mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: receiving time domain, TD, information for a protocol data unit, PDU, session; updating local information associating the time domain information and a user equipment, receiving a plurality of time protocol packets, wherein a respective time protocol packet is a generic precision time protocol, gPTP, message ; based on the updated local information, determining, by a user plane function, UDF, whether to send a respective time protocol packet of the plurality of time protocol packets to the user equipment for a given PDU session based on the received time domain information, based on the UE changing a serving cell when a signal is stronger in a target cell than in a source cell, wherein the UPF inspects the plurality of time protocol packets based on a TD number for forwarding the respective time protocol packet to a matching PDU session the UPF has configured; and based on the determination, forwarding the respective time protocol packet of the plurality of time protocol packets to the user equipment for the matching PDU session. receiving time domain, TD, information for a protocol data unit, PDU, session; updating local information associating the time domain information and a user equipment, receiving a plurality of time protocol packets, wherein a respective time protocol packet is a generic precision time protocol, gPTP, message ; based on the updated local information, determining, by a user plane function, UDF, whether to send a respective time protocol packet of the plurality of time protocol packets to the user equipment for a given PDU session based on the received time domain information, based on the UE changing a serving cell when a signal is stronger in a target cell than in a source cell, wherein the UPF inspects the plurality of time protocol packets based on a TD number for forwarding the respective time protocol packet to a matching PDU session the UPF has configured; and based on the determination, forwarding the respective time protocol packet of the plurality of time protocol packets to the user equipment for the matching PDU session.
Method for microcrystalline cellulose production including first stage of acid hydrolysis of pulp with pentosan content of 0.5 to 30 weight % against its total weight and pulp consistency from 5% to 30% against the total weight of the reaction mixture with diluted acid in amount of 0.5 to 2.5 weight percents on the base of bone dry pulp weight where the hydrolysis is carried out at temperatures within the range from 90°C to 150°C for reaction time from 10 to 180 minutes, characterized with the fact that the obtained pulp after first acid hydrolysis is washed by water, after that the washed pulp, with 5% to 30% pulp consistency against the total weight of the reaction mixture, is subject to second stage of acid hydrolysis with diluted acid in amount of 0.2 to 2.5 weight percents on the base of bone dry pulp weight where the hydrolysis is carried out at temperatures from 100°C to 150°C for reaction time from 10 to 180minutes, followed by water washing of the final reaction product.
A nucleic acid, comprising: (a) a promoter operable in a prokaryotic cell, wherein the promoter comprises the nucleotide sequence set forth in SEQ ID NO: 8 or SEQ ID NO: 388; and (b) a nucleotide sequence of interest that is operably linked to the promoter, wherein the nucleotide sequence of interest and the promoter are not found operably linked in nature. (a) a promoter operable in a prokaryotic cell, wherein the promoter comprises the nucleotide sequence set forth in SEQ ID NO: 8 or SEQ ID NO: 388; and (b) a nucleotide sequence of interest that is operably linked to the promoter, wherein the nucleotide sequence of interest and the promoter are not found operably linked in nature.
A data collection system comprising a plurality of devices having a communication function and a data collection apparatus configured to collect data transmitted from the devices , the data collection apparatus comprising: a receiver configured to receive data transmitted from the devices ; a first data storage which is a non-rewritable storage; and a second data storage which is storage adapted to be accessed faster than the first data storage and that stores a smaller amount of data than the first data storage , characterized in that the data collection apparatus further comprises: a data analyzer configured to acquire analyzed data by analyzing the received data according to an analysis data format different for each device , the analysis data format being predetermined for each type of device of the plurality of devices; and a data writer configured to write and store the data received by the receiver and with a tag attached thereto to the first data storage , and write and store the analyzed data acquired by the data analyzer and with the tag attached thereto to the second data storage , the tag being identification information associated with an installation location of each device. a receiver configured to receive data transmitted from the devices ; a first data storage which is a non-rewritable storage; and a second data storage which is storage adapted to be accessed faster than the first data storage and that stores a smaller amount of data than the first data storage , characterized in that the data collection apparatus further comprises: a data analyzer configured to acquire analyzed data by analyzing the received data according to an analysis data format different for each device , the analysis data format being predetermined for each type of device of the plurality of devices; and a data writer configured to write and store the data received by the receiver and with a tag attached thereto to the first data storage , and write and store the analyzed data acquired by the data analyzer and with the tag attached thereto to the second data storage , the tag being identification information associated with an installation location of each device. a data analyzer configured to acquire analyzed data by analyzing the received data according to an analysis data format different for each device , the analysis data format being predetermined for each type of device of the plurality of devices; and a data writer configured to write and store the data received by the receiver and with a tag attached thereto to the first data storage , and write and store the analyzed data acquired by the data analyzer and with the tag attached thereto to the second data storage , the tag being identification information associated with an installation location of each device.
