mhurhangee/patent-ind-claim-en huggingface dataset:
An NFC-B enabled listen device having: a controller to drive a transmitter and receiver whereby the device can emulate a plurality of NFC-B applications; the controller being responsive to reception of a single poll request signal to transmit a poll response signal, provided by one of the applications; said controller responsive to reception of the single poll request signal to transmit a poll response signal in the form of a collision emulation signal, which emulates a collision between a plurality of poll response signals; characterised in that the controller provides a comparator arranged to compare the number of time slots reported in the poll request signal less than the number of active NFC-B applications and is arranged to respond to the number of time slots being less than the number of active applications by sending the collision emulation signal. a controller to drive a transmitter and receiver whereby the device can emulate a plurality of NFC-B applications; the controller being responsive to reception of a single poll request signal to transmit a poll response signal, provided by one of the applications; said controller responsive to reception of the single poll request signal to transmit a poll response signal in the form of a collision emulation signal, which emulates a collision between a plurality of poll response signals; characterised in that the controller provides a comparator arranged to compare the number of time slots reported in the poll request signal less than the number of active NFC-B applications and is arranged to respond to the number of time slots being less than the number of active applications by sending the collision emulation signal.
A vulcanizable rubber composition comprising a vegetable oil derivative comprising the structure where R 1 , R 2 and R 3 are independently selected from a C15 to C20 alkenyl or a C15 to C20 alkyl, and optionally contain aromatic groups; R is - O - C(=O) - R 4 where R 4 is a C15 to C20 alkenyl; wherein each R is covalently bonded to a first carbon atom of one of R 1 , R 2 or R 3 ; wherein a second carbon atom is adjacent to the first carbon atom and the second carbon atom is substituted with an -OH group; and wherein m is the number of R groups.
A method for authenticating a received set of symbols against a stored value during an authentication attempt, the method comprising: using one or more hardware processors: receiving the set of symbols to be authenticated during the authentication attempt, wherein the received set of symbols includes more symbols than a first set of symbols corresponding to the stored value, characterized in that the method further comprises: creating a set of two or more vectors , each vector having a length corresponding to a length of an ordered vector comprising the first set of symbols corresponding to the stored value and each vector comprising a different ordered combination of the received set of symbols, the different ordered combination of the received set of symbols ordered in a same order as the symbols were received; determining a set of distances between each respective vector and the ordered vector comprising the first set of symbols corresponding to the stored value; selecting a vector of the set of vectors corresponding to a smallest distance of the set of distances; and causing access to be granted to an access-controlled resource based on a comparison of a distance value corresponding to the selected vector and a threshold. receiving the set of symbols to be authenticated during the authentication attempt, wherein the received set of symbols includes more symbols than a first set of symbols corresponding to the stored value, characterized in that the method further comprises: creating a set of two or more vectors , each vector having a length corresponding to a length of an ordered vector comprising the first set of symbols corresponding to the stored value and each vector comprising a different ordered combination of the received set of symbols, the different ordered combination of the received set of symbols ordered in a same order as the symbols were received; determining a set of distances between each respective vector and the ordered vector comprising the first set of symbols corresponding to the stored value; selecting a vector of the set of vectors corresponding to a smallest distance of the set of distances; and causing access to be granted to an access-controlled resource based on a comparison of a distance value corresponding to the selected vector and a threshold. creating a set of two or more vectors , each vector having a length corresponding to a length of an ordered vector comprising the first set of symbols corresponding to the stored value and each vector comprising a different ordered combination of the received set of symbols, the different ordered combination of the received set of symbols ordered in a same order as the symbols were received; determining a set of distances between each respective vector and the ordered vector comprising the first set of symbols corresponding to the stored value; selecting a vector of the set of vectors corresponding to a smallest distance of the set of distances; and causing access to be granted to an access-controlled resource based on a comparison of a distance value corresponding to the selected vector and a threshold.
Transforming station for transforming plastic parisons into plastic containers, wherein the transforming station has two side part supports for supporting side parts of a blow mould, and preferably has a base part support for supporting a base part of the blow mould, wherein these side parts and the base part of the blow mould together form a hollow space within which the plastic parisons can be transformed into the plastic containers by application of a free-flowing medium, wherein at least one of the two side part supports for opening and/or closing the blow mould is pivotable relative to the other side part with respect to a predetermined main axis (S), and wherein the transforming station has a locking mechanism in order in a closed state of the blow mould to lock a side part support with the other side part support , and wherein the locking mechanism has a second locking element which is pivotable with respect to a predetermined pivot axis (S1) and which interengages with a first locking element for locking the side parts, wherein at least one of the two locking elements has a first contact surface which is suitable to co-operate with a second contact surface of the first locking element during locking with the first locking element , wherein at least one of these contact surfaces is designed in such a way that in a pivoting operation of the second locking element with respect to the pivot axis (S1) in the direction of the first locking element the two side part supports are pushed towards one another, characterised in that the first locking element and the second locking element are formed in such a way that in a predetermined pivot position of the second locking element with respect to the first locking element the contact surfaces of the two locking elements are opposite one another, but a gap (Sp) is formed between the two contact surfaces , wherein this constitutes a position in which the transforming station is substantially closed and can no longer be opened and the transforming station is designed without pressure pads.
