mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a base station in a wireless communication system, the method comprising: transmitting, to a user equipment, UE, one or more synchronization signal, SS, blocks based on one or more beams, wherein each of the one or more SS blocks includes primary synchronization signal, PSS, secondary synchronization signal, SSS, and physical broadcast channel, PBCH; transmitting, to the UE, system information including random access channel, RACH, configuration, wherein the RACH configuration includes: information regarding a number of RACH occasions; information regarding a subset of the RACH occasions associated with each of the one or more SS blocks; and information for indicating a first numerology for a random access preamble, and receiving, from the UE, the random access preamble on a RACH occasion based on the RACH configuration, wherein the RACH occasion is associated with a SS block identified from the one or more SS blocks, and wherein a second numerology for the system information is used in a random access response and a message for contention resolution. transmitting, to a user equipment, UE, one or more synchronization signal, SS, blocks based on one or more beams, wherein each of the one or more SS blocks includes primary synchronization signal, PSS, secondary synchronization signal, SSS, and physical broadcast channel, PBCH; transmitting, to the UE, system information including random access channel, RACH, configuration, wherein the RACH configuration includes: information regarding a number of RACH occasions; information regarding a subset of the RACH occasions associated with each of the one or more SS blocks; and information for indicating a first numerology for a random access preamble, and information regarding a number of RACH occasions; information regarding a subset of the RACH occasions associated with each of the one or more SS blocks; and information for indicating a first numerology for a random access preamble, and receiving, from the UE, the random access preamble on a RACH occasion based on the RACH configuration, wherein the RACH occasion is associated with a SS block identified from the one or more SS blocks, and wherein a second numerology for the system information is used in a random access response and a message for contention resolution.
Medicament delivery device comprising a housing (10; 100), which housing (10; 100) is arranged to accommodate a medicament container (18; 108), - a drive mechanism (34; 116) capable of, upon activation, act on said medicament container (18; 108); - a communication unit (60; 160) associated with said housing (10; 100); - a switch (58; 144) operably connectable to said drive mechanism (34; 116) and connected to said communication unit (60; 160) for activating said communication unit (60; 160) when said switch (58; 144) is operated; - said switch (58; 144) is operated by said drive mechanism (34; 116) at the end of a dose delivery sequence; - said drive mechanism comprising a switching element (48; 132) arranged to be released at the end of the dose delivery sequence and to act on said switch; - said drive mechanism (36, 38; 116) further comprising a force element (38; 122), which force element (38; 122) enables said switching element to act on said switch, wherein said force element (38; 122) is a drive spring arranged to act on and move a plunger rod of said drive mechanism in a proximal direction, characterised in that said drive spring is arranged to act on said switching element such that the switching element is moved in a distal direction at the end of the dose delivery sequence. - a drive mechanism (34; 116) capable of, upon activation, act on said medicament container (18; 108); - a communication unit (60; 160) associated with said housing (10; 100); - a switch (58; 144) operably connectable to said drive mechanism (34; 116) and connected to said communication unit (60; 160) for activating said communication unit (60; 160) when said switch (58; 144) is operated; - said switch (58; 144) is operated by said drive mechanism (34; 116) at the end of a dose delivery sequence; - said drive mechanism comprising a switching element (48; 132) arranged to be released at the end of the dose delivery sequence and to act on said switch; - said drive mechanism (36, 38; 116) further comprising a force element (38; 122), which force element (38; 122) enables said switching element to act on said switch, wherein said force element (38; 122) is a drive spring arranged to act on and move a plunger rod of said drive mechanism in a proximal direction, characterised in that said drive spring is arranged to act on said switching element such that the switching element is moved in a distal direction at the end of the dose delivery sequence.
A heater for a heat not burn device ; the heater including a longitudinal heating element including a resistive heating track formed thereon; the heater further including a tapered tip for penetrating a consumable engageable with the device , characterised in that the heating element is formed from a heater material of a first thermal conductivity and the tapered tip is formed from a tip material of a second thermal conductivity; the second thermal conductivity being lower than the first thermal conductivity.
A method comprising: interrogating a biological sample from a subject for at least one indicium of a variant JCV VP1 capsid protein that comprises a substitution of amino acid residue 122, and wherein the subject is determined to have an increased susceptibility for PML if the sample comprises the at least one indicium. interrogating a biological sample from a subject for at least one indicium of a variant JCV VP1 capsid protein that comprises a substitution of amino acid residue 122, and wherein the subject is determined to have an increased susceptibility for PML if the sample comprises the at least one indicium.
