mhurhangee/patent-ind-claim-en huggingface dataset:
A device comprising means for forwarding or routing speech frames in a transport network of a mobile communications system, the device further comprising: a buffer for storing incoming speech frames of a plurality of users of the mobile communications system, and a discarding unit for discarding speech frames, wherein the discarding unit is adapted to discard a speech frame stored in the buffer on basis of content of the speech frame, characterised in that the content of the speech frame comprises information about the quality of said speech frame indicating whether the speech frame has been erroneously received in the uplink transmission of the air interface. a buffer for storing incoming speech frames of a plurality of users of the mobile communications system, and a discarding unit for discarding speech frames, wherein the discarding unit is adapted to discard a speech frame stored in the buffer on basis of content of the speech frame, characterised in that the content of the speech frame comprises information about the quality of said speech frame indicating whether the speech frame has been erroneously received in the uplink transmission of the air interface.
An isolated flavivirus comprising a ribonucleic acid genome sequence having at least 70% sequence identity to SEQ ID NO.20.
A method for drying a vegetable, characterised in that it comprises the following steps: a) applying microwave energy in conditions of absolute pressure between 31200 Pa (312 mbar) and atmospheric pressure to a starting vegetable until said vegetable reaches a temperature in a range of 50 °C to 70 °C, wherein the starting vegetable has a moisture content that is less than 15%; b) applying microwave energy at a microwave power density that is greater or equal to 1 W/g to the vegetable obtained in step a), at an absolute pressure less than or equal to 31200 Pa (312 mbar), until the vegetable reaches a temperature in a range of 65 °C to 85 °C; c) applying microwave energy in conditions of absolute pressure less than or equal to 31200 Pa (312 mbar) to the vegetable obtained in step b) until the vegetable reaches a temperature in a range of 70 °C to 100 °C; and d) cooling the vegetable obtained in step c) under vacuum, without applying microwaves, at an absolute pressure less than or equal to 12300 Pa (123 mbar) until reaching a temperature that is less than or equal to 50 °C, wherein the temperature reached by the vegetable is greater in step b) than in step a), and is greater in step c) than in step b). a) applying microwave energy in conditions of absolute pressure between 31200 Pa (312 mbar) and atmospheric pressure to a starting vegetable until said vegetable reaches a temperature in a range of 50 °C to 70 °C, wherein the starting vegetable has a moisture content that is less than 15%; b) applying microwave energy at a microwave power density that is greater or equal to 1 W/g to the vegetable obtained in step a), at an absolute pressure less than or equal to 31200 Pa (312 mbar), until the vegetable reaches a temperature in a range of 65 °C to 85 °C; c) applying microwave energy in conditions of absolute pressure less than or equal to 31200 Pa (312 mbar) to the vegetable obtained in step b) until the vegetable reaches a temperature in a range of 70 °C to 100 °C; and d) cooling the vegetable obtained in step c) under vacuum, without applying microwaves, at an absolute pressure less than or equal to 12300 Pa (123 mbar) until reaching a temperature that is less than or equal to 50 °C,
A method to generate terahertz radiation in a nonlinear optical medium , wherein a pump beam is subjected to pulse front tilting, the thus obtained pump beam with tilted pulse front is guided through imaging optics before being coupled into the nonlinear optical medium and THz radiation is generated in the optical medium by nonlinear optical processes by means of the pump beam , wherein said pulse front tilt of the pump beam required to satisfy the velocity matching condition of v p,cs cos(γ) = v TH,f is induced as a sum of a plurality of pulse front tilts, each pulse front tilt is induced separately as a partial pulse front tilt of the pump beam in subsequent steps comprising at least a first step and at least a last step, here v p;cs is the group velocity of the pump beam, v THz;f is the phase velocity of the THz pulse, and y is the angle formed between the pulse front and the phase front of said pump beam , and wherein the last step of pulse front tilting of said pump beam is performed by coupling the pump beam into the nonlinear optical medium of a material transparent to the pump beam through a stair-step structure , characterized in that said optical medium is defined by an entry surface and an exit surface parallel to one another, and wherein the entry surface of the nonlinear optical medium is formed as the stair-step structure .
Tool device for compacting solid, in particular carbon-containing feed material into briquettes, with a device for pressing the feed material, wherein the device for compacting has a mold channel punch press with at least one press punch and corresponding press channel (73.1), characterized in that the tool device comprises a first agglomeration stage (70.1) with a perforated disc roller mill , and the shaped channel punch press is connected downstream of the perforated disc roller mill as a second agglomeration stage (70.2), wherein the perforated disc roller mill comprises a die (79.1) with a plurality of press passages (79.2) each having a diameter of up to 6 mm or between 1 and 6 mm, in particular less than 3 mm, and wherein an inlet section and an outlet section of the press channel (73.1) are each formed from a single molded part.
