mhurhangee/patent-ind-claim-en huggingface dataset:
A method of ruling in a bacterial infection in a human subject showing symptoms of an infection, the method comprising measuring the amount of TRAIL in a blood sample being derived from the subject no more than two days following symptom onset, wherein when the amount of said TRAIL is below 70 pg/ml, a bacterial infection is ruled in.
An insulated door for an appliance , comprising: a structural wrapper having an insulating cavity , wherein an at least partial vacuum is defined within the insulating cavity , and a handle assembly coupled to the structural wrapper , wherein the handle assembly includes an evacuation port in fluid communication with the insulating cavity , wherein gas is expressed from the insulating cavity through the handle assembly , wherein the handle assembly includes a handle and a servicing tube , wherein the servicing tube defines an evacuation path in fluid communication with the insulating cavity , such that gas is expressed from the insulating cavity along the evacuation path of the servicing tube , wherein the servicing tube is in fluid communication with the insulating cavity via the evacuation port and wherein the servicing tube extends along an inner surface of the handle . a structural wrapper having an insulating cavity , wherein an at least partial vacuum is defined within the insulating cavity , and a handle assembly coupled to the structural wrapper , wherein the handle assembly includes an evacuation port in fluid communication with the insulating cavity , wherein gas is expressed from the insulating cavity through the handle assembly , wherein the handle assembly includes a handle and a servicing tube , wherein the servicing tube defines an evacuation path in fluid communication with the insulating cavity , such that gas is expressed from the insulating cavity along the evacuation path of the servicing tube , wherein the servicing tube is in fluid communication with the insulating cavity via the evacuation port and wherein the servicing tube extends along an inner surface of the handle .
A non-linearity evaluation circuit for use with a signal generator having at least partly non-linear operation, the non-linearity evaluation circuit comprising: a detection unit operable to detect a given amplitude attribute in a target signal generated by the signal generator , the time position of the amplitude attribute in the target signal defining the time location of a snapshot time window relative to the target signal , the part of the target signal occupying the snapshot time window being a corresponding signal snapshot, the presence of the given amplitude attribute indicating that the signal snapshot includes noise due to the non-linear operation of the signal generator , and the given amplitude attribute comprising an amplitude peak or an amplitude trough; and a controller operable to analyse the signal snapshot rather than a larger part of the target signal and to evaluate the non-linear characteristics of the operation of the signal generator based on the analysis of that signal snapshot rather than on analysis of the larger part of the target signal . a detection unit operable to detect a given amplitude attribute in a target signal generated by the signal generator , the time position of the amplitude attribute in the target signal defining the time location of a snapshot time window relative to the target signal , the part of the target signal occupying the snapshot time window being a corresponding signal snapshot, the presence of the given amplitude attribute indicating that the signal snapshot includes noise due to the non-linear operation of the signal generator , and the given amplitude attribute comprising an amplitude peak or an amplitude trough; and a controller operable to analyse the signal snapshot rather than a larger part of the target signal and to evaluate the non-linear characteristics of the operation of the signal generator based on the analysis of that signal snapshot rather than on analysis of the larger part of the target signal .
A lubricating oil composition comprising at least 50 percent by mass, based on the mass of the composition of an oil of lubricating viscosity and 0.01 to 25 percent by mass, based on the mass of the composition, of a compound having structure (I): wherein R 1 and R 2 are the same or different and are linear or branched alkyl groups having from 2 to 10, preferably from 2 to 8 carbon atoms.
An information processing apparatus , comprising: a computation processing device that includes a memory and a processor coupled to the memory; and a storage device that stores a program , and wherein the processor is configured to: store, in the memory , a first storage area for first data that is assigned to a computation target by data definition for the computation target written in the program and a second storage area for second data that is assigned to the computation target instead of the first data, execute the program one or more times, generate one or more third data by the data definition for the computation target, determine the second data based on the one or more third data, store the determined second data in the second storage area for the second data, simplify the program after the program has been executed the one or more times, when the data definition for the computation target is omitted by executing the simplified program , output the second data from the memory, and perform the computation by using the output second data. a computation processing device that includes a memory and a processor coupled to the memory; and a storage device that stores a program , and wherein the processor is configured to: store, in the memory , a first storage area for first data that is assigned to a computation target by data definition for the computation target written in the program and a second storage area for second data that is assigned to the computation target instead of the first data, execute the program one or more times, generate one or more third data by the data definition for the computation target, determine the second data based on the one or more third data, store the determined second data in the second storage area for the second data, simplify the program after the program has been executed the one or more times, when the data definition for the computation target is omitted by executing the simplified program , output the second data from the memory, and perform the computation by using the output second data. store, in the memory , a first storage area for first data that is assigned to a computation target by data definition for the computation target written in the program and a second storage area for second data that is assigned to the computation target instead of the first data, execute the program one or more times, generate one or more third data by the data definition for the computation target, determine the second data based on the one or more third data, store the determined second data in the second storage area for the second data, simplify the program after the program has been executed the one or more times, when the data definition for the computation target is omitted by executing the simplified program , output the second data from the memory, and perform the computation by using the output second data.
