WO/2015/178862 TEAT CUP WITH A LINER AND PRODUCTION METHOD||WO||26.11.2015|
||PCT/TR2014/000172||ORTAK GELISIM DANISMANLIK ITHALAT IHRACAT MAKINA INSAAT SANAYI VE TICARET LIMITED ŞIRKETI ||TOMEK, Basat |
The present invention relates to a liner (11) embodiment for a teat cup used in milking machines the liner comprising a connection body (12) and a transfer area (13) and comprising an inner wall structure from said connection body (12) towards the accumulation area (15) of milk wherein the wall thickness of said wall gradually increases in steps from a teat opening end to a milked extraction end.
WO/2015/178861 ROTARY ENGINE||WO||26.11.2015|
||PCT/TR2014/000170||YARDIMCIOĞLU, Rahmi ||YARDIMCIOĞLU, Rahmi |
Rotary engine comprising - an annular chamber (1) - one or more than one piston placed in the annular chamber (1) in a leak proof manner - one or more septum in said annular chamber which divide said chamber into an intake chamber (2) and a combustion chamber (3), the septum being opened and then closed at the passage of the pistons, and a shaft (14) powered by means of the pistons and the piston rods and which rotates in a single direction, transfers said power, and wherein there is one or more than one reservoir positioned outside the cylinder and covers for these reservoirs that separately open into the intake chamber (2) and the combustion chamber (3).
WO/2015/178863 HIGH DIET FIBROUS-PREBIOTIC, TOOTH FRIENDLY, HIGH CALCIUM CHOCOLATE||WO||26.11.2015|
||PCT/TR2014/000277||TAYAŞ GIDA SANAYl VE TICARET A.Ş. ||DERYA GENÇ POLAT |
This invention relates to a high diet fibrous-prebiotic, tooth friendly, high calcium chocolate being a functional food product. The high diet fibrous-prebiotic, tooth friendly and high calcium chocolate of the invention has been improved with the aim of decreasing the harmful effects by diminishing the energy content of the chocolate which is widely used in our day and has a variety of derivatives and has been provided as a functional food product to meet health and optimal nutritional requirements to consumers by increasing the beneficial components therein. The high diet fibrous-prebiotic, tooth friendly, high calcium chocolate of the invention is a functional food product which is easily digestible thanks to its prebiotic content, which is tooth friendly due to the reduction in sugar ratio and the use of substitute sweetener and which has healthy features thanks to high calcium content.
WO/2015/178865 MULTI FUNCTIONAL TEST DEVICE FOR LEAF SPRINGS||WO||26.11.2015|
||PCT/TR2015/000048||DOKUZ EYLUL ÜNIVERSITESI REKTORLUGU ||KOCHAN, Cemal |
The invention is related to a multi functional test device that has been developed for leaf springs that are used in suspension systems of motor vehicles (construction equipment, trucks, pick-up trucks etc) which are subjected to heavy loads.
WO/2015/178864 EYE CONNECTION MECHANISM FOR FLAT END LEAF SPRINGS||WO||26.11.2015|
||PCT/TR2015/000047||DOKUZ EYLUL ÜNIVERSITESI REKTORLUGU ||KOCHAN, Cemal |
The invention is related to an eye connection mechanism which decreases the production costs and increases the usage life of flat end leaf springs that are used in the suspension systems of motor vehicles, wherein said flat end leaf springs can be easily assembled and disassembled. The eye connection mechanism has an exchangeable bush (3) which facilitates sliding, for flat end springs used in the suspension systems of motor vehicles and it comprises a leaf spring eye bottom part (1) having an eye for coupling the flat end leaf spring (6) to the vehicles and a leaf spring eye top part (2) that is coupled to the leaf spring eye bottom part (1).
WO/2015/178867 A MOBILE MICROSCOPY DEVICE BEING ABLE TO TAKE IMAGES IN DIFFERENT WAVELENGTHS (MULTISPECTRAL)||WO||26.11.2015|
||PCT/TR2015/000223||GRİMED SAĞLIK HİZMETLERİ VE BİLGİSAYAR ÜRÜNLERİ SANAYİ TİCARET LİMİTED ||OSMAN, Eski |
This invention concerns a multipurpose imaging device (10) that can take images in different wavelengths (multispectral), that can be integrated into cell phones and portable imaging systems, that permits collecting, saving and sharing data and images especially for diagnostics in health domain (eye, gynecology, dermatology, otorhinolaryngology, forensics etc.) and all fields where macroscopic and microscopic examination is needed (gemology, electronics, mineralogy etc.).
