CN211744798U - Radar response ceiling lamp with sight illumination - Google Patents
Radar response ceiling lamp with sight illumination Download PDFInfo
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- CN211744798U CN211744798U CN201922301833.2U CN201922301833U CN211744798U CN 211744798 U CN211744798 U CN 211744798U CN 201922301833 U CN201922301833 U CN 201922301833U CN 211744798 U CN211744798 U CN 211744798U
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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Abstract
The utility model provides a radar response ceiling lamp with sight illumination, includes casing, lamp plate, RGB atmosphere lamp strip, radar induction system, the lamp plate is installed inside the casing, RGB atmosphere lamp strip sets up around the lamp plate is connected, and RGB atmosphere lamp strip passes through RGB lamp strip connecting wire and lamp plate electric connection, radar induction system installs on the lamp plate to with lamp plate electric connection. The utility model discloses a set up the lamp plate, RGB atmosphere lamp strip is installed on the lamp plate around lamp plate connection setting and radar induction system, thereby it provides the luminous ring of light of a polychrome atmosphere to respond to the ceiling lamp for the radar, the illumination that has multiple sight when realizing the radar response illumination of ceiling lamp, and photosensitive sensor through the lamp plate realizes light luminance automatically regulated, modulate out the LED banks through radio signal response module with wireless remote control signal simultaneously, the control signal of RGB atmosphere lamp strip, thereby realize light colour, luminance, radar inductor detection distance adjusts and regularly automatic remote control who closes the lamp.
Description
Technical Field
The utility model relates to the field of lighting, especially, relate to a radar response ceiling lamp with sight illumination.
Background
Because of the advantages of energy saving, high brightness, no mercury, no infrared ray, no ultraviolet ray, no electromagnetic interference, no thermal effect, no radiation, no stroboscopic phenomenon and the like, the LED lamp is widely applied to places needing energy saving and high color rendering index illumination in hotels, meeting rooms, factories or offices, commercial purposes, residences or public facilities, schools and hospitals. Although the ceiling lamp that these places used all is the good radar response ceiling lamp of response effect, the response scope is little and can not be adjusted, and these radar response ceiling lamps only possess single atmosphere illumination simultaneously, are difficult to satisfy people's demand.
Therefore, to the deficiency among the prior art, we have provided a radar response ceiling lamp with sight illumination.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a radar response ceiling lamp with sight illumination has solved the problem that proposes in the background art.
In order to achieve the above purpose, the utility model adopts the following technical scheme:
the utility model provides a radar response ceiling lamp with sight illumination, includes casing, lamp plate, RGB atmosphere lamp strip, radar induction system, the lamp plate is installed inside the casing, the casing includes the printing opacity face lid of front end, the printing opacity under cover and the metal backshell of rear end, the metal backshell connects into a sealed casing with printing opacity face lid and printing opacity under cover, RGB atmosphere lamp strip connects the setting around the lamp plate, RGB atmosphere lamp strip passes through RGB lamp strip connecting wire and lamp plate electric connection, radar induction system installs on the lamp plate to with lamp plate electric connection, the lamp plate passes through lamp plate connecting wire and power electric connection, the lamp plate includes power drive module, radio signal response module, control module, photosensitive sensor, LED drive module, atmosphere lamp drive module, LED banks, circuit board, power drive module, radio signal response module, The control module, the photosensitive switch, the LED driving module, the atmosphere lamp driving module and the LED lamp set are integrated on the circuit board, the power driving module is used for being electrically connected with a power supply and supplying power to the control module, the photosensitive sensor, the lamp set and the RGB atmosphere lamp strip after voltage and current processing, a variable resistor is arranged between the power driving module and the LED lamp set, the LED driving module is electrically connected with the variable resistor and can adjust the brightness of the LED lamp set by changing the resistance of the variable resistor, the control module is respectively electrically connected with the wireless signal sensing module, the photosensitive sensor, the LED driving module, the atmosphere lamp driving module and the radar sensing device, the radar sensing device comprises a microwave transmitting end, a waveguide tube and a microwave detecting end, one end of the waveguide tube is connected with the microwave transmitting end, the other end of the waveguide tube is connected with the microwave detecting end, and the microwave transmitting end transmits a high-frequency signal, the microwave detection end receives a reflection signal and an interference signal reflected by an object and carries out difference frequency processing, the microwave detection end outputs the reflection signal after the difference frequency processing to the control module, the control module controls the LED lamp bank switch by comparing a high-frequency signal transmitted by the microwave transmitting end with the reflection signal after the difference frequency processing of the microwave detection end, the photosensitive sensor is used for collecting a light intensity signal, the control module modulates a PWM dimming signal according to the light intensity signal, and the LED driving module is respectively and electrically connected with the control module and the LED lamp bank to receive the PWM dimming signal and controls the LED lamp bank to operate according to the PWM dimming signal.
