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CN-122028271-A - Optical angle adjusting method for lighting equipment

CN122028271ACN 122028271 ACN122028271 ACN 122028271ACN-122028271-A

Abstract

The invention relates to the technical field of lighting equipment, in particular to a method for adjusting a lighting angle of the lighting equipment. The dimming lighting equipment is provided with a dial switch assembly, a driving power supply, a light source and a lens, wherein the dial switch assembly is fixedly arranged on the lighting equipment and used for adjusting power, color temperature and optical angle of the lighting equipment, the method comprises the following steps of S1, controlling on-off of four paths of LEDs through toggle switches SW2 and SW3, S2, referring to a reference adjusting mode, adjusting the current of the driving power supply through the toggle switch SW1, controlling luminous flux of the LEDs and adjusting effective light emission to a required reference adjusting mode, and S3, continuing to toggle the switch SW1 to finely adjust the effective light emission if required. The LED dimming control device has the beneficial effects that the signal processing module receives a dimming control instruction, the toggle switch controls the SW1, the SW2 and the SW3 to respond to control signals, the LED dimming control device is used for controlling the brightness and the current on-off of four paths of LEDs, and the optical angle adjustment is realized through the target switch.

Inventors

  • TAN XIAOJING
  • CHEN CHAO
  • Wu Zongtian
  • LEI XIAOBIN

Assignees

  • 宜昌江景光电有限公司

Dates

Publication Date
20260512
Application Date
20260226

Claims (10)

