WO2016023049A1

WO2016023049A1 - Carrier system for lighting streets, squares and regions

Info

Publication number: WO2016023049A1
Application number: PCT/AT2014/000156
Authority: WO
Inventors: Hussein BARAKAT
Original assignee: Barakat Hussein
Priority date: 2014-08-14
Filing date: 2014-08-14
Publication date: 2016-02-18

Abstract

The invention relates to a carrier system for lighting streets, squares and regions wherein efficient, comprehensive lighting using renewable energy is implemented, permitting a large saving in ongoing operating costs to be achieved. The carrier system comprises a light gas-filled floating aluminium capsule (1) that is encased by a framework (2) on which at least one sustainable electricity production system (6) for generating electricity is mounted. The energy is stored in an accumulator (11). The lighting carriers (3) located on the frame (2) together with lighting bodies (4) and communication and monitoring devices (13) are operated using the energy. An electronic monitoring, regulating and control system (5), a switch (7) and a photocell (14) control the independent function of the carrier system. The height is controlled via a flexible connection element (8), and the lines produced using nanotechnology lead into a winding and unwinding system (9) on one side.

Description

title

Carrier system for lighting streets, squares and regions

Technical area

The present invention relates to a novel

Carrier system for lighting streets, squares

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nationwide lighting of roads is guaranteed and self-sufficient from the power supply. The ongoing cost saving is due to the use

State of the art

The street lighting comprises current state of the art an electrical supply consisting of

Control box, cables, carrier system and

Lighting elements. At regular intervals light poles are anchored. For power supply underground or overhead cables must be laid. The masts are a traffic barrier and restrict the use of the road. The lampholders on the masts often do not guarantee full coverage

Lighting. In Europe alone, it must be assumed that about one third of street lighting is under the age of 20 and expensive and inefficient with low lighting by today's standards. Due to rising energy costs will be

Austerity measures in the form of half-night circuits or the shutdown of every second street lamp carried out. Exemplary for this is the

Austrian capital Vienna, in which a half-night circuit is operated, which is activated already from 23 o'clock and until 5 o'clock in the morning lasts. However, these savings also pose a risk that could jeopardize road safety and the population.

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Find population.

To save energy costs, in the invention EP 2213933A1 a photovoltaic solar lamp masts with Net zverbindung proposed, wherein a photovoltaic panel is mounted on the lamp towers, and is connected in series with the electrical network and other solar lamp towers. In DE 10 2012 008 979 AI is a lighting system for flagpoles

proposed, which can be operated by solar energy independent of the mains.

Presentation of the invention

The present invention is based on the object of a cost-effective, ecological and versatile carrier system for the illumination of

Creating roads, squares and regions that allow for optimal lighting, both in construction and in the

Operation causes minimal costs and the environment sch.om

According to the invention the above object is achieved with the features of claim 1. advantageous

Embodiments of the carrier system according to the invention are given in subclaims. Thereafter, a support system of the type mentioned is characterized

in that the carrier object consists of an aluminum capsule 1 filled with light gas. As light gas helium is suitable, so that the

Aluminum capsule 1 up to 400 meters in the air

can float. The aluminum capsule 1 can all have suitable configurations, reach a diameter of up to 15 meters and a load capacity of up to 300 kg. The aluminum capsule 1 is made of metal foam made of aluminum and metals and is characterized by a low weight. The

Frame 2 is also made of a

Aluminum alloy made with magnesium or copper Frame 2 encloses the aluminum capsule 1 of the

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Power generation plants 6 and a self-sufficient power supply of the lighting fixtures and

Enable communication devices. The

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Sun and wind is won. The intensity of

Lighting is controlled by lighting programs via the monitoring, control and control system 5, so different sections can be illuminated at different times with different intensity and intensity. Advantages of the invention

The carrier system according to the invention for illuminating streets, squares and regions has the advantage that large areas of any underground and of any kind up to 100 km ^{2 are} illuminated

can . Another advantage lies in the

Economy, simple, cost-efficient and fast planning and production. The

Maintenance and service is easy with minimal

If the lighting system needs to be installed at a distance of approx. 50 meters, the new carrier system can illuminate an area of 10 x 10 km. The resource savings compared to h.6 H -kiomm11ch.6n S ^, yst m 9. V \ G t O11 IVI 19.11 € 3HL ^

Raw materials, energy and time is enormous. The innovative lighting system for roads enables a switch to renewable energies and a huge saving on current energy costs. In

Germany uses 9 million lights, which consume about 4 terawatt-hours of electricity per year, which corresponds to about 0.8% of the total German electricity consumption. Effective lighting without half night circuits will be achieved and will increase overall public safety. Studies show that under good lighting, the number of burglaries decreases, thus, the crime reduced. The carrier system influences this

