11 results about "Smart lighting" patented technology

The present application relates to the technical field of smart home and smart lighting, and particularly refers to a control method and system of a smart bedside lamp. The present application adopts an ambient light sensor to collect a brightness value and a proximity sensor to collect a proximity signal; when the brightness is lower than a dark environment threshold, a dark standby state is entered, and meanwhile, the brightness exceeds an increment threshold in a short time and lasts for a first preset time length, and an object exists in a detection range, it is determined that a user uses a mobile phone, and a lighting module is controlled to smoothly and gradually brighten to a first gear; after the conditions are not met and last for a second preset time length, the light is gradually turned off, non-contact sensing can be switched to a manual mode, the light is cyclically switched between the first and second gears and the off state, after the light is turned off, monitoring is automatically restored, the lighting module outputs 2700K-3000K warm yellow light and restricts the light in a light supplementing area in an asymmetric light distribution mode. The present application realizes precise triggering through rule logic, has no complex model, is private and safe, can stably operate on a low-cost microcontroller and has very low power consumption.

A smart illumination and display system for vehicular windows is disclosed. The system includes a multi-layer smart glass assembly having a polycarbonate outer layer, an electroplated conductive layer, an interior structural substrate, and a capacitive touch-sensing mesh. A processor module controls illumination, tint modulation, wireless communication, and artificial-intelligence-based functions. Fiber optic illumination strands embedded within the glass assembly generate colors, gradients, patterns, images, and dynamic graphical displays. A wireless communication module receives commands from a remote device, while a safety control subsystem monitors vehicle conditions to autonomously restrict or change illumination during motion or low-visibility environments. The system supports touch-based interaction and remote control, enabling real-time adjustment of tint, transparency, and graphical output.

The utility model discloses a small, good stability, convenient assembly's intelligent lighting module special magnetic latching relay. Adopted technical scheme includes: base, contact system and electromagnetic system of being established on the base and the casing of covering on the base, the electromagnetic system includes framework, the iron core of being established in the framework and the upper armature and lower armature of being established in the both ends of iron core, and the magnetic steel spare of cooperation with upper armature and lower armature and the push -board connected in the magnetic steel spare, the contact system includes the static contact support and the movable spring piece of opposite arrangement, the static contact of being established on static contact support and being established on the movable spring piece and being equipped with movable contact, the iron core and lower armature all show sheet shape, and integrally formed.

The utility model provides intelligent lighting system lamps and lanterns angle adjustment and fixing device belongs to the technical field of lighting lamps and lanterns, including bearing mechanism, including fixed base, the vertical pole of fixed installation in fixed base top and set up in the adjusting assembly of vertical pole outside. The utility model discloses a damping bearing cooperation linear guide adjusting mode is adopted, replaces the traditional screw knob locking, eliminates the hidden danger of metal thread wear or plastic piece creep, and the quick positioning assembly is reset through spring and arc groove cooperation and realizes self -locking function, need not repeatedly tighten and can keep stable fixed, and the auxiliary jacking assembly provides compensation support force continuously, effectively offsets the gap that can produce possibly in long -term use, makes core adjusting component independent of lamps and lanterns shell, need not to dismantle the lamp body and can maintain replacement, ensures that the adjusting mechanism can still keep the locking performance of initial after long -term frequent use, prolongs the life and simplifies the maintenance process.

1. The name of the design product: graphical user interface (VMOS 6.0) for intelligent light of intelligent bathroom mirror. 2. The use of the design product: the design product is used to run programs and display graphical user interfaces for user interaction. 3. The design points of the design product: the graphical user interface content in the product screen. 4. The picture or photo that best indicates the design points: front view. 5. The intelligent bathroom mirror of the design is of conventional design, and other views are omitted; the graphical user interface is used to reflect the intelligent light adjustment function. 6. The human-computer interaction mode of the graphical user interface: clicking on each block pattern in the front view can realize the corresponding function; the front view uses state reference figures 1-3 as the front view corresponding to the weather module display under different weather; sliding the front view jumps to the interface change state figure 1; clicking the "intelligent light" icon in the lower left corner of the interface change state figure 1 can close the intelligent light function and jump to the interface change state figure 2.

