102 results about "Smart lighting" patented technology

The invention relates to the technical field of smart lighting, in particular to a smart lighting decision optimization method based on big data, which comprises the following steps of: firstly, acquiring data of a lighting area in real time, performing spatial-temporal feature extraction on the data, the method comprises the steps of generating a region illumination demand feature vector based on a real-time feature vector, then generating a dynamic illumination optimization strategy based on a reinforcement learning model in combination with a historical illumination strategy library and the real-time feature vector, and finally adjusting brightness parameters and spectral distribution of each intelligent lamp in a region according to the dynamic illumination optimization strategy. According to the method, the data of the illumination area is collected in real time, the optimization strategy is dynamically generated in combination with the reinforcement learning model, illumination requirements of different time periods and different areas can be accurately matched, and therefore the problem that in the prior art, real-time optimization of the illumination strategy in the dynamic environment is insufficient is effectively solved.

The invention relates to an intelligent lighting energy-saving method and system based on multi-modal data fusion. The method comprises the following steps: periodically obtaining a decision trajectory data set; combining the experience pool of the previous period with the decision trajectory data set newly collected in the current period according to a set proportion, and screening according to priority weight; training to obtain candidate strategies; evaluating the candidate strategies in a test scene set; adding the strategy comprehensive score into a strategy library when the strategy comprehensive score meets an access condition; when the strategy capacity in the strategy library reaches a preset value, eliminating the strategy with the lowest comprehensive strategy score based on the Pareto frontier; constructing a fitness function of the strategy and establishing a feedback-weight mapping model used for obtaining a prediction score; and based on the feedback-weight mapping model, establishing a loss function gradient, and based on the loss function gradient, performing iterated weight calculation to obtain iterated weights after the iterated calculation. According to the invention, the long-term energy-saving efficiency and the user experience of the lighting system are improved.

A system for automatically adjusting the lighting parameters of a space is disclosed herein. The control module sets the target lighting parameters in the space and drive the smart lamp groups to illuminate by using the preset light recipe and to control the smart lamp groups to perform the illumination. The control module compares an ambient light detection value in the actual environment with the target value. When the ambient light detection value is not the same as the target value, the control module drives the ambient light sensor module performs a dimming procedure to the smart lamp groups. Wherein, the dimming procedure includes the step of adjusting an illuminance uniformity of the space according to the actual illuminance detected by the ambient light sensor module. After the calculation of the illuminance uniformity formula, the illuminance uniformity is adjusted to be the same as a target illuminance uniformity.

The invention discloses an interactive seven-stringed plucked instrument music body and mind healing system, relates to the technical field of intelligent health management, and constructs an immersive body and mind conditioning environment by integrating multi-sensory stimulation of sound, light and smell and a seven-stringed plucked instrument music healing function. The system comprises a simulated seven-stringed plucked instrument sound box, an intelligent seven-stringed plucked instrument base, a millimeter wave radar, an infrared camera, a directional microphone, an intelligent aromatherapy machine and an intelligent light module, physiological and psychological data of a user are collected in real time, and a physical and psychological state report is generated through AI model analysis. And dynamically matching guqin music tracks (such as'ghost blue 'for relieving anxiety), fragrance types (such as sandalwood for soothing nerves) and intelligent light scenes (simulating morning dawn / moonlight). A non-contact sensing technology is innovatively adopted, and a seven-stringed plucked instrument tone color characteristic and a natural light environment algorithm are combined, so that cooperative adjustment of music frequency, light color temperature and fragrance concentration is realized, the problems of single sense organ and insufficient dynamic adaptation of a traditional healing system are solved, and a personalized and non-intrusive body and mind conditioning scheme is provided for sub-health people.

