20.11.2012 Views

No|46 - RTB GmbH & Co. KG

No|46 - RTB GmbH & Co. KG

No|46 - RTB GmbH & Co. KG

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

No | 46 No | Fall 2008 Volume 19<br />

46<br />

Fall 2008 Volume 19<br />

A Magazine for Professionals<br />

TRAFFIC<br />

Light Report<br />

Initiative: “Vision Zero” – Gaining Popularity | Technology: Intelligent<br />

Cable <strong>Co</strong>nnection | Innovation: Reliable Axle Recognition | Exhibitions:<br />

Trade Meeting in October | News: Tiefensee and the Dialogue-Display


2 | 3<br />

<strong>Co</strong>ntents.<br />

Publisher:<br />

<strong>RTB</strong> <strong>GmbH</strong> & <strong>Co</strong>.<strong>KG</strong>, Geschäftsführer Rudolf Broer<br />

Schulze-Delitzsch-Weg 10, 33175 Bad Lippspringe,<br />

Tel. + 49 (0) 52 52 - 97 06-0,Fax + 49 (0) 52 52 - 97 06-10<br />

e-mail:info@rtb-bl.de, www.rtb-bl.de<br />

Editor:<br />

HACK PR- und Werbeagentur <strong>GmbH</strong>, 33175 Bad Lippspringe<br />

Production:<br />

Machradt, Graphischer Betrieb, 33175 Bad Lippspringe<br />

INITIATIVE<br />

“Vision Zero” – Gaining Popularity<br />

A new way of viewing traffic safety<br />

TECHNOLOGY<br />

Intelligent Cable <strong>Co</strong>nnection<br />

net.1 creates attractive cost saving potential<br />

INNOVATION<br />

Reliable Axle Recognition<br />

Extended functionality now available with TOPO.plus<br />

EXHIBITIONS<br />

Trade Meeting in October<br />

Street and Traffic <strong>Co</strong>ngress 2008 in Düsseldorf<br />

NEWS<br />

Tiefensee and the Dialogue-Display<br />

Federal Traffic Minister prefers new solutions<br />

3<br />

4|5<br />

6|7<br />

8<br />

8<br />

About the cover picture:<br />

Putting on the final touches – Anja enjoys<br />

the successful results.


“Vision Zero“ –<br />

➲ A new way of viewing traffic safety<br />

Gaining Popularity<br />

Germany is tackling the problem of fatalities and injuries<br />

in street traffic with a new philosophy. “Vision Zero” is<br />

more than a program. It can, indeed, be compared to<br />

a humanistic approach. The message: society must<br />

cease simply accepting the number of victims of traffic<br />

accidents.<br />

The previous success of traffic safety work is above<br />

question. However, the statistics are not acceptable: in<br />

2007 almost 5,000 persons died in traffic accidents, more<br />

than 440,000 were injured, in many cases severely. In<br />

the same way in which the organizers of Formula 1 races<br />

reacted to fatal accidents with drastic modifications,<br />

new measures must help to increase safety in everyday<br />

traffic. Many associations, including the German Traffic<br />

Safety <strong>Co</strong>uncil, support “Vision Zero”.<br />

The new approach changes the way in which traffic is<br />

viewed. The system must be based on the fallibility and<br />

not the perfection of human beings. Thus it follows that<br />

human beings become the given constant to which the<br />

traffic system must be adapted! <strong>RTB</strong> products fit<br />

perfectly in “Vision Zero” because they have been<br />

proven to increase safety in street traffic and can be<br />

adapted to individual situations.<br />

Soon such situations should disappear.<br />

This is the goal of “Vision Zero”.<br />

(Source: German Traffic Safety <strong>Co</strong>uncil, Bonn)


4 | 5<br />

net.1<br />

➲ net.1 creates attractive cost saving potential<br />

If a central module controls the signal facility for blind<br />

pedestrians by way of a field bus then it is using net.1.<br />

With this innovative system <strong>RTB</strong> clearly reduces costs,<br />

especially when retrofitting existing traffic light facilities.<br />

From now on, one can produce the wide variety of<br />

signals using only a single cable wire to the pole.<br />

Prinzipskizze<br />

net.1<br />

Intelligent<br />

Cable


<strong>Co</strong>nnection<br />

The net.1 central module is installed in the signal control<br />

device. It consists of at least two individual circuit<br />

boards with European card format:<br />

• The communication card is the communication center<br />

of the net.1 bus in the exterior facility.<br />

• One or more interface cards each provide 6 connector<br />

groups for the push button and the acoustic signal<br />

transmitter.<br />

Pluggable multipoint socket connectors with crimp<br />

technology in accordance with DIN 41612 serve as maintenance<br />

friendly contacts and comply with the established<br />

technical standards. Both cards must be integrated<br />

together in 3HE installation points in the control device<br />

(Further function description in the Information Box).<br />

The net.1 pole module is the bus participator on the<br />

pole for the conversion of the net.1 signal into inputs<br />

and outputs for the push button and the acoustic signal<br />

transmitter. It consists of an add-on card, which can be<br />

ordered as an option for the signal transmitter for blind<br />

pedestrians. It is installed in the transmitter by the<br />

manufacturer. The connectors for the compatible push<br />

button which no longer need to be connected with the<br />

ground cables are located on the net.1 pole module.<br />

Using this one-of-a-kind technology <strong>RTB</strong> can clearly reduce<br />

