mhurhangee/patent-ind-claim-en huggingface dataset:
A feeder for sequentially supplying components to a supply position by indexing carrier tape in which many of the components are successively stored in a conveyance direction and in which engaging holes which have a prescribed relationship with the components are formed at a regular interval in the conveyance direction, the feeder comprising: a main body ; a first sprocket that is rotatably provided at the supply position of the main body , and on which is formed a first engaging protrusion ; and a second sprocket that is rotatably provided on the main body at an upstream side in the carrier tape conveyance direction with respect to the first sprocket , and on which is formed a second engaging protrusion ; wherein a cross-sectional area of the second engaging protrusion is set to be smaller than a cross-sectional area of the first engaging protrusion ; the feeder being characterized in that the carrier tape is configured from base tape that is configured to store the components and cover tape adhered to the top surface of the base tape , and a peeling mechanism that is configured to peel the cover tape from the base tape is provided between the first sprocket and the second sprocket . a main body ; a first sprocket that is rotatably provided at the supply position of the main body , and on which is formed a first engaging protrusion ; and a second sprocket that is rotatably provided on the main body at an upstream side in the carrier tape conveyance direction with respect to the first sprocket , and on which is formed a second engaging protrusion ; wherein a cross-sectional area of the second engaging protrusion is set to be smaller than a cross-sectional area of the first engaging protrusion ; the feeder being characterized in that the carrier tape is configured from base tape that is configured to store the components and cover tape adhered to the top surface of the base tape , and a peeling mechanism that is configured to peel the cover tape from the base tape is provided between the first sprocket and the second sprocket .
A system comprising: (i) a sequence-targeting protein, or a polynucleotide encoding the same, (ii) a RNA scaffold, or a DNA polynucleotide encoding the same, comprising (a) a nucleic acid-targeting motif comprising a guide RNA sequence that is complementary to a target nucleic acid sequence, (b) a CRISPR motif capable of binding to the sequence-targeting protein, and (c) a recruiting RNA motif, and (iii) a non-nuclease effector fusion protein, or a polynucleotide encoding the same, comprising (a) a RNA binding domain capable of binding to the recruiting RNA motif, (b) a linker, and (c) an effector domain that has an enzymatic activity for DNA/RNA modification. (i) a sequence-targeting protein, or a polynucleotide encoding the same, (ii) a RNA scaffold, or a DNA polynucleotide encoding the same, comprising (a) a nucleic acid-targeting motif comprising a guide RNA sequence that is complementary to a target nucleic acid sequence, (b) a CRISPR motif capable of binding to the sequence-targeting protein, and (c) a recruiting RNA motif, and (a) a nucleic acid-targeting motif comprising a guide RNA sequence that is complementary to a target nucleic acid sequence, (b) a CRISPR motif capable of binding to the sequence-targeting protein, and (c) a recruiting RNA motif, (iii) a non-nuclease effector fusion protein, or a polynucleotide encoding the same, comprising (a) a RNA binding domain capable of binding to the recruiting RNA motif, (b) a linker, and (c) an effector domain that has an enzymatic activity for DNA/RNA modification. (a) a RNA binding domain capable of binding to the recruiting RNA motif, (b) a linker, and (c) an effector domain that has an enzymatic activity for DNA/RNA modification.
A conversation topic providing method comprising: converting voice data of a conversation of a user who is on a phone into text during the conversation of the user (610; 701; 801); selecting a keyword, indicating an intention of the user, from the text (620; 704; 804); obtaining information of interest with respect to the keyword (630; 705; 805); generating a user interest model by using information of the user (706; 806); determining topics related to the keyword using the user interest model and the selected keyword (640; 707; 807); and displaying both the information of interest and the determined topics with the selected keyword during the conversation of the user (650; 708; 809), wherein the user interest model comprises a plurality of topic candidates, the user interest model being updated by correcting a weight given to each of a plurality of topic candidates based on the user's activity. converting voice data of a conversation of a user who is on a phone into text during the conversation of the user (610; 701; 801); selecting a keyword, indicating an intention of the user, from the text (620; 704; 804); obtaining information of interest with respect to the keyword (630; 705; 805); generating a user interest model by using information of the user (706; 806); determining topics related to the keyword using the user interest model and the selected keyword (640; 707; 807); and displaying both the information of interest and the determined topics with the selected keyword during the conversation of the user (650; 708; 809), wherein the user interest model comprises a plurality of topic candidates, the user interest model being updated by correcting a weight given to each of a plurality of topic candidates based on the user's activity.
A radio frequency communication system comprising at least one transmitter device configured for encoding and transmitting a data packet to a receiver device ; the receiver device being configured to receive, decode and correct errors in a bit sequence indicative of the data packet; the data packet including a standard compliant main part encoded according to a standard protocol for wireless communication, the main part including at least a packet preamble portion , a synchronization portion , a packet length field , a payload portion , and an error correction portion including error correction code for use by the receiver device to correct errors in the bit sequence; characterized in that the receiver device is configured to receive additional information about the length of the main part of the data packet adapted to improve decoding of the bit sequence indicative of the data packet, whereby performance of the error correction applied by the receiver device may be improved. the receiver device being configured to receive, decode and correct errors in a bit sequence indicative of the data packet; the data packet including a standard compliant main part encoded according to a standard protocol for wireless communication, the main part including at least a packet preamble portion , a synchronization portion , a packet length field , a payload portion , and an error correction portion including error correction code for use by the receiver device to correct errors in the bit sequence; characterized in that the receiver device is configured to receive additional information about the length of the main part of the data packet adapted to improve decoding of the bit sequence indicative of the data packet, whereby performance of the error correction applied by the receiver device may be improved.
