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Infrared Detector

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In- Pavement Lighting

Microwave Detector

Animated Eyes Display

Illuminated
PushButton

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Signals

  link to increased motorist awareness issue
  Device: In-Pavement Lighting
Since the lights only flash when activated by the pedestrian, the motorist receives real-time information indicating that a pedestrian is in the vicinity of the crosswalk.

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28.8 / 56.6 / T1
The flashing in-pavement lighting system increases the distance at which the motorist becomes aware of the crosswalk.

   In-pavement lights are being used at crosswalks to alert motorists to the presence of a pedestrian crossing or preparing to cross the street. The amber lights are embedded in the pavement on both sides of the crosswalk and oriented to face oncoming traffic. When the pedestrian activates the system, either by using a push-button or through detection from an automated device, the lights begin to flash at a constant rate, warning the motorist that a pedestrian is in the vicinity of the crosswalk ahead.

   The amber LED lights flash in unison at a rate designed for maximum motorist recognition and are visible during the daylight as well as at night. The flashing lights are only activated when a pedestrian wants to cross and are automatically shut off after a set period of time, i.e., the time required for a pedestrian to safely cross the street. If installed in conjunction with the means to detect the presence of pedestrians while in the crosswalk, the crossing interval can be extended, in which case the lights would continue to flash and allow slower pedestrians to safely
cross.


In-Pavement lighting is currently installed in a number of cities throughout the U.S. including: Kirkland, WA and Orlando, FL.
 


company specific devices

   




LightGuard Systems, Inc.


The unit manufactured by this company can be equipped with automatic activation bollards and/or pedestrian push buttons on either side of the crosswalk to activate the system. The automatic system employs break beam technology. The pedestrian activates the system by walking between the bollards positioned near the crosswalk entrance zone. The device ascertains the directional movement of the pedestrian and does not reactivate the crosswalk warning device when the pedestrian exits the crosswalk. The bollards are outfitted with low power LED lighting to mark the entrance of the activation zone. The pedestrian push button activated system has a row of LED lights on the push button sign that flashes to indicate that the system has been activated. The push button sign displays the words 'CROSS WITH CAUTION' below the row of LED lights.

The light source in the signal head flasher is the Hewlett Packard TS AllnGaP, amber, nondiffused LED lamp. All components of the system operate on 12 volts D.C. The system may be powered by 120 volt A.C. or a stand-alone solar powered battery system. The Type 6 LED in-roadway signal head is 1/2" above the roadway surface with a baseplate depth approximately 1" below the pavement surface.

Municipalities currently using this device include: Orlando, FL (uses an automatic activation mechanism); Santa Rosa, Fort Bragg, Lafayette, West Hollywood, Willits, Orinda, and Petamula, CA; Reno/Tahoe International Airport; and Seattle, Kirkland, Lynwood, and University Place, WA.

For more information or technical specifications on this device go to http://www.lightguardsystems.com
or

Peter Floodman
LightGuard Systems, Inc.
2292 Airport Blvd.
Santa Rosa, CA 95403-1003
Phone (707) 542-4547
Fax (707) 525-6333
email: lgs@lightguardsystems.com


   




Traffic Safety Corp.

This company manufactures two types of crosswalk fixtures, the ZA230 and the ZA280. Both units are activated by a push-button at either curb. The ZA230 is made of spheroidal graphite iron and extends 1/2" above the roadway surface. The ZA280 is made of high tensile aluminum alloy and extends .39" above the roadway surface. Both are 8" in diameter and rated for 40,000 lb loads.

These systems are currently installed at crossings in Lynwood and Bellingham, WA; and Martinez and Sacramento, CA. Additional systems are currently under construction in West Hollywood, Oakdale, Yuba City, and Reedly, CA; Farmington, NM; Randle AFB, TX; Mount Holly, NJ; and Bremerton, WA.

A typical six-light crosswalk cost approximately $8000 for the fixtures and power adapter plus an additional $3000-$5000 for push buttons, warning signs and installation.

For more information on this device, including specifications, go to http://www.xwalk.com
or contact:

Traffic Safety Corp.
3513 La Grande Blvd.
Sacramento, CA 95823-1010
Phone (888) 446-9255
Fax (916) 394-9894
email: sales@xwalk.com



   



Silicon Constellations, Inc

LumiCrosswalk™- Fully Integrated Wireless In-Pavement Lighted Crosswalk System:

The LumiCrosswalk™ system uses the latest in wireless and solar technology with Silicon Constellations’ innovative power efficient, intelligent LumiStar™ luminescent road markers. The patent pending wireless control and flexible configuration capabilities are the main differentiators from existing lighted crosswalk systems. Because the system requires no trenching of the roadway for power or communication, significant cost savings are made in installation and on-going maintenance. Silicon Constellations provide an intuitive management software interface that allows ample flexibility in configuring the crosswalk to meet the user’s needs. The software also gives the user the ability to acquire statistics information on crosswalk usage.

