WO/2016/165723 THE STATIC, DYNAMIC AND ELECTROMAGNETIC WIRELESS EARTH (THE INTELLIGENT NANO- FIBERS) (I.G.W.E)||WO||20.10.2016|
||PCT/EG2015/000021||DIAB, Abdel Fatah Montaser||DIAB, Abdel Fatah Montaser|
A method to discharge the electric static charges, dynamic electricty and prevent electromagnetic waves by a new nano-elastic fiber method by wireless earth system. Th method and system uses a contact point to the human body which can be worn on arms, legs or finger rings, a nano-silicon sheet connected and surrounded by a modified Faraday cage having induced coils to absorb electromagnetic waves (EMW), converting it into electric current which forwarded to cathode. A metallic (gold, steel, tungsten, or carbon elastic fiber) cathode is provided to discharge electrons in vacuum with spreading fibers and sharp pins anode collectors carry the electrostaic charges to a metallic multi-nano elastic fibers brush to discharge the electrons to the outside medium (air or liquid).
WO/2016/162040 COUNTERING WIRE COMMANDED IMPROVISED EXPLOSIVE DEVICE IED||WO||13.10.2016|
||PCT/EG2015/000019||ELSHIMY, Mostafa Shimy Aly||ELSHIMY, Mostafa Shimy Aly|
The present art of countering the lEDs is by using jammers to block the signals from reaching the charge. In this case, very expensive equipment is required and can only be used for protection of VIP (prize targets) motorcades or meetings in large halls. A bubble of electro-magnetic waves is created around the target (mobile or static) to stop the trigger signal from reaching the charge. The most lethal IED today and to which there is no comprehensive counter measure is the Wire Commanded IED. It is usually used in open areas targeting military convoys. Searching the internet shows clearly that there is no easy way of countering this threat. Attached are all articles (downloaded from the internet) related to lEDs and showing clearly that the wire commanded IED are the only ones with no conclusive counter measure. It is expected that most lEDs will turn to wire commands as it is the most cost effective and relatively safe to the attacker The buried wires cannot be seen by the naked eye, and very time consuming to be checked manually. SHIM/ -SNAPPER is the answer to this problem.
WO/2016/162041 HAND-HELD DENTAL PULP ISOLATOR||WO||13.10.2016|
||PCT/EG2015/000026||SHTEIWI, Ahmed Mohammed Elsaieed||SHTEIWI, Ahmed Mohammed Elsaieed|
The device is used manually to split the freshly extracted tooth (specially withdom ) into two or three parts at the most and get the viable pulp properly from inside the pulp chamber with the least destruction, thus we can avoid the generating heat of the other methods which affect the viability of the pulp cells also avoiding destruction of the pulp and getting it in a faster method this is done by the help of the compact and split boxes which consisting of the container and the cutting boxes.
WO/2016/155751 DIRECT-OPERATED 3/2-WAY HYDRAULIC DIRECTIONAL CONTROL VALVE WITH FAST-SWITCHING BETWEEN THE TWO OPERATING POSITIONS||WO||06.10.2016|
||PCT/EG2016/000010||SCIENCE & TECHNOLOGY DEVELOPMENT FUND||EL GAMIL, Mohamed Ahmed|
Disclosed is a valve that works by means of a poppet or spool that covers a port in a first position and then switches to cover a second opposite port in a second position. In each of the two positions, the poppet or spool separates the covered port from a third port and connects the third port to the second port, reversing the connection in the second position. To ensure a fast response, the poppet or spool has minimal mass, and consequently minimal inertia, and switches between the two positions over a short distance under the effect of an actuator, returning under the effect of a spring, a liquid (or gas, in the case of other applications) under high pressure and which can provide a large drive force, or both together. The high pressure acts on two adjacent surface areas on both sides of the poppet or spool, providing two important features: firstly, the actuator needs to provide enough force to counter the force resulting from the effect of the high pressure on the difference of the two surface areas only, and not on the large lateral surface area of the poppet; and secondly, the thickness of the poppet disc can be significantly reduced, greatly reducing the mass thereof, and consequently the inertia of same. In particular cases, two ports can be used instead of three, and the two ports can be connected to the third port by means of high pressure that is used as control pressure during the rapid return of the poppet. A permanent separation or connection can also be created between any two lines in either operating position. The valve can be used with compressed air in pneumatic control, using suitable production materials, as well as in hydraulic control.