the costs for retrofitting existing traffic light facilities.<br />

Request information at: www.rtb-bl.de<br />

Function description<br />

of the net.1 central module<br />

● In terms of hardware, the interface card mirrors the<br />

contacts of the signalization for blind pedestrians and<br />

the push button from the pole in the control device.<br />

Without net.1 these would have to be connected to<br />

the exterior facility via ground cables. Instead of<br />

ground cables, the net.1 communication handles the<br />

task. In terms of hardware, this is a switch-cabling<br />

within the device without a galvanic connection to<br />

the exterior facility. The interface card modulates the<br />

signals into special digital form and communicates<br />

with the communication card via CAN bus. From<br />

there the data are conveyed to the exterior facility via<br />

the shared net.1 wire.<br />

● The communication card carries out two tasks. It<br />

serves as the communication center for net.1 devices<br />

by providing for user friendly allocation to the signal<br />

group when turned on and by serving as the gateway<br />

between interface cards and exterior facility during<br />

operation. Furthermore, it is a blocking filter between<br />

the control device and the net.1 field device circuit.<br />

Thus, the net.1 wire in the ground cable net is decoupled<br />

from all other users in the lamp power circuit.


6 | 7<br />

Reliable<br />

Axe Recog<br />

➲ Extended functionality now available with the TOPO.plus<br />

Now <strong>RTB</strong> is revealing the next secret for classifying<br />

vehicles. The new product, TOPO.plus, can measure not<br />

only the speed, length and the acoustic characteristics<br />

of vehicles. It also makes it possible to reliably recognize<br />

axles. From now on a differentiation according to 8 + 1<br />

classes and other differentiations are possible – a<br />

dimension that until now was out of reach.<br />

An optimal control of traffic flow is very important<br />

for a number of reasons. One can avoid traffic jams,<br />

reduce emissions and immissions and improve traffic<br />

safety (Key word: “Vision Zero”). The most important<br />

prerequisite is, however, an absolutely precise<br />

analysis of the existing traffic situations. Here TOPO.plus<br />

offers exceptional possibilities. It can, irregardless of<br />

class, identify vehicles with a detection rate of up to<br />

99 %.<br />

According to the TDCWS (Technical Delivery <strong>Co</strong>nditions<br />

for Way Stations) of the Federal Institute for Traffic<br />

Matters, the exact recognition of individual vehicle<br />

axles makes it possible to draw conclusions about the<br />

type of vehicle. TOPO.plus differentiates extremely well<br />

here: for example between motorcycles and small automobiles<br />

(such as the Smart) or between trucks (with and<br />

without trailers) and busses. A differentiation according<br />

to 8 + 1 vehicle classes can be done with almost no<br />

mistakes. This also applies to further differentiations<br />

based on characteristics such as placement of axles and<br />

position of motors.


nition<br />

Important traffic data can be transmitted either by an<br />

integrated Bluetooth interface or via a GSM connection.<br />

The extremely user friendly internet application DD.web<br />

then provides for a rapid interpretation exact to the last<br />

detail – this is the perfect basis for measurement to<br />

control traffic flow.<br />

With TOPO.plus <strong>RTB</strong> offers communities a new<br />

possibility for planning and managing street traffic.<br />

In this manner problems of residents, for example<br />

with truck traffic in the inner city or with traffic at<br />

night near hospitals, can be solved on an individual<br />

basis.<br />

Class definitions TOPO.plus<br />

Vehicle classification Symbol Description<br />

Bicycle<br />

Motorcycle<br />

<strong>Co</strong>mpact car<br />

Regular size car<br />

Truck<br />

Car / T<br />

Truck<br />

Truck / T<br />

Semi-Truck / T<br />

Bus<br />

Bicycles<br />

Motorcycles<br />

TOPO.plus in its own housing.<br />

The system can, however, be integrated<br />

in the Dialogue-Display<br />

Request information at: www.rtb-bl.de<br />

Small cars, such as Smart<br />

Vehicles with permitted weight of 3.5 tons<br />

Vans with permitted weight of 7.5 tons, e.g. Sprinter<br />

Cars with trailers<br />

Trucks with permitted weight above 7.5 tons<br />

Trucks with trailers<br />

Semi-Trucks with trailers<br />

Bus with at least 16 passenger seats


Signals<br />

8<br />

Trade Meeting<br />

im October<br />

In the Fall we’re off to Düsseldorf: From October 8<br />

through 10, 2008, experts for street traffic technology<br />

will meet at the traditional German Street and Traffic<br />

<strong>Co</strong>ngress. In the capital of North Rhine Westphalia <strong>RTB</strong><br />

will present current innovations, in particular net.1<br />

(page 4/5) and TOPO.plus (page 6/7). The opening times:<br />

Wednesday (October 8) 8.30 a.m. – 6.30 p.m., Thursday<br />

(October 9) 8.00 a.m. – 6.15 p.m. and Friday (October 10)<br />

in Bavarian Style<br />

Regional differences can be so pleasant! In front of the<br />

Brewery on Tegern Lake one still uses the traditional way<br />

of reducing speed. This dialogue may work well at this<br />

location. At other locations, <strong>RTB</strong>’s modern solutions,<br />

such as the Dialogue-Display, certainly offer more<br />

advantages.<br />

8.00 a.m. – 13.30 p.m.<br />

Admission is free of charge.<br />

Tiefensee<br />

and the Dialogue-Display<br />

Federal Traffic Minister Wolfgang Tiefensee presented<br />

himself at the Annual Main Meeting of the German<br />

Traffic Watch in Potsdam as a friend of modern solutions<br />

for more safety in street traffic. This top politician also<br />

made positive comments about <strong>RTB</strong>’s Dialogue-Display.

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!