The wireless remote control system comprises a wireless remote controller, wherein the wireless signal induction module 203 is used for receiving wireless remote control signals sent by the wireless remote controller, the wireless remote controller is provided with a plurality of keys, each key corresponds to a key instruction, the wireless remote controller can convert the key instructions into corresponding wireless remote control signals, and the keys comprise a power supply key, a scene lighting key group, a cold and warm color conversion key, a brightness adjusting key, a photosensitive adjusting switch, a radar induction switch, a duration setting key group and a radar detection range setting key group.
Furthermore, the wireless remote controller converts the instruction of the power key into a wireless remote control signal of the power key, the wireless signal induction module is electrically connected with the LED driving module to receive the wireless remote control signal of the power key and modulate a control signal of the LED lamp bank according to the wireless remote control signal of the power key, and the LED driving module converts the control signal of the LED lamp bank into a control instruction of the LED lamp bank and controls the LED lamp bank to operate according to the control instruction of the LED lamp bank.
Furthermore, the wireless remote controller converts the command of the brightness adjusting key into a wireless remote control signal of the brightness adjusting key, the wireless signal sensing module is electrically connected with the LED driving module to receive the wireless remote control signal of the brightness adjusting key and modulate a brightness adjusting signal of the LED lamp bank according to the wireless remote control signal of the brightness adjusting key, and the LED driving module converts the brightness adjusting signal of the LED lamp bank into a brightness adjusting command of the LED lamp bank and controls the brightness of the LED lamp bank according to the brightness adjusting command of the LED lamp bank.
Furthermore, the wireless remote controller converts the instruction of the scene lighting key group into a wireless remote control signal of the scene lighting key group, the wireless signal induction module is electrically connected with the atmosphere lamp driving module to receive the wireless remote control signal of the scene lighting key group and modulate a control signal of the RGB atmosphere lamp bar according to the wireless remote control signal of the scene lighting key group, and the atmosphere lamp driving module converts the control signal of the RGB atmosphere lamp bar into a control instruction of the RGB atmosphere lamp bar and controls the RGB atmosphere lamp bar to operate according to the control instruction of the RGB atmosphere lamp bar.
Further, RGB atmosphere lamp strip has 16 kinds of colours, the key group instruction of sight illumination has included single sight, luminous, scintillation, fade-in fade-out, five instructions of prism, so that RGB atmosphere lamp strip 3 has 4 kinds of operation modes except sending 16 kinds of colours, provides an atmosphere ring of light for the LED ceiling lamp.
Furthermore, the wireless remote controller converts the instruction of the radar detection range setting key group into a wireless remote control signal of the radar detection range setting key group, the wireless signal induction module is electrically connected with the control module to receive the wireless remote control signal of the radar detection range setting key group and modulate a detection range control signal of the radar induction device according to the wireless remote control signal of the radar detection range setting key group, the radar induction device adjusts the detection range according to the detection range control signal, the microwave transmitting end is provided with a plurality of microwave antennas, the plurality of microwave antennas are circumferentially distributed on the shell, the plurality of microwave antennas are divided into transmitting antennas with different sizes, the larger the size of the transmitting antenna under the same transmitting frequency is, the farther the sensing distance is, and the radar detection range setting key group corresponding to the transmitting antennas with different sizes comprises a very close (1-2 m) And the four detection distances of the short distance (2-3.5 m), the medium distance (3.5-5 m) and the long distance (5-7 m) are set, so that the detection distance of the radar sensing device can be easily adjusted through the keys of the wireless remote controller.
