mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, downlink control information, DCI, including modulation and coding scheme, MCS, information and resource allocation information; identifying a first temporary transport block size, TBS, based on an MCS order and a coding rate indicated by the MCS information, a number of resource elements, REs, allocated to data transmission, and a number of layers, the number of REs being determined based on the resource allocation information; identifying a second TBS based on a floor function, in which an input is the first temporary TBS; and identifying a TBS based on the second TBS and a TBS candidate set, wherein the TBS candidate set includes values separated by an interval among a plurality of intervals, each of the plurality of intervals being 8 or a multiple of 8, wherein a first interval between first consecutive values included in the TBS candidate set is larger than a second interval between second consecutive values included in the TBS candidate set, and wherein the first consecutive values are greater than or equal to a predetermined value, and the second consecutive values are less than the predetermined value. receiving, from a base station, downlink control information, DCI, including modulation and coding scheme, MCS, information and resource allocation information; identifying a first temporary transport block size, TBS, based on an MCS order and a coding rate indicated by the MCS information, a number of resource elements, REs, allocated to data transmission, and a number of layers, the number of REs being determined based on the resource allocation information; identifying a second TBS based on a floor function, in which an input is the first temporary TBS; and identifying a TBS based on the second TBS and a TBS candidate set, wherein the TBS candidate set includes values separated by an interval among a plurality of intervals, each of the plurality of intervals being 8 or a multiple of 8, wherein a first interval between first consecutive values included in the TBS candidate set is larger than a second interval between second consecutive values included in the TBS candidate set, and
A method in a network device for providing end-to-end connection in a unified optical and coax network, comprising: receiving at an optical network unit, ONU (112, 450, 452), comprised in an integrated node device, IND (104, 404, 406), a frame from an optical line terminal, OLT(102, 402), wherein the frame comprises a data frame and a logical link identifier, LLID, wherein the IND (104, 404, 406) further comprises an Ethernet over coax head end, EoC HE (114, 460, 462); placing the data in one of a plurality of buffers based on the LLID, wherein the one of the plurality of buffers corresponds to a customer premises equipment, CPE (106, 408, 410), associated with the LLID, wherein the data frame stays intact in a media access control, MAC, layer; and transmitting, by the EoC HE (114, 460, 462) of the IND (104, 404, 406), the data frame from the one of the plurality of buffers to the corresponding CPE (106, 408, 410). receiving at an optical network unit, ONU (112, 450, 452), comprised in an integrated node device, IND (104, 404, 406), a frame from an optical line terminal, OLT(102, 402), wherein the frame comprises a data frame and a logical link identifier, LLID, wherein the IND (104, 404, 406) further comprises an Ethernet over coax head end, EoC HE (114, 460, 462); placing the data in one of a plurality of buffers based on the LLID, wherein the one of the plurality of buffers corresponds to a customer premises equipment, CPE (106, 408, 410), associated with the LLID, wherein the data frame stays intact in a media access control, MAC, layer; and transmitting, by the EoC HE (114, 460, 462) of the IND (104, 404, 406), the data frame from the one of the plurality of buffers to the corresponding CPE (106, 408, 410).
An implantable facet arthroplasty device for association with a first vertebra and a second vertebra comprising: (a) a crossbar having a first end and a second end; (b) a pair of caudal bearing elements connectable to said second vertebra, said pair of caudal bearing elements receiving the ends of the crossbar such that the caudal bearing elements can articulate relative to the crossbar; (c) a first component having a first attachment mechanism adapted to attach to a first location of a spinal fusion device attached to a first vertebra and a second attachment mechanism adapted to engage the crossbar; and (d) a second component having a first attachment mechanism adapted to attach to a second location of a spinal fusion device attached to the first vertebra and a second attachment mechanism adapted to engage the crossbar. (a) a crossbar having a first end and a second end; (b) a pair of caudal bearing elements connectable to said second vertebra, said pair of caudal bearing elements receiving the ends of the crossbar such that the caudal bearing elements can articulate relative to the crossbar; (c) a first component having a first attachment mechanism adapted to attach to a first location of a spinal fusion device attached to a first vertebra and a second attachment mechanism adapted to engage the crossbar; and (d) a second component having a first attachment mechanism adapted to attach to a second location of a spinal fusion device attached to the first vertebra and a second attachment mechanism adapted to engage the crossbar.