Each LumiStar™ is activated by wireless transmission from a transmitter that can be interfaced with a variety of activation hardware (pushbutton, fog sensor, IR sensor, loop detector) based on the required solution. Each 4" round aluminum cast unit comes with 10 powerful bi-directional LEDs and sits 0.65" above the roadway. LEDs may be any color, including amber, clear, red, blue or bi-color. A baseplate is provided for ease of mounting into the pavement.

LumiStar™ markers have a variety of applications including reversible lanes, railway grade crossings and crosswalks.

Contact:
Silicon Constellations, Inc.
2980 Scott Blvd
Santa Clara, CA 95054
Phone: (408) 294-4838
Fax: (866) 486-8843
http://www.silicon-constellations.com/


   




SPOT Devices, Inc

SPOT Devices, Inc. is a Silicon Valley technology company that
developed a turn-key inroad lighting system which avoids trenching the roadway or curb for power and communication. SPOT systems use wireless communication to activate the inroad lights and self power for a stand-alone unit.

The Road Spot installs by simply drilling a three inch hole into the pavement and adhering the self-contained inroad light. Each 5" square .75" tall steel Road Spot comes with six powerful bi-directional LEDs. LEDs may be amber, clear, red or blue. An intuitive management software interface allows flexibility in configuring flash cycles, flash durations, and time-of-day programming at both a macro and micro level. A fully-functional ten light system costs under $10,000 for fixtures, controllers, push-button poles and installation.

While the newest competitor to in-road lighting, they are currently installing a number of systems. See it in Walnut Creek, California (9/1/03).

A typical nine stud system costs under $10,000 for fixtures,
controllers, push-button poles, and installation.

For more information, please visit www.spotdevices.net or contact:

Contact:
Thomas Burnham
SPOT Devices, Inc.
PO Box 60193
Palo Alto, CA 94306
Phone: (888) 266-6728
Email: tburnham@spotdevices.net
Website: www.spotdevices.net


   




JSF Technologies



This company manufactures a post-mounted, push-button activated flashing beacon system. The Active Beacon is powered by small solar panels that are mounted directly on top of the assembly, which are not visible from the ground level. Wireless technology is used to send the activation signal across the road, or to beacons mounted overhead or in advance of the crosswalk. The wireless range is 100m.

The amber LED beacons are housed in standard polycarbonate signal heads. The system does not utilize a control cabinet. All of the control electronics and wireless circuitry is contained inside the LED module. The battery pack is mounted inside the signal head. Any push-button that does not require power can be used to activate the system.

Mounting arrangements include dual, back-to-back beacons, a single post-mounted beacon; and overhead mounted beacons. A typical installation as seen below consists of two back-to-back beacon assemblies, and costs approximately $4,000. Signs, poles, bases, and push-buttons (approximately $1,000) are not included.

The system is currently installed at crosswalks in Lynnwood and Bellingham WA, San Jose, Fairfield, Paradise, and Garden Grove CA, Las Vegas NV, Fort Collins, and Buckley AFB CO, Wyoming DOT, Sault Saint Marie Border Station MI, St. Paul MN, New Haven CT, Norfolk VA, Brampton ON, Saanich, Oak Bay, Nanaimo, Kelowna, Langford, New Westminster, and Surrey BC.

For more information on this device go to www.solarcrosswalk.com
or contact:

JSF Technologies
6771 Kirkpatrick Cres.
Saanichton BC V8M 1Z8

Phone: (250)544-1640 Toll Free: 1-800-990-2454
Fax: (250) 544-1450
Email: info@jsftechnologies.com


   




Carmanah Technologies Inc.



R820 Solar-Powered LED Pedestrian Crossing Beacon -
The R820 is a solar-powered LED pedestrian crossing beacon that enables transportation authorities to improve pedestrian visibility and safety at uncontrolled marked crosswalks. The cost-effective design allows it to be used wherever it is warranted, rather than only where the lighting is technically feasible or cost-effective to install.

Each 5" square steel cast unit comes with three powerful bi-directional LEDs and sticks out of the ground 0.75". LEDs may be any color, including amber, clear, red, and blue. A baseplate is provided for ease of mounting into the pavement.

The battery system and proprietary electronics for the R820 are all contained within the top housing, which can be mounted on any length pole (out of harm's way), independent of the light heads. The top housing features two swivel points, enabling it to be optimally oriented towards the sun. The compact, durable design of the R820 provides maximum vandal resistance and longevity. The high efficiency, monocrystalline solar-panels charge the unit under all types of weather conditions and are encapsulated in a UV-protected polymer for added durability. The R820 uses ITE compliant 12" yellow LED signal modules.

Carmanah Technologies Inc. is a worldwide supplier of solar-powered LED lighting products. Currently, the company has more than 90,000 units installed in 110 countries. For more information, visit www.roadlights.com or contact:


Roadway Lighting Division
Carmanah Technologies Inc.
Building 4, 203 Harbour Road
Victoria, BC V9A 3S2

Toll-Free: 877-722-8877
Local: (250) 380-0052
Fax: (250) 380-0062
E-mail: info@roadlights.com


   


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