mhurhangee/ep-ind-claims huggingface dataset:
A communication method, comprising: sending, by a network device (600, 800), first indication information to a terminal device (700, 900), wherein the first indication information is used to indicate a bandwidth part, BWP, to be activated other than a primary BWP to the terminal device, and the primary BWP is a BWP keeping activated between the terminal device and the network device; communicating, by the network device (600, 800), with the terminal device (700, 900) in the activated BWP indicated by the first indication information and the primary BWP; and sending, by the network device (600, 800), second indication information to the terminal device (700, 900), wherein the second indication information is used to indicate a resource, occupied by the terminal device, in the primary BWP and the activated BWP; wherein the second indication information comprises a first bitmap, and a value of a bit in the first bitmap is used to indicate whether the terminal device (700, 900) occupies a resource, that corresponds to the bit, in the primary BWP and the activated BWP; and the first bitmap is determined based on a quantity of resource blocks comprised in a reference BWP, and a quantity of resource blocks comprised in the primary BWP and the activated BWP. sending, by a network device (600, 800), first indication information to a terminal device (700, 900), wherein the first indication information is used to indicate a bandwidth part, BWP, to be activated other than a primary BWP to the terminal device, and the primary BWP is a BWP keeping activated between the terminal device and the network device; communicating, by the network device (600, 800), with the terminal device (700, 900) in the activated BWP indicated by the first indication information and the primary BWP; and sending, by the network device (600, 800), second indication information to the terminal device (700, 900), wherein the second indication information is used to indicate a resource, occupied by the terminal device, in the primary BWP and the activated BWP; wherein the second indication information comprises a first bitmap, and a value of a bit in the first bitmap is used to indicate whether the terminal device (700, 900) occupies a resource, that corresponds to the bit, in the primary BWP and the activated BWP; and the first bitmap is determined based on a quantity of resource blocks comprised in a reference BWP, and a quantity of resource blocks comprised in the primary BWP and the activated BWP.
A deicer comprising: a static aircraft structure; an inner layer; an outer layer comprising a sheet having a brittle point lower than -40 °C (-40 °F), wherein the sheet comprises a plurality of non-woven electrospun polyether urethane elastomer fibers, wherein a carbon allotrope material within at least one of the plurality of polyether urethane elastomer fibers is aligned with the at least one polyether urethane elastomer fiber belonging to the plurality of polyether urethane fibers; and a carcass layer having inflation tubes and located between the aircraft structure and the inner layer, such that the inner layer is between the carcass layer and the outer layer. a static aircraft structure; an inner layer; an outer layer comprising a sheet having a brittle point lower than -40 °C (-40 °F), wherein the sheet comprises a plurality of non-woven electrospun polyether urethane elastomer fibers, wherein a carbon allotrope material within at least one of the plurality of polyether urethane elastomer fibers is aligned with the at least one polyether urethane elastomer fiber belonging to the plurality of polyether urethane fibers; and a carcass layer having inflation tubes and located between the aircraft structure and the inner layer, such that the inner layer is between the carcass layer and the outer layer.
A wavelength conversion device (100, 110, 120, 130) comprising: a substrate; a phosphor layer supported by the substrate, the phosphor layer including a matrix containing zinc oxide and phosphor particles embedded in the matrix; a seed crystal layer disposed between the substrate and the phosphor layer and functioning as a seed crystal for the matrix of the phosphor layer; a protective layer contacting the seed crystal layer; and a dielectric layer contacting the protective layer, characterized in that the protective layer has an isoelectric point equal to or larger than 7. a substrate; a phosphor layer supported by the substrate, the phosphor layer including a matrix containing zinc oxide and phosphor particles embedded in the matrix; a seed crystal layer disposed between the substrate and the phosphor layer and functioning as a seed crystal for the matrix of the phosphor layer; a protective layer contacting the seed crystal layer; and a dielectric layer contacting the protective layer, characterized in that the protective layer has an isoelectric point equal to or larger than 7.
A process for operating a dental furnace having a firing chamber, at least one muffle Insertable into the firing chamber as a supporting means for dental material, one pressing device for pressing a ceramic blank inserted into the muffle and a sensor for acquiring at least one physical quantity, characterized in that the muffle preheated in a preheating oven is inserted into the firing chamber, which is maintained at a standby temperature, following insertion of the muffle, the rate of change of the temperature of the firing chamber Is defected as the at least one physical quantity, wherein setting a processing program of the dental furnace Is done based on the at least one physical quantity detected, and this processing program is automatically controlled depending of the at least one physical quantity.
