South Wales, Oct. 16 -- United Kingdom Intellectual Property Office (UKIPO) has registered trademark "RAIYER" on Sept. 28. The details about the trademark application no. UK00004452014 published in the journal no. 2026/042 (Oct. 16).
Lighting Analysts Ltd filed the trademark application for the below mentioned good(s)/service(s).
Class 9 : Computer software; downloadable computer software; downloadable software applications; computer software for lighting design; computer software for architectural lighting design; computer software for interior and exterior lighting design; computer software for electric lighting design; computer software for lighting calculation; computer software for photometric calculation; computer software for lighting simulation; computer software for lighting analysis; computer software for lighting visualisation; computer software for three-dimensional lighting modelling and visualisation; computer software for rendering and photorealistic visualisation of lighting designs; computer software for calculating, analysing and visualising illuminance and luminance; computer software for point-by-point lighting calculations; computer software for calculating lighting uniformity; computer software for analysing light distribution; computer software for lighting layout design; computer software for positioning, arranging, selecting and specifying luminaires; computer software for optimisation of luminaire positions, quantities and light output;
Computer software for importing, exporting, processing, analysing and managing photometric data; computer software for processing luminaire photometric data; computer software for processing photometric files; computer software for processing light intensity distribution data; computer software for modelling luminaire intensity distributions; computer software for creating and managing luminaire databases and lighting-product libraries; computer software for modelling direct and inter-reflected light; computer software for ray tracing and optical simulation;
Computer software for generating illuminance plots, luminance plots, contour plots, isolux diagrams, heat maps, false-colour images and graphical representations of lighting performance; computer software for glare analysis; computer software for visual comfort analysis; computer software for analysing direct and reflected glare; computer software for assessing lighting designs against technical standards and design criteria; computer software for generating lighting calculation reports, lighting design reports and luminaire schedules;
Computer software for daylight analysis; computer software for daylight simulation; computer software for daylight availability analysis; computer software for daylight access analysis; computer software for daylight penetration and daylight distribution analysis; computer software for daylight factor analysis; computer software for daylight coefficient analysis; computer software for climate-based daylight modelling; computer software for annual daylight simulation; computer software for daylight autonomy analysis; computer software for spatial daylight autonomy analysis; computer software for useful daylight illuminance analysis; computer software for sunlight analysis; computer software for solar access and solar exposure analysis; computer software for glare analysis relating to daylight and sunlight;
Computer software for facade daylight analysis; computer software for analysing obstruction and overshadowing; computer software for analysing the effects of adjacent buildings, structures, canopies, overhangs and shading devices on daylight availability; computer software for analysing and optimising windows, glazing, rooflights, blinds, louvres, fins, overhangs and solar shading devices; computer software for simulation of fixed, movable and dynamic shading systems; computer software for modelling and optimising blind and shading-control strategies;
Computer software for integrated daylight and electric-lighting analysis; computer software for combined natural and artificial-lighting simulation; computer software for daylight-responsive lighting design; computer software for daylight harvesting analysis; computer software for modelling lighting dimming and switching strategies; computer software for modelling and optimising lighting-control strategies; computer software for optimisation of integrated lighting and shading systems;
Computer software for architectural, engineering and building-performance analysis; computer software for processing computer-aided design data; computer software for processing building information modelling data; computer software for importing, exporting, processing and analysing CAD, BIM and three-dimensional model data; computer software for analysing building geometry; computer software for processing weather and climate data; computer software for scientific and engineering calculations; computer software for design optimisation; computer software for automated compliance assessment; computer software for automated report generation; artificial intelligence software for lighting, daylighting, architectural and engineering design and analysis; computer software for artificial-intelligence-assisted design, analysis, optimisation and generation of design recommendations.
Computer software for integrative lighting design and analysis; computer software for human-centric lighting design and analysis; computer software for circadian lighting analysis; computer software for spectral lighting analysis; computer software for analysing spectral power distribution; computer software for analysing visual and non-visual effects of light; computer software for analysing ipRGC-influenced responses to light; computer software for calculating and analysing melanopic and other alpha-opic quantities; computer software for calculating and analysing equivalent daylight illuminance; computer software for calculating and analysing melanopic equivalent daylight illuminance; computer software for modelling temporal and spectral patterns of light exposure.
