ITVA20120009A1 - ELECTRONIC REFLECTOR WITH PARABLE REFLECTOR FOR THE EMISSION OF OWN, BIDIRECTIONAL SINGLE OR MULTIPLE LIGHT WITH SYNCHRONIZATION AND POWER SUPPLY WITHOUT CABLES. - Google Patents

Description

Description of the patent entitled:

Electronic reflector with parabolic reflector for own light remission, single or multiple bidirectional with synchronization and power supply devices without cables

DESCRIPTION

The product object of this description finds application in conditions in which a warning is necessary, in particular a road sign.

As is known, all the road markers, such as guard-rails, new jersey or other posts, are equipped with reflectors which, with their refraction of the light emitted by the vehicle headlights, help driving and improve safety, it is also known that a signal it is more effective if it is a multiple signaling and in the case of road signaling if it works with other signals positioned at a distance along the length, these signals increase their effectiveness if they also have their own light and act in synergy, or in sequence or alternation or otherwise coordinated way. There are some installations of signaling devices with their own light in the area and they are positioned in conjunction with places where there is significant danger. however, such installations are particularly limited as they require the presence of power supply from the mains and of a wiring for each signaling corner both for power supply and for the synchronization of the functions to be performed, the lack of power supply and the various connection cables severely limit disclosure. In some cases, even in the absence of an electricity grid, an installation of these signaling devices is carried out, some photovoltaic panels provide electricity to a power station from which the connection cables for each single signaling device depart to provide both the power supply and the synchronized work signals,

the product described here, on the other hand, is totally autonomous, for power supply it does not need any connection and no cable as the energy necessary for its operation is produced autonomously with generators by obtaining it from alternative energies (sun, wind), the product is autonomous also for synchronized work signals as it has a radio frequency transceiver system for a dialogue with the products belonging to the system without the need for connection cables.

The present invention has the aim of providing an electronic reflector which has the possibility of recovering energy from renewable sources, the aim is in particular to have a generator for each individual apparatus so as not to need cables that carry energy, another purpose is to not use cables to communicate with all the other devices to perform the same function in perfect synchronism but to have on board transceivers to satisfy this need, another purpose is to achieve synchronism even if the first or any one is missing of system components due to failure or accident or etc. Another object is to use a light source of its own to increase the effectiveness of the signaling and reuse of LEDs and lenses of various types allows to obtain suitable angles and depths for correct signaling even in the presence of particular applications (curves, junctions, etc. .) creating the least possible glare and certainly respecting the light pollution standards.

This product is proposed as an ideal replacement for the classic reflector and has a massive diffusion as it is totally autonomous and therefore easy to install in any place and situation, some key features of this product are:

have traditional refraction zones of the light emitted by vehicle headlights, have internal LEDs to generate light,

emit light with the aid of parabolic reflectors, lenses, concentrators, diffusers,

obtain energy from the sun or from wind with photovoltaic panels or wind generators mounted on board that produce what is necessary for its operation,

- store excess energy for use in deferred times, a stock that is placed in special internal components (batteries, super capacitors, etc.) for operation even in conditions of temporary absence of wind or sun,

receive and transmit information through a radio device,

perform a function or sequence in perfect synchrony with the other products belonging to the system thanks to the use of the radio equipment,

- execute a function or a sequence in perfect synchrony even if the first or any of the system components is missing due to failure or accident or etc. , have an electronic board for the management of the whole system, i.e. energy recovery, energy use, energy storage, radio reception-transmission, LED and component power supply, parameterization and recognition of the different functions and other system devices, automatic adaptation to situations environmental and installation, possibility to enter setting customizations even after installation through an appropriate tool,

be totally autonomous and able to work even alone.

Further characteristics and advantages of the object are better and better highlighted through an examination of the attached drawings which indicate the preferable solutions for indicative and non-limiting purposes.

Figure 1 is a drawing only representative of the assembly that identifies in blocks the different parts that make up the product as a whole,

reference 1 includes renewable energy generators such as wind generators and photovoltaic cells,

Reference 2 is for the refractive parts of light coming from outside (vehicle headlight light),

reference 3 indicates the LED (s) for its own light emission,

in correspondence with the LEDs, reference 4 provides for the various systems for manipulating the light emitted such as parabolic reflectors, lenses, concentrators, diffusers,

reference 5 is to the electronic board that manages and coordinates all the elements provided for this product,

- reference 6 is the accredited component for storing the energy produced by the generators (batteries of different types, super capacitors, etc.),

Figure 2 represents some models of parabolic reflectors.

Figure 3 represents wind generators,

reference 1 for generator with horizontal axis.

reference 2 for vertical axis generator,

Figure 4 represents the electronic board,

reference 1 = radio wave transceiver,

- reference 2 = microprocessor,

- reference 3 = system power supply,

reference 4 = component for Γ reserve energy.

In practice, some autonomous electronic Iranian basins have been created and it has been found that the set purposes have been achieved, each product is recharged by its own generator and the energy is sufficient to satisfy all internal requests including recharging the component in charge of storing. energy for use in the absence of a supply source, guaranteeing an autonomy of at least 24 hours. the products communicate correctly with radio receivers-transmitters without the presence of wires and carry out the various functions in perfect synchrony with each other, the products communicate and perform the functions correctly even if the first or any of the components is removed from the system. a traditional reflected light and its own light generated by LEDs which, when manipulated with the parabola, are sufficient to be visible in different environmental conditions in order to improve driving safety.

Claims (1)

Claims of: Electronic reflector with parabolic reflector for Γ own light, single or multiple bidirectional with synchronization devices and wireless power supply, d 1- Electronic reflector characterized in that it comprises a device for producing the electrical energy necessary for its operation, a wind generator for exploiting the wind source or the movement of air generated by the passage of vehicles in transit on the roadway. 2- Electronic reflector, according to claim 1, characterized by the fact that the wind device for producing electricity can comprise a part dedicated to capturing the energy source with various types of structures, with horizontal axis, vertical axis, blades, cage, elliptical trainers, etc. and which can incorporate an electric generator of various types, synchronous, asynchronous, with magnets, direct or alternating current, etc. 3- Electronic reflector characterized by the fact that the product also houses photovoltaic panels, LEDs for the generation of its own light, various types of light emitted reflectors, classic type refracted reflectors, radio transceivers, electronic boards, components for archiving of the energy generated. 4- Electronic reflector characterized in that it comprises a parabolic reflector device of the light produced internally. 5- Electronic reflector. according to claim 4, characterized in that there is a calibrated emission of the light beam which controls the different emission angles and the emission depth to make them suitable for maximizing the radiated light output also for particular applications (curves, junctions, etc. ) without glare. 6- Electronic reflector, according to claim 4, characterized in that the shape of the parabola reflector, the dimensions and the design can be of various types, rectangular, round, square, of different materials and finishes and that the shape of the internal reflecting part it can be smooth or shaped, etc. 7- Electronic reflector characterized by the fact of including a radio frequency device for the reception-transmission of information without the aid of wires to have a dialogue with other products belonging to the system in order to perform sequences and functions synchronized with each other. 8- Electronic reflector. according to claim 7, characterized by the fact that the products communicate and correctly perform the functions and synchronisms even if the first or any of the components is removed from the system.