mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling a lighting unit in an area, the method comprising: - obtaining a charging status of a portable device, the charging status indicating whether the portable device is connected to a charger, - receive a motion signal indicative of a motion of a user in the area, characterised by further comprising: - controlling , if the motion has been detected and if the portable device is connected to the charger, the lighting unit according to a first light setting, and - controlling , if the motion has been detected and if the portable device is not connected to the charger, the lighting unit according to a second light setting. - obtaining a charging status of a portable device, the charging status indicating whether the portable device is connected to a charger, - receive a motion signal indicative of a motion of a user in the area, characterised by further comprising: - controlling , if the motion has been detected and if the portable device is connected to the charger, the lighting unit according to a first light setting, and - controlling , if the motion has been detected and if the portable device is not connected to the charger, the lighting unit according to a second light setting.
A user terminal which performs communication using cells (C1, C2) including an LAA, License-Assisted Access, cell which applies listening before UL , Uplink, transmission, the user terminal comprising: a transmission unit configured to transmit uplink control information and uplink data; and a control unit configured to control transmission of the uplink control information and the uplink data, wherein the control unit is configured to perform control to transmit the uplink control information using an uplink channel other than an uplink shared channel of the LAA cell, wherein the user terminal is configured to define a UE, User Equipment, capability for UL-LAA separately from a UE capability of simultaneous transmission of an uplink control channel and the uplink shared channel between the cells including the LAA cell, wherein when simultaneous transmission of a license band uplink control channel and the uplink shared channel of the LAA cell is supported, the control unit is configured to control to report UE capability information indicating the UE capability for UL-LAA a transmission unit configured to transmit uplink control information and uplink data; and a control unit configured to control transmission of the uplink control information and the uplink data, wherein the control unit is configured to perform control to transmit the uplink control information using an uplink channel other than an uplink shared channel of the LAA cell, wherein the user terminal is configured to define a UE, User Equipment, capability for UL-LAA separately from a UE capability of simultaneous transmission of an uplink control channel and the uplink shared channel between the cells including the LAA cell, wherein when simultaneous transmission of a license band uplink control channel and the uplink shared channel of the LAA cell is supported, the control unit is configured to control to report UE capability information indicating the UE capability for UL-LAA
A method comprising: receiving a broadcast signal comprising a first broadcast service associated with a first service component; determining a first logical layer pipe associated with the first broadcast service, wherein the first logical layer pipe defines an association between a plurality of physical layer transmission channels configured to carry the first broadcast service; determining a first physical layer transmission channel carrying the first service component from the plurality of physical layer transmission channels based on the first logical layer pipe, wherein the first physical layer transmission channel is different from the first logical layer pipe; determining whether a receiver has buffering capacity to receive the first logical layer pipe based on a size of a logical layer pipe frame (BS LLPF ) and a time between consecutive frames of the logical layer pipe frames (T INT_LLPF ) or based on determining whether the size of the logical layer pipe frame is less than or equal to a buffer size of the receiver (B R ); and in response to determining that the receiver has the buffering capacity to receive the first logical layer pipe, accessing the first service component for the first broadcast service through the first physical layer transmission channel. receiving a broadcast signal comprising a first broadcast service associated with a first service component; determining a first logical layer pipe associated with the first broadcast service, wherein the first logical layer pipe defines an association between a plurality of physical layer transmission channels configured to carry the first broadcast service; determining a first physical layer transmission channel carrying the first service component from the plurality of physical layer transmission channels based on the first logical layer pipe, wherein the first physical layer transmission channel is different from the first logical layer pipe; determining whether a receiver has buffering capacity to receive the first logical layer pipe based on a size of a logical layer pipe frame (BS LLPF ) and a time between consecutive frames of the logical layer pipe frames (T INT_LLPF ) or based on determining whether the size of the logical layer pipe frame is less than or equal to a buffer size of the receiver (B R ); and in response to determining that the receiver has the buffering capacity to receive the first logical layer pipe, accessing the first service component for the first broadcast service through the first physical layer transmission channel.
A composition comprising Lactobacillus plantarum 2830 (ECGC 13110402), for use in the treatment or prevention of hypertension.
