WO/2016/058618 A METAL FUEL ENGINE||WO||21.04.2016|
||PCT/EG2015/000044||ALI, Mohamed, Abd, Elmaksod, Abas ||ALI, Mohamed, Abd, Elmaksod, Abas |
The present invention relates to an eco-friendly metal fuel engine that does not emit harmful exhaust. The inventive engine uses metals, metal hydrides as fuel instead of the currently used gaseous and fossil fuel. The engine is especially designed to use the latent energy of metals, metal hydrides and metal oxides and convert it into mechanic and kinetic energy. The engine has specific valves and systems that pump and regulate the metal fuel amount introduced into the combustion chamber of the engine then flame it using water. In addition, the metal fuel engine discharges the emitted exhaust and converts it into fuel to be reused. Therefore, it is an energy saving and eco-friendly engine. The metal fuel is cost effective because it is made of metals, metal hydrides and metal oxides that are available in nature. Such materials are produced depending on the solar energy, so they are cost- effective and they offer competition to the other energy sources. For example, the sodium metal is available in sea and ocean water; hence it is obtained by a low-cost method. The metal fuel engine is used in many applications; the most important of all is generating electric energy and driving vehicles.
WO/2016/055077 PARABOLIC COLLECTOR SOLAR RADIATION ABSORBER TUBE (RECEIVER ELEMENT)||WO||14.04.2016|
||PCT/EG2014/000029||ABDO, Taher Mohamed Fathy ||ABDO, Taher Mohamed Fathy |
A parabolic collector solar radiation absorber tube (receiver element) designed with this applied shape for enhancing reducing the thermal losses emissivity and the rays reflectivity specifications. The HTF (heat transfer fluid) going through an heat receiver consists of steel tube (2) inserted in aluminum heat sink tube (3) have diameter bigger. The tube surface, surrounded by an air evacuated glass tube (6). The HCE incorporates glass-to-metal seals and metal bellows to achieve the vacuum-tight enclosure. The vacuum enclosure serves primarily to protect the aluminum heat sink surface and to reduce heat losses at the high operating temperatures when contact with the outer air.
WO/2016/055078 POWER GENERATION FROM VOLUMETRIC THERMAL EXPANSION-SHRINKAGE VESSEL||WO||14.04.2016|
||PCT/EG2014/000030||ABDO, Taher Mohamed Fathy ||ABDO, Taher Mohamed Fathy |
Power Generation From Thermal Volumetric Expansion/Shrinkage Vessel system designed based on scientific fact that (metals volume increasing with heating effect, and the volume decreasing with cooling effect). The system consists of many parts as pistons, pumps, hydraulic motor driver and expansion tube, but the most important invented part is the expansion tube, that transduce an amount of thermal to volume metal expansion, this volume metal expansion for an cylinder vessel(tube) compress hydraulic oil with high pressure that move set of hydraulic pistons to drive finally hydraulic motor that coupled and rotate electric generator producing electricity, the thermal expansion/shrinkage (contraction) process occurring for only one cylinder from three, multi coaxial metal cylinders.
WO/2016/050251 RAMEZ MICRO POWER STATION||WO||07.04.2016|
||PCT/EG2014/000027||ZAKI, Ramez Magdy Zareef ||ZAKI, Ramez Magdy Zareef |
Ramez Micro Power Station is a device for generating permanent electric power energy with different capacities without any fuel, that it's works for ever. It's characterized by it's simplicity that it can be put at the entrance of the building and be connected to the ma in distribution panel a nd provide it with electricity, then the main distribution panel supply power to the ail sub panels like the traditional power distribution inside the building. It can be a substitute for all other systems of generating electricity, a nd that there is no need for large transmission power system with it's drawbacks that each building or each area will have it's device that provide it with electricity.
WO/2016/050252 SHOES FOR HALLUX VALGUS||WO||07.04.2016|
||PCT/EG2015/000042||ABDALLA, Magd Ahmed Kotb ||ABDALLA, Magd Ahmed Kotb |
The invention comprises appealing shoes that accepts style changes by change of fashion with an esthetic look that functions to protect against hallux valgus deformity. The shoes is tight at metatarsals and allows comfortable room for toes. The medial side of shoes is a straight line running from heel to hallux, given that when shoes is approximated the medial sides co-apt completely. The invented shoes accept any shoes heal height. The invention prevents development of hallux valgus and prevents further calcification and bunion formation, and controls pains resulting from hallux valgus deformity with a fashionable look.