The invention discloses a DALI equipment dynamic addressing and automatic address configuration method based on a LiFi technology, and relates to the technical field of intelligent lighting. Building a LiFi network and setting a communication protocol; equipment physical deployment and initialization; triggering an equipment discovery mechanism; the device responds to and recognizes interaction; address allocation and conflict detection; address configuration issuing and device activation; and carrying out configuration recording and fault processing. According to the dynamic addressing and automatic address configuration method combining the LiFi technology and the DALI device, the DALI slave device and the main controller are modified to enable the DALI device to have the compatibility of LiFi communication and a DALI protocol, automatic discovery, address allocation and conflict detection of the device are achieved through the LiFi network, the configuration process of a traditional DALI system is optimized, and the configuration efficiency of the DALI system is improved. High-speed data transmission and encryption of a configuration instruction are realized through a LiFi channel, and automatic configuration and stability of equipment are ensured.

The invention provides a cross-platform intelligent lamp control APP system based on an MQTT protocol, and relates to the technical field of intelligent home control, and the method comprises the steps: receiving an access request set of intelligent lamps under different operation system platforms, including equipment identification, platform types and control capability description information; performing access adaptation processing based on an MQTT protocol to obtain a cross-platform access adaptation result; generating a unified control instruction template suitable for all access lamps; converting the unified control instruction template into an MQTT format control message and sending the MQTT format control message to the lamp; the instruction execution feedback message returned by the lamp is received, efficient and unified control over the cross-platform intelligent lamp is achieved, and control convenience and compatibility are improved.

A system for automatically adjusting the lighting parameters of a space is disclosed herein. The control module sets the target lighting parameters in the space and drive the smart lamp groups to illuminate by using the preset light recipe and to control the smart lamp groups to perform the illumination. The control module compares an ambient light detection value in the actual environment with the target value. When the ambient light detection value is not the same as the target value, the control module drives the ambient light sensor module performs a dimming procedure to the smart lamp groups. Wherein, the dimming procedure includes the step of adjusting an illuminance uniformity of the space according to the actual illuminance detected by the ambient light sensor module. After the calculation of the illuminance uniformity formula, the illuminance uniformity is adjusted to be the same as a target illuminance uniformity.

A smart lighting device may be configured to be controlled in response to control instructions in messages and / or phase-control signals. The smart lighting device may determine whether to respond to the phase-control signal or the control instructions in messages. The smart lighting device may be configured to recognize whether it is electrically connected to a smart load control device or a non-smart load control device. A load control device may determine whether it is electrically connected to a mixed circuit or a non-mixed circuit. When the load control device determines that the circuit is a mixed circuit, the load control device may transmit phase-control signals and control instructions in messages at the same time. The load control device may determine that a smart lighting device has been added (e.g., electrically connected) to the circuit it is electrically connected to.

This invention discloses a smart home lighting device based on Internet of Things (IoT) technology, belonging to the field of smart lighting equipment technology. The invention includes a smart range hood body, with a control device fixed to the right side of the body. A lighting mechanism is embedded in the bottom of the control device. The lighting mechanism includes a housing, with a lamp body fixed to the top of the inner wall of the housing. An auxiliary component is disposed below the lamp body, and a heat dissipation component for cooling the lamp body is disposed below the auxiliary component. A cleaning component is disposed below the heat dissipation component. This invention utilizes a scraper that contacts the lampshade. As the motor drives the lampshade to rotate via gears, the scraper removes grease and grime from the lampshade surface, thus preventing grease and grime from adhering to the lighting device surface, which could cause damage or blurred light, and reducing the frequency of manual cleaning.

The invention relates to the technical field of intelligent lighting, in particular to an intelligent-driven sensing lighting dynamic energy-saving adjusting method, which comprises the following steps of: sensing and reconstructing time-space distribution of outdoor natural light by calling outdoor and indoor environment sensors; in combination with the occupancy state of the office station and the activity type of the user, establishing a lighting demand constraint; activating a linkage acquisition device, and generating a user comfort vector; light comfort perception, illumination demand constraint and a user comfort vector serve as input and are sent into a multi-target cooperative adjustment controller, and adjustment decision vector optimization is carried out with user comfort maintenance, energy consumption minimization and natural light fusion matching as optimization targets; and finally, parameters such as brightness and color temperature of the LED lighting system are dynamically adjusted according to an optimization result, and collaborative improvement of the light environment quality and the energy-saving effect is realized. According to the method, accurate response to natural light changes and self-adaptive adjustment of personalized requirements of users are achieved, and the intelligent level of office lighting and the energy utilization efficiency are remarkably improved.

