mhurhangee/ep-ind-claims huggingface dataset:
A receiver comprising: a load modulator configured to transmit an active load modulation signal generated by active load modulation to a reader writer, in response to a carrier signal transmitted from the reader writer; and a controller configured to determine whether the active load modulation signal has reached the reader writer, and to control the load modulator to retransmit the active load modulation signal, after changing a phase of the active load modulation signal with respect to the carrier signal, in a case where the controller determines that the active load modulation signal has not reached the reader writer. a load modulator configured to transmit an active load modulation signal generated by active load modulation to a reader writer, in response to a carrier signal transmitted from the reader writer; and a controller configured to determine whether the active load modulation signal has reached the reader writer, and to control the load modulator to retransmit the active load modulation signal, after changing a phase of the active load modulation signal with respect to the carrier signal, in a case where the controller determines that the active load modulation signal has not reached the reader writer.
A collapsible steering column assembly comprising a telescopic steering shaft that is supported within a steering column shroud, the telescopic steering shaft comprising: a first shaft having a hollow end, the inner surface of the hollow end being provided with a plurality of inwardly facing elongate splines that each extend axially along the inner surface, a second shaft that has an end that is located within the hollow end of the first shaft, the second shaft being provided with a set of outwardly facing elongate splines that each extend axially along the outer surface of the end of the second shaft, the splines of the second shaft inter-engaging the splines of the first shaft to prevent relative rotational movement of the two shafts (103, 104) whilst permitting the two shafts (103, 104) to move axially relative to one another at least in the event of a crash, characterized by further comprising a contact device located at the end of the second shaft that is located within the hollow end of the first shaft that includes a resilient contact member defining a contact part that contacts the tips of a plurality of the splines of the first shaft, thereby to take up any radial free play between the end of the second shaft and the first shaft at least in the location of the contact device, wherein the resilient contact member is secured to the second shaft and is placed under a static force, the magnitude of the force setting the outer dimension of the resilient contact member. a first shaft having a hollow end, the inner surface of the hollow end being provided with a plurality of inwardly facing elongate splines that each extend axially along the inner surface, a second shaft that has an end that is located within the hollow end of the first shaft, the second shaft being provided with a set of outwardly facing elongate splines that each extend axially along the outer surface of the end of the second shaft, the splines of the second shaft inter-engaging the splines of the first shaft to prevent relative rotational movement of the two shafts (103, 104) whilst permitting the two shafts (103, 104) to move axially relative to one another at least in the event of a crash, characterized by further comprising a contact device located at the end of the second shaft that is located within the hollow end of the first shaft that includes a resilient contact member defining a contact part that contacts the tips of a plurality of the splines of the first shaft, thereby to take up any radial free play between the end of the second shaft and the first shaft at least in the location of the contact device, wherein the resilient contact member is secured to the second shaft and is placed under a static force, the magnitude of the force setting the outer dimension of the resilient contact member.
A lancing device for propelling a lancet through a lancing stroke, the lancing device comprising: a housing including an axial bore; a lancet carrier translational within the housing through the lancing stroke, the lancet coupleable to the lancet carrier; a drive spring for propelling the lancet carrier through the lancing stroke; characterised in that it further comprises: a charging mechanism including a first cam member, a second cam member, and a rotatable handle, wherein the first cam member is mounted within the housing, rotatable relative to the housing, and restricted from axial translation relative to the housing, the second cam member abuts the first cam member, is coupled to the lancet carrier to provide co-translation, and is restricted from rotation relative to the housing, and the rotatable handle is co-rotationally attached to the first cam member, wherein rotation of the handle rotates the first cam member therewith, causing the first cam member to rotate against the second cam member, which in response translates axially because it is restricted from rotation, thereby retracting the coupled-thereto lancet carrier to a charged position. a housing including an axial bore; a lancet carrier translational within the housing through the lancing stroke, the lancet coupleable to the lancet carrier; a drive spring for propelling the lancet carrier through the lancing stroke; characterised in that it further comprises: a charging mechanism including a first cam member, a second cam member, and a rotatable handle, wherein the first cam member is mounted within the housing, rotatable relative to the housing, and restricted from axial translation relative to the housing, the second cam member abuts the first cam member, is coupled to the lancet carrier to provide co-translation, and is restricted from rotation relative to the housing, and the rotatable handle is co-rotationally attached to the first cam member, wherein rotation of the handle rotates the first cam member therewith, causing the first cam member to rotate against the second cam member, which in response translates axially because it is restricted from rotation, thereby retracting the coupled-thereto lancet carrier to a charged position. a charging mechanism including a first cam member, a second cam member, and a rotatable handle, wherein the first cam member is mounted within the housing, rotatable relative to the housing, and restricted from axial translation relative to the housing, the second cam member abuts the first cam member, is coupled to the lancet carrier to provide co-translation, and is restricted from rotation relative to the housing, and the rotatable handle is co-rotationally attached to the first cam member, wherein rotation of the handle rotates the first cam member therewith, causing the first cam member to rotate against the second cam member, which in response translates axially because it is restricted from rotation, thereby retracting the coupled-thereto lancet carrier to a charged position.