Further, the color rendering index of the LED lamp set is 90, and the high color rendering index is beneficial to displaying the color of an object and is more natural and clearer than the low color rendering index.
Furthermore, a wire outlet hole is formed in the middle of the light-transmitting bottom cover, and an external power supply connecting wire of the power supply penetrates through the wire outlet hole.
Further, the light-transmitting bottom cover is clamped with the metal rear shell through the pull nails, so that the ceiling lamp is better in sealing performance.
The utility model has the advantages that: the utility model discloses a set up lamp plate, RGB atmosphere lamp strip and connect setting and radar induction system and install on the lamp plate around the lamp plate to provide the luminous halo of a polychrome atmosphere for radar response ceiling lamp, have the illumination of multiple sight when realizing the radar response illumination of ceiling lamp, and photosensitive sensor through the lamp plate receives the light intensity signal and modulates out the light modulation signal according to the light intensity signal, thereby make LED drive module respectively with photosensitive sensor, variable resistor electric connection with receive the light modulation signal and according to the light modulation signal change the resistance between power drive module and the LED banks, realize LED banks light brightness automatically regulated, cooperate wireless remote controller simultaneously, receive the different wireless remote control signals that send of wireless remote controller through wireless signal induction module, and respectively with LED drive module, atmosphere lamp drive module electric connection in order to accept wireless remote control signal and modulate out the LED banks according to wireless remote control signal, Control signal of RGB atmosphere lamp strip to make LED drive module, atmosphere lamp drive module respectively according to the LED banks that LED banks control signal converted, the control command control LED banks of RGB atmosphere lamp strip, RGB atmosphere lamp strip operation, and realize the remote control of radar sensor detection distance regulation through radar induction system's control signal.
Drawings
Fig. 1 is a schematic perspective view of the present invention.
Fig. 2 is a front view (a) and a side view (b) of the present invention.
Fig. 3 is a schematic view of the three-dimensional explosion structure of the present invention.
Fig. 4 is the utility model discloses a structural schematic of lamp plate.
The labels in the figure are: the lighting device comprises a shell 1, a lamp panel 2, a lamp panel connecting wire 201, a power supply driving module 202, a wireless signal induction module 203, a control module 204, a photosensitive sensor 205, an LED driving module 206, an atmosphere lamp driving module 207, an LED lamp group 208, a circuit board 209, a variable resistor 210, an RGB atmosphere lamp bar 3, an RGB lamp bar connecting wire 301, a radar induction device 4, a microwave antenna 401, a power supply 5, an external power supply connecting wire 501, a light-transmitting surface cover 6, a light-transmitting bottom cover 7, a metal rear shell 8, a wire outlet 9 and a rivet 10.
Detailed Description
The following provides a more detailed description of the present invention with reference to the accompanying drawings and detailed description.
As shown in fig. 1-4, a radar response ceiling lamp with scene illumination, includes casing 1, lamp plate 2, RGB atmosphere lamp strip 3, radar induction system 4, lamp plate 2 installs inside casing 1, casing 1 includes the printing opacity face lid 6 of front end, the printing opacity under cover 7 and the metal backshell 8 of rear end, metal backshell 8 connects printing opacity face lid 6 and printing opacity under cover 7 into a sealed casing 1, RGB atmosphere lamp strip 3 connects the setting around lamp plate 2, RGB atmosphere lamp strip 3 passes through RGB lamp strip connecting wire 301 and lamp plate 2 electric connection, radar induction system 4 installs on lamp plate 2 to with lamp plate 2 electric connection, lamp plate 2 passes through lamp plate connecting wire 201 and power 5 electric connection, lamp plate 2 includes power drive module 202, radio signal response module 203, control module 204, photosensitive sensor 205, The environment-friendly LED lighting system comprises an LED driving module 206, an atmosphere lamp driving module 207, an LED lamp group 208 and a circuit board 209, wherein the power driving module 202, a wireless signal sensing module 203, a control module 204, a photosensitive switch 205, the LED driving module 206, the atmosphere lamp driving module 207 and the LED lamp group 208 are integrated on the circuit board 209, the power driving module 202 is used for being electrically connected with a power supply 5 and supplying power to the control module 204, the photosensitive sensor 205, the LED lamp group 208 and an RGB atmosphere light bar 3 after voltage and current processing, a variable