mhurhangee/ep-ind-claims huggingface dataset:
Magnetic field sensor having a magnet, which generates a magnetic field having a magnetic field axis (f) and which has a magnet axis (a) and is received in a component, which is movable about at least one axis and has a component axis (b), wherein the magnet is in the form of a cylindrical body (M1, M2, M3) and the magnet axis (a) is in the form of a cylinder axis (a) and a radially symmetrical magnetic field with radially symmetrically arranged field lines is produced, characterized in that the magnetic field axis (f) deviates from the magnet axis (a) on account of production-related deviations and the magnet (M1, M2, M3), for the purpose of correcting the deviation, is received in the component in such a way that the magnetic field axis (f) largely corresponds to the component axis (b), wherein the magnet axis (a) of the magnet corresponds to the component axis (b) and compensation bodies composed of magnetically permeable material are arranged in the peripheral region of the magnet.
A method comprising: determining (702, 802) occurrence of a virtual information region event, the virtual information region event indicating a change of information that is allocated to a virtual information region (312, 314, 316, 318) that is at least partially beyond a field of view of a head mounted display (252, 262), the virtual information region (312, 314, 316, 318) having a virtual information region location that is in a direction from the field of view; causing rendering (704, 804) of a non-visual notification that is indicative of the direction from the field of view in response to the virtual information region event; receiving (706, 806) information indicative of a visual notification invocation input which is entered by a user (210, 230, 308); determining (708, 808) a visual notification that is visually descriptive of at least one aspect of the virtual information region event in response to the visual notification invocation input; causing (710, 810) display of the visual notification on the head mounted display (252, 262); receiving (712, 812) information indicative of a visual notification selection input entered by the user; and changing the virtual information region location of the virtual information region (312, 314, 316, 318) to a different virtual information region location that is within the field of view in response to the visual notification selection input. determining (702, 802) occurrence of a virtual information region event, the virtual information region event indicating a change of information that is allocated to a virtual information region (312, 314, 316, 318) that is at least partially beyond a field of view of a head mounted display (252, 262), the virtual information region (312, 314, 316, 318) having a virtual information region location that is in a direction from the field of view; causing rendering (704, 804) of a non-visual notification that is indicative of the direction from the field of view in response to the virtual information region event; receiving (706, 806) information indicative of a visual notification invocation input which is entered by a user (210, 230, 308); determining (708, 808) a visual notification that is visually descriptive of at least one aspect of the virtual information region event in response to the visual notification invocation input; causing (710, 810) display of the visual notification on the head mounted display (252, 262); receiving (712, 812) information indicative of a visual notification selection input entered by the user; and changing the virtual information region location of the virtual information region (312, 314, 316, 318) to a different virtual information region location that is within the field of view in response to the visual notification selection input.
A method of passing information in a Peripheral Component Interconnect, PCI, express, PCIe, system, comprising: receiving at a host, from a PCIe endpoint, a signal comprising: a header; and a body, wherein the body comprises a first sixteen reserved bits, and further comprising extended message signaled interrupt, MSI message data in at least one of the first sixteen reserved bits; extracting, at a root complex of the host, the body from the signal to form an MSI vector with the extended MSI message data still in the body of the MSI vector; and passing, over a System Network on a Chip, SNoC, the MSI vector to an interrupt controller in the host with the extended MSI message data still in the body of the MSI vector. receiving at a host, from a PCIe endpoint, a signal comprising: a header; and a body, wherein the body comprises a first sixteen reserved bits, and further comprising extended message signaled interrupt, MSI message data in at least one of the first sixteen reserved bits; a header; and a body, wherein the body comprises a first sixteen reserved bits, and further comprising extended message signaled interrupt, MSI message data in at least one of the first sixteen reserved bits; extracting, at a root complex of the host, the body from the signal to form an MSI vector with the extended MSI message data still in the body of the MSI vector; and passing, over a System Network on a Chip, SNoC, the MSI vector to an interrupt controller in the host with the extended MSI message data still in the body of the MSI vector.
A process for producing a polypeptide in a mammalian host cell expressing said polypeptide, comprising culturing the mammalian host cell during a production phase of the culture in an initially glutamine-free production culture medium supplemented with 10mM asparagine.
An actinic radiation-curable inkjet ink comprising a photocurable compound and a photoinitiator, wherein: the photoinitiator includes a photoinitiator having a photocurable group; and the actinic radiation-curable inkjet ink further comprises a gelling agent thereby undergoes sol-gel phase transition. the photoinitiator includes a photoinitiator having a photocurable group; and the actinic radiation-curable inkjet ink further comprises a gelling agent thereby undergoes sol-gel phase transition.
