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1.WO/2008/030987CANISTER APPARATUS AND BASKET FOR TRANSPORTING, STORING AND/OR SUPPORTING SPENT NUCLEAR FUEL
WO 13.03.2008
Clasificación Internacional G21C 19/00
GFISICA
21FISICA NUCLEAR; TECNICA NUCLEAR
CREACTORES NUCLEARES
19Disposiciones para el tratamiento, para la manipulación, o para facilitar la manipulación, del combustible o de otros materiales utilizados en el interior del reactor, p. ej. en el interior de la vasija de presión
Nº de solicitud PCT/US2007/077794 Solicitante HOLTEC INTERNATIONAL, INC. Inventor/a SINGH, Krishna, P.
A canister apparatus, basket apparatus and combinations thereof for transporting and/or storing high level radioactive waste, such as spent nuclear fuel. The canister apparatus comprises a cavity for receiving the spent nuclear fuel that is surrounded by two independent gas-tight containment boundaries. The structures that form the two independent gas-tight containment boundaries are in substantially continuous surface contact with one another, thereby facilitating sufficient heat removal from the cavity. In another aspect, the invention is a basket apparatus having a plurality of disk-like grates arranged in a stacked and spaced arrangement so that the cells of the disk-like grates are aligned. In still another aspect, the invention can be a basket apparatus having a disk-like grate having a ring-like structure encompassing a gridwork of beams specially arranged to achieve a unique cell configuration.
2.WO/2015/053655SEAL ASSEMBLY OF A SPHERICAL CLOSURE MEMBER
WO 16.04.2015
Clasificación Internacional F16K 5/06
FMECANICA; ILUMINACION; CALEFACCION; ARMAMENTO; VOLADURA
16ELEMENTOS O CONJUNTOS DE TECNOLOGIA; MEDIDAS GENERALES PARA ASEGURAR EL BUEN FUNCIONAMIENTO DE LAS MAQUINAS O INSTALACIONES; AISLAMIENTO TERMICO EN GENERAL
KVALVULAS; GRIFOS; COMPUERTAS; FLOTADORES PARA ACCIONAMIENTO; DISPOSITIVOS PARA VENTILAR O AIREAR
5Grifos o compuertas que comprenden solamente dispositivos de obturación que tienen al menos una de las caras de obturación con la forma más o menos completa, de la superficie de un sólido de revolución, siendo el movimiento de apertura y cierre predominantemente rotatorio
06cuyos tacos tienen una superficie esférica; Sus empaquetamientos de estanqueidad
Nº de solicitud PCT/RU2014/000064 Solicitante MEL'NIKOV, Pavel Eduardovich Inventor/a MEL'NIKOV, Pavel Eduardovich
The invention relates to heating and water supply systems. The technical result is a broadening of the range of means available for compensating for deviations in the dimensions of ball valve components or of grooves therein for the installation of annular seals that mate with the spherical closure member of a ball valve, as well as for compensating for assembly faults, and also increasing the service life of articles having a spherical closure member by providing greater longevity to annular seals. The seal assembly comprises an annular groove, provided in a housing or in a component attached thereto, in which groove a seal member is disposed which contacts with the outer surface of a spherical closure member. The groove has an angular cross-section and is formed by a flat annular surface that mates at the outer edge thereof with a cylindrical surface via a depression which extends in a radial direction as far as the position of the cylindrical surface. The seal member has, on the side opposite that which contacts with the outer surface of the spherical closure member, a flat annular surface which mates at the outer edge thereof with a cylindrical surface, via which surfaces the seal member mates with the flat annular surface and the cylindrical surface of the groove, respectively. The depression is covered by the flat annular surface of the seal member.
