mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communications performed by a first node, comprising: identifying a number of actually transmitted reference signals; identifying a number of available physical random access channel, PRACH, time-frequency resources and preamble indices in a time period; identifying , a number of configured PRACH preamble indices or PRACH time-frequency resources per reference signal; determining that the available number of PRACH preambles within the time period is not an integer multiple of the product of the number of actually transmitted reference signals and the number of configured PRACH preamble indices or PRACH time-frequency resources per reference signal; and mapping the actually transmitted reference signals to the available PRACH time-frequency resources and preamble indices based on the identified information and determination, wherein the mapping is based on a pre-defined mapping rule. identifying a number of actually transmitted reference signals; identifying a number of available physical random access channel, PRACH, time-frequency resources and preamble indices in a time period; identifying , a number of configured PRACH preamble indices or PRACH time-frequency resources per reference signal; determining that the available number of PRACH preambles within the time period is not an integer multiple of the product of the number of actually transmitted reference signals and the number of configured PRACH preamble indices or PRACH time-frequency resources per reference signal; and mapping the actually transmitted reference signals to the available PRACH time-frequency resources and preamble indices based on the identified information and determination, wherein the mapping is based on a pre-defined mapping rule.
A flavour composition containing a seaweed concentrate or product derived therefrom, wherein the seaweed concentrate or product derived therefrom contains a concentrate from Fucus serratus.
A smoke detector test apparatus comprising: an aerosol generator ; a reservoir for holding a test fluid; a compressor for pressurising the test fluid in the reservoir; a valve metering chamber (21. 31, 41, 51); and a valve , arranged to permit the flow of test fluid from the reservoir to fill the valve metering chamber with a measured dose of the test fluid, wherein the aerosol generator is arranged to generate an aerosol of the measured dose of the test fluid contained in the valve metering chamber. an aerosol generator ; a reservoir for holding a test fluid; a compressor for pressurising the test fluid in the reservoir; a valve metering chamber (21. 31, 41, 51); and a valve , arranged to permit the flow of test fluid from the reservoir to fill the valve metering chamber with a measured dose of the test fluid, wherein the aerosol generator is arranged to generate an aerosol of the measured dose of the test fluid contained in the valve metering chamber.
An air conditioner, comprising: a casing including a first side plate , a second side plate , an outdoor air inlet body , and an air outlet body , the casing having an inner air flow space defined therein and an entrance defined in one of the first side plate or the second side plate ; at least one heat exchanger and a fan disposed between the outdoor air inlet body and the air outlet body in an air flow direction of the casing ; a heater module inserted through the entrance into the inner airflow space , wherein a handle is mounted on a first side face of the heater module , and wherein the first side face is closer to the entrance than a second side face thereof; a pair of guide brackets installed in the casing that slidably guide the heater module ; and a door module that opens and closes the entrance , wherein the door module is configured to contact the handle to press the handle in a direction away from the entrance . a casing including a first side plate , a second side plate , an outdoor air inlet body , and an air outlet body , the casing having an inner air flow space defined therein and an entrance defined in one of the first side plate or the second side plate ; at least one heat exchanger and a fan disposed between the outdoor air inlet body and the air outlet body in an air flow direction of the casing ; a heater module inserted through the entrance into the inner airflow space , wherein a handle is mounted on a first side face of the heater module , and wherein the first side face is closer to the entrance than a second side face thereof; a pair of guide brackets installed in the casing that slidably guide the heater module ; and a door module that opens and closes the entrance , wherein the door module is configured to contact the handle to press the handle in a direction away from the entrance .
Dishwasher , in particular household dishwasher, having at least one air outlet for blowing out in particular humid air from a dishwasher cavity in which dishware, glasses, cutlery and the like can be treated, characterised in that the air outlet is arranged in the lower quarter of the appliance height (H) and extends as a slotted outlet across at least two thirds of the width (Q) of the dishwasher , wherein the air outlet has at least one air-guiding element for the targeted removal of air into the region in front of the front face (V) of the dishwasher , the air-guiding element applying a downward component to the outflowing air , and wherein the air outlet is arranged on the front face (V) of the dishwasher facing a user and blows out the air with a forward component (V).