A computer-implemented method for assisting surgery of a joint comprising a kinematic system of two bones (402, 404), the joint being a knee, the method comprising: determining a predicted characteristic of the joint after the surgery; wherein determining the predicted characteristic of the joint after the surgery is based on a spatial parameter of the surgery and based on a mechanical property of the one or more ligaments, the predicted characteristic being a predicted laxity of the joint, the mechanical property comprising a stiffness value or a length value or both of the one or more ligaments; and generating an output signal indicative of the predicted characteristic to assist the surgery; characterised by: determining the mechanical property of one or more ligaments associated with the joint based on measurement data indicative of a movement of the bones relative to each other under multiple mechanical loads; determining the measurement data based on multiple first images, each of the multiple first images representing a position of the bones relative to each other under the respective mechanical load. determining a predicted characteristic of the joint after the surgery; wherein determining the predicted characteristic of the joint after the surgery is based on a spatial parameter of the surgery and based on a mechanical property of the one or more ligaments, the predicted characteristic being a predicted laxity of the joint, the mechanical property comprising a stiffness value or a length value or both of the one or more ligaments; and generating an output signal indicative of the predicted characteristic to assist the surgery; characterised by: determining the mechanical property of one or more ligaments associated with the joint based on measurement data indicative of a movement of the bones relative to each other under multiple mechanical loads; determining the measurement data based on multiple first images, each of the multiple first images representing a position of the bones relative to each other under the respective mechanical load. determining the mechanical property of one or more ligaments associated with the joint based on measurement data indicative of a movement of the bones relative to each other under multiple mechanical loads; determining the measurement data based on multiple first images, each of the multiple first images representing a position of the bones relative to each other under the respective mechanical load.
Wheel chair tire rim for human powered rolling apparatus having wheel chair wheels mounted with the center line at an angle to the floor, characterised in that it comprises a first shoulder having a first diameter, a second shoulder having a second diameter, and a main body arranged for connecting spoke elements, wherein the first diameter is larger than the second diameter.
A laundry dryer machine comprising: - a rotary drum with a cavity for receiving the laundry to be dried, - heating means for heating a drying air, - a condenser for removing moisture from the drying air, - conveying means for successively circulating the drying air through the drum, the condenser and the heating means, characterized in that it comprises a hydraulic circuit which is hydraulically connected to the condenser to form a closed hydraulic circuit in which a condenser cooling liquid circulates, said hydraulic circuit comprising a heat exchanger for cooling the cooling liquid and means for circulating the cooling liquid through the condenser and the heat exchanger. - a rotary drum with a cavity for receiving the laundry to be dried, - heating means for heating a drying air, - a condenser for removing moisture from the drying air, - conveying means for successively circulating the drying air through the drum, the condenser and the heating means,
A dimeric decarboxylated rosin (DDCR) composition comprising: 50 to 100 wt. % of polycyclic hydrocarbon compounds having one or more aliphatic, unsaturated or aromatic groups, and 34-80 carbon atoms; wherein the composition has: a molecular weight M n of 250-900 Da, measured using gel permeation chromatography and polystyrene calibration standards; and an oxygen to carbon ratio of < 5%; wherein the composition is formed by decarboxylating a dimeric rosin acid, wherein the DDCR composition has an acid value of less than 80 mg KOH/g measured using ASTM D 465; and a ring and ball softening point from 30-160 °C measured per ASTM E28-18. wherein the composition has: a molecular weight M n of 250-900 Da, measured using gel permeation chromatography and polystyrene calibration standards; and an oxygen to carbon ratio of < 5%; a molecular weight M n of 250-900 Da, measured using gel permeation chromatography and polystyrene calibration standards; and an oxygen to carbon ratio of < 5%; wherein the composition is formed by decarboxylating a dimeric rosin acid, wherein the DDCR composition has an acid value of less than 80 mg KOH/g measured using ASTM D 465; and a ring and ball softening point from 30-160 °C measured per ASTM E28-18.