Street scene, positive because no light poles for

Fixation of the lamps must be set up. The quick and easy installation also allows a short-term use of the illumination system

Disasters or in impassable areas, such as in the desert, in the forest, by the sea and in the mountains. With the

Carrier system for street lighting can be lit and observed a border area. A complete border control is possible through the mounted cameras on the floating aluminum capsule over long distances. Je de rm ² can be observed and

be illuminated. In the event of approaching catastrophes such as flood, fire, floods, avalanches, a rapid deployment can be carried out by the early warning system. In the case of traffic obstruction by accident, destroyed roads and houses in a disaster, the floating aluminum capsules are active. The

Cameras send live videos, a targeted use of the images is ermogiicnt. The Käme_t ~ ^* ΪΊ ^^ j ^" __ ^ Ί

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Telephone signals are amplified. A new weather map is created: wind strength, wind direction and

Wind speed, pressure and temperature can be recorded 24 hours a day, every minute. Description of the drawing

Next Goals, Features, Benefits and

Uses of the invention

Carrier system with lighting for roads results from the following description of the

Exemplary embodiment with reference to the drawing. In this case features shown by themselves or in any combination the. Subject matter of the invention, regardless of the combination in individual claims or their dependency.

The invention wi

described. Fig. 1 comprises a schematic

illustrated support system for illumination of roads in a preferred embodiment.

LIST OF REFERENCE NUMBERS

1 aluminum capsule

2 frame scaffolding

3 bulb holder

4 lighting fixtures

5 Electronic Surveillance, Regulatory and

control system

6 power generation plant

6.1 Photovoltaic elements

6.2 Wind energy plant

6.3 Magnetic motor

8 Flexible connection element

9 up and down lys sys

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1 1 measuring instruments

1 2 signal amplifier

13 communication and observation devices

1 4 photocell

Embodiment of the invention

An aluminum capsule 1 filled with light gas forms the center of the carrier system and is connected to the

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have all suitable configurations. The

I

L. 65

Elements and includes at least one photovoltaic

Element 6.1 and / or at least one wind turbine

6.2 and / or a magnetic motor 6.3 for generating electrical energy, at least one

Humidifying body 4 and, depending on the use area

Measuring device. 11, signal amplifier 12, communications -nmci. 1365 3oÜ C »Int.um cj ^" JES cj ^" 65 ci. 5-13 inmci mmei 63st 5ms 631 m 3 Ώ. m 11 cl. 63m

Devices and systems connected energy storage 10 in

Shape of a rechargeable battery.

The lighting support 3 is at least one

Lighting fixture 4 equipped. Of the

Lighting support 3 of the lighting or the fourth can have all suitable configurations, in any case, the lighting support 3 is flexibly adjustable mounted on the frame 2. For optimal lighting, it is useful over a

electrically controllable connection joint the

Adjustment of the illumination support 3 to the frame 2 to adapt. The lighting fixtures 4 are used light emitting diodes or xenon gas discharge lamps. The photovoltaic elements 6.1 are mounted in such a way that the individual solar cells are connected to solar modules via the entire aluminum capsule side wall and achieve an ideal positioning to the sun. Wind turbines 6.2 and magnet motors 6.3 with generators are at the top at

Frame 2 fixed. Every unit of

Power generation plant 6 is at least one

Energy storage 10 connected.

A monitoring, control and control system 5 is fixed to and functions as a central office. The monitoring, control and control system 5 is characterized by an insulated enclosure against vibration and weather

protected. In the enclosure of the monitoring, control and control system 5 is the switch 7. The switch 7 is a relay via which the power supply can be interrupted remotely if necessary.

Each power plant 6 and each

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Aluminum capsule 1, is directly or indirectly with the monitoring, control and control system 5 connected. For this purpose, power cables are in the

Use or a controller is implemented via radio. The power supply for control, and control

Lighting is provided by the energy store 10

guaranteed. The Energiespeieher 10 of

Carrier system consists of at least one accumulator such as a rechargeable battery. Depending on the size and

Equipment of the aluminum capsule 1 can be several batteries per aluminum capsule 1 in use. The power generation plants are among the

Power consumer installations in such a ratio

arranged to each other, that in case of failure or failure of the power generation plants, the lighting or

Function of the communication devices can be ensured even further 24 hours. Depending on your needs

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TV antennas used.

The lighting according to the invention functions on

Basis of renewable power generation. By attached to the framework 2 wind turbines 6.2 and Magrietmotoren 6.3 and the aluminum capsule. 1 attached photovoltaic elements 6.1 energy is generated. During the day, the solar energy is in converted electrical energy by means of solar cells. With the rotor blades of the wind turbines is the

Wind energy taken from the air and fed to the generator, which converts the mechanical energy into electrical power and generates already from 0.8 m / s electricity.