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Class 11 : LED lighting apparatus; LED luminaires; LED lighting fixtures; LED lighting installations; architectural LED luminaires; interior LED luminaires; exterior LED luminaires; linear LED luminaires; recessed LED luminaires; surface-mounted LED luminaires; suspended LED luminaires; track-mounted LED luminaires; smart LED luminaires; intelligent LED luminaires; dimmable LED luminaires; tunable LED luminaires; LED luminaires incorporating sensors; LED luminaires incorporating lighting controls; LED lighting systems comprising luminaires and lighting apparatus.
Class 42 : Lighting design services; architectural lighting design services; electric-lighting design services; interior lighting design services; exterior lighting design services; lighting engineering services; lighting consultancy services; lighting calculation services; photometric calculation services; lighting simulation services; lighting analysis services; computerised lighting design and simulation; calculation and analysis of illuminance and luminance; lighting-layout optimisation; luminaire selection and positioning analysis; photometric analysis; analysis of luminaire light distributions;
Three-dimensional modelling and visualisation of lighting designs; rendering and photorealistic visualisation of lighting environments; generation of illuminance plots, luminance plots, contour plots, isolux diagrams, heat maps, false-colour images and graphical representations of lighting performance; glare analysis; visual-comfort analysis; technical assessment of lighting designs against standards and design criteria; preparation of lighting calculations, lighting reports and luminaire schedules;
Daylighting design services; daylight consultancy services; daylight analysis services; daylight simulation services; daylight availability analysis; daylight access analysis; daylight penetration analysis; daylight distribution analysis; daylight factor analysis; daylight coefficient analysis; climate-based daylight modelling; annual daylight simulation; daylight autonomy analysis; spatial daylight autonomy analysis; useful daylight illuminance analysis; sunlight analysis; solar-access analysis; solar-exposure analysis; daylight and sunlight glare analysis;
Facade daylight analysis; analysis of obstruction and overshadowing; analysis of the effects of surrounding buildings, structures, canopies, overhangs and shading devices on daylight availability; analysis and optimisation of windows, glazing, rooflights, blinds, louvres, fins, overhangs and solar shading devices; simulation of fixed, movable and dynamic shading systems; modelling and optimisation of blind and shading-control strategies;
Integrated daylight and electric-lighting analysis; combined natural and artificial-lighting simulation; daylight-responsive lighting design; daylight-harvesting analysis; modelling and optimisation of dimming and switching strategies; modelling and optimisation of lighting-control strategies; analysis and optimisation of integrated daylight, artificial-lighting and shading-control systems;
Computer-aided engineering services; computer modelling services; computational modelling services; computer simulation services; building-performance modelling; analysis of digital building models; analysis, processing and visualisation of CAD, BIM and three-dimensional model data; technical assessment and optimisation of building, lighting and daylight designs;
Software design; computer software development; software engineering; computer programming; design and development of software for lighting design, lighting calculation, photometric analysis, lighting simulation, lighting visualisation, daylight analysis, daylight simulation and climate-based daylight modelling; development of software for processing photometric data; development of software for building-performance analysis; development of artificial-intelligence software for lighting, daylighting, architecture and engineering;
Software as a Service [SaaS]; Platform as a Service [PaaS]; providing temporary use of non-downloadable software; providing online non-downloadable computer software; Software as a Service [SaaS] featuring software for lighting design, lighting calculation, photometric analysis, lighting simulation, lighting visualisation, daylight analysis, daylight simulation, climate-based daylight modelling, sunlight analysis, glare analysis, facade analysis, shading analysis, lighting-control analysis, building-performance analysis and technical compliance assessment; providing online non-downloadable software for artificial-intelligence-assisted lighting, daylighting, architectural and engineering design, analysis and optimisation.
Integrative lighting design and analysis services; human-centric lighting design and analysis services; circadian lighting analysis services; spectral lighting analysis; analysis of spectral power distribution; analysis of visual and non-visual effects of light; analysis of ipRGC-influenced responses to light; calculation and analysis of melanopic and other alpha-opic quantities; calculation and analysis of equivalent daylight illuminance; calculation and analysis of melanopic equivalent daylight illuminance; modelling and analysis of temporal and spectral patterns of light exposure.
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The original document can be viewed at: http://www.ipo.gov.uk/cgi-bin/redirect.cgi?type=tmj&link=6¶m1=UK00004452014
Disclaimer: Curated by HT Syndication.
