WO/2016/019966 ATMOSPHERIC PRESSURE ENGINE||WO||11.02.2016|
||PCT/EG2014/000024||YOSSEF, Mohsen Nasr Eldin Ali ||YOSSEF, Mohsen Nasr Eldin Ali |
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 ||HASSAN, Mohamed Abdelgawad Hassan |
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/2016/004962 MULTIPLE WHEELS SYSTEM||WO||14.01.2016|
||PCT/EG2014/000022||ATTA, Mohamed Samir Ahmed ||ATTA, Mohamed Samir Ahmed |
The new invention is to have a system component of three or four thin wheels fixed together as one unit instead of only one ordinary wheel So when a screw punches the tire we do not lose the whole wheel but only one part of it to allow to us continue driving. The first part of the system includes long screws to fix and hold all parts of the system together.
WO/2016/004964 CAR ENGINE USING NEGATIVE PRESSURE||WO||14.01.2016|
||PCT/EG2015/000027||El SEBERBAWY, Amr El Saied Abed El Ghafar ||El SEBERBAWY, Amr El Saied Abed El Ghafar |
The present invention relates to a car engine that uses negative pressure, wherein the tanks are emptied of atmospheric pressure and, when the valves open, the pressure differential is used to help the air flow through air turbines, thereby rotating the turbines, and the rotary movement is used to move the car. The closing and opening of the valves is controlled by a hydraulic piston.
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.
WO/2015/192858 THE MECHANICAL BATTERY||WO||23.12.2015|
||PCT/EG2015/000014||SHARKAS, Mohamed Abdel Razek Ahmed Mohamed ||SHARKAS, Mohamed Abdel Razek Ahmed Mohamed |
The first technique consists of the following: 1. A group of gears for accelerating the speed. 2. A spring. 3. A suitable electric generator 4.A unification circuit when needed. 5. A handle. The second technique consists of the following: 1. A rounded one third or half flywheel. 2. A group of gears for reducing speed. 3. A group of gears for accelerating the speed. 4. A spring. 5. A suitable generator. 6. A Unification circuit when needed. 7. A handle for manual operating. The third technique consists of the following: 1. A fan or a plate. 2. A group of gears for reducing the speed. 3. A group of gears for accelerating the speed. 4. A spring. 5. A dynamo 6. A unification circuit (when needed). The fourth technique consists of the following: 1. An overload. 2. A suitable electric engine. 3. A group of gears for reducing the speed. 4. A group of gears for accelerating the speed. 5. A spring. 6. An electric brake. The fifth technique consists of the following: 1. An overload. 2. A suitable electric engine. 3. A suitable electric engine. 4. A group of gears for reducing the speed. 5. A suitable spring. 6. A suitable electric generator. 7. An electric brake 8. A relay or cut-out to automatically cut and conduct electricity. 9. Photoelectric panels.
WO/2015/188840 METHOD FOR CONSTRUCTING A CITY BY DIVIDING IT INTO CIRCULAR DISTRICTS||WO||17.12.2015|
||PCT/EG2014/000019||ABDALALL, Sherif Mohamed Alaraby Hassan عبد العال، شريف محمد العربي حسن||ABDALALL, Sherif Mohamed Alaraby Hassan عبد العال، شريف محمد العربي حسن|
The present invention relates to a method for constructing a new city by dividing it into circular districts. The circles are similar or close in diameter and sit adjacently in longitudinal and horizontal lines, and the areas between the circular districts are designated for gardens, stadiums, industrial areas or recycling centres. The circular districts are repeated across the whole city, in any of the four cardinal directions, by means of additional similar circular districts. The city comprises two types of streets: circular streets within each circular district; and straight longitudinal and horizontal streets that link the circular districts. The circular streets intersect with the straight streets by means of a simple underpass.
WO/2015/172791 UPGRADE OF THE DENTAL UNIT||WO||19.11.2015|
||PCT/EG2014/000016||SABER, Iman Mohamed Said ||SABER, Iman Mohamed Said |
The push buttons that are used to position the unit in upward and downward direction are replaced by two photocells. Each position is replaced by a photocell. The motor that moves the unit up and down is connected with two photocells, one to enable it to move up and the other to enable the unit to move down. The push buttons that are used to position the unit back rest forward and backward are replaced by two photocells. The motor for the movement of the back of the unit is connected to two photocells, one to move the back forward and one to move it backward. The push button that is used to fill the water cup, or the foot control button that deliver water, are replaced by a photocell The light source is adjusted to a motor that is directed by a photocell that responds to a light source, to avoid the touching of the light source and directing it onto the patient mouth. The unit is supplied with UPS (uninterrupted power supply) to allow continuous power supply.
WO/2015/165477 HIGH EFFICIENCY POWER PLANTS||WO||05.11.2015|
||PCT/EG2014/000014||EL-MONAYER, Ahmed El-Sayed Mohamed Abd El-Fatah ||EL-MONAYER, Ahmed El-Sayed Mohamed Abd El-Fatah |
A Rankine cycle including pump (110), evaporator (120), turbine (130) and condenser (140) further includes a heat pump (150) arrangement for enhancing the efficiency of the cycle.
WO/2015/165478 A MACHINE FOR COMPRESSING GAS TO GENERATE ELECTRICITY AND PRODUCE HYDROGEN AND OXYGEN FOR FREE||WO||05.11.2015|
||PCT/EG2014/000017||MOHAMED, Ahmed Mohammed Ismail ||MOHAMED, Ahmed Mohammed Ismail |
The invention relates to device with 2 methods to produce electricity, hydrogen and oxygen for free. First method is to prepare hydrogen and oxygen in a cylinder under sea surface, closed at the top and opened at the bottom. Gas is to be stored in tank above sea surface, this tank is supposed to be filled with water and at its top is placed a water -based turbine. For the turbine to work, the gas flow rate at the sea bottom shall be equal to water flow rate at the turbine, so that compression remains stable at the tank and electricity is to be generated at the same rate till water at the tank runs out, with the turbine and gas flow source at sea bottom shutting down automatically. Thus, the tank would contain gas compressed by sea compression power, and this is the first usage of the gas. Then, gas is used for the second time through pushing gas into a tank totally filled with water, the size of which equals the size of the previous tank multiplied by value of gas compression at sea bottom at its top is placed a water -based turbine. For the turbine to work,.Then, electricity is to be generated till compression loses its power and the turbine shuts down automatically. The second method is to use gas compression produced by electrical analysis, on condition that electrical analysis is to be conducted in a space completely filled with, so that the generated gas can only be raised from a tight location with a tiny amount and huge compression such compression is introduced into a tank filled with water, at the top of which exists a turbine run by water power to generate electricity till compression declines. In both cases, hydrogen and oxygen are filled individually. Electricity amount produced by both methods is greater than operation power, so that part of the generated power is used to run the device and the rest can be used in anything else.