A method of communication by a terminal in a wireless communication system supporting a plurality of protocol data unit, PDU, sessions, the method comprising: transmitting, to a network entity in charge of mobility management, a first non-access stratum, NAS, message including first information indicating whether each of the plurality of PDU sessions is inactive or not; and receiving, from the network entity, a second NAS message including second information indicating whether each of the plurality of PDU sessions is inactive or not, wherein the plurality of PDU sessions are identified by a plurality of PDU session identities, PSIs, respectively, wherein the first information is represented by a plurality of bits, the plurality of bits being mapped respectively to the plurality of PSIs and each of the plurality of bits being coded as a value of 0 or 1 to indicate whether a corresponding PDU session is inactive or not, wherein the second information is represented by a plurality of bits, the plurality of bits being mapped respectively to the plurality of PSIs and each of the plurality of bits being coded as value of 0 or 1 to indicate whether a corresponding PDU session is inactive or not, and wherein each of the plurality of PSIs is represented by using 8 bits. transmitting, to a network entity in charge of mobility management, a first non-access stratum, NAS, message including first information indicating whether each of the plurality of PDU sessions is inactive or not; and receiving, from the network entity, a second NAS message including second information indicating whether each of the plurality of PDU sessions is inactive or not, wherein the plurality of PDU sessions are identified by a plurality of PDU session identities, PSIs, respectively, wherein the first information is represented by a plurality of bits, the plurality of bits being mapped respectively to the plurality of PSIs and each of the plurality of bits being coded as a value of 0 or 1 to indicate whether a corresponding PDU session is inactive or not, wherein the second information is represented by a plurality of bits, the plurality of bits being mapped respectively to the plurality of PSIs and each of the plurality of bits being coded as value of 0 or 1 to indicate whether a corresponding PDU session is inactive or not, and wherein each of the plurality of PSIs is represented by using 8 bits.
A method for secure wireless communications by a first base station, comprising: establishing communications with a first user equipment, UE, wherein the UE is identified by a first set of one or more identifiers in a wide area wireless network, WWAN, and by a second set of one or more identifiers in a wireless local area network, WLAN; and determining, based on the first and second set of identifiers, a UE connected to the WWAN and WLAN is the first UE, wherein the method further comprises: determining the UE supports WWAN and WLAN interworking as a capability; directing the UE, via one of the WWAN or WLAN, to establish communication with the other one of the WWAN or WLAN, in response to the determination, wherein the directing comprises providing, to the UE, an identifier of where to establish the communication. establishing communications with a first user equipment, UE, wherein the UE is identified by a first set of one or more identifiers in a wide area wireless network, WWAN, and by a second set of one or more identifiers in a wireless local area network, WLAN; and determining, based on the first and second set of identifiers, a UE connected to the WWAN and WLAN is the first UE, wherein the method further comprises: determining the UE supports WWAN and WLAN interworking as a capability; directing the UE, via one of the WWAN or WLAN, to establish communication with the other one of the WWAN or WLAN, in response to the determination, wherein the directing comprises providing, to the UE, an identifier of where to establish the communication. determining the UE supports WWAN and WLAN interworking as a capability; directing the UE, via one of the WWAN or WLAN, to establish communication with the other one of the WWAN or WLAN, in response to the determination, wherein the directing comprises providing, to the UE, an identifier of where to establish the communication.
A user apparatus configured to communicate with a base station in a mobile communication system that supports carrier aggregation formed by a plurality of cells including a first cell and a second cell that uses a transmission time interval length shorter than a transmission time interval length of the first cell, comprising: a reception unit configured to receive downlink data transmitted from the base station in the second cell, and generate transmittal acknowledgement information for the downlink data; and a transmission unit configured to bundle a plurality of pieces of transmittal acknowledgement information, generated in the reception unit, for a plurality of pieces of downlink data into one piece of transmittal acknowledgement information to transmit the bundled transmittal acknowledgement information to the base station in the first cell, wherein the reception unit is configured to receive, from the base station, time information on a time from when receiving the downlink data until when transmitting transmittal acknowledgement information of the downlink data, and the transmission unit is configured to transmit the transmittal acknowledgement information of the downlink data, to the base station, after the time based on the time information elapses after receiving the downlink data. a reception unit configured to receive downlink data transmitted from the base station in the second cell, and generate transmittal acknowledgement information for the downlink data; and a transmission unit configured to bundle a plurality of pieces of transmittal acknowledgement information, generated in the reception unit, for a plurality of pieces of downlink data into one piece of transmittal acknowledgement information to transmit the bundled transmittal acknowledgement information to the base station in the first cell, wherein the reception unit is configured to receive, from the base station, time information on a time from when receiving the downlink data until when transmitting transmittal acknowledgement information of the downlink data, and the transmission unit is configured to transmit the transmittal acknowledgement information of the downlink data, to the base station, after the time based on the time information elapses after receiving the downlink data.