A handgun safety device comprising: a safety element with a firing interrupting element configured for snug projection between a face of a duty cartridge and a fore end of a functional firing element ; a cord having a full length between a first end and a second end thereof, said safety element being attached to the first end, the second end being configured for attaching to an article worn by a user; characterized in that the handgun safety device further comprises a cord retractor mechanism , wherein the cord is associated with said cord retractor mechanism . a safety element with a firing interrupting element configured for snug projection between a face of a duty cartridge and a fore end of a functional firing element ; a cord having a full length between a first end and a second end thereof, said safety element being attached to the first end, the second end being configured for attaching to an article worn by a user; characterized in that the handgun safety device further comprises a cord retractor mechanism , wherein the cord is associated with said cord retractor mechanism .
A computer implemented method for wireless communications access security, the method comprising the following steps: receiving at a client device , a threat evaluation function from a server computer, the threat evaluation function being a function derived by the server computer from at least one parameter set received by the server computer from each one of a plurality of client devices, each parameter set pertaining to a respective access point and to a respective one of the plurality of client devices, and comprising at least one parameter measured during a wireless communication between the respective access point and the respective one of the plurality of client devices; measuring at the client device , at least one parameter during a wireless communication of the client device with an active access point; calculating at the client device , at least one indicator, each one of the indicators being calculated from the comparison of at least one of the measured parameters with a reference value; and determining at the client device , a threat indication for the active access point by applying the threat evaluation function on the at least one calculated indicator.. receiving at a client device , a threat evaluation function from a server computer, the threat evaluation function being a function derived by the server computer from at least one parameter set received by the server computer from each one of a plurality of client devices, each parameter set pertaining to a respective access point and to a respective one of the plurality of client devices, and comprising at least one parameter measured during a wireless communication between the respective access point and the respective one of the plurality of client devices; measuring at the client device , at least one parameter during a wireless communication of the client device with an active access point; calculating at the client device , at least one indicator, each one of the indicators being calculated from the comparison of at least one of the measured parameters with a reference value; and determining at the client device , a threat indication for the active access point by applying the threat evaluation function on the at least one calculated indicator..
A method to map a distribution scheme for encoding an audio signal with a watermark, the method comprising: dividing, with a processor, the watermark into a plurality of watermark symbols; mapping, with the processor, the watermark symbols to a plurality of frequency bins according to a first distribution scheme to create N watermark layers, a first watermark layer of the N watermark layers having a first combination of the frequency bins and a second watermark layer of the N watermark layers having a second combination of the frequency bins, the first combination of the frequency bins and the second combination of the frequency bins to partially overlap, subsets of adjacent ones of the plurality of frequency bins grouped into a corresponding plurality of frequency clumps; the method being characterised by further comprising: determining, with the processor, a sequence for shifting watermark symbols among the frequency bins so that combinations of N watermark symbols that include one watermark symbol from each watermark layer share a maximum of N-1 frequency bins; generating, with the processor, a second distribution scheme to map the watermark symbols in accordance with the sequence; and communicating the second distribution scheme to a device. dividing, with a processor, the watermark into a plurality of watermark symbols; mapping, with the processor, the watermark symbols to a plurality of frequency bins according to a first distribution scheme to create N watermark layers, a first watermark layer of the N watermark layers having a first combination of the frequency bins and a second watermark layer of the N watermark layers having a second combination of the frequency bins, the first combination of the frequency bins and the second combination of the frequency bins to partially overlap, subsets of adjacent ones of the plurality of frequency bins grouped into a corresponding plurality of frequency clumps; the method being characterised by further comprising: determining, with the processor, a sequence for shifting watermark symbols among the frequency bins so that combinations of N watermark symbols that include one watermark symbol from each watermark layer share a maximum of N-1 frequency bins; generating, with the processor, a second distribution scheme to map the watermark symbols in accordance with the sequence; and communicating the second distribution scheme to a device. determining, with the processor, a sequence for shifting watermark symbols among the frequency bins so that combinations of N watermark symbols that include one watermark symbol from each watermark layer share a maximum of N-1 frequency bins; generating, with the processor, a second distribution scheme to map the watermark symbols in accordance with the sequence; and communicating the second distribution scheme to a device.