An implantable biomaterial formed by: providing a polyether-diisocyanate prepolymer; reacting the prepolymer with one or more chain extender molecules to form a mouldable polymer selected from a polyurethane polymer, a polyurethane-urea polymer, and a polyurethane-urea block copolymer; and shaping and curing the mouldable polymer to form the implantable biomaterial, characterised in that the diisocyanate is a toluene diisocyanate and the mouldable polymer is a thermosetting polymer. providing a polyether-diisocyanate prepolymer; reacting the prepolymer with one or more chain extender molecules to form a mouldable polymer selected from a polyurethane polymer, a polyurethane-urea polymer, and a polyurethane-urea block copolymer; and shaping and curing the mouldable polymer to form the implantable biomaterial,
Device for the translatory and rotary movement of an item of the device having a flat bearing region relative to a bearing region of a carrier panel of the device arranged plane-parallel to the bearing region , - wherein, as viewed in the plane of the bearing surfaces, a length of the item is greater than a width of the item , - wherein mutually facing bearing surfaces of the bearing regions have respective running channels in which rolling-contact bodies are guided, - wherein the running channels are formed in such a way that when force is applied to the item in a direction (A) defined in the plane of the bearing region, the item can be moved relative to the carrier panel in a first pivoting direction (R 1 ) from a starting position into an end position, in which the item is pivoted relative to the carrier panel through a predetermined angle between 90° and 180° and can be pivoted back into the starting position in a pivoting direction (R 2 ) opposite to the first pivoting direction (R 1 ), - wherein a connecting stub projects from one of the bearing regions and is movable in a guide track arranged in the other of the bearing regions , - wherein the connecting stub is arranged eccentrically on one of the bearing regions and - the guide track is in the form of a curve with a varying radius of curvature, characterized in that - the connecting stub has a cylindrical neck region , from the free end of which a collar extends, the surface of which facing the neck region engages behind a support surface formed in the guide track . - wherein, as viewed in the plane of the bearing surfaces, a length of the item is greater than a width of the item , - wherein mutually facing bearing surfaces of the bearing regions have respective running channels in which rolling-contact bodies are guided, - wherein the running channels are formed in such a way that when force is applied to the item in a direction (A) defined in the plane of the bearing region, the item can be moved relative to the carrier panel in a first pivoting direction (R 1 ) from a starting position into an end position, in which the item is pivoted relative to the carrier panel through a predetermined angle between 90° and 180° and can be pivoted back into the starting position in a pivoting direction (R 2 ) opposite to the first pivoting direction (R 1 ), - wherein a connecting stub projects from one of the bearing regions and is movable in a guide track arranged in the other of the bearing regions , - wherein the connecting stub is arranged eccentrically on one of the bearing regions and - the guide track is in the form of a curve with a varying radius of curvature, characterized in that - the connecting stub has a cylindrical neck region , from the free end of which a collar extends, the surface of which facing the neck region engages behind a support surface formed in the guide track .
Communication apparatus for a vehicle, having: - a sensor device ; - a receiving device ; - a processing device ; - a transmission device ; wherein the sensor device is configured to capture environmental data during a movement of the sensor device, wherein the captured environmental data are managed in a vehicle environmental model ; wherein the receiving device is configured to receive reference data from an external management apparatus ; wherein the management apparatus is arranged outside the sensor device ; wherein the processing device is configured to determine a difference between the received reference data and the data from the vehicle environmental model; wherein the transmission device is configured to transmit the determined difference to the external management apparatus, wherein the transmission device has a quantization device, wherein the quantization device is configured to transmit the determined difference above a predefinable threshold value, characterized in that the predefinable threshold value is predefined by the management apparatus, wherein, if the quantization results in lossy compression, a quality measure is calculated from the quantized data and data from the vehicle environmental model, wherein the quality measure indicates how greatly the quality of the data is influenced by lossy compression, wherein the quality measure is transferred to a buffer and is transmitted to the management apparatus. - a sensor device ; - a receiving device ; - a processing device ; - a transmission device ; wherein the sensor device is configured to capture environmental data during a movement of the sensor device, wherein the captured environmental data are managed in a vehicle environmental model ; wherein the receiving device is configured to receive reference data from an external management apparatus ; wherein the management apparatus is arranged outside the sensor device ; wherein the processing device is configured to determine a difference between the received reference data and the data from the vehicle environmental model; wherein the transmission device is configured to transmit the determined difference to the external management apparatus, wherein the transmission device has a quantization device, wherein the quantization device is configured to transmit the determined difference above a predefinable threshold value, characterized in that the predefinable threshold value is predefined by the management apparatus, wherein, if the quantization results in lossy compression, a quality measure is calculated from the quantized data and data from the vehicle environmental model, wherein the quality measure indicates how greatly the quality of the data is influenced by lossy compression, wherein the quality measure is transferred to a buffer and is transmitted to the management apparatus.