The invention provides an induction type intelligent illuminating lamp. The induction type intelligent illuminating lamp comprises a microprocessor, an infrared inductor, an ultrasonic inductor, a photoresistor sensor, a WIFI module, a storage module and an LED light source. The WIFI module, the infrared sensor, the ultrasonic sensor and the photoresistor sensor are respectively connected to a signal input end of the microprocessor; the signal output end of the microprocessor is connected to the LED light source; the photosensitive sensor is used for monitoring the intensity of ambient light; the infrared sensor and the ultrasonic sensor are used for detecting human body movement conditions; the temperature sensor is used for measuring the indoor temperature.

The utility model relates to the technical field of lamp auxiliary equipment, in particular to an anti-dazzle soft light cover for an intelligent lighting lamp, a lamp cover and a light intensity detector for detecting the lamp cover, the anti-dazzle soft light cover for the intelligent lighting lamp further comprises a shell, a circulating water cavity is formed in the lower side of the shell, and a detection bin communicated with the circulating water cavity is further formed in the shell. The installation groove, the guide grooves and the containing groove are matched with one another, the side-view projection of the installation groove covers the side-view projection of the lampshade, the minimum distance between the two guide grooves is smaller than the width of the lampshade, the lampshade can be installed from the installation groove and slides to the supporting plate along the guide grooves under the action of gravity to complete limiting placement, and operation is easy and convenient. After detection is completed, the rotating motor drives the threaded rod to rotate to drive the threaded sleeve and the supporting plate to ascend, and the lampshade moves upwards along the guide groove to the mounting groove to be taken out conveniently.

This invention relates to the field of edge computing technology, specifically disclosing a device operation optimization method and system based on edge computing, comprising the following steps: S1: Deploying an edge computing module to detect the network connection status of smart lighting devices, filtering out devices to be adjusted, determining the dimming area, and obtaining the initial light intensity in the dimming area of ​​the devices to be adjusted; S2: Presetting a detection period, obtaining the number of pedestrians and their dwell time in the dimming area within the detection period, and calculating the pedestrian congestion level in the dimming area; S3: Calculating the light intensity difference and influence coefficient, obtaining the pedestrian congestion level and light intensity, calculating the ideal light difference and the first light intensity, and correcting the first light intensity to a second light intensity using a second correction value. This invention addresses the problem of current smart devices relying too heavily on cloud-based decision-making through an edge computing-based device operation optimization method, thereby improving real-time performance.

COMMUNICATION SYSTEM FOR SMART LIGHTING OR SMART CITY EQUIPMENT CONFIGURED FOR AT LEAST TWO COMMUNICATION MODES The invention relates to a communication system between at least two pieces of equipment via a DALI type bus (15), each piece of equipment being configured for connection to the bus (15) by the same dedicated connector, the communication system being configured for a first mode of communication via the bus (15) between the pieces of equipment, using a DALI communication protocol, characterized in that it comprises a means (12d) for configuring the communication mode being intended for the transmission between the pieces of equipment of information representative of the selected communication mode, and in that the communication system is configured for a second mode of communication via the bus (15) between the pieces of equipment, using a communication protocol different from the DALI communication protocol. Figure for the abstract: figure 3

The present invention proposes an intelligent lighting fixture comprising a lamp housing, a lampshade disposed below the lamp housing, and a lamp tube mounted below the lampshade. The fixture further comprises: a relay disposed within the lamp housing and connected to the lamp tube via wiring; a light sensor fixedly disposed below the lampshade; a detection assembly comprising a motion module movable outside the lampshade, and a first infrared sensor module and an ultrasonic ranging sensor module with adjustable posture disposed on the motion module; and a processor (MCU) disposed within the lamp housing and connected to the relay, light sensor, detection assembly, and second infrared sensor module via wiring. The present invention addresses the problems of traditional manual lighting fixtures being inconvenient to control, voice-activated fixtures being unsuitable for continuous illumination, and infrared sensor-controlled fixtures being prone to generating erroneous switch signals.