A method performed by a first device, for sending data in a Device-to-Device, D2D, transmission to a second device, the method comprising: identifying a priority level of the D2D transmission, characterized in that the priority level is a function of characteristics of the D2D transmission, which characteristics comprise at least a type of resource allocation, mapping the identified priority level to a resource pool index, which resource pool index identifies a resource pool among a plurality of resource pools associated with different priority levels, sending the data in the D2D transmission to the second device using the resources in the resource pool identified by the resource pool index. identifying a priority level of the D2D transmission, characterized in that the priority level is a function of characteristics of the D2D transmission, which characteristics comprise at least a type of resource allocation, mapping the identified priority level to a resource pool index, which resource pool index identifies a resource pool among a plurality of resource pools associated with different priority levels, sending the data in the D2D transmission to the second device using the resources in the resource pool identified by the resource pool index.
Electric fire lighter, comprising a structure on which is mounted at least one tubular heating body with electrical resistance having an upper face intended to be placed opposite a combustible material for a time sufficient to cause it incandescence, said structure comprising, below the heating body, a substantially rectangular support plate, the two longest parallel edges of the support plate each being extended, on the one hand by an upper lateral return, and on the other hand by a lower lateral return, said lower lateral returns forming a base to maintain a minimum distance between the hearth and said support plate and ensure air circulation, and said upper lateral returns making it possible to position solid combustible elements transversely without contact with the heating body, the lateral returns (15, 15') being made up of a single piece of metal which is fixed at right angles by welding on each of the two longest parallel edges of the support plate, the dimensions of this part being defined such that once welded to the plate, it presents a zone projecting above the surface of said plate to form the upper lateral return and in the same way, a zone projecting from said surface of the plate downwards, to form the lower lateral return.
A system comprising: a compiler configured to: obtain a high level program; generate, based upon the high level program, a host program, wherein the host program comprises machine-readable implementation instructions for a control unit; and generate, based upon the high level program, low level code that includes a hardware description to implement on programmable logic of an integrated circuit, wherein the hardware description of the low level code includes a hardware component logic for implementing the host program, and said control unit is configured to control the hardware component logic based upon the host program; characterized by programmable logic design software configured to implement changes to the high level program by modifying the machine-readable implementation instructions of the host program without re-generating the hardware description of the low level code. a compiler configured to: obtain a high level program; generate, based upon the high level program, a host program, wherein the host program comprises machine-readable implementation instructions for a control unit; and generate, based upon the high level program, low level code that includes a hardware description to implement on programmable logic of an integrated circuit, wherein the hardware description of the low level code includes a hardware component logic for implementing the host program, and said control unit is configured to control the hardware component logic based upon the host program; obtain a high level program; generate, based upon the high level program, a host program, wherein the host program comprises machine-readable implementation instructions for a control unit; and generate, based upon the high level program, low level code that includes a hardware description to implement on programmable logic of an integrated circuit, wherein the hardware description of the low level code includes a hardware component logic for implementing the host program, and said control unit is configured to control the hardware component logic based upon the host program; characterized by programmable logic design software configured to implement changes to the high level program by modifying the machine-readable implementation instructions of the host program without re-generating the hardware description of the low level code.
A method for providing a Push to talk over Cellular, PoC, service via a PoC server, the method comprising: receiving, by the PoC server, a PoC group call request for requesting a PoC connection for a PoC group from a first User Equipment, UE; extracting information regarding a cell where a second UE that belonged to the PoC group is located, according to the received PoC group call request; comparing a number of current PoC connections corresponding to a cell with a maximum number of PoC connections to the cell; and determining whether to establish a PoC connection with the PoC group based on a priority of PoC groups, if the number of current PoC connections is greater than or equal to the maximum number of PoC connections. receiving, by the PoC server, a PoC group call request for requesting a PoC connection for a PoC group from a first User Equipment, UE; extracting information regarding a cell where a second UE that belonged to the PoC group is located, according to the received PoC group call request; comparing a number of current PoC connections corresponding to a cell with a maximum number of PoC connections to the cell; and determining whether to establish a PoC connection with the PoC group based on a priority of PoC groups, if the number of current PoC connections is greater than or equal to the maximum number of PoC connections.