A composite material structure (1;51;61), comprising: a first composite member which includes PAN-based carbon fibers and which is intended to be disposed so as to face a heating element and; a second composite member which includes pitch-based carbon fibers and which is intended to be disposed between the heating element and the first composite member ; and a cushioning element (23;53) which is a composite member which includes PAN-based carbon fibers and which is provided between the first composite member and the second composite member , connects the first composite member and the second composite member to each other, and has a lower rigidity than those of the first composite member and the second composite member so as to be more easily deformed when a load is applied to the first composite member , thereby allowing a relative displacement between the first composite member and the second composite member , wherein the first composite member is provided so as to be connected to an adjacent structure while the second composite member and the cushioning element (23;53) are provided so as to be separated from the structure . a first composite member which includes PAN-based carbon fibers and which is intended to be disposed so as to face a heating element and; a second composite member which includes pitch-based carbon fibers and which is intended to be disposed between the heating element and the first composite member ; and a cushioning element (23;53) which is a composite member which includes PAN-based carbon fibers and which is provided between the first composite member and the second composite member , connects the first composite member and the second composite member to each other, and has a lower rigidity than those of the first composite member and the second composite member so as to be more easily deformed when a load is applied to the first composite member , thereby allowing a relative displacement between the first composite member and the second composite member , wherein the first composite member is provided so as to be connected to an adjacent structure while the second composite member and the cushioning element (23;53) are provided so as to be separated from the structure .
A vehicle comprising: a passenger compartment including at least one seat; a floor space in front of the at least one seat , that is configured to receive a removable cargo adapter; and at least one cargo anchor , and the removable cargo adapter , characterised in that the removable cargo adapter is secured to the at least one cargo anchor, the removable cargo adapter being configured to adapt the passenger compartment of the vehicle to receive a cargo locker , wherein the removable cargo adapter includes at least one spring loaded lock that is configured to permit a cargo box to transfer onto the cargo adapter, and to automatically engage the lock once the cargo box is in place on the cargo adapter. a passenger compartment including at least one seat; a floor space in front of the at least one seat , that is configured to receive a removable cargo adapter; and at least one cargo anchor , and the removable cargo adapter , characterised in that the removable cargo adapter is secured to the at least one cargo anchor, the removable cargo adapter being configured to adapt the passenger compartment of the vehicle to receive a cargo locker , wherein the removable cargo adapter includes at least one spring loaded lock that is configured to permit a cargo box to transfer onto the cargo adapter, and to automatically engage the lock once the cargo box is in place on the cargo adapter.
A pharmaceutical tablet comprising: a) a drug which is N-{3-[3-cyclopropyl-5-(2-fluoro-4-iodo- phenylamino)-6,8-dimethyl-2,4,7-trioxo-3,4,6,7-tetrahydro-2H-pyrido[4,3- d]pyrimidin-1-yl]phenyl}acetamide dimethyl sulfoxide solvate in an amount selected from: 0.5 mg, 1 mg, and 2 mg, by weight of N-{3-[3-cyclopropyl-5-(2-fluoro-4-iodo-phenylamino)-6,8-dimethyl-2,4,7-trioxo-3,4,6,7-tetrahydro-2H-pyrido[4,3- d]pyrimidin-1-yl]phenyl}acetamide; wherein, b) the tablet contains from 25% to 89% by weight of one or more excipients, where the excipients contain about 5% by weight or less of water; and c) the amount of unsolvated drug does not exceed about 20%; and d) the drug particles are micronized. a) a drug which is N-{3-[3-cyclopropyl-5-(2-fluoro-4-iodo- phenylamino)-6,8-dimethyl-2,4,7-trioxo-3,4,6,7-tetrahydro-2H-pyrido[4,3- d]pyrimidin-1-yl]phenyl}acetamide dimethyl sulfoxide solvate in an amount selected from: 0.5 mg, 1 mg, and 2 mg, by weight of N-{3-[3-cyclopropyl-5-(2-fluoro-4-iodo-phenylamino)-6,8-dimethyl-2,4,7-trioxo-3,4,6,7-tetrahydro-2H-pyrido[4,3- d]pyrimidin-1-yl]phenyl}acetamide; wherein, b) the tablet contains from 25% to 89% by weight of one or more excipients, where the excipients contain about 5% by weight or less of water; and c) the amount of unsolvated drug does not exceed about 20%; and d) the drug particles are micronized.