A feeder device for robots and robotic arms, automation systems and the like, comprising, on a frame: a set of conveyor belts (3', 3") constituting a closed loop for transporting objects designed to be gripped by a robot in such a way that the objects circulate cyclically and continuously within the closed loop; said conveyor belts (3', 3") comprising at least a first belt and a second belt (3") having, respectively, a first direction of extension and a second direction of extension (10") substantially parallel to each other and oriented in opposite directions; it being possible to orient at least one of said conveyor belts (3', 3"), using means for adjusting the slope, along an operating axis substantially normal relative to the ground, between a first position wherein the relative first or second direction of extension (10', 10") is substantially parallel to the ground and a second inclined position, wherein said relative first or second direction of extension (10") defines an angle with the ground; means (11', 11") for adjusting the orientation of the flow of said objects from said first belt to said second belt; a chute (8', 8") associated to a part of an edge of said conveyor belts (3', 3"), in such a way as to accompany the change in level which said objects must overcome due to the slope in said second inclined position; characterised in that it comprises means for adjusting the angle of inclination of the chute (8', 8"), said angle of inclination being defined by the direction normal to the ground and by the profile of said chute (8', 8"). a set of conveyor belts (3', 3") constituting a closed loop for transporting objects designed to be gripped by a robot in such a way that the objects circulate cyclically and continuously within the closed loop; said conveyor belts (3', 3") comprising at least a first belt and a second belt (3") having, respectively, a first direction of extension and a second direction of extension (10") substantially parallel to each other and oriented in opposite directions; it being possible to orient at least one of said conveyor belts (3', 3"), using means for adjusting the slope, along an operating axis substantially normal relative to the ground, between a first position wherein the relative first or second direction of extension (10', 10") is substantially parallel to the ground and a second inclined position, wherein said relative first or second direction of extension (10") defines an angle with the ground; means (11', 11") for adjusting the orientation of the flow of said objects from said first belt to said second belt; a chute (8', 8") associated to a part of an edge of said conveyor belts (3', 3"), in such a way as to accompany the change in level which said objects must overcome due to the slope in said second inclined position; characterised in that it comprises means for adjusting the angle of inclination of the chute (8', 8"), said angle of inclination being defined by the direction normal to the ground and by the profile of said chute (8', 8").
Method for diagnosis of multiple sclerosis, wherein presence or absence of an anti-AT 1 receptor antibody is determined in a sample from a patient to be diagnosed, and wherein the presence of an anti-AT 1 -receptor antibody is indicative of the disease.
A sound quality display apparatus comprising: a sound detector for detecting sound generated from a sound source, wherein the sound detector comprises a plurality of microphones; a background photographing unit for photographing a background where the sound source is positioned; a sound source signal generator for creating a sound source signal as a sound signal at a sound source plane where the sound source is positioned by analyzing the sound signal detected by the sound detector; a sound quality data generator for creating sound quality data at the sound source plane by processing of the sound source signal; and a display for displaying sound quality image data created by overlaying image data of the background photographed by the background photographing unit with the sound quality data; characterized in that the sound quality data comprises modulation depth as a quantitative factor, and wherein the sound quality data generator is configured to create the sound quality data at the sound source plane by processing of the sound source signal through a broadband pass filtering, a Hilbert transforming operation, an analytic signal processing operation, an enveloping operation, a broadband pass filtering operation, a sound pressure magnitude operation, and a modulation depth creating operation. a sound detector for detecting sound generated from a sound source, wherein the sound detector comprises a plurality of microphones; a background photographing unit for photographing a background where the sound source is positioned; a sound source signal generator for creating a sound source signal as a sound signal at a sound source plane where the sound source is positioned by analyzing the sound signal detected by the sound detector; a sound quality data generator for creating sound quality data at the sound source plane by processing of the sound source signal; and a display for displaying sound quality image data created by overlaying image data of the background photographed by the background photographing unit with the sound quality data; characterized in that the sound quality data comprises modulation depth as a quantitative factor, and wherein the sound quality data generator is configured to create the sound quality data at the sound source plane by processing of the sound source signal through a broadband pass filtering, a Hilbert transforming operation, an analytic signal processing operation, an enveloping operation, a broadband pass filtering operation, a sound pressure magnitude operation, and a modulation depth creating operation.