resistor 210 is arranged between the power driving module 202 and the LED lamp group 208, the LED driving module 206 is electrically connected with the variable resistor 210 and can adjust the brightness of the LED lamp group 208 by changing the resistance of the variable resistor 210, and the control module 204 is respectively connected with the wireless signal sensing module 203, the photosensitive sensor 205, the LED driving module 206, the atmosphere lamp driving module 207, The radar sensing device 4 is electrically connected, the radar sensing device 4 comprises a microwave transmitting end, a waveguide tube and a microwave detecting end, one end of the waveguide tube is connected with a microwave transmitting end, the other end of the waveguide tube is connected with a microwave detecting end, the microwave transmitting end transmits a high-frequency signal, the microwave detection end receives the reflected signal and the interference signal reflected by the object and carries out difference frequency processing, the microwave detection end outputs the reflection signal after the difference frequency processing to the control module 204, the control module 204 controls the switch of the LED lamp bank 208 by comparing the high-frequency signal transmitted by the microwave transmitting end with the reflection signal after the difference frequency processing of the microwave detection end, the photosensitive sensor 205 is used for collecting the light intensity signal, the control module 204 modulates the PWM dimming signal according to the light intensity signal, and the LED driving module 206 is electrically connected to the control module 204 and the LED lamp bank 208 respectively to receive the PWM dimming signal and control the LED lamp bank 208 to operate according to the PWM dimming signal.
The wireless remote control system is characterized by further comprising a wireless remote controller, the wireless signal induction module 203 is used for receiving wireless remote control signals sent by the wireless remote controller, a plurality of keys are arranged on the wireless remote controller, each key corresponds to a key instruction, the wireless remote controller can convert the key instructions into corresponding wireless remote control signals, and the keys comprise power supply keys, a scene lighting key group, a cold and warm color conversion key, a brightness adjusting key, a photosensitive adjusting switch, a radar induction switch, a duration setting key group and a radar detection range setting key group.
The wireless remote controller converts the instruction of the power key into a wireless remote control signal of the power key, the wireless signal induction module 203 is electrically connected with the LED driving module 206 to receive the wireless remote control signal of the power key and modulate a control signal of the LED lamp group 208 according to the wireless remote control signal of the power key, and the LED driving module 206 converts the control signal of the LED lamp group 208 into a control instruction of the LED lamp group 208 and controls the operation of the LED lamp group 208 according to the control instruction of the LED lamp group 208.
The wireless remote controller converts the command of the brightness adjusting key into a wireless remote control signal of the brightness adjusting key, the wireless signal induction module 203 is electrically connected with the LED driving module 206 to receive the wireless remote control signal of the brightness adjusting key and modulate a brightness adjusting signal of the LED lamp group 208 according to the wireless remote control signal of the brightness adjusting key, and the LED driving module 206 converts the brightness adjusting signal of the LED lamp group 208 into a brightness adjusting command of the LED lamp group 208 and controls the brightness of the LED lamp group 208 according to the brightness adjusting command of the LED lamp group 208.
The wireless remote controller converts the instructions of the scene lighting key set into wireless remote control signals of the scene lighting key set, the wireless signal induction module 203 is electrically connected with the atmosphere lamp driving module 207 to receive the wireless remote control signals of the scene lighting key set and modulate control signals of the RGB atmosphere lamp bar 3 according to the wireless remote control signals of the scene lighting key set, and the atmosphere lamp driving module 207 converts the control signals of the RGB atmosphere lamp bar 3 into control instructions of the RGB atmosphere lamp bar 3 and controls the RGB atmosphere lamp bar 3 to operate according to the control instructions of the RGB atmosphere lamp bar 3.
RGB atmosphere lamp strip 3 has 16 kinds of colours, the illumination of sight button group instruction has included single sight, luminous, scintillation, fade-in fade-out, five instructions of prism, so that RGB atmosphere lamp strip 3 has 4 kinds of operation modes except sending 16 kinds of colours, provides an atmosphere aureole for LED ceiling lamp.