A container for holding and dispensing liquid, comprising: an elongated body , having a first side and an opposing second side ; and a lid having a spout and releasable cap ; characterised in that the container comprises a groove built therein and configured to releasably receive said releasable cap which is configured to be slid and held therein; wherein said releasable cap comprises, on the first side thereof, an attachment to secure said releasable cap to a wall to releasably hold in place said releasable cap and thereby, when the cap is held within the groove , said container . an elongated body , having a first side and an opposing second side ; and a lid having a spout and releasable cap ; characterised in that the container comprises a groove built therein and configured to releasably receive said releasable cap which is configured to be slid and held therein; wherein said releasable cap comprises, on the first side thereof, an attachment to secure said releasable cap to a wall to releasably hold in place said releasable cap and thereby, when the cap is held within the groove , said container .
A method for measuring greenhouse gas, the method comprising: receiving, at a calibration device , a first sample of atmospheric gas from a first port exposed to the earth's atmosphere; receiving, at the calibration device , a second sample of atmospheric gas from a second port exposed to the earth's atmosphere; routing, by the calibration device, the first sample and the second sample to a measurement device for greenhouse gas analysis; determining, by the measurement device , a characteristic of a greenhouse gas present in at least one of the first sample and the second sample; and transmitting, by the measurement device , data associated with the determined characteristic of the greenhouse gas to a server computing device; wherein the method for measuring greenhouse gas uses a distributed greenhouse gas monitoring network comprising a plurality of the measurement devices and respective calibration devices ; and each measurement device shares its results with other measurement devices to perform intra-calibration between devices, characterized by : determining, by the server computing device, a source of the greenhouse gas by aggregating the data associated with the determined characteristics of the greenhouse gas received from each of the measurement devices and atmospheric conditions data received from weather observation instruments located at or near the location of each of the measurement devices. receiving, at a calibration device , a first sample of atmospheric gas from a first port exposed to the earth's atmosphere; receiving, at the calibration device , a second sample of atmospheric gas from a second port exposed to the earth's atmosphere; routing, by the calibration device, the first sample and the second sample to a measurement device for greenhouse gas analysis; determining, by the measurement device , a characteristic of a greenhouse gas present in at least one of the first sample and the second sample; and transmitting, by the measurement device , data associated with the determined characteristic of the greenhouse gas to a server computing device; wherein the method for measuring greenhouse gas uses a distributed greenhouse gas monitoring network comprising a plurality of the measurement devices and respective calibration devices ; and each measurement device shares its results with other measurement devices to perform intra-calibration between devices, characterized by : determining, by the server computing device, a source of the greenhouse gas by aggregating the data associated with the determined characteristics of the greenhouse gas received from each of the measurement devices and atmospheric conditions data received from weather observation instruments located at or near the location of each of the measurement devices.
A method in a first Mobility Management Entity, MME for handling updated subscriber data associated with a User Equipment, UE , the UE being currently unreachable by the MME and wherein the updated subscriber data comprises Quality of Service, QoS, parameters, the method comprising: receiving an insert subscriber data message sent by a Home Subscriber Server, HSS, , which insert subscriber data message comprises updated subscriber data associated with the UE , wherein at least part of the updated subscriber data is modified; and determining that transmission of the updated subscriber data to a gateway node should be postponed until the UE has become reachable. receiving an insert subscriber data message sent by a Home Subscriber Server, HSS, , which insert subscriber data message comprises updated subscriber data associated with the UE , wherein at least part of the updated subscriber data is modified; and determining that transmission of the updated subscriber data to a gateway node should be postponed until the UE has become reachable.