The present application provides a communication device and intelligent lighting equipment, wherein the communication device includes an antenna module plated on a glass module through a metal film, a radio frequency module installed on the glass module and electrically connected to the antenna module through the metal film; the antenna module receives a first external signal and sends it to the radio frequency module, or transmits a second external signal; the radio frequency module processes the first external signal to obtain first information, or processes the second information to obtain a second external signal and sends it to the antenna module. The present application saves installation space on the driver board and reduces costs by directly installing the antenna module and the radio frequency module on the glass module; the antenna module and the radio frequency module are installed on the glass module farthest from the driver board, so that the antenna module has better clearance, and the radio frequency module can reduce electromagnetic compatibility effects; the antenna module and the radio frequency module are connected by a metal film, and there is no need to set a feeder, thereby reducing energy loss and improving work efficiency.

The utility model provides an assembly type intelligent LED lighting power supply, and relates to the technical field of intelligent LED lighting power supplies, the assembly type intelligent LED lighting power supply comprises an intelligent LED power supply, the outer side of the intelligent LED power supply is provided with a U-shaped housing, the top end of the U-shaped housing is provided with a baffle plate, one side of the baffle plate is provided with a quick release assembly, one side of the U-shaped housing is provided with a T-shaped groove, and the other side of the U-shaped housing is provided with an LED light source. A T-shaped sliding block is arranged on the other side of the U-shaped shell, and the T-shaped sliding block is matched with the T-shaped groove. The device solves the problems that in the using process of an existing intelligent LED lighting power source, most intelligent LED lighting power sources need to be placed and installed one by one during installation, the installation speed is low, meanwhile, maintenance and disassembly are not convenient, and the working efficiency is reduced.

This invention relates to the field of lighting technology, and in particular to an intelligent lighting device based on Wi-Fi mesh technology. The device includes a top mounting box bolted to an indoor ceiling, an electrically controlled lifting mechanism installed inside the top mounting box, an outer casing installed outside the top mounting box, an aluminum substrate installed on the inner top surface of the outer casing, and a lighting source controlled by Wi-Fi mesh technology installed at the lower end of the aluminum substrate. This intelligent lighting device based on Wi-Fi mesh technology employs a lifting structure design, allowing for structural adjustment as needed for convenient control. An annular peripheral mounting plate with internally mounted flip-type drive blades is installed around the aluminum substrate for mounting the lighting source. Lifting controls the flip-type drive blades to flip downwards, forming an external airflow mechanism, thereby enabling the lighting device to function as an air conditioner, significantly enhancing its functionality.

1. The name of this design product: Glass flat lens (high borosilicate elliptical light source type B). 2. Purpose of this product design: It can be used in various high-end industrial lighting, outdoor lighting and smart lighting scenarios when equipped with high-efficiency modules. 3. The design key point of this appearance design product lies in the shape. 4. The picture or photo that best illustrates the design points: Stereoscopic diagram 1. 5. The right view is the same as the left view, so the right view is omitted; the rear view is the same as the front view, so the rear view is omitted.

The utility model provides an intelligent lighting decoration system which is characterized in that the two sides of an outer wall body are fixedly connected with side plates, the inner side surface of the outer wall body is fixedly connected with a first fixing frame and a second fixing frame which are arranged in a matched mode, the top of the first fixing frame is fixedly connected with a mounting frame plate, and the surface of the mounting frame plate is fixedly connected with a lamp base; one side of the outer wall body is fixedly connected with an outer supporting frame, the outer side and the top of the outer supporting frame are fixedly connected with a soft light plate and a light scattering plate respectively, and the bottom of the outer supporting frame is fixedly connected with a wire arranging box. The effect of supporting and fixing the whole lamp base is achieved through the mounting frame plate, the effect of installing and fixing an external lamp is achieved through the lamp base, meanwhile, the mounting frame plate is obliquely arranged on the whole, a triangular position is formed between the inner side of the outer wall body and the inner side of the outer wall body, and good supporting stability is achieved for the external lamp; and the effect of protecting and covering the inner side of the outer wall body from the outer side position is achieved through the outer supporting frame.

