WO/2017/028871 CAR SAFETY CHAIN||WO||23.02.2017|
||PCT/EG2015/000038||NASR, Ahmed Yousif Kamel||NASR, Ahmed Yousif Kamel|
The invention relates to a metal safety chain for cars which is fastened at both ends. The first end is connected to the steering wheel such that it does not hinder the movement of the steering wheel, and the other end is connected to the car body close to the driver's right foot, considering that the steering wheel is on the left and the handbrake is to the right of the driver. In the event of a car crash, the safety chain connected at one end to the steering wheel prevents the steering wheel from being pushed towards the driver and generally limits the force of the collision, acting as a passenger safety device.
WO/2017/025108 SEQUENCING THE SPEECH SIGNAL||WO||16.02.2017|
||PCT/EG2016/000029||AL-SHALASH, Taha Kais Taha||AL-SHALASH, Taha Kais Taha|
A method of operating an audio processing device to improve a user's perception to speech sound. The method comprising: Sequencing Speech Signal by splitting an audio signal into a plurality of frequency bands, and presenting in sequence (Non-simultaneous) these speech frequency bands from the high frequency bands to the low frequency bands.
WO/2017/025107 TALKER LANGUAGE, GENDER AND AGE SPECIFIC HEARING DEVICE||WO||16.02.2017|
||PCT/EG2015/000047||AL-SHALASH, Taha Kais Taha||AL-SHALASH, Taha Kais Taha|
A method of operating an audio processing device to improve a user's perception of the speech signal. The method comprising: converting by the audio processing device the input speech signal into a number of frequency bands corresponding to a perception scale, applying "band specific frequency lowering scheme" mainly on to the least important frequency bands according to the specific language phonemes formants number, the talker fundamental frequency as it differs among male, female and children, the importance of each of these phonemes in speech recognition and frequency of occurrence of each phoneme in conversation.
WO/2017/016567 HEATING UNIT FOR THE PRODUCTION OF RENEWABLE ENERGY ELECTRICITY||WO||02.02.2017|
||PCT/EG2015/000035||ALAMERI, Salem Mohamed Salem Mohamed||ALAMERI, Salem Mohamed Salem Mohamed|
It is a heating unit operating renewable energy substitute fuel of all kinds used to run the main power plants and operation of ships and submarines.
WO/2017/012627 USING HYDRAULIC POWER IN RAISIN WATER (FLUIDS) FOR SEVERAL HUNDREDS OF METERS||WO||26.01.2017|
||PCT/EG2015/000033||ELAZIZY, Hesham Mohamed Saied||ELAZIZY, Hesham Mohamed Saied|
It is a mechanical system enables pushing water or fluids to hundreds meters by use of hydraulic power, then use the falling down stream to produce electric power.
WO/2017/008820 A 2-PART SYSTEM FOR ENDOLUMINAL SUTURING: "A FLEXIBLE NEEDLE HOLDER AND A FLEXIBLE CONDUIT"||WO||19.01.2017|
||PCT/EG2015/000032||SELEEM, Mohamed Youssef||SELEEM, Mohamed Youssef|
The system is consisted of 2 parts: 1- A flexible endoscopic needle holder of different diameters the jaws of this needle holder can adjust the position of the needle 2- A fexible endoscopic conduit - which looks like a flexible endoscope without camera, air insuflation or working channels. It is of various diameter which enable the flexible needle holder to pass through it and to move freely in and out. The distal end of the "conduit" has a bending capability allowing the needle holder to be directed to the area that needs to be sutured. He also applied a new concept for endoluminal suturing using the same principle as SILS (single inscion laparoscopy) using commercial needles.
WO/2017/000968 ADVANCED DRILLING DEVICE||WO||05.01.2017|
||PCT/EG2015/000037||ABD EL SHAFY, Ahmed Bahaei Mohamed||ABD EL SHAFY, Ahmed Bahaei Mohamed|
Disclosed is a device for drilling oil wells, comprising: a cone operated by a hydraulic shaft that rotates the cone completely; and a horizontal second shaft disposed on the main shaft and connected to a groove made inside the cone, said second shaft being driven by a small motor to change the shape and angle of the cone.
