Traduction de «inspect rail track » (Anglais → Français) :

inspect rail track | perform inspections of rail track | perform rail track inspections | perform railway network inspections

keep railway tracks clear | remove debris from rail tracks | ensure rail tracks remain clear | maintain clear railway tracks

authorise occupancy of railroad lines | issue railroad track warrants | authorise occupancy of rail tracks | issue rail track warrants

continuous lengths of rails | continuous welded rail track | long lengths of rails | long welded rails | ribbon rails

rail track for screen rake | rail track for trash rack cleaner

mixed gauge track | three-rail track

carcass rail inspection [ rail inspection ]

inspection of track to the rear

rail track measurer

B. whereas technology developed primarily for military purposes is now being applied commercially, pushing legislative boundaries; whereas today RPAS used in a professional context also provide significant benefits for different civil uses, the added value of which increases with the distance between the aircraft and the remote pilot (BVLOS (beyond-visual-line-of-sight) operations); whereas RPAS applications, which are highly varied and could extend to still more fields in the future, can be used, for example, for safety inspections and monitoring of infrastructure (rail tracks ...[+++], dams, and power facilities), assessing natural disasters, (environmentally responsible) precision farming operations and media production, airborne thermography, or parcel delivery in isolated regions; whereas the rapid development of new applications can be foreseen in the near future, which illustrates the innovative and dynamic nature of the RPAS industry;

B. whereas technology developed primarily for military purposes is now being applied commercially, pushing legislative boundaries; whereas today RPAS used in a professional context also provide significant benefits for different civil uses, the added value of which increases with the distance between the aircraft and the remote pilot (BVLOS (beyond-visual-line-of-sight) operations); whereas RPAS applications, which are highly varied and could extend to still more fields in the future, can be used, for example, for safety inspections and monitoring of infrastructure (rail tracks ...[+++], dams, and power facilities), assessing natural disasters, (environmentally responsible) precision farming operations and media production, airborne thermography, or parcel delivery in isolated regions; whereas the rapid development of new applications can be foreseen in the near future, which illustrates the innovative and dynamic nature of the RPAS industry;

B. whereas technology developed primarily for military purposes is now being applied commercially, pushing legislative boundaries; whereas today RPAS used in a professional context also provide significant benefits for different civil uses, the added value of which increases with the distance between the aircraft and the remote pilot (BVLOS (beyond-visual-line-of-sight) operations); whereas RPAS applications, which are highly varied and could extend to still more fields in the future, can be used, for example, for safety inspections and monitoring of infrastructure (rail tracks, d ...[+++]ams, and power facilities), assessing natural disasters, (environmentally responsible) precision farming operations and media production, airborne thermography, or parcel delivery in isolated regions; whereas the rapid development of new applications can be foreseen in the near future, which illustrates the innovative and dynamic nature of the RPAS industry;

(Return tabled) Question No. 130 Mr. Francis Scarpaleggia: With regard to rail safety in Canada: (a) for the period of 2006-2012, which railways were permitted to operate with a single operator; (b) for the period of 2006-2012, which railways had permission to leave trains unattended for limited periods of time on main lines with or without an idling locomotive(s); (c) for the period of 2006-2012, which railways had permission to leave trains unattended for limited periods of time on side lines with or without an idling locomotive(s); (d) with regard to the railways in (b) and (c), under what specific conditions could the trains be le ...[+++]ft unattended; (e) what legislative or regulatory framework governs local emergency preparedness plans in the event of a rail accident; (f) with respect to the plans in (e), (i) who is responsible for creating and executing such plans, (ii) by whom are they audited, (iii) how often are they audited, (iv) against what criteria are they audited; (g) by whom and how often are municipalities through which freight trains pass provided with regular reports on (i) the state of local emergency preparedness in the event of a rail accident, (ii) the state and maintenance record of the railway lines within their borders, (iii) the materials, hazardous or not, that are transported through their jurisdiction; (h) if reports referred to in (g) are not provided, why not; (i) how many of the DOT-111 railway tank cars and the DOD-112 tank cars are in use in Canada, for each year since 2006; (j) for each year since 2006, how many rolling stock and track safety inspectors were employed at Transport Canada, broken down by (i) province of work, (ii) oversight responsibility; (k) for each year since 2006, how many rolling stock and track safety inspectors employed by Transport Canada were responsible for inspections in (i) the Greater Montreal Area, (ii) the municipality of Pointe-Claire (iii) the municipality of Beaconsfield, (iv) the municipality ...