A method of preventing or treating a disease in plants, wherein the disease is caused by bacteria or by fungus, comprising administering a composition to a plant in need thereof, wherein the composition is for administering to plants by spraying comprising tannins, water and one or more inert components selected from the list consisting of celite, diatomaceous earth, bentonite, pyrophyllite, kaolin, montmorillonite, thenardite, attapulgite, dolomite, clay, cork, humic acids, and fulvic acids.
A seed sensor comprising: a housing ; an internal seed channel defining a path for seeds to flow along a central axis (As) through the seed sensor ; and a sensor unit positioned alongside the internal seed channel within the housing , wherein an inlet end of the seed sensor includes a tapered inlet section , and characterized in that ; the housing includes a mounting loop having a pair of oppositely angled surfaces for mounting the seed sensor in a pair of oppositely angled configurations. a housing ; an internal seed channel defining a path for seeds to flow along a central axis (As) through the seed sensor ; and a sensor unit positioned alongside the internal seed channel within the housing , wherein an inlet end of the seed sensor includes a tapered inlet section , and characterized in that ; the housing includes a mounting loop having a pair of oppositely angled surfaces for mounting the seed sensor in a pair of oppositely angled configurations.
A carbon nanotube dispersion comprising: bundle-type carbon nanotubes; a dispersion medium; and partially hydrogenated nitrile rubber having a residual double bond (RDB) value of 0.5% by weight to 40% by weight calculated according to the following Mathematical Formula 1, wherein dispersed particle diameters of the carbon nanotubes have particle size distribution D 50 of 3 μm to 10 pm: RDB % by weight = BD weight / BD weight + HBD weight × 100 in Mathematical Formula 1, BD means a conjugated diene-derived structure unit and HBD means a hydrogenated conjugated diene-derived structure unit. bundle-type carbon nanotubes; a dispersion medium; and partially hydrogenated nitrile rubber having a residual double bond (RDB) value of 0.5% by weight to 40% by weight calculated according to the following Mathematical Formula 1, wherein dispersed particle diameters of the carbon nanotubes have particle size distribution D 50 of 3 μm to 10 pm: RDB % by weight = BD weight / BD weight + HBD weight × 100 in Mathematical Formula 1, BD means a conjugated diene-derived structure unit and HBD means a hydrogenated conjugated diene-derived structure unit.
A method used in wireless local area network, WLAN, the method comprising: receiving, by a station, STA, a beacon frame including transmission time offset information from an access point, AP, wherein the transmission time offset information includes information on a time point at which the STA entering a doze state after reception of the beacon frame is to be switched to an awake state; receiving, by the STA, a power save, PS,-poll trigger frame based on the transmission time offset information from the AP, wherein the PS-poll trigger frame triggers uplink multi-user, UL-MU, transmission from a plurality of STAs including the STA, wherein the PS-poll trigger frame includes partial association identifier, AID, information for the plurality of STAs and UL MU resource allocation information for a plurality of PS-poll frames to be transmitted by the plurality of STAs; and transmitting, by the STA, a PS-poll frame to the AP in response to the PS-poll trigger frame. receiving, by a station, STA, a beacon frame including transmission time offset information from an access point, AP, wherein the transmission time offset information includes information on a time point at which the STA entering a doze state after reception of the beacon frame is to be switched to an awake state; receiving, by the STA, a power save, PS,-poll trigger frame based on the transmission time offset information from the AP, wherein the PS-poll trigger frame triggers uplink multi-user, UL-MU, transmission from a plurality of STAs including the STA, wherein the PS-poll trigger frame includes partial association identifier, AID, information for the plurality of STAs and UL MU resource allocation information for a plurality of PS-poll frames to be transmitted by the plurality of STAs; and transmitting, by the STA, a PS-poll frame to the AP in response to the PS-poll trigger frame.