A rubber composition obtained by kneading a rubber component, a vulcanization accelerator, silica, and a compound represented by the formula (I): wherein m and n are each independently 0 - 3, R 1 and R 2 are each independently a halogen atom, a C 1-18 alkyl group optionally having substituent(s), a C 3-10 cycloalkyl group optionally having substituent (s), a C 6-18 aryl group optionally having substituent (s), a C 7-20 aralkyl group optionally having substituent(s), a carboxy group, a C 1-18 alkoxy-carbonyl group optionally having substituent(s), a C 3-10 cycloalkyloxy-carbonyl group optionally having substituent(s), a C 6-18 aryloxy-carbonyl group optionally having substituent(s), a C 7-20 aralkyloxy-carbonyl group optionally having substituent(s), a carbamoyl group optionally having substituent (s), a hydroxy group, a C 1-18 alkoxy group optionally having substituent (s), a C 3-10 cycloalkyloxy group optionally having substituent(s), a C 6-18 aryloxy group optionally having substituent (s), a C 7-20 aralkyloxy group optionally having substituent(s), a C 1-18 alkyl-carbonyloxy group optionally having substituent (s), a C 3-10 cycloalkyl-carbonyloxy group optionally having substituent(s), a C 6-18 aryl-carbonyloxy group optionally having substituent (s), a C 7-20 aralkyl-carbonyloxy group optionally having substituent(s), an amino group optionally having substituent(s), or a nitro group, when m is 2 or 3, multiple R 1 s may be the same or different, when n is 2 or 3, multiple R 2 s may be the same or different.
A sorting unit , comprising: a sorting system ; a plurality of bins into which substrates are sorted by the sorting system; and a bin handler having a first end effector for receiving one bin of the plurality of bins, and a second end effector for disposing an empty bin in the previous location of the received bin. a sorting system ; a plurality of bins into which substrates are sorted by the sorting system; and a bin handler having a first end effector for receiving one bin of the plurality of bins, and a second end effector for disposing an empty bin in the previous location of the received bin.
A method for operating a mobile network adapted for implementing one or more network slices, the method comprising: - establishing at least one network slice configuration; - providing , to a customer node, at least one network slice instance, the at least one network slice instance being an instance of one of the network slices and being defined by the at least one network slice configuration; - receiving , from the customer node, a configuration request that indicates a request for identification of the at least one network slice configuration which defines the at least one network slice instance being provided to the customer node; characterized in that the method comprises: - providing a mapping from a set of network slice configurations to a set of network slice configuration identifiers, wherein the mapping comprises respectively computing a hash value of the mapped network slice configurations; - determining a network slice configuration identifier for the at least one network slice configuration by applying the mapping to the at least one network slice configuration; and - providing the at least one network slice configuration identifier to the customer node. - establishing at least one network slice configuration; - providing , to a customer node, at least one network slice instance, the at least one network slice instance being an instance of one of the network slices and being defined by the at least one network slice configuration; - receiving , from the customer node, a configuration request that indicates a request for identification of the at least one network slice configuration which defines the at least one network slice instance being provided to the customer node; - providing a mapping from a set of network slice configurations to a set of network slice configuration identifiers, wherein the mapping comprises respectively computing a hash value of the mapped network slice configurations; - determining a network slice configuration identifier for the at least one network slice configuration by applying the mapping to the at least one network slice configuration; and - providing the at least one network slice configuration identifier to the customer node.