Device for controlling locking/unlocking and/or starting of a vehicle (V), comprising a first communication device (COM1) fitted in the vehicle (V), said first communication device (COM1) being connected to a control unit (ECU) of the vehicle (V), and a second communication device (COM2) located in a mobile apparatus (SP), the first communication device (COM1) and the second communication device (COM2) being designed to communicate with one another in a first communication mode so that an authentication of the mobile apparatus (SP) can be carried out by the vehicle (V), said authentication enabling the locking/unlocking and/or starting of the vehicle (V), the first communication device (COM1) and the second communication device (COM2) also being capable of communicating in a second communication mode in order to determine data representative of the position of the mobile apparatus (SP) with respect to the vehicle (V), the execution by the control unit (ECU) of the command for locking/unlocking and/or for starting the vehicle (V) being a function of said data representative of the position of the mobile apparatus (SP) with respect to the vehicle (V), and the first communication mode being operated according to the Bluetooth Low Energy (BLE) protocol, and the second communication mode being of the Ultra Wide Band (UWB) type.
A terminal apparatus supporting Time Division Duplex enhancement for UL-DL Interference Management and Traffic Adaptation, TDD eIMTA, the terminal apparatus being set with a physical hybrid ARQ indicator channel, PHICH, resource for avoiding a conflict between its PHICH resource and a PHICH resource of a legacy terminal apparatus, the terminal apparatus being a terminal apparatus to which a first UL-DL configuration has been indicated by a System Information Block Type 1, SIB1, and to which a second UL-DL configuration has been dynamically indicated, the first UL-DL configuration being to be used by the legacy terminal apparatus and the second UL-DL configuration being different from the first UL-DL configuration, the terminal apparatus comprising: a radio transmitting section adapted to transmit uplink data in a first UL subframe, in a frame according to the second UL-DL configuration, a radio receiving section adapted to receive, in a DL subframe, a signal including a response signal for the uplink data transmitted in the first UL subframe, wherein the DL subframe is a subframe positioned after the first UL subframe and defined in the second UL-DL configuration; and a signal demultiplexing section that is adapted to demultiplex, from the received signal in the DL subframe, the response signal in a first PHICH resource, wherein the first PHICH resource is different from a second PHICH resource secured in a same DL subframe in the first UL-DL configuration, the second PHICH resource being for a response signal for uplink data transmitted from the legacy terminal apparatus in a second UL subframe, wherein the first and second UL subframes are timed differently in the second UL-DL configuration and the first UL-DL configuration, respectively. a radio transmitting section adapted to transmit uplink data in a first UL subframe, in a frame according to the second UL-DL configuration, a radio receiving section adapted to receive, in a DL subframe, a signal including a response signal for the uplink data transmitted in the first UL subframe, wherein the DL subframe is a subframe positioned after the first UL subframe and defined in the second UL-DL configuration; and a signal demultiplexing section that is adapted to demultiplex, from the received signal in the DL subframe, the response signal in a first PHICH resource, wherein the first PHICH resource is different from a second PHICH resource secured in a same DL subframe in the first UL-DL configuration, the second PHICH resource being for a response signal for uplink data transmitted from the legacy terminal apparatus in a second UL subframe, wherein the first and second UL subframes are timed differently in the second UL-DL configuration and the first UL-DL configuration, respectively.
A smoking article comprising: a tobacco portion ; a filter portion having a mouthpiece ; a tubular covering portion covering the tobacco portion and the filter portion; a plurality of openings are provided in the covering portion, and are provided at a position closer to a side of the mouthpiece than a position 8 mm from the mouthpiece in an axial direction (A) of the filter portion ; an air intake provided in the tobacco portion at the position deviating from a position closer to a side of the mouthpiece than a position 8 mm from the mouthpiece in an axial direction (A) of the filter portion ; and a mixing portion provided in the filter portion to mix smoke from the tobacco portion and air from the air intake , characterized in that the mixing portion is a cavity provided in the filter portion and is provided in the position overlapping with the air intake in an axis direction (A) of the filter portion , the air intake contains a plurality of holes passing through the covering portion and the plurality of holes are provided within a range of a predetermined length in the axis direction of the covering portion and a value (L) obtained by subtracting the predetermined length from a length of the mixing portion in the axis direction (A) is 1.0 mm or more. a tobacco portion ; a filter portion having a mouthpiece ; a tubular covering portion covering the tobacco portion and the filter portion; a plurality of openings are provided in the covering portion, and are provided at a position closer to a side of the mouthpiece than a position 8 mm from the mouthpiece in an axial direction (A) of the filter portion ; an air intake provided in the tobacco portion at the position deviating from a position closer to a side of the mouthpiece than a position 8 mm from the mouthpiece in an axial direction (A) of the filter portion ; and a mixing portion provided in the filter portion to mix smoke from the tobacco portion and air from the air intake , characterized in that the mixing portion is a cavity provided in the filter portion and is provided in the position overlapping with the air intake in an axis direction (A) of the filter portion , the air intake contains a plurality of holes passing through the covering portion and the plurality of holes are provided within a range of a predetermined length in the axis direction of the covering portion and a value (L) obtained by subtracting the predetermined length from a length of the mixing portion in the axis direction (A) is 1.0 mm or more.