A data communication method for use in an advanced cellular wireless communication system supporting Multi-User Superposition Transmission, MUST, the method comprising: receiving, from a MUST-UE, a MUST receiver scheme; determining a baseline size of second downlink control information according to the received MUST receiver scheme and a MUST transmission technique; configuring the MUST-UE to operate according to a MUST configuration, the MUST configuration including the MUST transmission technique; and transmitting, to the MUST-UE: first downlink control information, including an indication that MUST is used; second downlink control information including assistant information according to the determined baseline size; and a MUST composite data signal on an associated DL shared channel, according to the MUST transmission technique. receiving, from a MUST-UE, a MUST receiver scheme; determining a baseline size of second downlink control information according to the received MUST receiver scheme and a MUST transmission technique; configuring the MUST-UE to operate according to a MUST configuration, the MUST configuration including the MUST transmission technique; and transmitting, to the MUST-UE: first downlink control information, including an indication that MUST is used; second downlink control information including assistant information according to the determined baseline size; and a MUST composite data signal on an associated DL shared channel, according to the MUST transmission technique. first downlink control information, including an indication that MUST is used; second downlink control information including assistant information according to the determined baseline size; and a MUST composite data signal on an associated DL shared channel, according to the MUST transmission technique.
A windscreen wiper device, comprising: a longitudinally extending wiper element made of an elastomeric material; a carrier element including at least one pre-curved longitudinal strip operably supporting said wiper element; a connector device with a first piece and a second piece; a joint part which is connectable to said second piece of said connector device and is configured for attachment with an oscillating wiper arm; said second piece including a pair of prongs which extend through aligned openings in said first piece and said at least one pre-curved longitudinal strip; the windscreen wiper device being characterised in that the ends of said prongs of said second piece are plastically deformed to lock said first and second pieces of said connector device with said at least one pre-curved longitudinal strip. a longitudinally extending wiper element made of an elastomeric material; a carrier element including at least one pre-curved longitudinal strip operably supporting said wiper element; a connector device with a first piece and a second piece; a joint part which is connectable to said second piece of said connector device and is configured for attachment with an oscillating wiper arm; said second piece including a pair of prongs which extend through aligned openings in said first piece and said at least one pre-curved longitudinal strip; the windscreen wiper device being characterised in that the ends of said prongs of said second piece are plastically deformed to lock said first and second pieces of said connector device with said at least one pre-curved longitudinal strip.
A method for decarboxylating carboxylic acids of cannabinoids in hemp extract or hemp biomass which comprises heating the hemp extract or hemp biomass to a temperature of 40° C to 100° C in the presence of one or more divalent reagents, wherein the divalent reagent is selected from the group consisting of MgO, CaO, ZnO, Mg(OH) 2 , Ca(OH) 2 , CaCl 2 , MgSO 4 , MgSO 4 (H 2 O) 7 , and ZnSO 4 and a mixture thereof.
A suspension comprising: a cylinder ; a bottomed cylindrical end member having an open end and a bottom at the other end, which is provided on an outer circumference at the lower side of the cylinder , wherein the end member has a small-diameter cylinder portion and a large-diameter cylinder portion which have the same inner diameter; a piston rod which has a piston at one end thereof and which is inserted into the cylinder together with the piston ; a diaphragm which has one end fixed to the cylinder and the other end fixed to the other end of the piston rod and which forms an air chamber around at least the piston rod ; and a cylindrical member which is provided on an outer circumference of the cylinder surrounded by the diaphragm when the suspension is extended and compressed, wherein an outer circumference surface of the cylindrical member has an uneven surface, an annular projection portion that protrudes downward is formed on a lower end of the cylindrical member , wherein the projection portion is fitted into an annular fitting groove formed in an upper end of the large-diameter cylinder portion of the end member , and one end of the diaphragm is fixed to an outer circumference surface of the small-diameter cylinder portion close to the large-diameter cylinder portion of the end member characterized in that the end member is air-tightly fixed to the outer circumference of the cylinder by an air seal provided in an inner circumferential portion of the large-diameter cylinder portion . a cylinder ; a bottomed cylindrical end member having an open end and a bottom at the other end, which is provided on an outer circumference at the lower side of the cylinder , wherein the end member has a small-diameter cylinder portion and a large-diameter cylinder portion which have the same inner diameter; a piston rod which has a piston at one end thereof and which is inserted into the cylinder together with the piston ; a diaphragm which has one end fixed to the cylinder and the other end fixed to the other end of the piston rod and which forms an air chamber around at least the piston rod ; and a cylindrical member which is provided on an outer circumference of the cylinder surrounded by the diaphragm when the suspension is extended and compressed, wherein an outer circumference surface of the cylindrical member has an uneven surface, an annular projection portion that protrudes downward is formed on a lower end of the cylindrical member , wherein the projection portion is fitted into an annular fitting groove formed in an upper end of the large-diameter cylinder portion of the end member , and one end of the diaphragm is fixed to an outer circumference surface of the small-diameter cylinder portion close to the large-diameter cylinder portion of the end member
An autocatalytic process for producing fatty acids from fatty acids methyl esters with an overall conversion higher than 90% characterized in that it comprises multiple hydrolysis reactions in series, in purely thermal conditions, with intermediate separation of phases after each hydrolysis reaction and before the subsequent, operating in excess of water, in order to separate the methanol/water phases from the equilibrium phase and favor the formation of fatty acids product, wherein the ratio by weight water/methyl ester in each hydrolysis reaction is keeping in the range of 0,4-1,5 and wherein the number of reactors and the number of Vapor/Liquid/Liquid separators are at least three.