Provided are a smart lighting-based product determination system and a product determination method using same, the product determination system comprising a calculation unit, a lighting unit, a sensor unit, and a determination unit. The calculation unit designs a lighting spectrum for determining the state of a product. The lighting unit provides illumination to the product by using the designed lighting spectrum. The sensor unit measures a light signal that is reflected or transmitted from the product as a result of providing the illumination. The determination unit determines the state of the product on the basis of the measured light signal.

A self-contained, wireless window system integrates lighting natively within the window frame, sash, or glazing bead while maintaining full architectural transparency. The window incorporates visibly transparent electricity- generating glass, such as transparent photovoltaic or luminescent solar concentrator glass, which harvests renewable energy during daylight hours. Harvested energy is stored in an internal energy storage element and used to power integrated lighting elements without external wiring or manual recharging. Window-native lighting may provide safety lighting, ambient lighting, tunable or multicolored illumination, and adaptive smart lighting functions. The system positions the window as a central platform for managing natural and artificial light, solar heat gain, glare, privacy, and security. Integrated power management coordinates energy harvesting, storage, and deployment to enable sustainable operation. Lighting and other applications may be controlled via local hardware, smartphone applications, cloud- based systems, or Al-driven adaptive control, delivering a curated interior lighting and comfort experience.

The utility model relates to the technical field of mounting structures, in particular to a mounting structure of an intelligent LED lighting lamp. The pre-fixing assembly comprises a pre-fixing assembly arranged between a base plate and a back plate of the intelligent LED lighting lamp, a lampshade of the intelligent LED lighting lamp is installed at the lower end of the base plate, an assembly convenient to overhaul is arranged on the arc face of the lampshade, and the pre-fixing assembly comprises a fixing block fixedly connected to the lower end of the back plate. When the base plate and the back plate are fixed, a worker drives the base plate, so that the fixing block is inserted into the base plate, the trapezoidal plug pin is retracted into the sliding groove, the first spring is compressed, after the fixing block is completely inserted into the base plate, the first spring is reset, the trapezoidal plug pin is inserted into the base plate, and therefore the base plate and the back plate are fixed; therefore, workers do not need to lift the chassis for a long time and then screw screws into the mounting holes to fix the chassis and the back plate, and the effect of reducing the labor intensity of the workers is achieved as much as possible.

The present invention relates to a smart lighting energy-saving method and system based on multimodal data fusion. The present invention includes periodically acquiring a decision trajectory data set; merging the experience pool of the previous cycle with the newly collected decision trajectory data set of the current cycle according to a set ratio, and screening according to priority weights; training to obtain candidate strategies; evaluating the candidate strategies under a test scenario set; adding the strategies to a strategy library when their comprehensive scores meet the admission conditions; when the strategy capacity in the strategy library reaches a predetermined value, eliminating the strategies with the lowest comprehensive scores based on the Pareto front; constructing a strategy fitness function and establishing a feedback-weight mapping model for obtaining a prediction score; establishing a loss function gradient based on the feedback-weight mapping model, and performing iterative calculation of sub-item weights based on the loss function gradient to obtain the sub-item weights after iterative calculation. The present invention improves the long-term energy-saving efficiency and user experience of the lighting system.

1. The name of this design product: glass flat lens (high borosilicate combined three-piece plate). 2. Purpose of this appearance design product: It can be used in various high-end industrial lighting, outdoor lighting and smart lighting scenarios when equipped with high-efficiency modules. 3. The design key point of this appearance design product lies in the shape. 4. The picture or photo that best illustrates the design points: Stereoscopic diagram 1.

The invention relates to the technical field of engineering lighting, in particular to intelligent lighting equipment for communication engineering construction, which comprises a fixing frame, a lamp bar and the like, a lamp bar is clamped on the fixing frame; the lamp bar is cylindrical; a light-emitting lamp strip is arranged in the lamp bar; and a glass cover is mounted on the lamp bar. A constructor can hold the lamp bar to get close to communication equipment to be cleaned with one hand, the lighting position is flexibly adjusted, it is ensured that the constructor finds dust and impurities in time, dust in a lighting area can be cleaned in real time through an air exhaust mode of the lamp bar, the working efficiency of the constructor is improved, and secondly, the working efficiency of the constructor is improved. The lamp bar can be temporarily fixed around an installation operation area, the use convenience of the lamp bar is improved, and when the lamp bar falls off, the light-transmitting corrugated pipe replaces a glass cover to make contact with the ground, so that the glass cover is prevented from being damaged due to collision, and the use reliability of the lamp bar is improved.