The wireless remote controller converts the instruction of the radar detection range setting key group into a wireless remote control signal of the radar detection range setting key group, the wireless signal induction module 203 is electrically connected with the control module 204 to receive the wireless remote control signal of the radar detection range setting key group and modulate a detection range control signal of the radar induction device 4 according to the wireless remote control signal of the radar detection range setting key group, the radar induction device 4 adjusts the detection range according to the detection range control signal, the microwave transmitting end is a plurality of microwave antennas 401, the plurality of microwave antennas 401 are circumferentially distributed on the shell 1, the plurality of microwave antennas 401 are divided into transmitting antennas with different sizes, the larger the size of the transmitting antenna under the same transmitting frequency is, the farther the sensing distance is, and the instruction of the radar detection range setting key group corresponding to the transmitting antennas with different sizes comprises a very close (1-2 m) and a very close (1-2 m), And the four detection distances of the short distance (2-3.5 m), the medium distance (3.5-5 m) and the long distance (5-7 m) are set, so that the detection distance of the radar sensing device can be easily adjusted through the keys of the wireless remote controller.
The LED light group 208 has a color rendering index of 90, with a high display index helping to display the color of an object more naturally and clearly than a low color rendering index.
An outlet hole 9 is arranged in the middle of the light-transmitting bottom cover 7, and an external power supply connecting wire 501 of the power supply 5 penetrates through the outlet hole 9.
The light-transmitting bottom cover 7 is clamped with the metal rear shell 8 through the blind rivet 10, so that the ceiling lamp is better in sealing performance.
The working principle is as follows: when the radar sensing ceiling lamp with scene lighting works, the equipment is connected with an external power supply through an external power supply connecting wire 501, when a radar sensing device 4 senses people or a vehicle moves, after a control module 204 receives a signal transmitted by the radar sensing device 4, a variable resistor 210 is controlled through an LED driving module 206, so that the current between the power driving module 202 and an LED lamp bank 208 is communicated, thereby realizing lighting, when the lighting is performed, a photosensitive sensor 205 senses the light intensity of the surrounding environment, after the control module 204 receives a light intensity signal transmitted by the photosensitive sensor 205, the variable resistor 210 is controlled through the LED driving module 206, the current between the power driving module 202 and the LED lamp bank 208 is adjusted, thereby realizing illumination with proper illumination, when the radar sensing device 4 cannot detect people or the vehicle moves, after the control module 204 receives the signal transmitted by the radar sensing device 4, the variable resistor 210 is controlled by the LED driving module 206 to cut off the current between the power driving module 202 and the LED lamp group 208, and turn off the illumination.
When the radar with the scene illumination is used for sensing the ceiling lamp through the wireless remote controller, when the wireless remote controller presses a power key, the wireless signal sensing module 203 directly sends a control signal to the LED driving module 206, and the LED driving module 206 controls the resistance of the variable resistor 210, so that the power driving module 202 is communicated with the LED lamp group 208 in current, and illumination is realized; a brightness adjusting key is pressed on the wireless remote controller, the wireless signal sensing module 203 directly sends a brightness adjusting signal to the LED driving module 206, and the LED driving module 206 controls the resistance of the variable resistor 210, so that the current flowing between the power driving module 202 and the LED lamp group 208 is changed, and the illumination brightness is adjusted; when a wireless remote controller presses one key of a scene lighting key group, for example, a key representing a flashing instruction, a wireless signal sensing module 203 directly sends the control signal to an atmosphere lamp driving module 207, the atmosphere lamp driving module 207 drives an RGB atmosphere lamp bar 3 to flash according to the control signal, and the RGB atmosphere lamp bar 3 has 16 colors, so that the LED ceiling lamp can emit light with various colors under different scenes, and an atmosphere light ring is provided for the LED ceiling lamp; when the wireless remote controller presses one key of the radar detection range setting key group, for example, the key represents a near (2-3.5 m) detection distance instruction, the wireless signal sensing module 203 sends the control signal to the control module 204, and the radar sensing device 4 adjusts the detection range to 2-3.5m according to the control signal.