A downhole pump comprising: a housing comprising a magnet disposed at an uphole end of the housing; a plunger disposed within the housing and comprising a traveling valve disposed at a downhole end of the plunger; and characterized in that the downhole pump comprises a rod comprising a conducting shaft attached to an uphole end of the plunger and configured to extend a magnetic field generated by the magnet when the conducting shaft is positioned adjacent the magnet to magnetically force the traveling valve from a closed state in which the traveling valve seals the plunger into an open state in which the traveling valve allows fluid to enter the plunger. a housing comprising a magnet disposed at an uphole end of the housing; a plunger disposed within the housing and comprising a traveling valve disposed at a downhole end of the plunger; and characterized in that the downhole pump comprises a rod comprising a conducting shaft attached to an uphole end of the plunger and configured to extend a magnetic field generated by the magnet when the conducting shaft is positioned adjacent the magnet to magnetically force the traveling valve from a closed state in which the traveling valve seals the plunger into an open state in which the traveling valve allows fluid to enter the plunger.
A radio frequency applicator comprising: an open-ended, hollow waveguide having an aperture therein a solid dielectric insert within the waveguide, the solid dielectric insert having a recess formed therein that is aligned with said aperture; a radio frequency (RF) source extending through the aperture and into the recess and being configured to generate RF energy pulses, a filler material between facing surfaces of the waveguide and the solid dielectric insert to fill gaps therebetween, characterised in that the filler material is a one of: (i) a ceramic wax composite; (ii) a conductive paste; (iii) a conductive grease; and (iv) a ceramic powder and gel wax mixture, further wherein the filler material has a real relative permittivity between 30 and 50 and an imaginary relative permittivity between 2 and 7. an open-ended, hollow waveguide having an aperture therein a solid dielectric insert within the waveguide, the solid dielectric insert having a recess formed therein that is aligned with said aperture; a radio frequency (RF) source extending through the aperture and into the recess and being configured to generate RF energy pulses, a filler material between facing surfaces of the waveguide and the solid dielectric insert to fill gaps therebetween, characterised in that the filler material is a one of: (i) a ceramic wax composite; (ii) a conductive paste; (iii) a conductive grease; and (iv) a ceramic powder and gel wax mixture, further wherein the filler material has a real relative permittivity between 30 and 50 and an imaginary relative permittivity between 2 and 7.
Method for access control to at least one material resource of an electronic calculation device, shared by a plurality of software tasks to be executed in a predetermined application context, the software tasks being adapted to be implemented by a processor of the electronic calculation device, the material resource or resources being managed by a kernel operating system which can be executed in a privileged execution mode, characterised in that it is implemented by said kernel of the operating system and in that it comprises: storage of a configuration structure for access to shared material resources comprising information relating to authorised transfers comprising, for each shared material resource, at least one indication of authorised transfer between a first task and a second task for use of said resource, the method comprising, furthermore, following execution of a first task using a material resource, - receipt of a request for acquisition of said material resource by a second task, and - an acquisition authorisation verification by said second task, comprising, if said resource is not free, a verification of transfer of use of said material resource from said first task to said second task, the transfer being effected as a function of said information relating to the authorised transfers stored in the configuration structure for access to the shared material resources. storage of a configuration structure for access to shared material resources comprising information relating to authorised transfers comprising, for each shared material resource, at least one indication of authorised transfer between a first task and a second task for use of said resource, the method comprising, furthermore, following execution of a first task using a material resource, - receipt of a request for acquisition of said material resource by a second task, and - an acquisition authorisation verification by said second task, comprising, if said resource is not free, a verification of transfer of use of said material resource from said first task to said second task, the transfer being effected as a function of said information relating to the authorised transfers stored in the configuration structure for access to the shared material resources. - receipt of a request for acquisition of said material resource by a second task, and - an acquisition authorisation verification by said second task, comprising, if said resource is not free, a verification of transfer of use of said material resource from said first task to said second task, the transfer being effected as a function of said information relating to the authorised transfers stored in the configuration structure for access to the shared material resources.
Blow molded container with a body and a neck , wherein the neck has a pouring opening and a blow molded support ring , wherein the support ring is designed as an internally hollow bulge of the container wall and has one or several recesses over its entire height that extends substantially in the longitudinal extension direction of the neck that extend from the outer edge of the support ring in direction of the neck , characterized in that the one or more recesses extend over the entire width of the support ring to the neck , wherein the inner contour of the container is, at the locations at which the one or more recesses extend to the neck , at least substantially flush with locations that are adjacent in the longitudinal extension direction.