A valve insert for use in an air venting valve of a vulcanizing mould of a vehicle tyre, said valve insert comprising a valve stem arranged to be inserted into a valve sleeve of the air venting valve , a first end of said valve stem being provided with a valve disk , wherein the second end of the valve stem is provided with an elastically compressible retainer member for detachably attaching the valve insert to the valve sleeve and characterised by comprising; a slot for achieving the compression of the retainer member , said slot extending from the second end of the valve stem towards the first end of the valve stem , and wherein the valve insert comprises a venting bore for removing air from the vulcanizing mould and an opening of the venting bore is located on a front surface of the valve disk , and further characterised in that ; another opening of the venting bore is located on a bottom of the slot .
A method for making multi-ply separable draw textured yarns, the method comprising: entering an input of two or more separable interlaced filament yarns, each having interlacing strong enough to maintain separability during and after texturizing, into a spindle in a texturizing unit; exiting multi-ply separable draw textured yarns from the spindle, wherein the multi-ply separable draw textured yarns are separable into the same number of separable draw textured yarns as the number of separable interlaced filament yarns in the input; and winding at least one separable draw textured yarn from the group onto a bobbin. entering an input of two or more separable interlaced filament yarns, each having interlacing strong enough to maintain separability during and after texturizing, into a spindle in a texturizing unit; exiting multi-ply separable draw textured yarns from the spindle, wherein the multi-ply separable draw textured yarns are separable into the same number of separable draw textured yarns as the number of separable interlaced filament yarns in the input; and winding at least one separable draw textured yarn from the group onto a bobbin.
A non-transitory machine readable medium storing instruction executable by a processing resource to: direct a system according to claim 2 to: eject a droplet in a first direction serially from each of a plurality of aligned openings toward a same location of an absorbent wipe material ; and concurrently transit the absorbent wipe material in a direction of alignment of the plurality of aligned openings ; and wherein: the droplet from each of the plurality of aligned openings serially reaches the same location on the absorbent wipe material , wherein each successive ejection of a droplet on the same location incrementally increases the wetness of the same location; and each of the plurality of aligned openings is serially wiped concurrently with the droplet being ejected from each of the plurality of aligned openings . eject a droplet in a first direction serially from each of a plurality of aligned openings toward a same location of an absorbent wipe material ; and concurrently transit the absorbent wipe material in a direction of alignment of the plurality of aligned openings ; and wherein: the droplet from each of the plurality of aligned openings serially reaches the same location on the absorbent wipe material , wherein each successive ejection of a droplet on the same location incrementally increases the wetness of the same location; and each of the plurality of aligned openings is serially wiped concurrently with the droplet being ejected from each of the plurality of aligned openings . the droplet from each of the plurality of aligned openings serially reaches the same location on the absorbent wipe material , wherein each successive ejection of a droplet on the same location incrementally increases the wetness of the same location; and each of the plurality of aligned openings is serially wiped concurrently with the droplet being ejected from each of the plurality of aligned openings .