WO/2015/106769 A METHOD OF PRODUCING SOFC CATHODE DIFFUSION BARRIER LAYER AND A SOFC||WO||23.07.2015|
||PCT/EE2014/000001||ELCOGEN AS||ÖUNPUU, Enn|
The invention provides an improved method for producing cathode diffusion barrier layer, and a SOFC with high efficiency and longevity. It comprises depositing a pure ceria or aliovalently doped ceria layer, by ALD, on the electrolyte layer of the sintered half cell. The surface of a electrolyte onto which film is to be deposited is exposed to a dose of vapor from one or more lanthanide first precursors. Any excess of unreacted vapor from that precursor is removed. Next, a vapor dose of the second precursor is brought to the surface and allowed to react. A second purge completes the ALD cycle, which is repeated to build up thicker films. This ceria layer forms a cathode diffusion barrier layer on top of which a cobaltite based cathode layer is applied by screenprinting, and the cathode diffusion barrier layer and cathode layer are heated together to form a SOFC.
WO/2015/081968 METHOD FOR ELECTRONIC MODIFICATION OF PARKING SESSION DATA OF A VEHICLE DURING THE PARKING SESSION||WO||11.06.2015|
||PCT/EE2014/000009||AUTLO OÜ||KONKS, Kristjan|
Invention describes a method for altering vehicle's parking session data during an ongoing parking session when the vehicle is assigned incorrect parking area when parking in a restricted parking area, the method is performed by multiple user terminal communication module user interfaces. Using the method fine or other sanctions to the vehicle user are avoided for the whole parking session. The user interface can be either the user of the vehicle or parking inspector.
WO/2015/074669 DEVICE FOR REMOTE OIL DETECTION||WO||28.05.2015|
||PCT/EE2014/000008||LDI INNOVATION OÜ||BABICHENKO, Sergey|
The invention relates to the field of real-time detection of chemical contamination of water in harsh environmental conditions by using laser remote sensing apparatus for detection of oil or oil products. In-time detection and localization of oil pollution in seawater are the measures to minimize potential damages to the marine and coastal environment. The object of the present invention is to provide a technical solution for remote detection and classification of chemical pollution in water, to optimize operational parameters, weight, size and power consumption of such device, to make possible continuous unattended operation of such device on board of a moving or stationary platform and to provide data processing and reporting the results through communication channels. The LIDAR is designed inside the hermetical internal housing (6) filled with N2 at overpressure. The internal housing is located inside the external housing (1). For remote oil detection with variable Pulse Repetition Rate of the laser emitter calculated by LIDAR microcontroller (9) based on GPS data to provide pre-set constant spatial resolution in underway measurements. For remote oil detection in iced water distinguishing the iced water conditions by exceptional reflection of ambient and excitation light from the ice pieces in water.
WO/2015/028038 SYSTEM FOR REMOTE CONTROL AND MANAGEMENT OF A CONDITIONER AND HEAT PUMP||WO||05.03.2015|
||PCT/EE2014/000006||AP INTERNATIONAL OÜ||KÕPPER, Ivo|
The invention provides a system for adjusting operating mode, fan speed of the heat pump, also for adjusting of the room temperature via operating mode of the heat pump. The device is configured to transmit to the user information of room temperature, power breakes and maintenance intervals of the heat pump. In addition the device is configured to detect and analyse the sound or video signal generated by the heat pump in case of shortcoming of the operation of the heat pump, to transform the said sound or video signal into respective error code of the heat pump and transmit the said error code to the screen of the user device on request. Another object of the invention is to provide device, which is configured to measure the power consumption of the heat pump, transform it to the electrical power unit and transmit this information to the user on request.˙
WO/2015/021992 METHOD FOR CALCULATING AND CONVERTING THE VALUE OF CURRENCY DURING FINANCIAL TRANSACTIONS USING AN ACCOUNT BACKED WITH PRECIOUS METALS||WO||19.02.2015|
||PCT/EE2014/000004||VITSUT, Toomas||VITSUT, Toomas|
A method for calculating and converting the value of currency during financial transactions using an account backed with precious metals using info-technological means and a computer system is a method compatible with banking system converting gold or precious metal kept on a special account into liquid assets. The account is 100% backed with intrinsic value of physical gold or physical precious metal by the bank or service provider. The account is backed by the intrinsic value of the precious metal. The gold on the backed account belongs to the owner of the account, but is held by the bank or the service provider both before it is purchased by the user and after the payments. Making all payments to the backed account as well as using the account to make payments is only performed in currency and through a digital valuator. When a payment is made to the backed account, the currency is converted into gold. When payments are made from the backed account, the gold is converted into currency (Fig. 3). The exchange rate of physical gold held in the account to any currency is not fixed (gold standard is not used). The value of the precious metal is formed by supply and demand on the markets. Converting gold into currency (and vice versa) is based on the market price of gold at the moment of payment. Conversion of gold into liquid assets is performed by a payment system that allows using the account backed with precious metal (gold) on equal basis with a currency account (currency and cheques). The payment system allows to exchange gold or precious metal with goods and services on the same conditions as currency.