A catalyst for aminating a polyether polyol comprising a carrier and active components, wherein the active components are Ni, Cu and Pd, wherein the catalyst further includes promoters, and wherein the promoters comprise a first promoter selected from the group consisting of V, Cr, Mn, Fe, Co, Zn, Y, Mo, W, Sn, Pb and Bi elements, and a mixture of more thereof.
Method for determining information regarding the displacement of an object from measurements provided by an accelerometer associated with the object, comprising steps of detecting acceleration peaks in the measurements, of calculating one or more characteristics of the detected acceleration peaks, and of determining a mode of travel of the object from the one or more calculated characteristics, characterised in that it comprises, before the step of detecting acceleration peaks, a step of non-uniformly sampling the measurements (ECH), which comprises a regular sampling of the measurements, the detection of local extrema (MIN, MAX) in the measurements regularly sampled and a non-uniform resampling of the measurements carried out to keep the detected local extrema.
A LiDAR system for detecting objects in a region of interest , the system comprising: a radiation source for emitting an output beam ; a first optical fiber with an input end communicatively coupled to the radiation source for receiving the output beam and configured to transmit the output beam having an optical axis along the first optical fiber to an output end for emitting the output beam , the output beam having a first spread (Θ 1 ); and an actuator coupled to the first optical fiber for imparting a first optical fiber movement to the output end of the first optical fiber , the first optical fiber movement comprising a plurality of positions of the output end of the first optical fiber defining a total first spread (Θ Total1 ) of the output beam when the output end is moving; the system being characterized by further comprising: an optical lens positioned by a focal distance from the output end of the first optical fiber , the optical lens being configured to transmit the output beam through the optical lens towards the region of interest and to cause the output beam to spread by a second spread (Θ 2 ) of the output beam , the second spread (Θ 2 ) being larger than the first spread (Θ 1 ), and a total second spread (Θ Total2 ) of the output beam when the output end is moving being larger than the total first spread (Θ Total1 ); and a processor for controlling the actuator and the first optical fiber movement to modulate an angle of spread of radiation of the output beam in the region of interest . a radiation source for emitting an output beam ; a first optical fiber with an input end communicatively coupled to the radiation source for receiving the output beam and configured to transmit the output beam having an optical axis along the first optical fiber to an output end for emitting the output beam , the output beam having a first spread (Θ 1 ); and an actuator coupled to the first optical fiber for imparting a first optical fiber movement to the output end of the first optical fiber , the first optical fiber movement comprising a plurality of positions of the output end of the first optical fiber defining a total first spread (Θ Total1 ) of the output beam when the output end is moving; an optical lens positioned by a focal distance from the output end of the first optical fiber , the optical lens being configured to transmit the output beam through the optical lens towards the region of interest and to cause the output beam to spread by a second spread (Θ 2 ) of the output beam , the second spread (Θ 2 ) being larger than the first spread (Θ 1 ), and a total second spread (Θ Total2 ) of the output beam when the output end is moving being larger than the total first spread (Θ Total1 ); and a processor for controlling the actuator and the first optical fiber movement to modulate an angle of spread of radiation of the output beam in the region of interest .
A method performed by a system related to a wireless communication network comprising a plurality of base station systems , each base station system comprising a baseband unit, BBU and a radio unit, RU interconnected via a fronthaul connection , the RUs being arranged to transmit wireless signals to, and receive from, wireless communication devices , the method comprising: obtaining fronthaul capacity information on transmission capacity of a part of the fronthaul connection that is shared by a first base station system and a second base station system of the plurality of base station systems; obtaining information on required capacity for transmission and/or reception of wireless signals by the RU of the first base station system and by the RU of the second base station system towards and/or from the wireless communication devices ; determining time unit transmission restrictions for the first base station system and for the second base station system based on the obtained fronthaul capacity information and on the obtained information on required capacity, which time unit transmission restrictions results in fronthaul usage below the transmission capacity of the part of the fronthaul connection, and sending information on the determined time unit transmission restrictions for the first base station system to the BBU of the first base station system and information on the determined time unit transmission restrictions for the second base station system to the BBU of the second base station system. obtaining fronthaul capacity information on transmission capacity of a part of the fronthaul connection that is shared by a first base station system and a second base station system of the plurality of base station systems; obtaining information on required capacity for transmission and/or reception of wireless signals by the RU of the first base station system and by the RU of the second base station system towards and/or from the wireless communication devices ; determining time unit transmission restrictions for the first base station system and for the second base station system based on the obtained fronthaul capacity information and on the obtained information on required capacity, which time unit transmission restrictions results in fronthaul usage below the transmission capacity of the part of the fronthaul connection, and sending information on the determined time unit transmission restrictions for the first base station system to the BBU of the first base station system and information on the determined time unit transmission restrictions for the second base station system to the BBU of the second base station system.