A method for manufacturing a direct thermal linerless label web , the direct thermal linerless label web comprising a face having a first side and a second side , the face comprising - a direct thermal printable coating, and - optionally, a release coating on the direct thermal printable coating, wherein the method comprises - supplying the face , - applying a modified adhesive coating on to a substrate , the modified adhesive coating comprising a) water-based acrylic adhesive, b) emulsified silicone additive, the amount of the emulsified silicone additive being in a range between 1 wt.% and 6 wt.%, preferably in a range between 2 wt.% and 4 wt.%, calculated from the total dry weight of the adhesive coating, and c) optionally, at least one wetting agent, and - thermally drying the modified adhesive coating on the substrate into a pressure sensitive adhesive coating , wherein i) said substrate is the face , and the modified adhesive coating is applied on to - the first side of the face , or - the second side of the face or ii) said substrate is a carrier material , and the method further comprises the following step: - transferring the pressure sensitive adhesive coating from the carrier material on to ∘ the first side of the face , or ∘ the second side of the face . - a direct thermal printable coating, and - optionally, a release coating on the direct thermal printable coating, - supplying the face , - applying a modified adhesive coating on to a substrate , the modified adhesive coating comprising a) water-based acrylic adhesive, b) emulsified silicone additive, the amount of the emulsified silicone additive being in a range between 1 wt.% and 6 wt.%, preferably in a range between 2 wt.% and 4 wt.%, calculated from the total dry weight of the adhesive coating, and c) optionally, at least one wetting agent, and a) water-based acrylic adhesive, b) emulsified silicone additive, the amount of the emulsified silicone additive being in a range between 1 wt.% and 6 wt.%, preferably in a range between 2 wt.% and 4 wt.%, calculated from the total dry weight of the adhesive coating, and c) optionally, at least one wetting agent, - thermally drying the modified adhesive coating on the substrate into a pressure sensitive adhesive coating , i) said substrate is the face , and the modified adhesive coating is applied on to - the first side of the face , or - the second side of the face or - the first side of the face , or - the second side of the face or ii) said substrate is a carrier material , and the method further comprises the following step: - transferring the pressure sensitive adhesive coating from the carrier material on to ∘ the first side of the face , or ∘ the second side of the face . - transferring the pressure sensitive adhesive coating from the carrier material on to ∘ the first side of the face , or ∘ the second side of the face . ∘ the first side of the face , or ∘ the second side of the face .
An insulin detection method comprising: adding a sample to an electrode having an insulin binding protein immobilized on a surface of the electrode, the insulin binding protein specifically recognizing insulin; and detecting an electrochemical change associated with formation of a complex of the insulin and the insulin binding protein, wherein the insulin binding protein includes a first region that includes an α-CT segment of an insulin receptor and does not include a β subunit of the insulin receptor and a second region that includes an L1 domain of the insulin receptor and does not include the β subunit of the insulin receptor, and one of the first region and the second region is immobilized on the surface of the electrode. adding a sample to an electrode having an insulin binding protein immobilized on a surface of the electrode, the insulin binding protein specifically recognizing insulin; and detecting an electrochemical change associated with formation of a complex of the insulin and the insulin binding protein, wherein the insulin binding protein includes a first region that includes an α-CT segment of an insulin receptor and does not include a β subunit of the insulin receptor and a second region that includes an L1 domain of the insulin receptor and does not include the β subunit of the insulin receptor, and one of the first region and the second region is immobilized on the surface of the electrode.
ATO device for the automated driving of a rail vehicle on tracks which are equipped with different track-side vehicle protection devices , wherein the ATO device has at least two ATP interfaces which are configured for connecting the ATO device to different vehicle-side vehicle protection devices and for transferring information items necessary for the automated driving from the respective vehicle-side vehicle protection device to the ATO device , wherein one of the ATP interfaces is configured to connect the ATO device to a vehicle protection device , which is configured as an ETCS vehicle protection device, and wherein the other of the ATP interfaces is configured so as to connect the ATO device to a vehicle protection device , which is configured as an LZB or PZB vehicle protection device. wherein the ATO device has at least two ATP interfaces which are configured for connecting the ATO device to different vehicle-side vehicle protection devices and for transferring information items necessary for the automated driving from the respective vehicle-side vehicle protection device to the ATO device , wherein one of the ATP interfaces is configured to connect the ATO device to a vehicle protection device , which is configured as an ETCS vehicle protection device, and wherein the other of the ATP interfaces is configured so as to connect the ATO device to a vehicle protection device , which is configured as an LZB or PZB vehicle protection device.
A method of controlling a temperature of a heater included in an aerosol generation device, the method comprising: receiving (S910) temperature profiles of different types of cigarette from a portable user terminal through the local area network before coupling a cigarette to the heater ; sensing a cigarette coupled to the heater after receiving the temperature profiles; identifying (S950) a type of the sensed cigarette; selecting a temperature profile corresponding to the identified type of the cigarette from the received temperature profiles of different types of cigarette; controlling (S970) power supplied from a battery to the heater according to the selected temperature profile. receiving (S910) temperature profiles of different types of cigarette from a portable user terminal through the local area network before coupling a cigarette to the heater ; sensing a cigarette coupled to the heater after receiving the temperature profiles; identifying (S950) a type of the sensed cigarette; selecting a temperature profile corresponding to the identified type of the cigarette from the received temperature profiles of different types of cigarette; controlling (S970) power supplied from a battery to the heater according to the selected temperature profile.