The invention relates to the technical field of intelligent equipment control, and particularly provides a coordination control method for intelligent household equipment, which comprises the following steps: when it is detected that a user adjusts the brightness of intelligent light equipment, recording brightness adjustment data of the user for adjusting the brightness at present; identifying and recording trigger event data triggered by a user; when it is detected that the user controls the brightness of the intelligent lighting equipment to be automatically adjusted, a current brightness adjusting factor is determined; and on the basis of the output result brightness of the preset light brightness model, in combination with the brightness adjustment factor of the user, determining the target brightness of the intelligent light equipment, and adjusting the brightness of the intelligent light equipment to the target brightness. According to the coordination control method, self-adaptive learning of automatic brightness adjustment of the intelligent lighting equipment can be realized, and when the user gradually uses the equipment to automatically adjust the brightness, the personalized requirements of the user can be gradually met.

The invention belongs to the technical field of outdoor lighting lamps, and particularly relates to an outdoor assembly type LED intelligent lighting lamp which comprises a mounting frame, a speed reducer is arranged at the bottom of the mounting frame, a vertical threaded sleeve is fixedly connected to an output shaft of the speed reducer through a coupler, and a vertical lead screw is in threaded connection to the inner wall of the vertical threaded sleeve. A rack is welded to the outer wall of one side of the vertical lead screw, a horizontal gear is meshed with the outer wall of the rack, a lamp homodromous threaded pipe is welded to the inner wall of the horizontal gear in a penetrating mode, traction columns are slidably connected to the inner walls of the two ends of the lamp homodromous threaded pipe, and connecting columns are welded to the outer walls of one ends of the traction columns. By means of continuous power output of the speed reducer and step-by-step linkage of a mechanical structure, switching of illumination modes can be completed without manual intervention, the problem that a lamp at a high position is difficult to adjust is solved, the limitation that the angle of a traditional lamp is fixed is broken through, and flexibility and adaptability of outdoor illumination are greatly improved.

The application relates to an edge side parameter perception-based lighting energy-saving real-time regulation method and system, and relates to the technical fields of intelligent fishery and intelligent lighting. The method comprises the following steps: acquiring a multi-source data set of a breeding environment, performing three-dimensional parallel extraction of water optical characteristics, fish behavior characteristics and water ecological characteristics, and generating a biological comprehensive state characteristic set; based on the biological comprehensive state characteristic set, analyzing growth rhythm requirements and water ecological regulation requirements, performing requirement fusion and conflict resolution, and generating a target fused light requirement set; combining natural light availability and current fish spatial distribution, performing dynamic allocation of lighting resources with the energy-saving target, generating an executable lighting control instruction set and issuing the same. The application can realize accurate perception and collaborative regulation of the breeding environment and the biological state, greatly reduce invalid lighting energy consumption on the premise of guaranteeing fish growth and water quality safety, and improve the intelligent level and economic benefits of the breeding system.

The green energy-saving curtain wall design is characterized in that a vertically-arranged wall body structure is adopted, a solar panel is assembled on the outer vertical face of the wall body structure to capture sunlight, an LED panel set is vertically arranged on the indoor face, the solar panel is electrically connected with the LED panel set to form an intelligent lighting system, and after the solar panel accumulates enough energy, the LED panel set is automatically activated by the system, so that the energy is saved; as an indoor auxiliary light source, an efficient and energy-saving lighting effect is achieved. By means of the design, effective conversion of solar energy is promoted, dependence on traditional electric power is reduced, the environment-friendly and energy-saving performance of the curtain wall is remarkably enhanced through soft illumination provided by the LED panel set, a more environment-friendly and economical illumination solution is brought to the building field, and innovative application of environment-friendly building materials is shown.