  1. 1. An optical angle adjusting method of a lighting device is applied to a dimming lighting device, and is characterized in that the dimming lighting device is provided with a dial switch assembly (1), a driving power supply (2), a lens (3) and a light source (4); The dial switch component (1) comprises a toggle switch SW1, a toggle switch SW2 and a toggle switch SW3; The light source (4) is divided into four paths of LEDs of C1, W1, C2 and W2, wherein C1 and C2 are cold color temperatures, W1 and W2 are warm color temperatures, C2 and W1 are positioned under a large-angle light package of the lens (3), and C1 and W2 are positioned under a small-angle light package of the lens (3); The angle of the small-angle light packet is 55 degrees, and the angle of the large-angle light packet is 100 degrees; the effective light emitting can be regulated by stirring the dial switch assembly (1), and the regulation process is as follows: S1, controlling the on-off of four paths of LEDs through toggle switches SW2 and SW 3; Specifically, a switch SW2 controls the on-off of C2 and W1; the switch SW3 controls the on-off of the C1 and the W2; S2, referring to a reference regulation mode, regulating the current of a driving power supply (2) through a toggle switch SW1, controlling the luminous flux of an LED, and regulating the effective light emission to a required reference regulation mode; S3, continuously toggling the switch SW1 to finely adjust the effective light emission if necessary.
  2. 2. The method of claim 1, wherein the cool color temperature is 5000K color temperature and the warm color temperature is 3500K color temperature.
  3. 3. The method of claim 1, wherein the effective light exit angles are divided into a light exit small angle, a light exit intermediate angle, and a light exit large angle; The light-emitting small angle is 60 degrees, the light-emitting middle angle is 85 degrees, and the light-emitting large angle is 105 degrees.
  4. 4. A method according to claim 1, characterized in that the power adjustment procedure is to change the luminaire power by adjusting the resistance of the driving power supply (4).
  5. 5. The method according to claim 1, characterized in that the lighting device comprises a radiator (6), a waterproof joint (5) is installed on the top surface of the radiator (6), a device cavity is arranged in the radiator (6), a driving power source (2) is fixedly arranged on the inner wall of the device cavity, a bin cover (7) is fixedly arranged on the outer side surface of the device cavity through threaded connection, a waterproof ring (8) is arranged between the bin cover (7) and the contact surface of the device cavity, a fixing groove is formed in the bin cover (7), a dial switch assembly (1) is installed at the inner wall of the fixing groove, one side surface of the dial switch assembly (1) is mutually contacted with the driving power source (2) and an inductor PCB (9), a light source (4) is fixedly arranged on the bottom surface of the radiator (6) through threaded connection, and a waterproof ring (10) is sleeved on the outer side surface of the light source (4).
  6. 6. The method according to claim 5, characterized in that the top surface of the radiator (6) is provided with a mounting hole, a waterproof joint (5) is mounted at the mounting hole through threads, and a wire passing rubber plug (11) is mounted between the waterproof joint (5) and the mounting hole.
  7. 7. The method according to claim 5, characterized in that the radiator (6) is provided with a light-operated switch on the front side, which allows to control the switching of the lamp according to day and night.
  8. 8. A method according to claim 2 or 3, characterized in that the angle of effective light emission is related to the luminous flux of the four-way LED, and for an effective light emission of 100lm, the correspondence is: the light is effectively emitted at a small angle, the sum of the luminous flux under the light package at a small angle is 100lm, and the sum of the luminous flux under the light package at a large angle is 35lm; The luminous flux sum under the light package with a small angle is 100lm, and the luminous flux sum under the light package with a large angle is 400lm; The light is effectively emitted at a large angle, the sum of the luminous flux under the light package at a small angle is 100lm, and the sum of the luminous flux under the light package at a large angle is 800lm; if the luminous flux is required to be adjusted under the condition of not changing the angle, the sum of the luminous fluxes of the 2 light packages is only required to be adjusted proportionally.
  9. 9. The method of claim 8, wherein the color temperature of the effective light output is related to the luminous flux ratio of the four-way LED, and the corresponding relationship is: For warm color temperatures, the ratio of the sum of the luminous fluxes of C1 and C2 to the sum of the luminous fluxes of W1 and W2 is 9 to 31; For neutral color temperature, the ratio of luminous fluxes of C1 and W2 is 47 to 53; for cold color temperatures, the ratio of the luminous fluxes of C1 and W2 is 4 to 1; the neutral color temperature is 4000K color temperature; if the luminous flux is required to be regulated under the condition of not changing the color temperature, the sum of the luminous fluxes of C1 and C2 and the luminous fluxes of W1 and W2 is only required to be regulated proportionally.
  10. 10. The method of claim 9, wherein the color temperature and angle can form 9 reference adjustment modes, and the 9 reference adjustment modes are as follows, based on 100lm luminous flux: 100lm of large-angle warm color temperature, and the luminous fluxes corresponding to C1, C2, W1 and W2 are respectively 22.5lm, 180lm, 620lm and 77.5lm; 100lm of large-angle neutral color temperature, and luminous fluxes corresponding to C1, C2, W1 and W2 are 47lm, 376lm, 424lm and 53lm respectively; 100lm large-angle cold color temperature, and luminous fluxes corresponding to C1, C2, W1 and W2 are respectively 80lm, 640lm, 160lm and 20lm; the middle angle warm color temperature of 100lm is 22.5lm, 67.5lm, 222.5lm and 77.5lm respectively corresponding to the luminous fluxes of C1, C2, W1 and W2; The neutral color temperature of the middle angle of 100lm is 47lm, 141, 159 and 53lm respectively corresponding to the luminous fluxes of C1, C2, W1 and W2; 100lm middle angle cold color temperature, luminous flux corresponding to C1, C2, W1 and W2 is 80lm, 240lm, 60lm and 20lm respectively; 100lm small-angle warm color temperature, and luminous fluxes corresponding to C1, C2, W1 and W2 are respectively 22.5lm, 7.875lm, 27.125lm and 77.5lm; 100lm of small-angle neutral color temperature, and luminous fluxes corresponding to C1, C2, W1 and W2 are 47lm, 16.45lm, 18.55lm and 53lm respectively; 100lm small-angle cold color temperature, and luminous fluxes corresponding to C1, C2, W1 and W2 are respectively 80lm, 28lm, 7lm and 20lm; and adjusting the luminous fluxes of the four paths of LEDs according to the proportion to realize the luminous flux adjustment of 9 reference adjustment modes.