An extractor cleaning machine comprising: a base; a distribution nozzle; a suction nozzle; a suction source in fluid communication with the suction nozzle, the suction source operable to draw fluid from a surface through the suction nozzle; a recovery tank coupled to the base, the recovery tank in fluid communication with the suction source and the suction nozzle to receive the fluid drawn through the suction nozzle; and a removable supply tank including a first chamber for storing a first fluid, a second chamber for storing a second fluid, and a third chamber in fluid communication with the first chamber and the second chamber to receive the first and second fluids, the third chamber also in fluid communication with the distribution nozzle for supplying a mixture of the first and second fluids to the distribution nozzle. a base; a distribution nozzle; a suction nozzle; a suction source in fluid communication with the suction nozzle, the suction source operable to draw fluid from a surface through the suction nozzle; a recovery tank coupled to the base, the recovery tank in fluid communication with the suction source and the suction nozzle to receive the fluid drawn through the suction nozzle; and a removable supply tank including a first chamber for storing a first fluid, a second chamber for storing a second fluid, and a third chamber in fluid communication with the first chamber and the second chamber to receive the first and second fluids, the third chamber also in fluid communication with the distribution nozzle for supplying a mixture of the first and second fluids to the distribution nozzle. a first chamber for storing a first fluid, a second chamber for storing a second fluid, and a third chamber in fluid communication with the first chamber and the second chamber to receive the first and second fluids, the third chamber also in fluid communication with the distribution nozzle for supplying a mixture of the first and second fluids to the distribution nozzle.
A pneumatic tire having a carcass as a skeleton provided in a toroidal shape over a pair of bead portions, a belt disposed on the outer side in the radial direction of the carcass, and a tread disposed on the outer side in the radial direction of the belt, the belt including: at least one layer of circumferential belt layer (2a, 2b) disposed on the outer side in the radial direction of a crown portion of the carcass and formed of a number of cords extending along the equatorial plane of the tire and coating rubber thereon; and at least two layers of slant belt layers (3a, 3b) disposed on the circumferential belt layer and each formed of a number of cords extending in a direction inclined with respect to the equatorial plane O of the tire and coating rubber thereon, wherein a width of the circumferential belt layer is no less than 60% of the total width of the tire; a width of at least one of the slant belt layers is wider than the width of the circumferential belt layer; modulus of elasticity of first cords disposed on an end portion side in the widthwise direction of the circumferential belt layer is lower than modulus of elasticity of second cords disposed on the inner side in the widthwise direction of the first cords; characterized in that: the width (t) of each portion on the end portion side in the widthwise direction, of the circumferential belt layer, is 5 to 20% of the total width of the circumferential belt layer. the width (t) of each portion on the end portion side in the widthwise direction, of the circumferential belt layer, is 5 to 20% of the total width of the circumferential belt layer.
A method of wireless communication, comprising: communicating (502, 510a; 504, 510b; 610, 620), by a base station, BS, with a user equipment, UE, in a first frequency band allocated to a first radio access technology, RAT, first data using the first RAT; reconfiguring (630, 640), by the BS, a resource in a second frequency band allocated to a second RAT different from the first RAT from implementing a configuration of the second RAT to implementing a configuration of the first RAT, wherein the configuration of the first RAT includes a first numerology, the configuration of the second RAT includes a second numerology different from the first numerology, and wherein the reconfiguring includes converting the resource from the second numerology to the first numerology; transmitting (506; 650), by the BS to the UE in the first frequency band, a grant indicating the resource implementing the configuration of the first RAT for communicating second data; and communicating (510c; 660), by the BS with the UE in the second frequency band, the second data using the resource implementing the configuration of the first RAT. communicating (502, 510a; 504, 510b; 610, 620), by a base station, BS, with a user equipment, UE, in a first frequency band allocated to a first radio access technology, RAT, first data using the first RAT; reconfiguring (630, 640), by the BS, a resource in a second frequency band allocated to a second RAT different from the first RAT from implementing a configuration of the second RAT to implementing a configuration of the first RAT, wherein the configuration of the first RAT includes a first numerology, the configuration of the second RAT includes a second numerology different from the first numerology, and wherein the reconfiguring includes converting the resource from the second numerology to the first numerology; transmitting (506; 650), by the BS to the UE in the first frequency band, a grant indicating the resource implementing the configuration of the first RAT for communicating second data; and communicating (510c; 660), by the BS with the UE in the second frequency band, the second data using the resource implementing the configuration of the first RAT.