A method for reversing a tubular knitted article (S), wherein: the tubular knitted article (S), engaged at a first end thereof by a pick-up device and hanging with a second end thereof from the pick-up device, is introduced in a reversing tube , the reversing tube comprising a lower end , an upper end and a side wall extending from the lower end to the upper end; the reversing tube is moved through the pick-up device so as to project with the upper end thereof above the pick-up device; and the reversing tube is moved reciprocatingly up and down between an upper position and a lower position, while co-acting with a top clamping device and a bottom clamping device until the tubular knitted article (S) is entirely everted on the outer surface of the reversing tube . the tubular knitted article (S), engaged at a first end thereof by a pick-up device and hanging with a second end thereof from the pick-up device, is introduced in a reversing tube , the reversing tube comprising a lower end , an upper end and a side wall extending from the lower end to the upper end; the reversing tube is moved through the pick-up device so as to project with the upper end thereof above the pick-up device; and the reversing tube is moved reciprocatingly up and down between an upper position and a lower position, while co-acting with a top clamping device and a bottom clamping device until the tubular knitted article (S) is entirely everted on the outer surface of the reversing tube .
A method of an apparatus for operating a first network slice selector, NSS, of a visited network providing a roaming service for a home network , the method comprising: receiving , from a common core network function, CCNF , comprising an access and mobility management function, AMF, a slice request; transmitting , to a second NSS of the home network , the slice request; receiving , from the second NSS of the home network , a slice selection response including an identity of a network slice in the home network , wherein the identity of the network slice in the home network is identified by the second NSS of the home network based on the slice request; and transmitting , to the CCNF , the slice selection response. receiving , from a common core network function, CCNF , comprising an access and mobility management function, AMF, a slice request; transmitting , to a second NSS of the home network , the slice request; receiving , from the second NSS of the home network , a slice selection response including an identity of a network slice in the home network , wherein the identity of the network slice in the home network is identified by the second NSS of the home network based on the slice request; and transmitting , to the CCNF , the slice selection response.
An adjustable headrest assembly attachable to a seat back , comprising: an adapter plate attachable to a seat back element; a headrest disposed forward of the adapter plate ; and an adjustment mechanism movably coupling the headrest to the adapter plate , the adjustment mechanism including: i. a linear slide mounted to a back of the headrest ; ii. first and second carriages independently slidable along the linear slide ; and iii. first and second independently pivotable connecting links , wherein the first connecting link is pivotally attached to the first carriage and pivotally attached to the adapter plate, and the second connecting link is pivotally attached to the second carriage and pivotally attached to the adapter plate, wherein the adjustable headrest assembly comprises a first linkage including the first carriage and the first connecting link ; wherein the adjustable headrest assembly comprises a second linkage including the second carriage and the second connecting link ; and wherein the first and second linkages are configured to move together to translate the headrest forward or aft while maintaining parallelness with the adapter plate , or independently to induce an angle in the headrest , by rotating said headrest about a vertical axis. an adapter plate attachable to a seat back element; a headrest disposed forward of the adapter plate ; and an adjustment mechanism movably coupling the headrest to the adapter plate , the adjustment mechanism including: i. a linear slide mounted to a back of the headrest ; ii. first and second carriages independently slidable along the linear slide ; and iii. first and second independently pivotable connecting links , wherein i. a linear slide mounted to a back of the headrest ; ii. first and second carriages independently slidable along the linear slide ; and iii. first and second independently pivotable connecting links , wherein the first connecting link is pivotally attached to the first carriage and pivotally attached to the adapter plate, and the second connecting link is pivotally attached to the second carriage and pivotally attached to the adapter plate, wherein the adjustable headrest assembly comprises a first linkage including the first carriage and the first connecting link ; wherein the adjustable headrest assembly comprises a second linkage including the second carriage and the second connecting link ; and wherein the first and second linkages are configured to move together to translate the headrest forward or aft while maintaining parallelness with the adapter plate , or independently to induce an angle in the headrest , by rotating said headrest about a vertical axis.