Description

Optical angle adjusting method for lighting equipment Technical Field The invention relates to the technical field of lighting equipment, in particular to a method for adjusting a lighting angle of the lighting equipment. Background The lighting equipment is through the lamp body and set up the toggle switch on the lamp body, is provided with a plurality of LED lamp pearls or other light sources on the lamp body. When in illumination, the driving power supply is connected through the lamp body wire, so that the LED lamp beads on the lamp strip are driven to be lightened through the driving power supply and the toggle switch, and illumination is further realized, and the external luminous effect is realized; The existing lighting equipment is often fixedly installed at a corresponding position, or part of the lamps can be subjected to angle adjustment, but the lighting angle of the lamps cannot be changed in real time according to actual needs usually under the limitation of a set structure, so that inconvenience in use occurs, and the existing lighting design device with adjustable lighting angle is inconvenient in adjustment, and the lighting angle of the lamps needs to be changed by changing the position of an optical fitting, moving the optical fitting, pulling the distance between the optical fitting and a light source, and the like. The step of adjusting the lighting angle of the lamp is very troublesome, and when the lamp is used outdoors while changing the lighting angle, the service life of the lamp is easy to be damaged due to water inflow when the lamp is installed without being installed according to the requirement, and the quality problem is caused; in view of the above technical drawbacks, a solution is now proposed. Disclosure of Invention The invention aims to realize a method for adjusting power, color temperature and optical angle of illumination equipment through a toggle switch, which relates to the technical field of illumination equipment and is applied to adjusting power, color temperature and optical angle of the illumination equipment, wherein the toggle switch is used for controlling the brightness and current on-off of an LED, and the toggle switch and the like are fixedly arranged on the illumination equipment; according to the invention, heat generated during illumination of the optical component is LED out through the radiator, high tightness is realized through the multi-layer waterproof ring, power, color temperature and angle adjustment are realized through switching brightness and current on-off of different paths of LED lamps through the toggle switch, and dimming commands are executed. In order to achieve the purpose, the technical scheme is that the method for adjusting the optical angle of the lighting equipment is applied to dimming lighting equipment and is used for adjusting the optical angle of the lighting equipment, the dimming control instruction can be received through a Bluetooth/WIFI signal processing module, an APP control program is used for responding to a control signal, an MCU singlechip is used for switching an MOS tube to control the brightness and the current on-off of a circuit LED, and the automatic adjustment of the optical angle is achieved through controlling the on-off of a target switch. An optical angle adjusting method of a lighting device is applied to a dimming lighting device, and the dimming lighting device is provided with a dial switch assembly, a driving power supply, a light source and a lens; The dial switch component comprises a toggle switch SW1, a toggle switch SW2 and a toggle switch SW3; the light source is divided into four paths of LEDs C1, W1, C2 and W2, wherein C1 and C2 are cold color temperatures, W1 and W2 are warm color temperatures, C2 and W1 are positioned under a large-angle light package of the lens, and C1 and W2 are positioned under a small-angle light package of the lens; The angle of the small-angle light packet is 55 degrees, and the angle of the large-angle light packet is 100 degrees; the effective light emitting can be regulated by stirring the dial switch assembly, and the regulation process is as follows: S1, controlling the on-off of four paths of LEDs through toggle switches SW2 and SW 3; Specifically, a switch SW2 controls the on-off of C2 and W1; the switch SW3 controls the on-off of the C1 and the W2; s2, referring to a reference regulation mode, regulating the current of a driving power supply through a toggle switch SW1, controlling the luminous flux of an LED, and regulating the effective light emission to a required reference regulation mode; S3, continuously toggling the switch SW1 to finely adjust the effective light emission if necessary. Further, the cold color temperature is 5000K color temperature, and the warm color temperature is 3500K color temperature. Further, the effective light-emitting angles are divided into a light-emitting small angle, a light-emitting middle angle and a light-emitt