This invention relates to a smart lighting device and control method based on Bluetooth communication. The device establishes a GATT service based on BLE, sets write features to receive client commands, and sets notification features to actively report responses and status. Command data adopts a unified and universal frame structure, including a frame header, length, command category, sub-function, payload, and verification field; the device verifies the data before parsing. The device side sets up a business logic arbitration engine to arbitrate command requests along with charging status, battery voltage, and sensor events, outputting the final execution command and driving the lights according to charging mutual exclusion, low battery protection, and multi-working-mode coordination rules. For stepless dimming, a non-reply write throttling process is used, and a confirmation packet is sent at the end of the process, triggering synchronous status reporting to achieve smooth interaction and eventual consistency. After disconnection and light shutdown, the device enters deep sleep and is awakened by vibration to trigger simultaneous lighting and reporting, reducing power consumption and improving availability.

This invention discloses a method and system for locating users in underground parking garages based on a lighting fixture composite controller. The method includes: a mobile terminal device sending a location request to the composite controller of the smart lighting fixtures; the composite controller receiving the request and obtaining the mobile terminal device ID and wireless signal strength value, and uploading the relevant information to a server via a wireless router gateway; the server constructing a parking garage spatial network topology using the composite controller as a graph node, the spacing between lighting fixtures as edges, and the wireless signal strength value as node features, and aggregating the signal features through a graph neural network to obtain the mobile terminal's location information; after the mobile terminal sends a search request, the server combining current and historical location information to formulate a guidance route and sending brightness control signals to designated smart lighting fixtures to provide lighting guidance. This invention integrates lighting fixtures with positioning functions, eliminating the need for dedicated positioning equipment, providing intuitive search instructions, and effectively improving the user experience of locating users in underground parking garages.

This invention belongs to the field of smart lighting equipment technology, specifically an energy-saving smart lighting device for scenic areas. It addresses the problem that the dried bodies of dead mosquitoes can easily clog mesh, obstructing airflow and reducing mosquito-trapping efficiency. Furthermore, long-term accumulation of dead insects in humid environments can easily lead to mold, bacterial growth, and secondary pest infestations. The proposed solution includes: a lighting pole with a lamp wick and a diffuser, the lamp wick located inside the diffuser. This energy-saving smart lighting device for scenic areas improves the mosquito-trapping effect of lighting systems. During illumination-based trapping, the device can shake and remove dead, dried insects from the inner wall and mesh of the net bag, preventing clogging and ensuring airflow during trapping, thus guaranteeing the trapping effect. Simultaneously, cleaning up accumulated insect bodies prevents secondary pest infestations.

This utility model relates to a smart lighting and sound system for park landscapes based on human body sensing. It can intelligently control the park landscape lighting based on whether anyone is present at night, with the lighting and extinguishing process performed individually for each light fixture. During the day, when people are in the park, it can play birdsong or soft music, playing different music depending on the weather. It can also adjust the lighting brightness and color according to seasonal temperature changes, enhancing the overall experience of the park landscape.

The application provides a multi-level collaborative balancing method and system for a smart urban lighting system, and relates to the technical field of smart lighting. The method comprises the following steps: collecting light intensity and energy consumption parameters, constructing an operating state vector, and performing graph convolution operation to obtain a node evaluation value and a region coupling degree; constructing a multi-level topological structure through hierarchical clustering and dependency analysis, determining a conduction path and a delay coefficient; determining a corrected control amplitude based on a time sequence ordering control priority and combining energy consumption constraints to generate instructions for step-by-step control.

The utility model relates to a kind of municipal road engineering laying structure, belong to municipal road engineering technical field.The municipal road engineering laying structure, including: bottom support block, multiple base, ceramsite filling module, road brick unit, soil layer and multiple drain pipes, both ends of multiple drain pipes are fixedly connected with water guide pipe, and one end of water guide pipe is fixedly connected with main drain pipe;Bottom support block top surface prearranged equidistant recess array, precast concrete base is fixedly connected with bottom support block using stainless steel anchor bolt, road brick unit adopts water-permeable concrete material, both sides extension part forms cantilever structure to cover ceramsite module top surface, the integration of this structure through hierarchical drainage system ceramsite filtration+gravel flow guide+pipeline discharge, water-permeable paving system and intelligent lighting component, realize multiple functions of efficient drainage, load dispersion, ecological water-permeable, greatly improve the use comfort of user.