A method of deriving an identifier encoded in a visible light communication, hereinafter VLC, signal, comprising: capturing (1205, 1305, 1405), via an image sensor of a receiving device, a VLC signal, the VLC signal comprising multiple instances of the identifier, the identifier identifying a VLC-enabled light source; extracting (1210, 1310, 1410), at the receiving device, at least a first pattern of bits (610, 710) and a second pattern of bits, the first pattern of bits comprising a portion of a first instance of the identifier, and the second pattern of bits comprising a portion of a second instance of the identifier; comparing (1215, 1320, 1325, 1420), at the receiving device, the first pattern of bits and the second pattern of bits to different portions of a plurality of identifiers (605, 705); identifying (1220, 1330, 1435), at the receiving device, based at least in part on comparing the first pattern of bits to different portions of a plurality of identifiers, a first subset (615, 715) of the plurality of identifiers as candidate matches to the identifier encoded in the VLC signal; identifying (1330, 1435), at the receiving device, based at least in part on comparing the second pattern of bits to different portions of the first subset of the plurality of identifiers, a second subset of the plurality of identifiers as candidate matches to the identifier encoded in the VLC signal; and identifying (1340, 1445) one identifier, from the first subset or second subset of the plurality of identifiers, as the identifier encoded in the VLC signal. capturing (1205, 1305, 1405), via an image sensor of a receiving device, a VLC signal, the VLC signal comprising multiple instances of the identifier, the identifier identifying a VLC-enabled light source; extracting (1210, 1310, 1410), at the receiving device, at least a first pattern of bits (610, 710) and a second pattern of bits, the first pattern of bits comprising a portion of a first instance of the identifier, and the second pattern of bits comprising a portion of a second instance of the identifier; comparing (1215, 1320, 1325, 1420), at the receiving device, the first pattern of bits and the second pattern of bits to different portions of a plurality of identifiers (605, 705); identifying (1220, 1330, 1435), at the receiving device, based at least in part on comparing the first pattern of bits to different portions of a plurality of identifiers, a first subset (615, 715) of the plurality of identifiers as candidate matches to the identifier encoded in the VLC signal; identifying (1330, 1435), at the receiving device, based at least in part on comparing the second pattern of bits to different portions of the first subset of the plurality of identifiers, a second subset of the plurality of identifiers as candidate matches to the identifier encoded in the VLC signal; and identifying (1340, 1445) one identifier, from the first subset or second subset of the plurality of identifiers, as the identifier encoded in the VLC signal.
A composition comprising: - casein in a weight ratio comprised between 12% and 26%; - L-cystine in a weight ratio comprised between 0.2 and 0.5%; - maltodextrin in a weight ratio comprised between 9% and 20%; - cellulose in a weight ratio comprised between 3% and 6.5%; - soybean oil in a weight ratio comprised between 1.5% and 3%; - lard in a weight ratio comprised between 1 and 3%; - Resistant Starch in a weight ratio comprised between 35 and 70%; - minerals in a weight ratio comprised between 0.5% and 1.5%; - dicalcium phosphate in a weight ratio comprised between 0.7 and 2%; - dicalcium carbonate in a weight ratio comprised between 0.1 % and 1%; - potassium citrate in a weight ratio comprised between 0.9 and 2.2%; - vitamins in a weight ratio comprised between 0.5% and 1.5%; - choline bitartrate in a weight ratio comprised between 0.1 and 0.25%; with respect to the total weight of the composition, for use in the treatment of pancreatic cancer, characterized in that it is administered either combined with or in close temporal proximity to an antitumoral agent. - casein in a weight ratio comprised between 12% and 26%; - L-cystine in a weight ratio comprised between 0.2 and 0.5%; - maltodextrin in a weight ratio comprised between 9% and 20%; - cellulose in a weight ratio comprised between 3% and 6.5%; - soybean oil in a weight ratio comprised between 1.5% and 3%; - lard in a weight ratio comprised between 1 and 3%; - Resistant Starch in a weight ratio comprised between 35 and 70%; - minerals in a weight ratio comprised between 0.5% and 1.5%; - dicalcium phosphate in a weight ratio comprised between 0.7 and 2%; - dicalcium carbonate in a weight ratio comprised between 0.1 % and 1%; - potassium citrate in a weight ratio comprised between 0.9 and 2.2%; - vitamins in a weight ratio comprised between 0.5% and 1.5%; - choline bitartrate in a weight ratio comprised between 0.1 and 0.25%;
A method of reducing fumonisin in a corn protein product in a slurry form, comprising adding a base to the corn protein product, to adjust the pH of the corn protein product to a range between 5.75 to 7.5, to reduce fumonisin by at least 70%, and further comprising adding a divalent cationic salt in combination with the pH adjustment step.
