GeniusOM STORY
GeniusOM Compactor,
Luca Falace’s Invention and Patent
COSTS INCURRED BY LUCA FALACE FROM THE YEAR 2013 TO THE YEAR 2016
AND FOR HIS INVENTION GENIUSOM COMPACTOR PROJECT
Investment total cost of 53,000 euros incurred only by Luca Falace: patent fees, events, contacts, marketing, company ‘, processing drawings and documents, prototype simulation, project presentations, marketing, participation in events, participation and personal presence in awards and awarded prizes, etc.
GENIUSOM COMPACTOR
Certification and Summary
THE YEAR 2014
For all these reasons the Geniusom Patent has received considerable and important awards
in the Green Economy field:
GENIUSOM PRIZE ECOMONDO 2014
WITH THE ACCESSION OF
THE PRESIDENT OF
THE ITALIAN REPUBLIC
AWARD FOR
SUSTAINABLE DEVELOPMENT
GeniusOM Compactor, Luca Falace’s Invention and Patent
Geniusom Prize Ecomondo 2014
THE YEAR 2015
FINANCING FUNDS
NOW APPROVED
GENIUSOM COMPACTOR,
SHARK TANK ITALY, CHANNEL ITALIA1
Italian television network MEDIASET, CHANNEL ITALIA1, on the 4th of june, 2015.
This television programme was on the air on the important, serious and professional Italian television networkMEDIASET, CHANNEL ITALIA1, on the 4th of june, 2015.
THE YEAR 2016
COMPACTOR PATENT CERTIFICATION
GENIUSOM COMPACTOR, LUCA FALACE’S INVENTION AND PATENT
PATENT COMPACTOR
THREE TYPES OF GENIUSOM COMPACTOR
THREE TYPES OF GENIUSOM COMPACTOR
The device can be used in both a domestic and public environment. The downsizing of different waste is done by the same machinery. Due to its reduced handy and technological size it can be considered just like any other household appliance and therefore essential for public and domestic comfort. The size of the two models for public use varies depending on its employment, in schools, hospitals, restaurants, hotels and condominiums.
THE PATENT CERTIFICATE
ABSTRACT OF THE PATENT
CLAIMS
1. Compressed air machinery with a compressed air press whose floor is equipped with a plurality of five and it is fixed to a pneumatic piston [a] which in its compression action enables the top press to compress any waste present in the five different sections of the machinery, in order to be collected separately in the light air containers available at the bottom of the machine.
2. Compressed air machinery characterized by the fact that the compressed-air piston enables the top of the press, to make inside of the five modules, or the five sections in which the five major municipal waste are present :organic-wet , glass, plastic, metal, paper, the waste collection with the reduction of the eighty percent of the original volume of all major municipal waste.
3. Machinery according to claim 2 characterized by the fact that the portion of rectilinear motion of the press, which goes to compress on municipal waste contained in modules, acts in a differentiated manner in the related compartments at the end of the compression proces
4. Machinery according to claim 3 allows the differentiation of compressed waste deposited with a reduction of the eighty percent of the original volume.
5. Machinery according to claims 1 to 4, characterized by the fact that the device which allows the action of ignition may be variable: with one or more pistons up to five, as many as the section modules of differentiation, with a single switch or individual switches for how many modules housing the waste, with a single foot, or a foot for each form of waste. This depends on the industrialization of machinery; for household or public use, or for practical and economic variants, as regards the production of machinery.
6. Machinery according to claims 1 and 4, characterized by the fact that after the user has introduced each differentiated waste in the appropriate container by means of a small door, the press can work only when all five doors are closed hermetically.
7. Machinery according to claims 1,3,4 characterized by the fact that when the compression process is over, it reduces the size eighty percent of the volume of waste in each module. The compressor waste is conveyed in the individual sections, before their extraction. At the base of each module there is a removable drip tray for emptying the accumulated liquids . In this container it is conveyed the fluid resulting from the compression of the waste ,especially the organic one, and all the others in a smaller quantity: glass, plastic, metal, cardboard. Regarding the section, in particular the form of organic waste-wet, at the base of this form of machinery, there is a drip tray greater than all the others.
8. Machinery according to claims 1 to 7, characterized by the fact that the deposit of the four waste: glass, plastic, metal, cardboard can lie in the conteiner until this is filled and ready tobe emptied.
9. Machinery according to claims 1 to 8, characterized by the fact that all the sections that collect wet waste are subject, at each compression, simultaneously to a sterilization action of the compressed matter.
10. Machinery according to claims 1 to 9 characterized by the fact that the modules present in the machinery have a dedicated small door and a specific inclination downwards, to allow the compressed material, to be collected in any container plasticized in emptying phase.
THE YEAR 2017
RAI 2, Radio Italian Television, Luca Falace, GeniusOm. Television program “The Facts Your” Giancarlo Magalli RAI 2, Tuesday, April 11, 2017. Luca Falace and Giancarlo Magalli, GeniusOm, Patent Office Rai 2.
Global Solution to the origin of the urban waste problem.
Luca Falace and Giancarlo Magalli, GeniusOm, Patent Office RAI 2,
Radio Italian Television, April 11, 2017
Luca Falace and Giancarlo Magalli, GeniusOm, Patent Office RAI 2,
Radio Italian Television, April 11, 2017
Luca Falace and Giancarlo Magalli, GeniusOm, Patent Office RAI 2,
Radio Italian Television, April 11, 2017
Luca Falace and Giancarlo Magalli, GeniusOm, Patent Office RAI 2,
Radio Italian Television, April 11, 2017
GENIUSOM ZERO WASTE
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