WO/2016/155750 DIRECT-OPERATED HYDRAULIC SERVO VALVES||WO||06.10.2016|
||PCT/EG2016/000009||SCIENCE & TECHNOLOGY DEVELOPMENT FUND||ELGAMIL, Mohamed Ahmed|
Disclosed is a servo valve comprising a valving element that rotates between different operating positions in order to connect to valve ports by means of grooves in the valving element. the grooves are formed symmetrically in both sides of the valving element, each pair of symmetrical grooves being optionally separated by a stiffening web having holes to allow fluid to flow between the grooves. Control ports are formed between certain edges of the grooves in the valving element and the edges of corresponding grooves in fixed elements adjacent to the valving element and specially designed for this purpose. Flow paths inside the valve are formed by the grooves in the valving element and in the adjacent fixed elements, providing a sufficient flow area. The surface area of each control port is increased by adding a pair of symmetrical holes in both sides of the valving element, thus doubling the control surface area and balancing the components of lateral flow force. Each portion of the valving element is subjected to the same pressure, which provides static balance. The rotary movement provides the control ports with relatively large surface areas with respect to short-stroke rotary or linear actuators. Furthermore, the thin, grooved valving element provides minimum inertia for a high-speed response.
WO/2016/150451 ECONOMICAL AND ENVIRONMENTALLY-FRIENDLY MIXTURE FOR INCREASING THE OCTANE RATING FROM 80 TO 90||WO||29.09.2016|
||PCT/EG2015/000017||SOBIHA, Manal Mohamed Metwally||SOBIHA, Manal Mohamed Metwally|
WO/2016/150452 GENERATING ELECTRICITY FROM THE SUBWAY AND RAIL WAY CARRIAGES (TRAIN)||WO||29.09.2016|
||PCT/EG2016/000005||AFFAN, Ahmed Abbas Mohamed Ismail||AFFAN, Ahmed Abbas Mohamed Ismail|
Electrical power generation from the subway and train movement by cutting a copper coil wire to a magnetic field.
WO/2016/138914 PAIN-REDUCING CATHETER||WO||09.09.2016|
||PCT/EG2015/000028||HAMED, Ibrahim Mohamed Hassani حامد، إبراهيم محمد حساني||HAMED, Ibrahim Mohamed Hassani حامد، إبراهيم محمد حساني|
The invention relates to a modification of the Foley catheter, wherein the securing balloon is replaced by three diverging, identical, pear-shaped balloons that are arranged around the bladder neck, through which urine leaves the bladder, and the catheter body is covered by rubber, allowing said body to be filled with liquid, to reduce the patient's pain.
WO/2016/138913 A METHOD FOR CONNECTING CUSTOM MADE GUIDES TO CONVENTIONAL INSTRUMENTS OF JOINT REPLACEMENT||WO||09.09.2016|
||PCT/EG2015/000013||HAFEZ, Mahmoud Alm El Din||HAFEZ, Mahmoud Alm El Din|
Custom made guides or patient specific instruments (PSI) for knee replacement is currently used to replace or guide conventional instruments by pin locating techniques. All currently available PSI techniques are company specific and can only be used for certain implants produced by the specific company. This new method is meant to integrate important parts of conventional instruments to the parts or templates of PSI. The invention includes 10 different methods and techniques to fit currently available conventional instruments regardless of the implant manufacturers. The integration is used to transfer the preoperative planning built in PSI to different pieces of conventional instruments allowing the machining (cutting and fashioning) of bone according to the preoperative plan. Using the specific software, these methods are modified to fit any new cutting blocks or conventional instruments that will be introduced in future. The same principles are used for other joint replacement.
WO/2016/138912 TRUSS REINFORCEMENT AND THEIR MECHANICAL COUPLER JOINTS FOR STRUCTURAL CONCRETE UTILIZING||WO||09.09.2016|
||PCT/EG2015/000010||AL-TUHAMI, Al-Tuhami AbuZeid||AL-TUHAMI, Al-Tuhami AbuZeid|
Truss reinforcements for the structural concrete members instead of traditional reinforcing bars and stirrups or welded joints truss comprises, straight members whose ends are connected at mechanical reinforcing coupler joints having multiple branches and directions. The straight members' ends may be with or without end preparations like threading. Each joint is formed from one or several portions assembled over the ends of straight members. Several techniques are applicable to tightly close the said mechanical coupler joints over the connected said straight members' ends. The produced truss can be used for bearing weight of slabs, fresh concrete and construction working loads without provisional support which creates large spaces for transportation and other construction activities. The suggested method highly reducing the reinforcement amount of the concrete members reduces its weight, highly improves the structural performance of the produced members, increase its load capacities and completely avoid reinforcement wastage.