A data security method for digitally signing a message by a client device, the method comprising: issuing a signature request to a server; generating a first signature part as functions of selected ones of first signature parameters; receiving from the server a second signature part, said second signature part having been computed by the server as functions of second signature parameters and at least one of the first signature parameters; verifying components of the second signature part; and generating a final digital signature of the message from the first and second signature parts only if the components of the second signature part are valid; and CHARACTERISED BY receiving a secret value from a user; sending to the server a public part of a third key pair and the secret value; receiving from the server public components of a first public-private key pair and a second public-private key pair; computing first signature parameters as functions of a secret part of the third key pair, a time value, and the message; computing an encryption value (w) as an encryption of at least selected ones of the first signature parameters, wherein the encryption value encodes an encryption of the secret value; transmitting the encryption value to the server; receiving from the server at least one second signature parameter and a corresponding timestamp value (ts); AND verifying the second signature parameter(s) and generating a final digital signature of the message only if the second signature parameters are valid. issuing a signature request to a server; generating a first signature part as functions of selected ones of first signature parameters; receiving from the server a second signature part, said second signature part having been computed by the server as functions of second signature parameters and at least one of the first signature parameters; verifying components of the second signature part; and generating a final digital signature of the message from the first and second signature parts only if the components of the second signature part are valid; and CHARACTERISED BY receiving a secret value from a user; sending to the server a public part of a third key pair and the secret value; receiving from the server public components of a first public-private key pair and a second public-private key pair; computing first signature parameters as functions of a secret part of the third key pair, a time value, and the message; computing an encryption value (w) as an encryption of at least selected ones of the first signature parameters, wherein the encryption value encodes an encryption of the secret value; transmitting the encryption value to the server; receiving from the server at least one second signature parameter and a corresponding timestamp value (ts); AND verifying the second signature parameter(s) and generating a final digital signature of the message only if the second signature parameters are valid.
A base station, BS operative to: wirelessly communicate with each of a plurality of backhaul user equipment, bUE; wirelessly communicate directly with one or more user equipment, UE, devices, and network connect the one or more UE devices to a data network through a selected one or more of the plurality of bUE devices, to communicate backhaul, BH, traffic to the data network through wireless communication with the selected one or more of the plurality of bUE devices, wherein the BH traffic comprises access traffic associated with the one or more UE devices; aid in selecting a transmission power level of at least one of the plurality of bUE devices, and at least one of the one or more UE devices, in particular assisted by a signal transmitted by the BS; and transmit resource block, RB, scheduling information for the BH traffic of at least one of the plurality of bUE devices and the access traffic of at least one of the one or more UE devices, and, wherein the BS is further operative to wirelessly communicate with the one or more UE devices and the plurality of bUE devices utilizing a same wireless communication technology or utilizing a same wireless communication technology and a shared one or more frequency channels. wirelessly communicate with each of a plurality of backhaul user equipment, bUE; wirelessly communicate directly with one or more user equipment, UE, devices, and network connect the one or more UE devices to a data network through a selected one or more of the plurality of bUE devices, to communicate backhaul, BH, traffic to the data network through wireless communication with the selected one or more of the plurality of bUE devices, wherein the BH traffic comprises access traffic associated with the one or more UE devices; aid in selecting a transmission power level of at least one of the plurality of bUE devices, and at least one of the one or more UE devices, in particular assisted by a signal transmitted by the BS; and transmit resource block, RB, scheduling information for the BH traffic of at least one of the plurality of bUE devices and the access traffic of at least one of the one or more UE devices, and, wherein the BS is further operative to wirelessly communicate with the one or more UE devices and the plurality of bUE devices utilizing a same wireless communication technology or utilizing a same wireless communication technology and a shared one or more frequency channels.
