Utilizing GPS to Increase Performance. Murray Lodge Topcon Positioning Systems

Transcription

1 Utilizing GPS to Increase Performance. Murray Lodge Topcon Positioning Systems

2 Using GPS to Increase Productivity Where and how is it used? GPS on the construction jobsite Telematics Mapping Grade management Machines Machine control in the future

3 GPS as a Management Tool It s not just for the.

4 GPS as a Management Tool It s not just for the Military Recreation Hiking.

5 GPS as a Management Tool It s not just for the Military Recreation Hiking Hunting.

6 GPS as a Management Tool It s not just for the Military Recreation Hiking Hunting Golfing.

7 GPS as a Management Tool.

8 GPS as a Management Tool Navigation.

9 GPS as a Management Tool Navigation Airplanes.

10 GPS as a Management Tool Navigation Airplanes Boats.

11 GPS as a Management Tool Navigation Airplanes Boats Vehicles.

12 GPS as a Management Tool.

13 GPS as a Management Tool Telematics.

14 GPS as a Management Tool Telematics GIS-Mapping.

15 GPS as a Management Tool Telematics GIS-Mapping Grade Management.

16 GPS as a Management Tool Telematics GIS-Mapping Grade Management Machine Control.

17 Telematics-Map Based Monitoring Telematics

18 Monitor All Your Mobile Assets Telematics

19 Telematics Monitor All Your Mobile Assets Utilization Maintenance Security Job Costing Productivity

20 Utilization Telematics

21 Telematics Fuel ROI Calculation FUEL: Industry average equipment idles 40% of the time and burns 3 gallons per hour

22 Telematics Fuel ROI Calculation FUEL: Industry average equipment idles 40% of the time and burns 3 gallons per hour ROI for reducing 1 hour of idle per week 1 hr x 3 gph x $3/gal x 4 wks = $ 36 per month per machine

23 Telematics Fuel ROI Calculation FUEL: Industry average equipment idles 40% of the time and burns 3 gallons per hour ROI for reducing 1 hour of idle per week 1 hr x 3 gph x $3/gal x 4 wks = $ 36 per month per machine Cost of a system = $36 per month per machine

24 Telematics Fuel ROI Calculation FUEL: Industry average equipment idles 40% of the time and burns 3 gallons per hour ROI for reducing 1 hour of idle per week 1 hr x 3 gph x $3/gal x 4 wks = $ 36 per month per machine Cost of a system = $36 per month per machine One hour per week pays for entire cost!

25 Telematics Fuel ROI Calculation FUEL: Industry average equipment idles 40% of the time and burns 3 gallons per hour ROI for reducing 1 hour of idle per week 1 hr x 3 gph x $3/gal x 4 wks = $ 36 per month per machine Cost of a system = $36 per month per machine One hour per week pays for entire cost! One hour per day saves $180/month or $2160/yr

26 Maintenance Telematics

27 Telematics Security Always know machine location Instant alert if machine is moved Eliminate machine replacement costs, lost revenue/contract penalties, increased insurance deductible Prevent unauthorized use or movement

28 Telematics Job Costing & Productivity Increase overall efficiency with visibility to equipment productivity, location and history Eliminate wasted time searching for equipment Improve daily job cost management by accurately charging each piece of equipment Improved employee productivity reduces over-time

29 Mapping Systems Mobile Mapping Systems GNSS Antenna 360 Hemispherical Digital Camera Laser scanner array Vehicle s CAN Bus Interface

30 Mapping Systems

31 Mapping Systems

32 Mapping Systems Real &me surface mapping Overlay digital picture

33 Mapping Systems Mobile Mapping Applications Asset Management Applications

34 Mapping Systems Mobile Mapping Applications Asset Management Applications Utility structures location Fire hydrants Utility poles Manholes

35 Mapping Systems Mobile Mapping Applications Asset Management Applications Utility structures location Fire hydrants Utility poles Manholes Inventory road signs and traffic signals, guardrail

36 Mapping Systems Mobile Mapping Applications Asset Management Applications Utility structures location Fire hydrants Utility poles Manholes Inventory road signs and traffic signals, guardrail Tunnel mapping

37 Grade Management Systems Applications

38 Grade Management Systems Applications Pre- Bid Topo Volume calcula2ons Grade checking Staking

39 Grade Management Systems Grade Management Systems

40 Grade Management Systems Grade Management Systems

41 Grade Management Systems Grade Management Systems

42 Grade Management Systems Staking Locate Control Points, Intersection Stakes & stakes in high traffic areas

43 Grade Management Systems Volume Reports Volume report: Thursday, June 12th, 2009, 2:19PM Surface 1 : A Surface 2 : B Common Area : ft² Cut volume : 32.0yd³ Fill volume : 24,065.3yd³