WO/2015/021993 PHARMACOLOGICALLY ACTIVE MODIFIED SB101 MOLECULES AND USES THEREOF||WO||19.02.2015|
||PCT/EE2014/000005||IBCC HOLDING AS||PINK, Anne|
Modified SB 101 molecules with improved pharmacokinetic characteristics are provided. The pegylated protein has longer half life time than recombinant SB101-Fc fusion protein expressed in mammalian cells. The pegylated SB101 shows more than 70 times longer in vivo plasma half time and the fusion protein shows roughly 10 times longer half life time than unmodified SB101. Pegylated protein and fusion protein have maintained their in vitro activity similar to unmodified SB101. The SB101 fusion protein -molecules inhibit angiogenesis, block endothelial cell response to VEGF and inhibit VEGF receptor 2 protein. The modified molecules with improved pharmacokinetic characters are candidates for treatment of angiogenesis related diseases such as cancer.
WO/2015/014372 ISOLATED MICROORGANISM STRAIN LACTOBACILLUS PLANTARUM TAK 59 NCIMB42150 AND ITS USE||WO||05.02.2015|
||PCT/EE2014/000003||OÜ TERVISLIKU PIIMA BIOTEHNOLOOGIATE ARENDUSKESKUS||OLT, Andres|
The invention provides the isolated microorganism Lactobacillus plantarum TAK 59 NCIMB42150, which is used for accelerating the fermentation of feed, for increasing the concentration of lactic acid and for reducing pH, hence decreasing the loss of nutrients in feed. L. plantarum TAK 59 decreasess the concentration of ammonia nitrogen and butyric acid in feed. Usage of the microorganism in ensiling suppresses the function of proteolytic and pathogenic microorganisms (enteropathogens and Clostridium) in feed. Lactobacillus plantarum TAK 59 can be used as silage additive in easy and moderately difficult to ensile forage and for prolonging the storage life of feed.
WO/2014/161554 LIGHTING DEVICE AND SYSTEM FOR WIRELESS CALIBRATION AND CONTROLLING OF LIGHTING DEVICE||WO||09.10.2014|
||PCT/EE2014/000002||DIGITAL SPUTNIK LIGHTING OÜ||KALLAS, Kaspar|
The present invention relates to modular lighting devices and systems as may be used for film, television and photography. The lighting device consists of lighting modules (10), that may be grouped together, power supply and control module (20) and a controller unit (30), that enables to use light sources of different colors and temperatures. The housing (12) of the lighting module (10) includes a parabolic curve shaped element (17) located under the active cooler (11) to improve the efficiency of the active cooling by re-directing the cooling stream under an angle. The system for wireless calibration and controlling of the lighting device provides software functionality to a light system and consists of a 'virtual spectrometer' feature, that takes into account user and ambient variables, uses interpolation curves, and that could be further refined by using external hardware. The system also includes a 'gray card ambient light detection' feature.
WO/2014/075696 MOBILE GRAVEL CRUSHER||WO||22.05.2014|
||PCT/EE2013/000006||TOFFUS OÜ||RÜÜTEL, Caspar|
The mobile crusher is designed for producing splinters. There are more than two separate hoppers on the movable frame. Each hopper has own vibrating feeder that feeds certain cone crusher. Two or more cone crushers are placed on the frame and each cone crusher has to be fed separately through the certain hopper. Under each cone crusher there are separate conveyor belts that collect crushed material. The speed on feeders, the working speed of the cone crushers and the speed on conveyor belts can be regulated independently. The main benefit of the mobile crusher appears when there's a need to crush gravel shingles (pieces of rock etc) with different dimensions. Each crusher has adjusted to process shingles with optimum size. This gives opportunity to operate the machine with low operate costs, productivity is high and the final product (splinters) has good cubical shape and contains little fine material also. In addition, the operator can regulate the splinters composition (test of grading curve) by increasing or decreasing the speed of feeders or the cone crushers that gives an optimized gradation for the final product.
WO/2014/056510 COMPACT FIRE LOG AND A METHOD OF FORMING THEREOF||WO||17.04.2014|
||PCT/EE2012/000005||PAAPSI, Margus||PAAPSI, Margus|
The fire log (1) has one or several longitudinal incisions (3), which penetrate the log but do not reach the side surface and intersect in the log's midsection. The lower part of the long has at least one air duct (4) from the side surface to the log's midsection in case the log is set on a surface which obstructs airflow to the log's lower part. The log's midsection contains an ignition device (2), which can be an ignition strip, tablet, briquette or other that has been impregnated with an ecologically friendly inflammable substance that burns fast and evenly. The ignition device can contain a wick, fuse or other. The fire log burns from the inside out and the flame exits the log from the upper end similarly to a candle, preserving the log's decorative outer surface for nearly the entire burning period. During burning, a flaming star shape is formed in the middle of the log. The fire log is comfortable to use, easy to take along and requires no additional procedures prior to use. In the open air, the log does not require any additional support for using a pot or a pan. The fire log burns significantly longer and gives more warmth than a Lapland candle.