APSENSING. Trademark

Oil-well testing; architectural consultancy; laboratory services relating to technical measurements and testing, namely, scientific laboratory services; laboratory research in the field of electrical engineering, telecommunications, civil engineering, geoscience and hydroscience; physics research and electrical engineering, telecommunications engineering, civil engineering, geoengineering, hydroengineering, process engineering and production engineering; scientific testing services, namely, scientific testing of infrastructure for scientific research purposes; surveying; calibration and quality control of goods and services in the nature of function testing of measuring apparatus; land surveying; technical consultancy in the field of fibre-optic temperature measurement and temperature monitoring, fibre-optic acoustic and pressure measurement and acoustic and pressure monitoring, and fibre-optic strain measurement and strain monitoring; development of measuring systems and monitoring systems for fibre-optic temperature measurement and temperature monitoring, fibre-optic acoustic and pressure measurement and acoustic and pressure monitoring, and fibre-optic strain measurement and strain monitoring; product development of acoustic measuring apparatus and fibre-optic measuring apparatus for the locating and analysis of noises and vibrations through changes to light pulses in optical waveguides for others; product development of stress gauges, in particular fibre-optic measuring apparatus for distributed fibre-optic stress measurement for others.

Fibre-optic instruments, namely, distributed fiber optic sensing (DFOS) instruments, namely, electronic monitors and interrogators to detect and monitor acoustic signals, heat, temperature, and strain; Fire fighting equipment, namely, fire fighting monitors that track and analyze the spreading of fire in and on long linear objects, in particular tunnel systems, buildings and industrial plants, power plants and offshore platforms, refineries, conveyor belts, and photovoltaic systems; electronic temperature monitors for electric mains and in boreholes; electronic monitors for monitoring of linear objects, namely, pipelines and cables, in particular power cables, electrified rails, mine shafts and storage facilities, railway tracks, belts for conveyors, and perimeter and boundary structures in the nature of bridges, buildings, and industrial plants; electronic monitors for tracking and analyzing the performance of optical fibres, fibre optic cables, glass fibres and optical connectors for quality control, maintenance, and repairs; downloadable software for monitoring, tracking, analyzing, and assessing optical data transmission in glass fibre networks; wire connectors; alarms for distributed fiber optic sensing instruments, namely, alarms for changes in heat, temperature, acoustic signal, and signs of structural strain in pipelines, bridges, buildings, industrial plants, power plants, offshore platforms, refineries, power cables, electrified rails, mine shafts, storage facilities, railway tracks, and other civil infrastructure projects; physical analysing apparatus, namely, temperature analyzers, acoustic signal analyzers, and structural strain analyzers in pipelines, bridges, buildings, industrial plants, power plants, offshore platforms, refineries, power cables, electrified rails, mine shafts, storage facilities, railway tracks, and other civil infrastructure projects; LED screen devices, namely, LED monitors; touch screen computer monitors; sensors for measuring distance, not for medical use; observation instruments, namely, detectors for observing and measuring temperature, detectors for observing and measuring acoustic signals, and detectors for observing and measuring structural strain in pipelines, bridges, buildings, industrial plants, power plants, offshore platforms, refineries, power cables, electrified rails, mine shafts, storage facilities, railway tracks, and other civil infrastructure projects; data processing apparatus, namely, data processors; temperature, acoustic signal, vibration and structural strain detectors in pipelines, bridges, buildings, industrial plants, power plants, offshore platforms, refineries, power cables, electrified rails, mine shafts, storage facilities, railway tracks, and other civil infrastructure projects; diagnostic apparatus for the detection of temperature variations, acoustic events, vibrations, and structural strain variations in pipelines, bridges, buildings, industrial plants, power plants, offshore platforms, refineries, power cables, electrified rails, mine shafts, storage facilities, railway tracks, and other civil infrastructure projects, not for medical purposes; electric installations for the remote control of industrial operations, namely, in pipelines, bridges, buildings, industrial plants, power plants, offshore platforms, refineries, power cables, electrified rails, mine shafts, storage facilities, railway tracks, and other civil infrastructure projects; apparatus for checking infrastructure, namely, distributed fiber optic sensing (DFOS) instruments, namely, electronic monitors and interrogators to detect and monitor acoustic signals, heat, temperature, and strain in pipelines, bridges, buildings, industrial plants, power plants, offshore platforms, refineries, power cables, electrified rails, mine shafts, storage facilities, railway tracks, and other civil infrastructure projects; surveying instruments; optical apparatus and instruments, namely, optical filters, fibre optic couplings, optical inspection apparatus for industrial use, and distributed fiber optic sensing (DFOS) instruments for use with pipelines, bridges, buildings, industrial plants, power plants, offshore platforms, refineries, power cables, electrified rails, mine shafts, storage facilities, railway tracks, and other civil infrastructure projects; precision measuring apparatus, namely, distributed fiber optic sensing (DFOS) instruments, namely, electronic monitors and interrogators to detect and monitor acoustic signals, heat, temperature, and strain; optical mirrors; surveillance apparatus, namely, distributed fiber optic sensing (DFOS) instruments, namely, electronic monitors and interrogators to detect and monitor acoustic signals, heat, temperature, and strain; acoustic meters; fiber optic sound level meters for locating and analyzing noises and vibrations through changes to light pulses in optical waveguides; stress gauges, especially fibre-optic measuring apparatus in the nature of transducers that utilize ultrasonic oscillations to test for stress and fatigue in metal and metal structures for distributed fibre-optic stress measurement.