A method for transmitting a physical uplink shared channel, PUSCH, repetition by a user equipment, UE, in a wireless communication system, the method comprising: receiving a radio resource control, RRC, signal comprising configuration information related to a slot configuration, wherein the slot configuration is related to symbols of the slot, and each of the symbols is configured as one of an uplink symbol, a flexible symbol, and a downlink symbol; receiving a physical downlink control channel, PDCCH for scheduling at least one PUSCH repetition on a symbol set; determining one or more invalid symbols for the at least one PUSCH repetition among the symbol set; and transmitting the at least one PUSCH repetition on one or more valid symbols remaining after excluding the one or more invalid symbols among the symbol set, wherein the one or more invalid symbols include a symbol indicated as a downlink symbol by the configuration information, and when a first PUSCH repetition of the at least one PUSCH repetition overlaps with a PUSCH scheduled by a downlink control information, DCI, and the PUSCH has the same HARQ process number, HPN, as the first PUSCH repetition, a transmission of the first PUSCH repetition is terminated. receiving a radio resource control, RRC, signal comprising configuration information related to a slot configuration, wherein the slot configuration is related to symbols of the slot, and each of the symbols is configured as one of an uplink symbol, a flexible symbol, and a downlink symbol; receiving a physical downlink control channel, PDCCH for scheduling at least one PUSCH repetition on a symbol set; determining one or more invalid symbols for the at least one PUSCH repetition among the symbol set; and transmitting the at least one PUSCH repetition on one or more valid symbols remaining after excluding the one or more invalid symbols among the symbol set, wherein the one or more invalid symbols include a symbol indicated as a downlink symbol by the configuration information, and when a first PUSCH repetition of the at least one PUSCH repetition overlaps with a PUSCH scheduled by a downlink control information, DCI, and the PUSCH has the same HARQ process number, HPN, as the first PUSCH repetition, a transmission of the first PUSCH repetition is terminated.
A method of purifying messenger RNA (mRNA), comprising (a) synthesizing mRNA via in vitro transcription using the following reagents: (i) a linear or circular DNA template containing a promoter; (ii) a pool of ribonucleoside triphosphates; (iii) a buffer system optionally including DTT and magnesium ions; and (iv) an RNA polymerase; and optionally (v) a DNAse I, a pyrophosphatase, and/or a RNAse inhibitor; (b) adding a protein denaturing agent to the preparation from step (a), which comprises the in vitro synthesized mRNA, wherein the protein denaturing agent is a chaotropic agent or a high concentration of salt; and (c) purifying the mRNA from the preparation of step (b) by tangential flow filtration, wherein the tangential flow filtration comprises: (i) a transmembrane pressure between 1 and 30 pounds per square inch; (ii) a feed rate between 50 and 500 mL/minute; (iii) a flow rate between 10 and 100 mL/minute; and (iv) a filter having a nominal molecular weight limit of between 200 kDa and 700 kDa, wherein the mRNA purified from step (c) contains undetectable levels of prematurely aborted RNA sequences and enzyme reagents used in in vitro synthesis as determined by agarose gel electrophoresis or chromatographic methods. (a) synthesizing mRNA via in vitro transcription using the following reagents: (i) a linear or circular DNA template containing a promoter; (ii) a pool of ribonucleoside triphosphates; (iii) a buffer system optionally including DTT and magnesium ions; and (iv) an RNA polymerase; and optionally (v) a DNAse I, a pyrophosphatase, and/or a RNAse inhibitor; (i) a linear or circular DNA template containing a promoter; (ii) a pool of ribonucleoside triphosphates; (iii) a buffer system optionally including DTT and magnesium ions; and (iv) an RNA polymerase; and optionally (v) a DNAse I, a pyrophosphatase, and/or a RNAse inhibitor; (b) adding a protein denaturing agent to the preparation from step (a), which comprises the in vitro synthesized mRNA, wherein the protein denaturing agent is a chaotropic agent or a high concentration of salt; and (c) purifying the mRNA from the preparation of step (b) by tangential flow filtration, wherein the tangential flow filtration comprises: (i) a transmembrane pressure between 1 and 30 pounds per square inch; (ii) a feed rate between 50 and 500 mL/minute; (iii) a flow rate between 10 and 100 mL/minute; and (iv) a filter having a nominal molecular weight limit of between 200 kDa and 700 kDa, wherein the mRNA purified from step (c) contains undetectable levels of prematurely aborted RNA sequences and enzyme reagents used in in vitro synthesis as determined by agarose gel electrophoresis or chromatographic methods. (i) a transmembrane pressure between 1 and 30 pounds per square inch; (ii) a feed rate between 50 and 500 mL/minute; (iii) a flow rate between 10 and 100 mL/minute; and (iv) a filter having a nominal molecular weight limit of between 200 kDa and 700 kDa,