WO/2016/045686 LATERAL DISTRIBUTION OF LOADS IN SUPER HIGH-RISE BUILDINGS TO REDUCE THE EFFECT OF WIND, EARTHQUAKES AND EXPLOSIONS AS WELL AS INCREASING THE UTILIZED AREA||WO||31.03.2016|
||PCT/EG2015/000012||KAMEL, Mahmoud Galal Yehia ||KAMEL, Mahmoud Galal Yehia |
A construction method for lateral distribution of loads in super high-rise buildings using peripheral arms to give balance and stability to the building in order to reduce the effect of wind, earthquakes and explosions as well as increasing the utilized area. This is done by the construction of super high-rise buildings of regular or irregular cross-section along with the construction of a group of a tilted and outwardly curved peripheral arm of a feather shape around building corners. Then, tying these arms from the middle to building corners and from edges to each other from multiple tying points along building height using steel wire cables to work on the lateral distribution of building loads to these peripheral arms. These arms are with small cross-section at the bottom and cross- section increases with height, also many holes should be set in these arms to prevent from being wind estop and to give the desired aesthetic view which provides ventilation, visibility, and day lighting necessary for building. The peripheral arms varies in quantity, size and number of tying points between the building and the peripheral arms, according to building shape, height, loads and forces need to be outwardly distributed.
WO/2016/023564 DEVICE AND METHOD FOR PERFORMING MALE CIRCUMCISION||WO||18.02.2016|
||PCT/EG2015/000036||SOUAIDA, Mamdouh Youssef Soliman سعيدة، ممدوح يوسف سليمان||SOUAIDA, Mamdouh Youssef Soliman سعيدة، ممدوح يوسف سليمان|
The invention relates to a device for performing male circumcision, wherein the body of the device is made from a strong, transparent plastic material, or any flexible plastic material, that is 1 mm thick and bell-shaped. Disposed on the other side of the circular rim is an incomplete conical form that has a circular base connected to said rim, and the top of the conical form is also a circular opening. The diameters of the base and the top of the cone are directly proportional to the size of the device. The top of the conical form comprises an incomplete circular orifice. Without this part (for example, the Plastibell device marketed the by Hollister company), complications arise from the device or the ring slipping onto the shaft of the penis, which leads to skin loss and complications. The incomplete circle and the orifice thereof located in the conical form prevent the accumulation of urine. Thus, the novel shape of the opening, which narrows at the top and widens at the base, enables the previous conical shape to be maintained and urine to be eliminated easily and completely.
WO/2016/019966 ATMOSPHERIC PRESSURE ENGINE||WO||11.02.2016|
||PCT/EG2014/000024||YOSSEF, Mohsen Nasr Eldin Ali يوسف، محسن نصر الدين علي||YOSSEF, Mohsen Nasr Eldin Ali يوسف، محسن نصر الدين علي|
The invention relates to an engine comprising: 1) a steel cylinder with a diameter that allows a piston disc measuring 100 cm in diameter to be fitted therein, provided that the fitting is airtight. The cylinder has an internal height of 40 cm, is open at the top and has a small circular opening in the body, close to the base. In the centre of the base is another opening. The engine requires two such cylinders; 2) a steel spring secured at one end to the centre of the cylinder base and at the other end to centre of the piston from the inside. The engine requires two such springs to be fitted within each cylinder; 3) a steel piston arm which is secured to the centre of the piston from the inside, passing through the cylinder opening located in the base, provided that it is airtight, and which, at the other end, is secured in an articulated manner to a connecting arm. The engine requires two such piston arms; 4) a steel connecting arm which is secured in an articulated manner at the upper end to the piston arm and at the other end, in another articulated manner, to a rotary shaft. The engine requires two such connecting arms; 5) a steel rotary shaft secured at one end to a ring that facilitates rotation, said shaft having a drive wheel at the other end thereof; 6) a drive wheel that transfers movement to a dynamo; 7) a steel wire rope secured at one end to one of the ends of a control handle and at the other end to a pulley secured to the surface of the piston from the outside. The engine requires two such steel wire ropes; 8) an air regulator made of steel comprising an external part and an internal part. The external part is stationary and has four openings (a-b-c-d) secured so that the openings are arranged in a specific order: opening (a) is directed upward, opening (b) is connected to the opening of the first cylinder, opening (c) is connected to the opening of an air extractor, and opening (d) is connected to the opening of the second cylinder. The internal part has two non-intersecting arcuate openings and rotates a half-turn by means of the control handle. The internal part has openings (e-f-g-h) and is fitted on the external part so that each opening faces an opening in the other part. Thus, opening (a) in the stationary part faces opening (e) in the mobile part, opening (b) faces opening (f), opening (c) faces opening (g), and opening (d) faces opening (h); 9) a metal cylinder pulley secured to the top of the cylinder, directly above same, on the side having the opening in the cylinder body. The engine requires two such cylinder pulleys; 10) a metal piston pulley secured to the piston surface from the outside, positioned on the same side as, and close to, the cylinder pulley. The engine requires two such piston pulleys; 11) a piston in the form of a steel disc having a diameter of 100 cm. The engine requires two such pistons; 12) a control handle in the form of an oblong steel part secured at the centre to the mobile part of the air regulator by means of a leadscrew; and 13) an air extractor.