WO/2016/206704 THE SMART STETHOSCOPE||WO||29.12.2016|
||PCT/EG2016/000018||ABDALLA, Magd Ahmed Kotb.||ABDALLA, Magd Ahmed Kotb.|
The contemporary stethoscopes are either auscultation or electronic. The stethoscope allows the person using it to hear sounds or see the phonocardiogram of the stethoscope-detected sound. The stethoscope suspected heart and chest abnormality is then confirmed by further diagnostic modalities that include chest X-ray, computed tomography (CT), echocardiography, electrocardiogram, chest sonography and magnetic resonance imaging (MRI). The smart stethoscope is a stethoscope for auscultation, recognition of heart murmurs, heart sounds, breath sounds and displays the interpreted recognized defect and any other sounds produced by the body that help in diagnosis of heart, chest and other system defects or assure well being. The smart stethoscope identifies normal and abnormal heart, chest and other system sounds. Where the purpuse of the smart stethoscope is auscultation and displaying of defect, the smart stethoscope comprises at least one diaphragm with at least one microphone, attached to a recording sound system that allows sound analysis, and recognition and classification of sounds and a displaying system that allows observer to read the diagnosis of defect or norm. Contrary to all electronic stethoscopes that allow observer to read a phonogram/phonocardiogram the smart stethoscope allows recognition and diagnosis of normal and abnormal sounds by displaying the final diagnosis. Smart stethoscope displays frequency and other features as rate or velocity etc is an optional feature according to user requirements. The smart stethoscope validation has a very high correct classification rate (CCR) and almost 98% sensitivity in recognizing sounds, classifying sounds, interpreting and displaying the diagnoses of the sensed sound as normal/abnormal and defining the type of abnormality.
WO/2016/206703 BIOMIMETIC AMNIOTIC MEMBRANE NICHE FOR STEM CELLS||WO||29.12.2016|
||PCT/EG2015/000030||SCIENCE AND TECHNOLOGY DEVELOPMENT FUND (STDF)||MOUSA, Noha Ahmed Al-Sayed|
In this invention we propose a method to compose a stem cell culture niche platform, which is based on the use of the human amniotic membrane. Fluid dynamic, mechanical and topographic factors are additionally included in this niche to provide various factors essential for achieving an enhanced biomimetic micro environment of the cultured stem cells. The amniotic membrane is mounted into various types of culture platforms to suit a wide range of research applications. The rich composition of the membrane with anti-inflammatory, anti microbial, matrix and adhesion molecules in addition to various growth factors suits its application as a complex biomimetic material. The platform includes micro channels to allow continuous exchange of media and creates a dynamic flow of the fluid surrounding the cells in an attempt to simulate the in vivo conditions in which the stem cell typically reaches its ideal proliferation, expansion or differentiation. The method disclosed herein supports a wide range of applications in stem cell research such as the investigation of the optimal conditions for stem cell culture and the effect of various medications and external factors. It can be also applied in investigating the effect of the amniotic membrane and the mechanical factors on the behavior of stem cells and cancer stem cells. Another model of the niche is proposed as an in vivo moldableand implantable carrier for delivering stem cell based therapies in a wide range of diseases especially those associated with aging or decline of specialized cell function such as diabetes, cardiovascular, neurological, hormonal, renal and liver disorders, cancer, and diseases associated with inflammation and disordered immunity. Furthermore, the lack of HLA molecules renders the membrane naive to minimize rejection, which could be valuable for transplantation purposes.
WO/2016/202348 FULL FLASHING WAVING FLUTTERING FLAG USING SOLAR POWER, ELECTRICITY OR BATTERIES||WO||22.12.2016|
||PCT/EG2015/000029||ALHASHMI, Abdalla Abdelrahman Mohamed Alsayed||ALHASHMI, Abdalla Abdelrahman Mohamed Alsayed|
Full Flashing flag (3) either by city electricity or renewable solar energy, there can be variable shapes and colors of the light of the flag due to the design of the flags of different countries so as to be applicable to any flag of any country, also this flag (3) can be fluttering in the air due to the effect of the wind that can make the flag (3) waving in the air, moreover the flag (3) can be small, held by hand and using lithium batteries (5) or it can be hold on street columns to be flashing using either power of city electricity or solar energy. In addition to the peculiar way in holding the material of the flashing flag (3) by standing column (1) holding the flag (3) from the vertical side and another upper stick (2) holding the horizontal side of the flag (3). After proving the ability of making the flag (3), it must consist of the following •. Vertical Stick or column (1): holding the flag from the vertical side •. Horizontal stick (2): holding the flag from the upper side horizontally •. Lightening: Using the (EL Lamp) or (Flashing Led). •. Fixing methods : Land fixing (Large Size) whereby using either solar energy or the city electricity, also can be small size using the lithium batteries (5) either rechargeable or un rechargeable