A fiber optic gyroscope (FOG) assembly comprising: a spool comprising a flange corresponding to a flattened portion comprising an axial center corresponding to a sensitive axis about which an associated FOG system is configured to measure rotation; a magnetic shield arranged as a capped concentric cover about the sensitive axis and coupled to the flange to create a toroidal cavity between the magnetic shield and the flange ; and a fiber coil disposed within the toroidal cavity and coupled to the flange , the fiber coil comprising an optical fiber which is counter-wound in a first orientation and a second orientation opposite the first orientation, characterized in that the fiber coil has an axial dimension (H1) along the sensitive axis that is less than or equal to approximately 160% of a radial width (W) corresponding to a difference between an outer radius and an inner radius of the fiber coil . a spool comprising a flange corresponding to a flattened portion comprising an axial center corresponding to a sensitive axis about which an associated FOG system is configured to measure rotation; a magnetic shield arranged as a capped concentric cover about the sensitive axis and coupled to the flange to create a toroidal cavity between the magnetic shield and the flange ; and a fiber coil disposed within the toroidal cavity and coupled to the flange , the fiber coil comprising an optical fiber which is counter-wound in a first orientation and a second orientation opposite the first orientation, characterized in that the fiber coil has an axial dimension (H1) along the sensitive axis that is less than or equal to approximately 160% of a radial width (W) corresponding to a difference between an outer radius and an inner radius of the fiber coil .
A sanitary fixture , comprising: a tank , a deck , and a bowl ; a waterway extending between the tank and the bowl ; and a compartment for receiving and housing a cleaning product , the compartment extending through the deck into the waterway , characterized in that the sanitary fixture further comprises: a seat-hinge cover , the seat-hinge cover comprising an aperture formed in a top surface, the seat-hinge cover coupled to a top surface of the deck between the tank and the bowl . a tank , a deck , and a bowl ; a waterway extending between the tank and the bowl ; and a compartment for receiving and housing a cleaning product , the compartment extending through the deck into the waterway , characterized in that the sanitary fixture further comprises: a seat-hinge cover , the seat-hinge cover comprising an aperture formed in a top surface, the seat-hinge cover coupled to a top surface of the deck between the tank and the bowl .
An X-ray device , comprising: - an X-ray source (X); - an ID-system comprising one or more ID-means for identifying at least one operator and/or at least one object ; - a processor unit configured for: - determining an operator expertise level and/or determining object data; and - image acquisition for generating an X-ray image; and - an interface for adaptive interaction of the operator and the X-ray device, wherein the interface is adapted for outputting at least one option selector and wherein at least one subsequent option selector is adapted according to the operator expertise level and/or object data. - an X-ray source (X); - an ID-system comprising one or more ID-means for identifying at least one operator and/or at least one object ; - a processor unit configured for: - determining an operator expertise level and/or determining object data; and - image acquisition for generating an X-ray image; and - determining an operator expertise level and/or determining object data; and - image acquisition for generating an X-ray image; and - an interface for adaptive interaction of the operator and the X-ray device, wherein the interface is adapted for outputting at least one option selector and wherein at least one subsequent option selector is adapted according to the operator expertise level and/or object data.
A hybrid current sensor assembly , comprising: a conductor configured to be connected to both terminals of an external electronic device; a Hall sensor in which a potential difference occurs at both ends thereof due to a magnetic field applied to a Hall core ; a shunt terminal ; a shunt resistance configured to shunt the current flowing in the conductor ; a microprocessor electrically connected to the shunt terminal and configured to measure the current flowing in the conductor ; and a circuit board to which the Hall sensor and the shunt terminal are connected, wherein the hybrid current sensor assembly comprises the Hall core to which the magnetic field generated by a current flowing in the conductor is applied, wherein the Hall core is configured such that the magnetic field is concentrated on the Hall sensor , and comprises a first face to cover a bottom side of the conductor , and a second face and a third face bent correspondingly from both edges of the first face and covering both edges of the conductor ; characterized in that the circuit board has the microprocessor mounted thereto and comprises a core insertion portion into which the Hall core is inserted. a conductor configured to be connected to both terminals of an external electronic device; a Hall sensor in which a potential difference occurs at both ends thereof due to a magnetic field applied to a Hall core ; a shunt terminal ; a shunt resistance configured to shunt the current flowing in the conductor ; a microprocessor electrically connected to the shunt terminal and configured to measure the current flowing in the conductor ; and a circuit board to which the Hall sensor and the shunt terminal are connected, wherein the hybrid current sensor assembly comprises the Hall core to which the magnetic field generated by a current flowing in the conductor is applied, wherein the Hall core is configured such that the magnetic field is concentrated on the Hall sensor , and comprises a first face to cover a bottom side of the conductor , and a second face and a third face bent correspondingly from both edges of the first face and covering both edges of the conductor ; characterized in that the circuit board has the microprocessor mounted thereto and comprises a core insertion portion into which the Hall core is inserted.