Finally, it should be noted that: although the present invention has been described in detail with reference to the foregoing embodiments, it will be apparent to those skilled in the art that changes may be made in the embodiments and/or equivalents thereof without departing from the spirit and scope of the invention. Any modification, equivalent replacement, or improvement made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (10)
1. The utility model provides a radar response ceiling lamp with sight illumination, includes casing (1), lamp plate (2), RGB atmosphere lamp strip (3), radar induction system (4), a serial communication port, install inside casing (1) lamp plate (2), casing (1) is including printing opacity face lid (6) of front end, printing opacity under cover (7) and metal backshell (8) of rear end, metal backshell (8) connect into a sealed casing (1) with printing opacity face lid (6) and printing opacity under cover (7), RGB atmosphere lamp strip (3) connect the setting around lamp plate (2), RGB atmosphere lamp strip (3) are through RGB lamp strip connecting wire (301) and lamp plate (2) electric connection, lamp plate (2) are through connecting wire (201) and power (5) electric connection, lamp plate (2) are including power drive module (202), wireless signal response module (203), The LED lamp comprises a control module (204), a photosensitive sensor (205), an LED drive module (206), an atmosphere lamp drive module (207), an LED lamp group (208) and a circuit board (209), wherein the power drive module (202), a wireless signal induction module (203), the control module (204), the photosensitive sensor (205), the LED drive module (206), the atmosphere lamp drive module (207) and the LED lamp group (208) are integrated on the circuit board (209), the power drive module (202) is electrically connected with a power supply (5) and supplies power to the control module (204), the photosensitive sensor (205), the LED lamp group (208) and the RGB atmosphere lamp bar (3) after voltage and current processing, a variable resistor (210) is arranged between the power drive module (202) and the LED lamp group (208), the LED drive module (206) is electrically connected with the variable resistor (210), and the brightness of the LED lamp group (208) can be adjusted by changing the resistance of the variable resistor (210), the control module (204) is respectively electrically connected with the wireless signal sensing module (203), the photosensitive sensor (205), the LED driving module (206), the atmosphere lamp driving module (207) and the radar sensing device (4), the radar sensing device (4) comprises a microwave transmitting end, a waveguide tube and a microwave detecting end, one end of the waveguide tube is connected with the microwave transmitting end, the other end of the waveguide tube is connected with the microwave detecting end, the microwave transmitting end transmits a high-frequency signal, the microwave detecting end receives a reflected signal and an interference signal reflected back by an object and carries out difference frequency processing, the microwave detecting end outputs the reflected signal after the difference frequency processing to the control module (204), the control module (204) controls the switch of the LED lamp bank (208) by comparing the high-frequency signal transmitted by the microwave transmitting end with the reflected signal after the difference frequency processing of the microwave detecting end, and the photosensitive sensor (205) is used for collecting light intensity signals, and the control module (204) modulates the PWM dimming signal according to the light intensity signal, and the LED driving module (206) is respectively electrically connected with the control module (204) and the LED lamp bank (208) to receive the PWM dimming signal and control the LED lamp bank (208) to operate according to the PWM dimming signal.
2. The radar-sensing ceiling lamp with the contextual lighting is characterized by further comprising a wireless remote controller, wherein the wireless signal sensing module (203) is used for receiving wireless remote control signals sent by the wireless remote controller, the wireless remote controller is provided with a plurality of keys, each key corresponds to one key instruction, the wireless remote controller can convert the key instructions into corresponding wireless remote control signals, and the keys comprise a power supply key, a contextual lighting key group, a cold and warm color conversion key, a brightness adjusting key, a light sensing adjusting switch, a radar sensing switch, a duration setting key group and a radar detection range setting key group.
3. The radar-sensing ceiling lamp with the scene lighting function according to claim 1, wherein the wireless signal sensing module (203) is electrically connected with the LED driving module (206) to receive a wireless remote control signal of a power key and modulate a control signal of the LED lamp bank (208) according to the wireless remote control signal of the power key, and the LED driving module (206) converts the control signal of the LED lamp bank (208) into a control command of the LED lamp bank (208) and controls the LED lamp bank (208) to operate according to the control command of the LED lamp bank (208).