A system comprising: a stimulation generator configured to apply stimulation therapy via one or more electrodes based on a set of stimulation therapy parameters; and a processor configured to: control the stimulation generator to provide, via the one or more electrodes, an initial stimulation therapy; sense, via the one or more electrodes and in response to the application of the initial stimulation therapy, a first electrically evoked compound action potential (eECAP) signal, wherein the first eECAP signal is an eECAP baseline; control the stimulation generator to provide a candidate stimulation therapy, via the one or more electrodes, based on a set of candidate therapy parameters, sense, via the one or more electrodes and in response to the application of the candidate stimulation therapy, a second electrically evoked compound action potential (eECAP) signal generated in response to the application of the candidate stimulation therapy, classify the second sensed eECAP signal generated in response to the application of the candidate stimulation therapy relative to the eECAP baseline; and select, based on the classification of the second sensed eECAP relative to the eECAP baseline and a power consumption of the candidate stimulation therapy relative to the initial stimulation therapy, one of the initial stimulation therapy and the candidate stimulation therapy for subsequent electrical stimulation. a stimulation generator configured to apply stimulation therapy via one or more electrodes based on a set of stimulation therapy parameters; and a processor configured to: control the stimulation generator to provide, via the one or more electrodes, an initial stimulation therapy; sense, via the one or more electrodes and in response to the application of the initial stimulation therapy, a first electrically evoked compound action potential (eECAP) signal, wherein the first eECAP signal is an eECAP baseline; control the stimulation generator to provide, via the one or more electrodes, an initial stimulation therapy; sense, via the one or more electrodes and in response to the application of the initial stimulation therapy, a first electrically evoked compound action potential (eECAP) signal, wherein the first eECAP signal is an eECAP baseline; control the stimulation generator to provide a candidate stimulation therapy, via the one or more electrodes, based on a set of candidate therapy parameters, sense, via the one or more electrodes and in response to the application of the candidate stimulation therapy, a second electrically evoked compound action potential (eECAP) signal generated in response to the application of the candidate stimulation therapy, classify the second sensed eECAP signal generated in response to the application of the candidate stimulation therapy relative to the eECAP baseline; and select, based on the classification of the second sensed eECAP relative to the eECAP baseline and a power consumption of the candidate stimulation therapy relative to the initial stimulation therapy, one of the initial stimulation therapy and the candidate stimulation therapy for subsequent electrical stimulation.
An apparatus, comprising: a device that is adapted to perform actions, including: detecting a read request to a restricted region of memory , wherein the read request is associated with a first processor (CPU); and in response to detecting the read request to the restricted region of memory , providing a data value that causes, in response to execution of the data value as an instruction by the first processor (CPU), an infinite loop or a branch to logging detection of the read request. detecting a read request to a restricted region of memory , wherein the read request is associated with a first processor (CPU); and in response to detecting the read request to the restricted region of memory , providing a data value that causes, in response to execution of the data value as an instruction by the first processor (CPU), an infinite loop or a branch to logging detection of the read request.
A non-scented composition for application to the skin or other substrate, either prior to, or subsequent to, a perfume, which composition comprises a synthetic compound which exhibits a musk-like odour and at least 70% of the composition comprises a non-scented solvent for perfume ingredients, wherein the solvent has a vapour pressure of less than 40 Pascal (=0.3 Torr) at 25°C, and a viscosity greater than 10 -3 Pa.s (=1 centipoise) at 20°C.