3.WO/2018/025585REDUCED IRON PRODUCTION METHOD AND PRODUCTION APPARATUS
WO 08.02.2018
Clasificación Internacional C21B 13/10
CQUIMICA; METALURGIA
21METALURGIA DEL HIERRO
BFABRICACION DEL HIERRO O DEL ACERO
13Fabricación de hierro esponjoso o acero líquido, por procesos directos
10en hornos de reverbero
Nº de solicitud PCT/JP2017/025017 Solicitante KABUSHIKI KAISHA KOBE SEIKO SHO (KOBE STEEL, LTD.) Inventor/a UEMURA, Tomoki
Provided is a reduced iron production method with which recovery of highly pure metal iron at high efficiency and reduced load on crushing equipment are possible. Said method comprises: a reducing step for reducing iron oxide by heating agglomerates that contain iron oxide and a carbonaceous reducing agent in a heating furnace (1) to form reduced iron and solidifying a product formed by melting said reduced iron; a first magnetic separation step for separating, from among granular metal iron, a first slag and a second slag containing more microgranular metal iron than the first slag that are contained in the product, at least the granular metal iron from the first slag to separate a first slag-containing substance and a granular metal iron-containing substance from each other using a first magnetic separator (11); a second magnetic separation step for separating the second slag from the first slag-containing substance or the granular metal iron-containing substance using a second magnetic separator (12), which has an attraction force that is different from the attraction force of the first magnetic separator (11); and a crushing step (step S5) for crushing the second slag.
4.WO/2011/115531DEVICE FOR FORMING A BIPOLAR SIGNAL
WO 22.09.2011
Clasificación Internacional H03K 3/57
HELECTRICIDAD
03CIRCUITOS ELECTRONICOS BASICOS
KTECNICA DE IMPULSO
3Circuitos para la generación de impulsos eléctricos; Circuitos monoestables, biestables o multiestables
02Generadores caracterizados por el tipo de circuito o por los medios utilizados para producir impulsos
53por la utilización de un elemento que acumula la energía descargada en una carga por un dispositivo interruptor controlado por una señal exterior y no incorporando realimentación positiva
57siendo el dispositivo de conmutación un dispositivo de semiconductores
Nº de solicitud PCT/RU2011/000185 Solicitante OTKRYTOE AKTSIONERNOE OBSCHESTVO "PROISVODSTVENNOE OBIEDINENIE" URALSKII OPTIKO-MECHANICHESKII ZAVOD" IMENI E.S. YALAMOVA" (ОАО "PO" UOMZ") Inventor/a BELYANKIN, Evgeny Pavlovich
The invention relates to the field of medical technology, specifically to defibrillators, and can be used in medical institutions for reanimation, cardio surgery and intensive therapy departments and for departments of emergency aid, and also in pre-hospital stages of medical aid. The device for forming a bipolar signal comprises an electric power accumulator, electronic controllable switches which commutate said electric power, and a circuit for controlling said switches. In order to form a signal of positive and negative polarity, an electric power accumulator, which is connected to a circuit of consecutively connected switches, is set up. Each of the switches is connected in parallel to a resistor. The circuit for controlling the switches in order to change the pulse shape controls the connection of the electronic switches and circuit for forming the bipolar signal. The circuit for forming the bipolar signal consists of four switches consecutively connected to the electric power accumulator and to the circuit for changing the pulse shape in such a manner that, when the first and fourth switches are connected up, a current via a load flows in the direction forming a signal of positive polarity and, when the second and third switches are connected up, a current via a load flows in the direction forming a signal of negative polarity. The signals for controlling the electronic switches comes from the control circuit for forming the bipolar signal. The technical result of the present invention comprises simplifying the electric circuit.
5.WO/2009/131492HEATING MODULE (TWO VARIANTS)
WO 29.10.2009
Clasificación Internacional F24H 1/00
FMECANICA; ILUMINACION; CALEFACCION; ARMAMENTO; VOLADURA
24CALEFACCION; HORNILLAS; VENTILACION
HCALENTADORES DE FLUIDOS, p. ej. CALENTADORES DE AGUA O DE AIRE, QUE TIENEN MEDIOS PARA PRODUCIR CALOR, EN GENERAL
1Calentadores de agua que tienen medios para producir calor, p. ej. caldera, calentador de agua instantáneo, calentador de agua por acumulación térmica
Nº de solicitud PCT/RU2009/000182 Solicitante MALTSEV, Aleksandr Anatolyevich Inventor/a MALTSEV, Aleksandr Anatolyevich
The inventions relates to plants for supplying heat to heating, ventilation, hot water and engineering heating systems, which plants having a nominal thermal output ranging from 0.5 to 10.0 MW and using low, mean or high-pressure natural gas and/or white (light) and also dark (heavy) petroleum products. Both variants comprise the following interacting components: at least one hot-water boiler, at least one burner and at least one circulation pump. Both plant variants are designed in the form of a module, and all the facilities are mounted on a movable supporting carrier frame in close proximity to each other with proviso that the operating devices of the facilities arranged along the perimeter are accessible. In the second variant, the plant is provided with a lining in the form of a protective cover. The variants of the invention make it possible to improve the flexibility of heat supplying plants as well as the small size and mobility thereof.