4. The radar-sensing ceiling lamp with the scene lighting function according to claim 1, wherein the wireless signal sensing module (203) is electrically connected with the LED driving module (206) to receive a wireless remote control signal of a brightness adjusting key and modulate a brightness adjusting signal of the LED lamp set (208) according to the wireless remote control signal of the brightness adjusting key, and the LED driving module (206) converts the brightness adjusting signal of the LED lamp set (208) into a brightness adjusting instruction of the LED lamp set (208) and controls the brightness of the LED lamp set (208) according to the brightness adjusting instruction of the LED lamp set (208).
5. The radar sensing ceiling lamp with the contextual lighting of claim 1, wherein the wireless signal sensing module (203) is electrically connected to the ambient light driving module (207) to receive a wireless remote control signal of a contextual lighting key set and modulate a control signal of the RGB ambient light bar (3) according to the wireless remote control signal of the contextual lighting key set, and the ambient light driving module (207) converts the control signal of the RGB ambient light bar (3) into a control command of the RGB ambient light bar (3) and controls the operation of the RGB ambient light bar (3) according to the control command of the RGB ambient light bar (3).
6. The radar-sensing ceiling lamp with contextual lighting according to claim 1, wherein the RGB ambient light bar (3) has 16 colors, the control signal of the RGB ambient light bar (3) is formed by instructions of a contextual lighting key set, and the contextual lighting key set instructions comprise five instructions of single scene, lighting, flashing, fade-in fade-out and prism.
7. The radar-sensing ceiling lamp with contextual lighting according to claim 1, wherein the wireless signal sensing module (203) is electrically connected to the control module (204) to receive the wireless remote control signal of the radar detection range setting key set and modulate the detection range control signal of the radar sensing device (4) according to the wireless remote control signal of the radar detection range setting key set, the radar sensing device (4) adjusts the detection range according to the detection range control signal, the microwave detection end is a plurality of microwave antennas (401), the plurality of microwave antennas (401) are circumferentially distributed on the housing (1), the plurality of microwave antennas (401) are divided into transmitting antennas with different sizes, the larger the size of the transmitting antenna at the same transmitting frequency is, the farther the sensing distance is, and the instruction of the radar detection range setting key set corresponding to the transmitting antennas with different sizes comprises a very close distance, and a very close distance between the transmitting antenna, a very close, The four detection distances of near, middle and far are set.
8. The radar-sensing ceiling lamp with contextual lighting of claim 1, wherein the color rendering index of the LED light group (208) is 90.
9. The radar induction ceiling lamp with scene illumination of claim 1, wherein an outlet hole (9) is formed in the middle of the light-transmitting bottom cover (7), and an external power connecting wire (501) of the power supply (5) penetrates through the outlet hole (9).
10. The radar-sensing ceiling lamp with contextual lighting according to claim 1, characterized in that the light-transmitting bottom cover (7) is clamped to the metal back shell (8) by means of a blind rivet (10).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922301833.2U CN211744798U (en) | 2019-12-20 | 2019-12-20 | Radar response ceiling lamp with sight illumination |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922301833.2U CN211744798U (en) | 2019-12-20 | 2019-12-20 | Radar response ceiling lamp with sight illumination |
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| CN211744798U true CN211744798U (en) | 2020-10-23 |
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| CN201922301833.2U Active CN211744798U (en) | 2019-12-20 | 2019-12-20 | Radar response ceiling lamp with sight illumination |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113347767A (en) * | 2021-06-04 | 2021-09-03 | 深圳智通物链科技有限公司 | Intelligent lighting energy-saving control device based on radar induction |
| CN114060742A (en) * | 2021-11-17 | 2022-02-18 | 惠州市勤仕达照明有限公司 | Full-color floor lamp |
-
2019
- 2019-12-20 CN CN201922301833.2U patent/CN211744798U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113347767A (en) * | 2021-06-04 | 2021-09-03 | 深圳智通物链科技有限公司 | Intelligent lighting energy-saving control device based on radar induction |
| CN113347767B (en) * | 2021-06-04 | 2022-06-28 | 河南睿光新能源科技有限公司 | Intelligent lighting energy-saving control device based on radar induction |
| CN114060742A (en) * | 2021-11-17 | 2022-02-18 | 惠州市勤仕达照明有限公司 | Full-color floor lamp |
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