WO/2015/178866 METHOD FOR SYNTHETIC PRODUCTION OF BASE FORGING MORTAR FOR ELECTRIC ARC FURNACE||WO||26.11.2015|
||PCT/TR2015/000207||KUMAS MANYEZIT SANAYI A.Ş. ||GURCAN, Huseyin |
The present invention is base forging mortar raw material production method regarding the base forging mortar used as liner coating for electric arc furnaces in iron-steel sector, and comprising the process steps of: a) Calcining the magnesite, b) Weighing calcined magnesite, dolomite and iron oxide in desired amounts, and mixing them in the mixer, c) Sintering the mixture obtained in step (b) in a rotary furnace between 1800-2200 °C.
WO/2015/178868 SYSTEM WHICH SENSES RAIL FRACTURES AND CRACKS THROUGH THE METHOD OF REFLECTION||WO||26.11.2015|
||PCT/TR2015/000226||GOKMEN, Sabri Haluk ||GOKMEN, Sabri Haluk |
The subject of the invention a method of sensing rail fractures and / or cracks, whereby control is ensured via a control center (700) and which communicates with such command cards (300 and 400), in order to drive and control the rail blocks (200) for applying vibration signal to the rail (100) and also sensing the signal coming from the faulty rail sections directly in the form of reflections and/or change in the amplitude level of signal received by the help of sensors (310), via a fiber optic line (800). The invention is a method of sensing rail fractures or cracks, which allows the receiver and transmitter to have data exchanges between them by fixing them on the rail at certain points rather than by moving them across the line, namely initiates the operation of sensing through transmission of a certain signal via a fixed point and ensuring collection of signals at the same point again, by sensing the reflection of the original signal wave coming back from the deformation points such as fractures, cracks and even micro cracks, etc., and also transmission of the signal wave to the receiver (310), located on the other side of the deformation, and comparing the amplitude of the signal received with the reference amplitude level. A mutual correlation of both results by the control center (700) gives a more reliable result.
WO/2015/174944 AUSCULTATION DATA ACQUISITION, COMMUNICATION AND EVALUATION SYSTEM INCORPORATING MOBILE FACILITIES||WO||19.11.2015|
||PCT/TR2015/000199||ELECTROSALUS BIYOMEDIKAL SAN. VE TIC. A.S. ||KAHYA, Zeynep Yasemin |
A system having a chest piece for fitting to human skin, a receiver unit and a distant server; said chest piece encapsulates a sound transducer for acquiring raw sound data for being communicated as data signal; said receiver, in operation, is in communication with said chest piece; said receiver is a portable device having a display unit and data processing ability, and is further connectable to a local data network or global internet; said distant server comprises computer coded instructions which, in operation, processes said data signals, stores medical information and communicates said data signals and/or medical information with at least two recipients, the recipients are able to communicate information.
WO/2015/174943 A SYSTEM FOR KEEPING AND TRACKING LANE||WO||19.11.2015|
||PCT/TR2015/000155||KUTLUAY, Emir ||KUTLUAY, Emir |
The present invention relates to a system for keeping and tracking lane (1) which makes a vehicle having ESC system to brake such that it will be directed into the lane upon detecting that it approaches the lane line. The inventive system for keeping and tracking lane (1) which is used in vehicles having ESC system (A) and mounted to the vehicle afterwards comprises: at least one sensor unit (2) which calculates the lanes on the road and also the position of the vehicle within these lanes; at least one decision unit (3) which evaluates the possibility of the vehicle going off the lane in the light of the information received from the sensor unit (2) and decides whether there is danger or not; at least one danger detection unit (4) which decides in which way the intervention should be realized when there is danger; at least one intervention unit (5) which enables the ESC system (A) to detect that the vehicle is out of control and ensures that the ESC system (A) gets the vehicle into the lane again by changing the signal of the steering angle proceeding the ESC system (A) depending on the data received from the detection unit (4).