6.WO/2012/174969SELF-PROTECTION SYSTEM OF AUTOMOTIVE TRANSMISSION SYSTEM AND CONTROL METHOD THEREOF
WO 27.12.2012
Clasificación Internacional B60W 10/10
BTECNICAS INDUSTRIALES DIVERSAS; TRANSPORTES
60VEHICULOS EN GENERAL
WCONTROL CONJUGADO DE VARIAS SUBUNIDADES DE UN VEHICULO DE DIFERENTE TIPO O FUNCION; SISTEMAS DE CONTROL ESPECIALMENTE ADAPTADOS PARA VEHICULOS HIBRIDOS; SISTEMAS DE CONTROL DE LA CONDUCCION DE VEHICULOS TERRESTRES NO RELACIONADOS CON EL CONTROL DE UNA SUBUNIDAD PARTICULAR
10Control conjugado de subunidades de vehículo de diferentes tipos o funciones
10incluyendo el control de cajas de cambio de velocidades
Nº de solicitud PCT/CN2012/076007 Solicitante CHERY AUTOMOBILE CO., LTD. Inventor/a NI, Bin
The present invention relates to a self-protection system of an automotive transmission system and a control method thereof, comprising a transmission control unit (TCU), an engine management system (EMS), an instrument module (ICM) and a CAN bus. The TCU is a main controller, and is used to perform transmission control and self-protection control on the transmission. The EMS is used to perform torque output control according to a torque protection request sent by the TCU. The ICM is used to control a transmission indication lamp according to the a transmission indication lamp request sent by the TCU. The TCU, the EMS, and the ICM are connected for communication through the CAN bus. A self-protection system of an automotive transmission system and a control method therefor, said system comprising a transmission control unit (TCU), an engine management system (EMS), an instrument cluster module (ICM), and a CAN bus. The TCU is the main controller, and is used to perform transmission control and self-protection control on the transmission. The EMS is used to perform torque output control on the basis of a torque protection request sent by the TCU. The ICM is used to control a transmission indication lamp on the basis of a transmission indication lamp request sent by the TCU. The TCU, the EMS, and the ICM are connected for communication through the CAN bus. The control method comprises three protection modes: primary shaft clamping pressure protection calculation, secondary shaft clamping pressure calculation, and steel belt slip protection, the protection increasing from one level to the next.
7.WO/2012/122893AUTOMATIC TEMPERATURE CONTROL DEVICE FOR MAGNESIUM ELECTROLYTIC CELL
WO 20.09.2012
Clasificación Internacional C25C 3/04
CQUIMICA; METALURGIA
25PROCESOS ELECTROLITICOS O ELECTROFORETICOS; SUS APARATOS
CPROCESOS PARA LA PRODUCCION, RECUPERACION O AFINADO ELECTROLITICO DE METALES; SUS APARATOS
3Producción electrolítica, recuperación o afinado de metales por electrólisis de baños fundidos
04de magnesio
Nº de solicitud PCT/CN2012/071791 Solicitante QINGHAI NORMOON TECHNOLOGY CO., LTD Inventor/a ZHOU, Maojing
Temperature control during operation of a magnesium electrolytic cell in a molten salt electrolysis process for producing magnesium, and especially an automatic temperature control device for multiple magnesium electrolytic cells. A thermocouple, a transformer control cabinet, and a high pressure centrifugal ventilator are respectively connected to a programmable controller, wherein the programmable controller is further connected to a computer, to form the automatic temperature control device for the magnesium electrolytic cell. The automatic temperature control device for the magnesium electrolytic cell is employed, to achieve the purpose of automatically controlling the temperatures of multiple magnesium electrolytic cells, so as to improve the temperature control precision of the magnesium electrolytic cells, thereby increasing the current efficiency and decreasing the power consumption per unit of metal magnesium. The computer can display the temperatures of all of the magnesium electrolytic cells on the same panel, so as to realize the centralized monitoring of the temperatures of all of the magnesium electrolytic cells. Moreover, the device has an AC heating function, so that when a DC power supply fails, the electrolyte is not solidified, thereby avoiding loss.