Disposable gas cartridge with safety system comprising a cartridge, a safety plate and a rubber, said cartridge comprises a body with a circumferential wall, a domed top, and a spherical recess on the domed top of the cartridge body, said circumferential wall is provided inside with circumferentially parallel reinforcements (3, 4) having an upper circumferential projection and a lower circumferential recess, both parallel to each other, said safety plate has an upper surface, a lower surface and radial extending edges and the safety plate enters in the reinforcements (3, 4) of the cartridge and is secured therein, and said rubber is mounted on the upper surface of the safety plate, wherein said safety plate is provided on its upper surface with either an integrated upwardly projecting spherical head for mounting said rubber on the upper surface of the safety plate or a hole through which a pin with spherical head enters for mounting said rubber on the upper surface of the safety plate, said rubber has a cylindrical wall, wherein when the safety plate is fitted inside the cartridge, the upper part of said cylindrical wall of the rubber rests against the top of the cartridge and embraces the spherical recess, wherein the reinforcements (3, 4) increase the rigidity of the cartridge and hold the safety plate firmly fitted inside the cartridge, and when the safety plate is fitted inside the cartridge, the spherical head of the safety plate or the spherical head of the pin, that projects upwards from the upper surface of the plate, is in contact with the spherical recess of the cartridge, and a single point of contact is created between the safety plate and the cartridge, so that when a piercing pin of a supply switch pierces the spherical recess of the cartridge at the single point of contact between the safety plate and the cartridge in order to allow the supply of the gas, said piercing pin of the supply switch pushes the spherical head of the safety plate or spherical head of the pin and as a result, the safety plate withdraws from its secured position and allows the proper supply of the gas.
A viral capsid protein comprising a sequence selected from the group consisting of xxDxTKx (SEQ ID NO:1) and xDxTKxx (SEQ ID NO:2), wherein the viral capsid protein has an amino acid sequence selected from the group consisting of SEQ ID NO: 6, 8, 10, 12, 14, 18, 22, 26, 28, 30, 32, 34, 36, 38, 40, 42, 44, 46, 48, 50, 54, 56, 60, 64, 66, 68, 70, 72, 74, 76, and 78.
A powder metal rotor assembly 16 for a variable valve timing engine comprising a first powder metal component joined to a second powder metal component, each of the powder metal components (10, 12) are sintered powder metal components (10, 12) having a corresponding interface surface (24, 42) at a joint between the components (10, 12), the powder metal rotor assembly characterized in that: at least one of the powder metal components (10, 12) includes at least one surface adjacent the interface surfaces (24, 42) that is machined prior to the components (10, 12) being joined and the corresponding interface surfaces (24, 42) are joined to one another by an adhesive wherein the first powder metal component is an adaptor, the second powder metal component is a rotor having a ground flat surface. at least one of the powder metal components (10, 12) includes at least one surface adjacent the interface surfaces (24, 42) that is machined prior to the components (10, 12) being joined and the corresponding interface surfaces (24, 42) are joined to one another by an adhesive wherein the first powder metal component is an adaptor, the second powder metal component is a rotor having a ground flat surface.
A brake light sensor module comprising: a retainer which is provided to move together with an operation element of a master cylinder in response to a depression of a brake pedal, wherein the operation element is a power piston; an operation rod which is connected to the retainer so as to move together with the retainer; an elastic member which is installed in the master cylinder; a signal transmitting element which is installed in the master cylinder, one end of the signal transmitting element being elastically supported by the elastic member, and the other end of the signal transmitting element being supported by the operation rod; and a sensor which is installed in the master cylinder so as to be operated by the signal transmitting element, characterized by the retainer comprising: an operation rod supporting portion which is connected to an opening side of the power piston and to which the operation rod is connected; a reaction rod supporting portion which is disposed within the power piston and supports a reaction rod; and a rib which connects the operation rod supporting portion and the reaction rod supporting portion together. a retainer which is provided to move together with an operation element of a master cylinder in response to a depression of a brake pedal, wherein the operation element is a power piston; an operation rod which is connected to the retainer so as to move together with the retainer; an elastic member which is installed in the master cylinder; a signal transmitting element which is installed in the master cylinder, one end of the signal transmitting element being elastically supported by the elastic member, and the other end of the signal transmitting element being supported by the operation rod; and a sensor which is installed in the master cylinder so as to be operated by the signal transmitting element, characterized by the retainer comprising: an operation rod supporting portion which is connected to an opening side of the power piston and to which the operation rod is connected; a reaction rod supporting portion which is disposed within the power piston and supports a reaction rod; and a rib which connects the operation rod supporting portion and the reaction rod supporting portion together. an operation rod supporting portion which is connected to an opening side of the power piston and to which the operation rod is connected; a reaction rod supporting portion which is disposed within the power piston and supports a reaction rod; and a rib which connects the operation rod supporting portion and the reaction rod supporting portion together.