44 Grade Management Systems Mark Locations Locate Manholes, Water valves, Pipe Stubs for future relocation

45 Grade Management Systems Re-location Relocate Manholes & Water Valves to raise to finish grade

46 Grade Management Systems Re-location Relocate Manholes & Water Valves to raise to finish grade

47 Grade Management Systems Re-location Relocate Manholes & Water Valves to raise to finish grade

48 Grade Management Systems Re-location Displays cut to top of Manhole or Water Valve

49 3D Construction Cycle Machine Automation

50 3D Construction Cycle Machine Automation

51 3D Construction Cycle Machine Automation

52 Satellite Positioning Weakness: Vertical Accuracy: +/- 0.1 ft

53 Improved Vertical Accuracy Local Positioning Systems Laser Enhanced Systems

54 LPS Technology Total Station tracks prism to provide position information Ideal for low visibility GPS applications

55 LPS Technology Total Station tracks prism to provide position information Ideal for low visibility GPS applications

56 Laser Augmented GPS Multiple user RTK advantages with laser precision Large elevation working range More versatile than robotic machine control

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59 mmgps Paving

60 Elevation Control mmgps Paving

61 mmgps Paving Elevation Control Slope Control

62 mmgps Paving

63 mmgps Paving Joint match with Sonic

64 mmgps Paving Joint match with Sonic Check grade at the same time

65 mmgps Paving Joint match with ski when paving multiple lifts for improved rideability

66 mmgps Paving Joint match with ski when paving multiple lifts for improved rideability

67 Additional mmgps Machines Profilers Trimmers

68 Additional mmgps Machines Profilers Trimmers

69 IC Intelligent Compaction

70 Intelligent Compaction Benefits of Intelligent Compaction Improved Density Increased Productivity Reduction of Highway Repair Costs Continuous Record of Material Stiffness Values Identification of Non-Compactable Areas Improved Depth of Compaction

71 Future Jobsite Control

72 Mainline Paving/Profiling Future of Paving

73 Milling/Profiling Future of Paving

74 Milling/Profiling Future of Paving

75 Future of Paving Milling/Profiling Paving

76 Future of Paving Milling/Profiling Paving

77 Traditional Surveying Future of Paving

78 Real Time Profiling Future of Paving

79 Real Time Profiling Future of Paving

80 Future of Paving Profiling Hardware PANASONIC TOUGHBOOK WHEEL ENCODER GPS RECEIVER ELECTRONIC EYE LEFT LASER RIGHT LASER CENTER LASER

81 Real Time Profiling Future of Paving

82 Real Time Profiling Future of Paving

83 Real Time Profiling Future of Paving

84 Real Time Profiling Future of Paving = High Speed Profiling 3D Model of Road Surface California Profilograph

85 Real Time Profiling Future of Paving DOT & Federal certified reporting: Localized Roughness Index International Roughness Index Half-Car International Roughness Index Ride Quality Index Profile Ride Index

86 Real Time Profiling Future of Paving RTP 300: Instant real time results shown on screen Ability to add digital images to collected data Real-time diagnostics monitor system health Multiple data collection methods (direction trigger, elec. eye, manual)

87 Future of Paving Resurfacing Module Design specifications: Modify existing data collected by the RTP-300 to maximize use of machinery and materials. Create What-If scenarios Based on Rideability Material Availability Generate 3D model for machine or survey rover Stake out bumps for milling / grinding

88 3D Paving with GPS Future of Paving

89 Productive Paving The Paving Process Asphalt plant scales Internet server paver

90 Productive Paving The Paving Process arrival event Asphalt plant scales Internet server paver

91 Productive Paving The Paving Process Asphalt plant scales ticket printed Internet server paver

92 Productive Paving The Paving Process Asphalt plant scales departure event Internet server paver

93 Productive Paving The Paving Process Asphalt plant scales Internet server arrival event paver

94 Productive Paving The Paving Process Asphalt plant scales Internet server paver

95 Productive Paving The Paving Process Asphalt plant scales Internet server paver continuous updates to server

96 Productive Paving The Paving Process Asphalt plant scales Internet server departure event paver continuous updates to server

97 Productive Paving The Paving Process Asphalt plant scales Internet server paver

98 Productive Paving PaveLOG OVERALL USAGE INFORMATION JOB INFORMATION LAST LOAD USAGE INFORMATION TRUCK INFORMATION AVERAGE ASPHALT TEMPERATURE SPEED, POSITION, AREA INFORMATION CURRENT ASPHALT TEMPERATURE MANUALLY APPLY ASPHALT TOTAL SCREED WIDTH

99 Productive Paving PaveLOG Machine Interface Productive Paving Define Temp. and Weather conditions Select lanes being paved Enter manual notes to be logged with project Everything stored in the Tierra database

100 Future Jobsite Control

101 Future Jobsite Control

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104 Future Jobsite Control

105 Future Jobsite Control

106 Thank You.