WO/2016/019967 V-SHAPED TUNNEL FOR GENERATING ELECTRICITY WITH WATER (CLOSED LOOP AND SEMI-CLOSED LOOP)||WO||11.02.2016|
||PCT/EG2014/000028||HASSAN, Mohamed Abdelgawad Hassan حسن، محمد عبد الجواد حسن||HASSAN, Mohamed Abdelgawad Hassan حسن، محمد عبد الجواد حسن|
The present invention relates to a novel method that ensures that water falls onto water turbines to rotate same, without dams or waterfalls having to be built. The invention consists in constructing a surface reservoir close to a water source and connecting the two by means of a plurality of small-diameter, slightly inclined pipes to fill the reservoir automatically. A tunnel having a steep incline branches off from the reservoir and descends underground. A sluice gate for controlling the water is installed at the tunnel inlet. A turbine rotated by the water pouring from the reservoir into the tunnel is installed close to the end of the tunnel. The tunnel empties the water into a second reservoir from which a plurality of small-diameter pipes branch off and ascend close to the surface of the ground, forming a "U" or "V" shape with the tunnel. Machines for drawing the water are installed at the top of the pipes to draw the water upward and pump same to the water source or to the main reservoir to: form a closed loop; build a lake; operate a desalination station; or pump the water into a new descending tunnel, like the first one, and which has a new turbine installed thereon, so that the above process is repeated for a number of sequences. A tunnel must also be built parallel to the original one for servicing and maintenance operations.
WO/2016/004963 GENERATE ELECTRICITY FROM GREEN HOUSE GASES, DEPENDING ON THEIR ABILITY TO ABSORB THERMAL ENERGY (UV RAYS) EMITTED BY THE SUN AND ITS HEAT EMISSION||WO||14.01.2016|
||PCT/EG2015/000018||MAHRAN, Asmaa Mohamed Mahmoud ||MAHRAN, Asmaa Mohamed Mahmoud |
Generate electricity from greenhouse gases depending on their ability to absorb thermal energy emitted by the sun and its heat emission. The world is considered increasing carbon dioxide a Disaster when it can be exploited as a wealth of mankind and this is What I serve in my idea this. The fight against global warming will require considerable effort and expense prohibitive, so the reduction of Global warming must be covered by the new way of scientific research in advance,and this achieve by taking advantages and exploitation of These gases emission in the electric power generation rather than Carbon dioxide separation from the rest of greenhouse gases by Nanotechnology and that is the my new idea. Eliminate the phenomenon of global warming with a new technology not expensive and producer at the same time. Where adopted in eliminating the global warming in the exploitation of gases emission in power generation. Exploit greenhouse gases released to the environment and which causing pollution and global warming in the electric generation to meet the needs of each country from its energy and also the separation of gases for using in other huge industries and very profitable instead of its emission to the environment and its damage consequences. So this project convert damage to the benefit and save of the world from catastrophic problem, the global warming. And also helps to create a new kind of energy-based greenhouse gases. Run every factory self-running by machine will provide the factory by electricity. So this project as two projects is an attempt to save the environment from global warming and contribute to solving the problem of global energy, Generate electricity is Through device consist of three stage, the first stage is absorption, Second stage is the emission and generate electricity, third stage is Separation and treatment. Phase I: receive all resulting from fossil fuel gases in the tank with a huge shed mirrors reflective sun. The second phase : stage of emission, Heat emitted affect on substance filled the tank lead to rotate a generator producing electricity. Phase III stage of processing and separation : Where the use of a substance in the form of Nano particles to separate carbon dioxide from the rest of the greenhouse gases exceeds the ability of alkalonamine used in previous scientific research.