A method for making a stable adhesive, the method comprising: (a) denaturing soy flour, wherein the soy flour is denatured by heating the soy flour in an aqueous solution to a temperature of 40°C- 100°C for a period of at least 15 to 500 minutes until denatured and free of urease; (b) adding urea to the denatured soy flour, wherein a stable, soy/urea adhesive is formed; (c) adding a crosslinking agent to the soy/urea adhesive; wherein the urea is added to the soy flour in an amount equivalent to at most five parts urea for every one part soy flour; and wherein the denatured soy flour is not an alkaline-denatured soy flour. (a) denaturing soy flour, wherein the soy flour is denatured by heating the soy flour in an aqueous solution to a temperature of 40°C- 100°C for a period of at least 15 to 500 minutes until denatured and free of urease; (b) adding urea to the denatured soy flour, wherein a stable, soy/urea adhesive is formed; (c) adding a crosslinking agent to the soy/urea adhesive;
Module for protecting a cultivated area against frost, such as vineyards or orchards, said cultivated area comprising rows of trees or shrubs spaced apart from one another by a distance d, called the inter-row, said module comprising : - a transportable frame , sized to allow it to pass through the inter-row, said frame comprising a surface for resting on the ground and support legs movable between a deployed position in which they are in contact with the ground to stabilise said frame and a raised position when the module is to be moved to another location, - said chassis supporting a mast , or a lifting table , at the free end of which, or respectively of which, is placed a device for generating a flow of guided air , and - said chassis comprising a hot air generator , said hot air generator being connected and in fluid communication with a supply duct , the upper end of which is directly connected to the air inlet, or to the air outlet, of said device for generating a guided air flow in order to supply the latter with hot air, or opens out at the level of the said air inlet, or respectively the said air outlet, so as to ensure a mixture of fresh and hot air at the level of the air inlet, or respectively the said air outlet, of the said device for generating a flow of air . - a transportable frame , sized to allow it to pass through the inter-row, said frame comprising a surface for resting on the ground and support legs movable between a deployed position in which they are in contact with the ground to stabilise said frame and a raised position when the module is to be moved to another location, - said chassis supporting a mast , or a lifting table , at the free end of which, or respectively of which, is placed a device for generating a flow of guided air , and - said chassis comprising a hot air generator , said hot air generator being connected and in fluid communication with a supply duct , the upper end of which is directly connected to the air inlet, or to the air outlet, of said device for generating a guided air flow in order to supply the latter with hot air, or opens out at the level of the said air inlet, or respectively the said air outlet, so as to ensure a mixture of fresh and hot air at the level of the air inlet, or respectively the said air outlet, of the said device for generating a flow of air .
A quality of service, QoS, control method, wherein the method comprises: receiving, by an access gateway function entity , session management, SM, information from a session management function, SMF, entity through an access and mobility management function, AMF, entity, wherein the SM information comprises a QoS flow identifier; obtaining (S401), by the access gateway function entity , a correspondence between the QoS flow identifier and a virtual local area network, VLAN, priority, wherein the correspondence between the QoS flow identifier and the VLAN priority comprises a correspondence between a first QoS flow identifier and a first VLAN priority; sending (S402), by the access gateway function entity , a first message to a terminal , wherein the first message comprises the correspondence between the QoS flow identifier and the VLAN priority; receiving (S404), by the access gateway function entity , an uplink data packet from the terminal , wherein a QoS flow identifier corresponding to the uplink data packet is the first QoS flow identifier, and the uplink data packet carries the first VLAN priority; and performing (S405), by the access gateway function entity , QoS control on the uplink data packet based on the first VLAN priority, wherein the first message is a fixed network configuration message. receiving, by an access gateway function entity , session management, SM, information from a session management function, SMF, entity through an access and mobility management function, AMF, entity, wherein the SM information comprises a QoS flow identifier; obtaining (S401), by the access gateway function entity , a correspondence between the QoS flow identifier and a virtual local area network, VLAN, priority, wherein the correspondence between the QoS flow identifier and the VLAN priority comprises a correspondence between a first QoS flow identifier and a first VLAN priority; sending (S402), by the access gateway function entity , a first message to a terminal , wherein the first message comprises the correspondence between the QoS flow identifier and the VLAN priority; receiving (S404), by the access gateway function entity , an uplink data packet from the terminal , wherein a QoS flow identifier corresponding to the uplink data packet is the first QoS flow identifier, and the uplink data packet carries the first VLAN priority; and performing (S405), by the access gateway function entity , QoS control on the uplink data packet based on the first VLAN priority, wherein the first message is a fixed network configuration message.