A portable electronic device comprising: a device enclosure defining an internal volume and including an outer periphery member comprising: a first conductive element formed from a first metal material and defining: a first protrusion extending into the internal volume; and a first recess formed in the first protrusion; a second conductive element formed from a second metal material and defining: a second protrusion extending into the internal volume; and a second recess formed in the second protrusion; and an intermediate element formed from a dielectric material that is positioned at least partially within a gap between the first conductive element and the second conductive element , the intermediate element at least partially filling the first recess and the second recess to form an interlocking interface between the first and second conductive elements. a first conductive element formed from a first metal material and defining: a first protrusion extending into the internal volume; and a first recess formed in the first protrusion; a first protrusion extending into the internal volume; and a first recess formed in the first protrusion; a second conductive element formed from a second metal material and defining: a second protrusion extending into the internal volume; and a second recess formed in the second protrusion; and a second protrusion extending into the internal volume; and a second recess formed in the second protrusion; and an intermediate element formed from a dielectric material that is positioned at least partially within a gap between the first conductive element and the second conductive element , the intermediate element at least partially filling the first recess and the second recess to form an interlocking interface between the first and second conductive elements.
Communication light device for a vehicle interior having a housing , wherein light sources are arranged in a row on a housing base , wherein the light sources are designed to generate a time-controllable light signal, wherein a side wall of the housing has a light exit opening which extends across the side wall in the direction of the row of light sources and which points towards the vehicle interior when the communication light device is in an intended installation position, and wherein internal walls of the housing have a diffusely reflecting surface; characterized in that baffles are arranged between the respective light sources, wherein the baffles are designed to influence crosstalk of the light signals between the light sources as a function of their height, wherein the baffles are designed to variably change the height. having a housing , wherein light sources are arranged in a row on a housing base , wherein the light sources are designed to generate a time-controllable light signal, wherein a side wall of the housing has a light exit opening which extends across the side wall in the direction of the row of light sources and which points towards the vehicle interior when the communication light device is in an intended installation position, and wherein internal walls of the housing have a diffusely reflecting surface; characterized in that baffles are arranged between the respective light sources, wherein the baffles are designed to influence crosstalk of the light signals between the light sources as a function of their height, wherein the baffles are designed to variably change the height.
A method comprising: determining that an elevator car of an elevator system is approaching a landing ; obtaining, by a controller , a value for at least one parameter associated with the elevator system based on the determination that the elevator car is approaching the landing ; determining that the elevator car arrives at the landing within a threshold distance; determining, by the controller , when to engage in at least one of a brake cycling operation and a power cycling operation based on the value for the at least one parameter and based on determining that the elevator car arrives at the landing within the threshold distance; and initiating the at least one of a brake cycling operation and a power cycling operation at a time corresponding to the determination of when to engage in the at least one of a brake cycling operation and a power cycling operation; characterized in that the at least one parameter comprises at least one of: velocity, or acceleration data associated with the elevator car , motor torque data, and load weighing data. determining that an elevator car of an elevator system is approaching a landing ; obtaining, by a controller , a value for at least one parameter associated with the elevator system based on the determination that the elevator car is approaching the landing ; determining that the elevator car arrives at the landing within a threshold distance; determining, by the controller , when to engage in at least one of a brake cycling operation and a power cycling operation based on the value for the at least one parameter and based on determining that the elevator car arrives at the landing within the threshold distance; and initiating the at least one of a brake cycling operation and a power cycling operation at a time corresponding to the determination of when to engage in the at least one of a brake cycling operation and a power cycling operation; characterized in that the at least one parameter comprises at least one of: velocity, or acceleration data associated with the elevator car , motor torque data, and load weighing data. velocity, or acceleration data associated with the elevator car , motor torque data, and load weighing data.
Use of a S1P receptor modulator or agonist which signals as an agonist at one or more S1P receptors and which is selective for the receptor and which induces a negative chronotropic effect in heart rate in the manufacture of a medication for the treatment of an autoimmune disease selected from multiple sclerosis, polymyositis, lupus nephritis, rheumatoid arthritis, inflammatory bowel disease and psoriasis, whereby said medication is administered in such a way that during the initial period of treatment the dosage is lower than the standard daily dosage and the dosage is increased stepwise, or only once, until the standard daily dosage is reached, and thereafter the treatment is continued with the standard daily dosage of said S1P receptor modulator or agonist, wherein the initial period of treatment during which the S1P receptor modulator or agonist is administered at a dosage lower than the standard daily dosage is 7 days, such that at the day the standard daily dosage of said S1P receptor modulator or agonist is administered the decrease in heart rate is limited to approximately 2 beats/min or less.