A headset adapter configured to interface a headset and a host device, the headset adapter being a standard audio class device and comprising an adapter processor, a host interface interconnecting the adapter processor and the host device, an adapter transceiver configured to establish a wireless communication link with the headset, a controller configured to enable and disable a headset microphone, wherein the adapter processor is configured to - receive a request for headset microphone activation from the host interface, and in response to receiving the request, providing a control signal to the controller to enable the headset microphone and to activate the adapter transceiver to establish the wireless communication link with the headset (15,) and - receive a request for headset microphone deactivation from the host interface, and in response to receiving the request, providing a control signal to the controller to disable the headset microphone and to terminate the wireless communication link with the headset. a host interface interconnecting the adapter processor and the host device, an adapter transceiver configured to establish a wireless communication link with the headset, a controller configured to enable and disable a headset microphone, wherein the adapter processor is configured to - receive a request for headset microphone activation from the host interface, and in response to receiving the request, providing a control signal to the controller to enable the headset microphone and to activate the adapter transceiver to establish the wireless communication link with the headset (15,) and - receive a request for headset microphone deactivation from the host interface, and in response to receiving the request, providing a control signal to the controller to disable the headset microphone and to terminate the wireless communication link with the headset. - receive a request for headset microphone activation from the host interface, and in response to receiving the request, providing a control signal to the controller to enable the headset microphone and to activate the adapter transceiver to establish the wireless communication link with the headset (15,) and - receive a request for headset microphone deactivation from the host interface, and in response to receiving the request, providing a control signal to the controller to disable the headset microphone and to terminate the wireless communication link with the headset.
Method for exposing an active surface at the tip of a diagnostic element (7,8,9) to body fluid for the measurement of the concentration of an analyte comprising subcutaneous insertion of a hollow guide needle through the skin of a patient by bringing a flexible skin-adhering surface from a first position concealing the guide needle to a second position exposing the guide needle towards the skin, wherein the guide needle has a cylindrical wall without a slit and houses the active surface and the adjacent part of rigidly fixed connection lines to measuring means of the diagnostic element, characterized in that after its insertion into the skin the hollow guide needle is only partially retracted by sliding over the rigidly fixed connection lines to an extent sufficient for exposing the active surface at the tip of the diagnostic element to body fluid, without interfering with fixed connections between the active surface, the connection lines, and the measuring means of the diagnostic element.
Dryer with a drum for laundry items to be dried; a process air circuit, wherein heated process air is moved by means of a blower above and through the laundry items to be dried; a heat pump circuit (8, 9, 11) comprising an evaporator, a compressor and a condenser; a water container for the collection of water condensed at the evaporator, the water container being in contact with at least one electrode and an electric pump for pumping water out of the water container, wherein the electric pump is adapted to start pumping when at least one of the electrodes senses its contact with water in the water container; and a control unit comprising a clock for measuring the time elapsed during a drying process; wherein the control unit is adapted to measure and register time periods Δt i, wherein i is an integer from 1 to n, during the drying process in which the electric pump is not running between pumping steps of a preset duration Δt op and to analyze the measured time periods Δt i with respect to the development of the humidity state in the laundry items, characterized in that the control unit is adapted to stop a drying process when the time periods Δt i increase with time such that a time period Δt i is equal or larger than a preset time period Δt i setmin.
A method for producing a catalyst for a fuel cell containing a solid polymer electrolyte, which method comprises adding, to an aqueous solution of a ruthenium compound, a catalyst comprising platinum and a carbon powder as a carrier therefor; adding to the resultant mixture an alcohol in an amount of 5-15 vol.% with respect to the total volume of the mixture; heating the resultant mixture, thereby reducing ruthenium so as to cause platinum and ruthenium to be carried in combination on the carrier; and subjecting the combination to heat treatment, causing the platinum and ruthenium to be alloyed.
Wind turbine with a control cabinet, the control cabinet comprising a U-shaped base plate, consisting of a floor with two side parts, two front plates connected to the base plate, and a cover with which the control cabinet is closed, wherein the control cabinet is arranged in a rotating part of the wind turbine and is fastened thereto with at least one holder, characterised in that the front plates are each set back at a distance with respect to the an outer edge of the base plate, so that the base plate forms outwardly projecting brackets (18, 19) each of which is shaped flat and can be used to fasten holders, wherein the at least one holder is fastened to two or three or more of the brackets (18, 19) and abuts each of these with a flat bearing surface.