A method by a terminal in a wireless communication system supporting carrier aggregation, CA, the method comprising the steps of: receiving a first control message for enquiring capability information of the terminal, wherein the first control message includes a value indicating a type of radio access technology, RAT, the value being set as an evolved universal terrestrial radio access, EUTRA; reporting the capability information corresponding to the value being set as the EUTRA, wherein the capability information includes information indicating whether the terminal needs an interruption on a primary cell for a predetermined band combination ; receiving a second control message for radio resource control, RRC, connection reconfiguration to add or release a secondary cell; and performing an RRC connection reconfiguration procedure based on the second control message, wherein an interruption of up to 5 subframes on the primary cell during the RRC connection reconfiguration procedure is allowed for the terminal, in case that the primary cell is in the same frequency band as the secondary cell being added or released. receiving a first control message for enquiring capability information of the terminal, wherein the first control message includes a value indicating a type of radio access technology, RAT, the value being set as an evolved universal terrestrial radio access, EUTRA; reporting the capability information corresponding to the value being set as the EUTRA, wherein the capability information includes information indicating whether the terminal needs an interruption on a primary cell for a predetermined band combination ; receiving a second control message for radio resource control, RRC, connection reconfiguration to add or release a secondary cell; and performing an RRC connection reconfiguration procedure based on the second control message, wherein an interruption of up to 5 subframes on the primary cell during the RRC connection reconfiguration procedure is allowed for the terminal, in case that the primary cell is in the same frequency band as the secondary cell being added or released.
A communication method, wherein the method is applied to a terminal device, and the method comprises: displaying a mobile network identifier "5G"; camping on a dual-connectivity network, wherein the dual-connectivity network comprises a long term evolution, LTE, link and a new radio, NR, link; in response to a first operation by a user, , turning on a switch of a power saving mode of the terminal device; in response to turning on the switch of the power saving mode of the terminal device, releasin the NR link; and after the NR link is released, using the LTE link for communication; displaying a mobile network identifier "4G". updating a displayed battery remaining time to a battery remaining time corresponding to the power saving mode. displaying a mobile network identifier "5G"; camping on a dual-connectivity network, wherein the dual-connectivity network comprises a long term evolution, LTE, link and a new radio, NR, link; in response to a first operation by a user, , turning on a switch of a power saving mode of the terminal device; in response to turning on the switch of the power saving mode of the terminal device, releasin the NR link; and after the NR link is released, using the LTE link for communication; displaying a mobile network identifier "4G". updating a displayed battery remaining time to a battery remaining time corresponding to the power saving mode.
A method for encoding a 3-dimensional color Look-Up Table defined as a lattice of vertices using an octree, wherein each vertex is associated with a value representative of a color transform, comprising: encoding a split flag for a current octant of said octree indicating whether at least one of its immediate child octants should be recursively encoded; predicting at least one value of a vertex in said current octant from a reconstruction of at least one value of at least one vertex in a parent octant to obtain a prediction; determining a residue computed between the at least one value of the vertex and the prediction; encoding said residue; and encoding the immediate child octants of said current octant if said split flag indicates that at least one of its immediate child octants should be recursively encoded; wherein said split flag for the current octant is set to indicate that at least one of the immediate child octants should be recursively encoded if at least one vertex to be encoded of an immediate child octant has at least one residue that is greater than a threshold. encoding a split flag for a current octant of said octree indicating whether at least one of its immediate child octants should be recursively encoded; predicting at least one value of a vertex in said current octant from a reconstruction of at least one value of at least one vertex in a parent octant to obtain a prediction; determining a residue computed between the at least one value of the vertex and the prediction; encoding said residue; and encoding the immediate child octants of said current octant if said split flag indicates that at least one of its immediate child octants should be recursively encoded; wherein said split flag for the current octant is set to indicate that at least one of the immediate child octants should be recursively encoded if at least one vertex to be encoded of an immediate child octant has at least one residue that is greater than a threshold.