Suspension mat for integration into a vehicle seat , comprising: a. a set of wire springs ; b. a plastic plate over-molded over the wire springs ; and c. first plastic attachment means integrally formed with the plastic plate for mounting a bladder of a pneumatic lumbar support system ; d. wherein at least two wire springs extend over the width (W) of the plastic plate and form attachment hooks for suspending the suspension mat into a vehicle seat frame. a. a set of wire springs ; b. a plastic plate over-molded over the wire springs ; and c. first plastic attachment means integrally formed with the plastic plate for mounting a bladder of a pneumatic lumbar support system ; d. wherein at least two wire springs extend over the width (W) of the plastic plate and form attachment hooks for suspending the suspension mat into a vehicle seat frame.
A positive electrode material for a lithium ion battery consisting of: electrode active material particles coated with a carbonaceous film, wherein the electrode active material particles are made of primary particles and secondary particles, which are agglomerates of the primary particles, and wherein the electrode active material is LiFePO 4 , and characterized in that a powder resistance is 500 Ω·cm or more and 50000 Ω·cm or less, a mass of the carbonaceous film per unit specific surface area is 0.7 mg/m 2 or more and 1.1 mg/m 2 or less, and Formula is satisfied, Y ≥ 4 .91 × 10 6 × e − 9.021 X Y: powder resistance (Ω·cm) X: mass of carbonaceous film per unit specific surface area (mg/m 2 ), wherein the powder resistance and the mass of the carbonaceous film per unit specific surface area are determined as disclosed in the description. electrode active material particles coated with a carbonaceous film, wherein the electrode active material particles are made of primary particles and secondary particles, which are agglomerates of the primary particles, and wherein the electrode active material is LiFePO 4 , and characterized in that a powder resistance is 500 Ω·cm or more and 50000 Ω·cm or less, a mass of the carbonaceous film per unit specific surface area is 0.7 mg/m 2 or more and 1.1 mg/m 2 or less, and Formula is satisfied, Y ≥ 4 .91 × 10 6 × e − 9.021 X Y: powder resistance (Ω·cm) X: mass of carbonaceous film per unit specific surface area (mg/m 2 ), wherein the powder resistance and the mass of the carbonaceous film per unit specific surface area are determined as disclosed in the description.
An assay system configured to use an assay consumable in the conduct of an assay, said assay system comprising said assay consumable and a reader, wherein said assay consumable being a multi-well plate or a cartridge, said assay consumable further comprising an assay consumable identifier associated with said assay consumable, said reader adapted to perform an operation selected from the group consisting of (i) reading information from said assay consumable identifier associated with said assay consumable; (ii) erasing information from said assay consumable identifier; (iii) writing information to said assay consumable identifier; and (iv) combinations thereof; characterized in that said assay system further comprises: a light tight enclosure; mechanisms to transport the assay consumables into and out of the light tight enclosure; and mechanisms to align and orient the assay consumables with one or more photodetectors and/or with electrical contacts, and wherein said assay consumable identifier comprises an EEPROM, flash memory, integrated circuit card (ICC), or combinations thereof; wherein said read information, erase information, and/or write information comprises authorization information for said consumable or a test site thereof or a domain thereof, said authorization information comprises information including whether the assay consumable is permitted to be used, the number of times the assay consumable can be used, and limitations on use of the assay consumable, if any, in combination with: lot-specific analysis parameters comprising a cross-talk correction matrix to account for chemical cross-reactivity. characterized in that said assay system further comprises: a light tight enclosure; mechanisms to transport the assay consumables into and out of the light tight enclosure; and mechanisms to align and orient the assay consumables with one or more photodetectors and/or with electrical contacts, and a light tight enclosure; mechanisms to transport the assay consumables into and out of the light tight enclosure; and mechanisms to align and orient the assay consumables with one or more photodetectors and/or with electrical contacts, and wherein said assay consumable identifier comprises an EEPROM, flash memory, integrated circuit card (ICC), or combinations thereof; wherein said read information, erase information, and/or write information comprises authorization information for said consumable or a test site thereof or a domain thereof, said authorization information comprises information including whether the assay consumable is permitted to be used, the number of times the assay consumable can be used, and limitations on use of the assay consumable, if any, in combination with: lot-specific analysis parameters comprising a cross-talk correction matrix to account for chemical cross-reactivity.