A curable composition comprising: a polyol, a polyamine, a polythiol, or a polycarbamate, or a combination of any thereof; a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof, and an activator compound, wherein the activator compound comprises a tertiary amine and/or an ionic liquid. a polyol, a polyamine, a polythiol, or a polycarbamate, or a combination of any thereof; a 1,1-di-activated vinyl compound, or a multifunctional form thereof, or a combination thereof, and an activator compound, wherein the activator compound comprises a tertiary amine and/or an ionic liquid.
Device for the integrated display of information on a watercraft, wherein the information is formed from multiple information categories, wherein a first information category is formed from cartographic information elements , wherein a second information category is formed from sonar information elements , wherein a third information category is formed from ship information elements , wherein the device comprises at least one first means for data acquisition, wherein the device comprises at least one first means for data processing , wherein the device comprises at least one first display means , wherein the at least one first means for data acquisition comprises at least one first interface to the sonar system, wherein the at least one first means for data acquisition comprises at least one second interface to the ship system, wherein the at least one first means for data acquisition comprises at least one third interface to the ship database, wherein the cartographic information elements can be acquired via the third interface , wherein the sonar information elements can be acquired via the first interface , wherein the ship information elements can be acquired by way of the second interface , wherein the at least one first means for data processing is designed for correlation of the first information category, the second information category, and the third information category, wherein the at least one first display means is designed to display the information obtained by correlation of the information categories, wherein the at least one first means for data processing is designed to carry out a method for computing a route for a watercraft; characterized in that the at least one first means for data processing is designed to compute a location-dependent detection probability as a function of the sonar information elements and the ship information elements , wherein ship position, battery level, and quantity of available fuel are ship information elements , wherein, for the computation of the route, a range of the watercraft is determined as a function of the battery level and the quantity of available fuel, wherein, for the computation of the route, further fluid vehicles are searched for using the sonar receiver, wherein, for the computation of the route, information relating to the position and type of a further fluid vehicle is obtained by evaluating the data received using the sonar receivers, wherein, for the computation of the route, a minimum distance to the further fluid vehicle is computed from a maximum detection probability and a detection range of the further fluid vehicle.
An air conditioning system comprising: a condenser having a header plate and conduits supported by the header plate , the conduits being configured to contain a flow of refrigerant for heat transfer within the condenser , and wherein the conduits extend through the header plate ; a temperature sensor ; a fan configured to direct air flow across the conduits within the condenser , along an interior side of the header plate , the temperature sensor mounted to an exterior side of the header plate and outside of an interior volume of the condenser so as to shield the temperature sensor from the air flow; and a controller in communication with the temperature sensor and the fan , the controller being configured to: receive from the temperature sensor an indicator of a temperature of the exterior side of the header plate ; and control the fan to direct air flow across the conduits within the condenser , based on the indicator of the temperature. a condenser having a header plate and conduits supported by the header plate , the conduits being configured to contain a flow of refrigerant for heat transfer within the condenser , and wherein the conduits extend through the header plate ; a temperature sensor ; a fan configured to direct air flow across the conduits within the condenser , along an interior side of the header plate , the temperature sensor mounted to an exterior side of the header plate and outside of an interior volume of the condenser so as to shield the temperature sensor from the air flow; and a controller in communication with the temperature sensor and the fan , the controller being configured to: receive from the temperature sensor an indicator of a temperature of the exterior side of the header plate ; and control the fan to direct air flow across the conduits within the condenser , based on the indicator of the temperature. receive from the temperature sensor an indicator of a temperature of the exterior side of the header plate ; and control the fan to direct air flow across the conduits within the condenser , based on the indicator of the temperature.
A plant cultivation device , comprising a receptacle having at least one peripheral wall and a bottom wall , said receptacle comprising at least one irrigation tube which may contain a wick enabling the rise of water by capillarity, the or each irrigation tube opening into a hole arranged in the bottom wall , a region of the bottom wall around the, or each, hole comprising guide means adapted to guide roots of a plant around the corresponding hole to keep the irrigation tube substantially clear, the guide means comprising at least one rib adapted to guide the roots of a plant, the or each rib projecting from the bottom wall towards the inside of the receptacle , at least one rib partially surrounding the corresponding hole by creating an area which surrounds the hole and by leaving an opening , so as to enable the roots to rotate around the hole by substantially following the or each rib then to come out from the guide means.