Console (C) of a motor vehicle in the form of a block which extends longitudinally, vertically and transversely, comprising at least one housing with an opening and at least one bearing surface that can form an armrest configured to be opened and closed notably with respect to said housing, and a retractable support that is stowed away in said housing and that can be deployed from said housing into a position of use, characterized in that the opening of said housing is disposed adjacent to an end of said armrest , and that said support is configured to be reversibly deployed from its retracted position in said housing by extraction from said housing, said armrest being in open position, to a substantially horizontal position of use, in the extension of said end of the armrest and along the longitudinal axis of said armrest, and such that at least said end of said armrest rests on the end of said support coming into extension of said armrest when said armrest is in substantially horizontal closed position.
A method of post-surgical risk stratification of a prostate cancer subject, comprising: - determining a transmembrane protease, serine 2 - ETS-related gene (TMPRSS2-ERG) fusion status in a biological sample obtained from the subject, - determining a gene expression profile for each of one or more phosphodiesterase 4D variants in a biological sample obtained from the subject, - determining an expression based risk score for the subject based on the gene expression profile for a selected phosphodiesterase 4D variant, and - determining a post-surgical prognostic risk score for the subject based on the expression based risk score and post-surgical clinical variables of the subject, wherein the selected phosphodiesterase 4D variant is selected depending on the TMPRSS2-ERG fusion status, wherein, if the TMPRSS2-ERG fusion status is positive, the selected phosphodiesterase 4D variant is selected to be a first phosphodiesterase 4D variant, and, if the TMPRSS2-ERG fusion status is negative, the selected phosphodiesterase 4D variant is selected to be a second phosphodiesterase 4D variant. - determining a transmembrane protease, serine 2 - ETS-related gene (TMPRSS2-ERG) fusion status in a biological sample obtained from the subject, - determining a gene expression profile for each of one or more phosphodiesterase 4D variants in a biological sample obtained from the subject, - determining an expression based risk score for the subject based on the gene expression profile for a selected phosphodiesterase 4D variant, and - determining a post-surgical prognostic risk score for the subject based on the expression based risk score and post-surgical clinical variables of the subject,
An aerosol provision device for generating aerosol from an article comprising portions of aerosol generating material , the device comprising: a receptacle for receiving the article comprising portions of aerosol generating material; an outlet fluidly coupled to the receptacle; at least one aerosol generating component configured to perform an aerosolisation process on one or more of the portions of aerosol generating material when the article is received in the receptacle; and control circuitry for controlling the aerosol generating component; characterised in that : the control circuitry is configured to cause the at least one aerosol generating component to generate an amount of aerosol from a respective portion of aerosol generating material based on the distance of the respective portion of aerosol generating material from the outlet; and the control circuitry is configured to cause the aerosol generating component to generate an increasing amount of aerosol from the respective portion of aerosol generating material the further away the respective portion is located from the outlet. a receptacle for receiving the article comprising portions of aerosol generating material; an outlet fluidly coupled to the receptacle; at least one aerosol generating component configured to perform an aerosolisation process on one or more of the portions of aerosol generating material when the article is received in the receptacle; and control circuitry for controlling the aerosol generating component; the control circuitry is configured to cause the at least one aerosol generating component to generate an amount of aerosol from a respective portion of aerosol generating material based on the distance of the respective portion of aerosol generating material from the outlet; and the control circuitry is configured to cause the aerosol generating component to generate an increasing amount of aerosol from the respective portion of aerosol generating material the further away the respective portion is located from the outlet.
A multicomponent slurry composition for the production of an overlay erosion and corrosion resistant coating system for protection of one or more metal components from corrosion, erosion and fouling, said slurry composition comprising: a basecoat slurry; a topcoat slurry, comprising: a branched polyester polyol; a polycarbonate diol; an aliphatic trimer of hexamethylene diisocyanate; wherein a ratio of equivalent isocyanate functional groups to equivalent alcohol functional groups ranges from 1.0:1.6 to 1.6:1.0; and one or more metal oxide pigments. a basecoat slurry; a topcoat slurry, comprising: a branched polyester polyol; a polycarbonate diol; an aliphatic trimer of hexamethylene diisocyanate; wherein a ratio of equivalent isocyanate functional groups to equivalent alcohol functional groups ranges from 1.0:1.6 to 1.6:1.0; and one or more metal oxide pigments. a branched polyester polyol; a polycarbonate diol; an aliphatic trimer of hexamethylene diisocyanate; wherein a ratio of equivalent isocyanate functional groups to equivalent alcohol functional groups ranges from 1.0:1.6 to 1.6:1.0; and one or more metal oxide pigments.