An embedded packaging structure, comprising: a substrate frame, wherein the substrate frame is made of silicon or ceramic; and a first through hole and a second through hole that run through the substrate frame along a thickness direction of the substrate frame, wherein a metal connection electrode is disposed in the first through hole; an electronic component is embedded in the second through hole, a pin of the electronic component is exposed at a hole opening of the second through hole, and the electronic component is an active electronic component or a passive electronic component; characterized in that the embedded packaging structure further comprises a chip unit integrated on one side of the substrate frame and located on an upper surface of the substrate frame disposed on a side of the substrate frame. a substrate frame, wherein the substrate frame is made of silicon or ceramic; and a first through hole and a second through hole that run through the substrate frame along a thickness direction of the substrate frame, wherein a metal connection electrode is disposed in the first through hole; an electronic component is embedded in the second through hole, a pin of the electronic component is exposed at a hole opening of the second through hole, and the electronic component is an active electronic component or a passive electronic component; characterized in that the embedded packaging structure further comprises a chip unit integrated on one side of the substrate frame and located on an upper surface of the substrate frame disposed on a side of the substrate frame.
A strain of probiotic microorganism isolated from faeces of children exclusively fed with breast milk characterized by consisting of Lactobacillus paracasei HERO 7 with accession number CNCM 1-4034, deposited on 2 July 2008 at the CNCM National Collection of Microorganism Culture, Pasteur Institute 25, Rue du Docteur Roux, F-75724 Paris.
Cantilever contact probe (20, 20', 20") comprising at least a probe body and a hook-shaped end portion, being joined to said probe body and ending with a slanted section being configured as a hook, said end portion being bent at a bending point having a suitable inclination of said hooked slanted section with respect to a longitudinal extension axis of said probe (20, 20', 20") and ending with a contact tip being able to assure a mechanical and electrical contact with a contact pad of a device under test, characterized in that it comprises at least a reduced portion (26, 26') having a first area with at least a first size being smaller than a corresponding first size (B') of a second area of said probe in a section which does not comprise said reduced portion (26, 26'), along a side by side placing direction of the probes (Dir) within a testing head, said reduced portion (26, 26') being substantially reduced along its sides thus forming an area having a reduced cross size being placed edgeways, said first area having a second size along the orthogonal direction with respect to said side by side placing direction of the probes (Dir) being equal to a size of said second area along a same orthogonal direction, equal to said first size (B').
A method of testing body fluids, comprising: loading a test strip in a meter with a sampling end of the test strip extending outside the meter, wherein the sampling end has a sample chamber in which the body fluid is collected; and illuminating the sampling end of the test strip that extends outside the meter by transmitting light from a light source inside the meter internally through the test strip to the sampling end of the test strip, wherein at least a portion of the test strip is made of a light transmissive material to transmit light from the light source to the sampling end; and analyzing the sample within the sample chamber; characterized in that the test strip is retained in the meter by inserting the light source into a light source opening in the test strip, and wherein the test strip includes a lancet to form an integrated disposable; aiming the lancet by shining the light from the sampling end of the test strip onto an incision site on the skin; and cutting an incision at the incision site on the skin by firing the lancet while the light source holds the test strip in place. loading a test strip in a meter with a sampling end of the test strip extending outside the meter, wherein the sampling end has a sample chamber in which the body fluid is collected; and illuminating the sampling end of the test strip that extends outside the meter by transmitting light from a light source inside the meter internally through the test strip to the sampling end of the test strip, wherein at least a portion of the test strip is made of a light transmissive material to transmit light from the light source to the sampling end; and analyzing the sample within the sample chamber; characterized in that the test strip is retained in the meter by inserting the light source into a light source opening in the test strip, and wherein the test strip includes a lancet to form an integrated disposable; aiming the lancet by shining the light from the sampling end of the test strip onto an incision site on the skin; and cutting an incision at the incision site on the skin by firing the lancet while the light source holds the test strip in place.
