, transverse is 221.4mm, and minor axis is 210mm, and focal spot size is 35mm, and oval calotte focal axis length is 300mm, and its maximum reflection angle is 145 °, the closed energy-saving type high-boron-silicon glass oval calotte speculum HID luminous intensity distribution lighting bulb of 2013100889586 and the 201320127778X that ③An our company applies for simultaneously " illumination of closed energy-saving type high-boron-silicon glass oval calotte speculum HID luminous intensity distribution " Patent design, its speculum also adopts high-boron-silicon glass material, vacuum coating structure, meets " the oval calotte speculum that the oval calotte of take forms as main body and arc surface, plane or other curved surface " or " other oval calotte speculum " in its patent documentation, stipulated.
3. the energy-conservation oval calotte speculum of enclosed high effective according to claim 1 HID luminous intensity distribution lighting, it is characterized in that: described bulb fixed head (2), that fixed closed formula bulb (1) is installed, assembly simultaneously that be connected with luminaire body, profile is pressed the installation requirement design of luminaire body (3), and in it, shape design is by oval x
2/ a
2+ y
2/ b
2=1 design, comprising: be 1. applicable to the interior shape Ellipse design of fixed head (2) of bulb described in (1) bar of the closed bulb of the present invention (1), its elliptic equation is X
2/ 192.5
2+ Y
2/ 105
2=1, major axis dimension 385mm, minor axis dimension 210mm, focal spot size 161.3mm; 2. the interior shape Ellipse design of bulb fixed head (2) that is applicable to bulb described in (2) bar of the closed bulb of the present invention (1), its elliptic equation X
2/ 132.5
2+ Y
2/ 80
2=1, major axis dimension 265mm, minor axis dimension 160mm, focal spot size 105.6mm; 3. be suitable for the interior shape design of bulb fixed head 2 of bulb described in (3) bar of the closed bulb of the present invention (1).
4. the energy-conservation oval calotte speculum of enclosed high effective according to claim 1 HID luminous intensity distribution lighting, it is characterized in that: described ballast (4), adopt numerical control light modulation HID electric ballast, or friendship one intermodulation control numerical control HID driver, comprise: 1. digital-type high-power multifunctional HID electronic ballast, the patent No. 2009202292422; 2. high frequency half bridge adds boost output and band numerical control light modulation HID electric ballast, the patent No. 2010205172942 and the simultaneously number of patent application 2010102724781 of application; 3. numerical control HID driving method and a driver of " handing over an intermodulation control ", a kind of " handing over an intermodulation control " numerical control HID driver of number of patent application 2012103105881 and simultaneously application, number of patent application 2012204319173.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310093347.0A CN104061454A (en) | 2013-03-22 | 2013-03-22 | Enclosed energy-efficient HID light-distributed illuminating lamp for elliptical cambered reflecting mirror |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310093347.0A CN104061454A (en) | 2013-03-22 | 2013-03-22 | Enclosed energy-efficient HID light-distributed illuminating lamp for elliptical cambered reflecting mirror |
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| CN104061454A true CN104061454A (en) | 2014-09-24 |
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|---|---|---|---|
| CN201310093347.0A Pending CN104061454A (en) | 2013-03-22 | 2013-03-22 | Enclosed energy-efficient HID light-distributed illuminating lamp for elliptical cambered reflecting mirror |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105180001A (en) * | 2014-05-28 | 2015-12-23 | 天长市安发特照明电器有限公司 | Energy-efficient LED street lamp |
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2013
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Patent Citations (8)
| Publication number | Priority date | Publication date | Assignee | Title |
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| US20080054776A1 (en) * | 2006-08-29 | 2008-03-06 | Phoenix Electric Co., Ltd. | Light source device |
| CN101373043A (en) * | 2008-10-21 | 2009-02-25 | 徐泓 | Improved high power LED road lamp |
| CN201680169U (en) * | 2009-07-15 | 2010-12-22 | 孝感市捷能特种光源照明器具有限公司 | Fast starting adjustable focusing enclosed ceramic metal halide lamp |
| CN102032503A (en) * | 2009-09-30 | 2011-04-27 | 上海能济电气有限公司 | Externally plated glass reflector roadway lighting lamp |
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Application publication date: 20140924 |
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