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Energy storage 10 stored. Via a photocell 14 is the on - or. Elimination of the

Lighting fixture 4 controlled. When it gets dark, the lighting fixture 4 on the

Making contact of the photocell 14 using the energy from the Energi espei cher 10 illuminated.

On the framework 2 eyelets are provided for the connection of the flexible connecting elements 8. Depending on the embodiment, the aluminum capsule 1 has at least one connecting element 8. The connecting elements 8 are preferably cables made of materials of the

Nanotechnology are made. An end is reached with the s6n ^" v I3 ULinol 63HL cl cis cä. N.cl EJ Ώ. Ü ^ Ξ ^ ci63s

Connection element 8 opens into an up and down

Roll-off system 9. The up-and-down system 9 is designed in the form of a cable reel. The high of

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be controlled remotely or locally. The

Aluminiumka sel 1 can also be offset, to the loading and Abrollsystem 9 loaded on one or more vehicles transportable.

The carrier system according to the invention is not limited in its execution to the previously stated preferred embodiments. Rather, a variety of Ausgesta11imgsvariationen are conceivable, which make use of the solution shown even with fundamentally different type of execution. The invention is also suitable for the illumination of cities, border regions, rough terrain and

Regions.

Claims

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1. Support system for street lighting, ci ^" ULss C-ίη.11 ^ 5ß) 1L cIn" ZÜ ^" LX_tr 13 1 ^ 3 ^" LicInt LXmcj ^* of roads, which in case of need with other devices

can be equipped, characterized in that the support system of an aluminum capsule (1) with a frame framework (2) is wrapped in a fixed, and the framework at least one

Power generation plant (6), a

Lighting support (3) with at least one

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Observation equipment (1 3) carries and at the

At the bottom of the framework, at least one f-1 i - ^ - iLJ ^ ~ l- ^ ^" ^ ^" ϋή ^* t I xnc ^. xn ^ D CDττι (xnu (^ xn cjj ^* JO xn t ^ _* . CDIn, ^" do ZL I ^" tu

2. Support system according to claim 1, characterized

characterized in that the aluminum box (1) and frame framework (2) are made of metal foam.

3. carrier system according to claim 2, characterized

characterized in that the aluminum capsule (1) is filled with light gas and allows the floating state of the aluminum capsule (1).

4. carrier system according to claim 3, characterized

characterized in that the framework (2) on. of the at least one flexible Ver indungselement (8) is fastened.

5. carrier system according to claim 4, characterized

characterized in that the wind turbine (6.2) and the magnet motor (6.3) each with a

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6. carrier system according to claim 5, characterized

characterized in that the photovoltaic elements (6.1) are fixed to the side surface of the aluminum capsule (1).

7. A support system according to claim 4 to 6, characterized in that the photovoltaic elements (6.1.), Wind turbine (6.2.) And

Magnetic motors (6.3) are connected to an energy storage (10) and no local connection to the power grid e is required.

8. carrier system according to claim 7, characterized

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Monitoring, control and control system (5) is protected by an insulated housing in which the switch (7) is located.

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Monitoring, control and control system

(5) can remotely communicate with each individual device on the carrier system.

10. carrier system according to claim 9, characterized

characterized in that the carrier system via a Switch (7) remotely on, or

can be switched off.

11. Carrier system according to claim 10, characterized

characterized in that the energy store (10) has at least one accumulator.

12. A carrier system according to claim 11, characterized

in that the illumination carriers (3) are mounted flexibly adjustable at different angles on the underside of the frame framework (2).

13. carrier system according to claim 12, characterized

in that the case of the support carrier (3) comprises at least one lighting fixture (4) and the lighting fixture (4) is designed as a light-emitting diode or xenon gas discharge lamp.

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characterized in that a flexible

Connecting element (8) made of materials of

Nanotechnology is performed, and on the one hand on the frame scaffold (2) is fixed and on the other side on a roll - up and roll-off system (9) is wound.

15. Carrier system according to claim 14, characterized

in that the roll-up and roll-off system (9) is fixedly mounted on the ground or can be mounted on a precipitable ground.

16. Carrier system according to claim 15, characterized

in that the communication and observation devices (13) have at least one camera and one loudspeaker.

17. Carrier system according to one of the preceding claims, characterized in that the

Lighting equipment (4), measuring equipment (11),

Signal amplifier (12), communication and

Observation device (13) each with the

18. carrier system according to the preceding claims,

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Power generation plants (6) to the

power consuming devices are arranged in a relation to each other that a 24 hour supply de power consuming devices

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