Method for permanently reshaping keratin fibres, in particular the hair, comprising: - a step of applying a reducing composition to the keratin fibres, to reduce the disulfide bonds in the keratin, the keratin fibres being shaped before, during or after said application, then - a step of fixing by oxidation, to reform said bonds, by applying to the keratin fibres an oxidizing composition containing at least one oxidizing agent and at least one cationic thickening polymer which is the product of the polymerization of a mixture of monomers comprising: a) at least one vinyl monomer substituted by at least one amine group, b) at least one hydrophobic nonionic vinyl monomer, c) at least one associative vinyl monomer, and d) at least one surface-active semi-hydrophobic vinyl monomer. - a step of applying a reducing composition to the keratin fibres, to reduce the disulfide bonds in the keratin, the keratin fibres being shaped before, during or after said application, then - a step of fixing by oxidation, to reform said bonds, by applying to the keratin fibres an oxidizing composition containing at least one oxidizing agent and at least one cationic thickening polymer which is the product of the polymerization of a mixture of monomers comprising: a) at least one vinyl monomer substituted by at least one amine group, b) at least one hydrophobic nonionic vinyl monomer, c) at least one associative vinyl monomer, and d) at least one surface-active semi-hydrophobic vinyl monomer. a) at least one vinyl monomer substituted by at least one amine group, b) at least one hydrophobic nonionic vinyl monomer, c) at least one associative vinyl monomer, and d) at least one surface-active semi-hydrophobic vinyl monomer.
A method of producing a compound of formula 3: comprising heating a solution comprising a compound of formula 2: and an organic solvent, wherein said heating comprises irradiating said solution with microwave radiation; wherein X is hydrogen or OR 2, wherein R 2 is C 1-4 alkyl; unsubstituted or substituted aryl; or unsubstituted or substituted benzyl; and wherein said solution is heated at a temperature ranging from 175° C to 195° C. wherein X is hydrogen or OR 2, wherein R 2 is C 1-4 alkyl; unsubstituted or substituted aryl; or unsubstituted or substituted benzyl; and wherein said solution is heated at a temperature ranging from 175° C to 195° C.
A method for wireless communication, comprising: sending control information for at least one user equipment, UE, on a second region of a first subframe of a plurality of subframes, wherein each subframe has a first region corresponding to a Physical Downlink Control Channel, PDCCH, and has said second region corresponding to a Relay Physical Downlink Control Channel, R-PDCCH sent in a data region of said subframe; and sending the control information for the at least one UE on said second region of at least one additional subframe of said plurality of subframes to improve reliability of the control information. sending control information for at least one user equipment, UE, on a second region of a first subframe of a plurality of subframes, wherein each subframe has a first region corresponding to a Physical Downlink Control Channel, PDCCH, and has said second region corresponding to a Relay Physical Downlink Control Channel, R-PDCCH sent in a data region of said subframe; and sending the control information for the at least one UE on said second region of at least one additional subframe of said plurality of subframes to improve reliability of the control information.
A method of producing formic acid through electrical reduction of carbon dioxide, comprising: a first electrolysis step of producing a formate from carbon dioxide that is supplied, wherein the first electrolysis step is carried out in a first diaphragm electrolytic bath of an apparatus for producing formic acid, wherein the first diaphragm electrolytic bath includes a first cathode chamber and a first anode chamber; a second electrolysis step of producing formic acid and an alkali metal or alkaline earth metal electrolyte from the formate produced in the first electrolysis step, wherein the second electrolysis step is carried out in a second diaphragm electrolytic bath of the apparatus for producing formic acid, wherein the second diaphragm electrolytic bath includes a second cathode chamber and a second anode chamber; wherein a formate solution formed in the first cathode chamber of the first diaphragm electrolytic bath is supplied to the second anode chamber of the second diaphragm electrolytic bath; and wherein an alkali metal or alkaline earth metal electrolyte solution formed in the second cathode chamber is supplied in a separate manner to each of the first anode chamber and the first cathode chamber of the first diaphragm electrolytic bath or in a divided manner to both of the first anode chamber and the first cathode chamber of the first diaphragm electrolytic bath. a first electrolysis step of producing a formate from carbon dioxide that is supplied, wherein the first electrolysis step is carried out in a first diaphragm electrolytic bath of an apparatus for producing formic acid, wherein the first diaphragm electrolytic bath includes a first cathode chamber and a first anode chamber; a second electrolysis step of producing formic acid and an alkali metal or alkaline earth metal electrolyte from the formate produced in the first electrolysis step, wherein the second electrolysis step is carried out in a second diaphragm electrolytic bath of the apparatus for producing formic acid, wherein the second diaphragm electrolytic bath includes a second cathode chamber and a second anode chamber; wherein a formate solution formed in the first cathode chamber of the first diaphragm electrolytic bath is supplied to the second anode chamber of the second diaphragm electrolytic bath; and wherein an alkali metal or alkaline earth metal electrolyte solution formed in the second cathode chamber is supplied in a separate manner to each of the first anode chamber and the first cathode chamber of the first diaphragm electrolytic bath or in a divided manner to both of the first anode chamber and the first cathode chamber of the first diaphragm electrolytic bath.