8.WO/2012/053934SYSTEM FOR CONTROLLING ELECTRICAL POWER GENERATION
WO 26.04.2012
Clasificación Internacional H02J 3/00
HELECTRICIDAD
02PRODUCCION, CONVERSION O DISTRIBUCION DE LA ENERGIA ELECTRICA
JCIRCUITOS O SISTEMAS PARA LA ALIMENTACION O LA DISTRIBUCION DE ENERGIA ELECTRICA; SISTEMAS PARA EL ALMACENAMIENTO DE ENERGIA ELECTRICA
3Circuitos para redes principales o de distribución, de corriente alterna
Nº de solicitud PCT/RU2011/000737 Solicitante OBSCHESTVO S OGRANICHENNOY OTVETSTVENNOSTYU "BURENERGO" Inventor/a DENDYUK, Vladimir Antonovich
The proposed invention relates to the field of power engineering and makes it possible to provide highly efficient electrical power generation in extreme weather conditions. A system for controlling electrical power generation is proposed which comprises power generating units that are connected to a network via a parallel circuit and comprise a power house, an electrical generator, switches and programmable control and protection means. At least one active loading device is connected to the electrical network in parallel with the power generating units. The programmable control and protection means include a microprocessor-based excitation system with an insulated gate bipolar transistor converter, an automatic gain control controller and an electrical generator differential protection controller. The controllers are connected to one another and to the microprocessor-based excitation system, the switches and a station computer for controlling the power generating units, said station computer being the end point in a two-way wireless communication link with a dispatch computer for remotely controlling and monitoring the power generating units.
9.WO/2019/034899DEVICE FOR HOLDING A PRODUCT MADE OF DOUGH WITH A MEAT DUMPLING FILLING IN A HAND
WO 21.02.2019
Clasificación Internacional A47J 43/28
ANECESIDADES CORRIENTES DE LA VIDA
47MOBILIARIO; ARTICULOS O APARATOS DE USO DOMESTICO; MOLINILLOS DE CAFE; MOLINILLOS DE ESPECIAS; ASPIRADORES EN GENERAL
JMATERIAL DE COCINA; MOLINILLOS DE CAFE; MOLINILLOS DE ESPECIAS; APARATOS PARA PREPARAR LAS BEBIDAS
43Instrumentos diversos para preparar o recibir alimentos, no previstos en otros grupos de esta subclase
28Otros instrumentos manuales de cocina, p. ej. espátulas, tenazas, tenedores o artículos similares para sujetar los alimentos, cucharones, espumaderas, cucharas de cocina; soportes para cucharas fijos a las marmitas
Nº de solicitud PCT/GE2018/000004 Solicitante SAANISHVILI, Vladimer Inventor/a SAANISHVILI, Vladimer
A device for holding a product made of dough with a meat dumpling filling in a hand comprises a housing consisting of two identically shaped hollow semicylindrical parts (1) which are connected at one end to each other by means of a connecting element (2), opposite which two teeth (3) are mounted in a radial plane on an internal side of each semicylindrical part. A pair of wings (4) to allow opening of the device is formed close to a second end on an external surface of each semicylindrical part.
10.WO/2014/095177A METHOD AND AN ADJUSTING TOOL FOR ADJUSTING A PRESETTING OF A VALVE, IN PARTICULAR A HEAT EXCHANGER VALVE
WO 26.06.2014
Clasificación Internacional G05D 23/01
GFISICA
05CONTROL; REGULACION
DSISTEMAS DE CONTROL O DE REGULACION DE VARIABLES NO ELECTRICAS
23Control de la temperatura
01sin fuente de energía auxiliar
Nº de solicitud PCT/EP2013/073853 Solicitante DANFOSS A/S Inventor/a CHRISTENSEN, Morten, H.
A method for adjusting a presetting of a valve, in particular a heat exchanger valve is disclosed, said method comprising a step of moving in a valve housing a presetting position corresponding to a desired presetting. A precise adjustment of the presetting should be facilitated. To this and in a preadjustment step a presetting position is adjusted in an adjusting tool (13) and in an adjustment step said adjusting tool (13) is mounted on said valve housing engaging said presetting element and said valve housing wherein said adjusting tool (13) is moved relative to said valve housing until it rests against a stop at said valve housing.