A tensioner comprising: a base defining a hole , the hole having a center (C), the hole having a diameter sufficient to receive a driven pulley; a rotary arm engaged with the base by a retaining member connected to the base , the rotary arm rotatable about the center (C); a pivot arm mounted to the rotary arm on a pivot , the pivot offset from the center C; a first pulley journalled to the rotary arm ; a second pulley journalled to the pivot arm ; a torsion spring engaged between the rotary arm and the pivot arm for biasing the second pulley toward the first pulley ; a damping member frictionally engaged between the base and the rotary arm ; wherein the rotary arm defines a portion for receiving a first pulley fastener ; and characterised by : the damping member comprising a first annular member and a second annular member , each disposed radially outward from the hole ; and the rotary arm defining the portion for receiving the first pulley fastener whereby the first pulley position on the rotary arm is adjustable. a base defining a hole , the hole having a center (C), the hole having a diameter sufficient to receive a driven pulley; a rotary arm engaged with the base by a retaining member connected to the base , the rotary arm rotatable about the center (C); a pivot arm mounted to the rotary arm on a pivot , the pivot offset from the center C; a first pulley journalled to the rotary arm ; a second pulley journalled to the pivot arm ; a torsion spring engaged between the rotary arm and the pivot arm for biasing the second pulley toward the first pulley ; a damping member frictionally engaged between the base and the rotary arm ; wherein the rotary arm defines a portion for receiving a first pulley fastener ; and characterised by : the damping member comprising a first annular member and a second annular member , each disposed radially outward from the hole ; and the rotary arm defining the portion for receiving the first pulley fastener whereby the first pulley position on the rotary arm is adjustable. the damping member comprising a first annular member and a second annular member , each disposed radially outward from the hole ; and the rotary arm defining the portion for receiving the first pulley fastener whereby the first pulley position on the rotary arm is adjustable.
A wireless device comprising: an antenna comprising a first radiator , and two second radiators (120; 121,122); a main body , wherein the first radiator is on the main body ; and a cover , wherein the second radiators are on the cover , the second radiators configured to radiate a radio signal radiated by the first radiator , the second radiators (120; 121,122) being separated from and facing the first radiator , wherein a first of said second radiators is adapted for transmitting a radio signal radiated thereby by using a first beam generated by the first radiator , wherein a second of the second radiators is adapted for transmitting a radio signal radiated thereby by using a second beam generated by the first radiator , characterized in that one or both of the second radiators includes a conductive parasitic patch in a predetermined position of the cover, the wireless device further comprising: a metal case surrounding the cover , wherein the metal case comprises an opening that is located in a position corresponding to the conductive parasitic patch, for providing a delivery path of the radio signal radiated by the second radiator. an antenna comprising a first radiator , and two second radiators (120; 121,122); a main body , wherein the first radiator is on the main body ; and a cover , wherein the second radiators are on the cover , the second radiators configured to radiate a radio signal radiated by the first radiator , the second radiators (120; 121,122) being separated from and facing the first radiator , wherein a first of said second radiators is adapted for transmitting a radio signal radiated thereby by using a first beam generated by the first radiator , wherein a second of the second radiators is adapted for transmitting a radio signal radiated thereby by using a second beam generated by the first radiator , characterized in that one or both of the second radiators includes a conductive parasitic patch in a predetermined position of the cover, the wireless device further comprising: a metal case surrounding the cover , wherein the metal case comprises an opening that is located in a position corresponding to the conductive parasitic patch, for providing a delivery path of the radio signal radiated by the second radiator.
A method for a wireless access terminal to synchronize to system times in a wireless communication system, the method comprising: using a first timing hierarchy in a first wireless communication network to operate the wireless access terminal , the first wireless communication network having a Long-Term Evolution, LTE, radio access technology, wherein the first timing hierarchy includes system frame number, SFN, cycles, and wherein operating with the first timing hierarchy includes determining a first SFN cycle of the first timing hierarchy , the first SFN cycle having a frame cycle boundary corresponding to a beginning of a next SFN cycle of the first timing hierarchy ; receiving broadcast parameters from the first wireless communication network , within the first SFN cycle, for a second wireless communication network having a radio access technology different from the LTE radio access technology of the first wireless communication network , the broadcast parameters including a system time of the second wireless communication network ; aligning, from the perspective of the wireless access terminal , the system time of the second wireless communication network with the frame cycle boundary of the first SFN cycle; and engaging in a communication session using the second wireless communication network . using a first timing hierarchy in a first wireless communication network to operate the wireless access terminal , the first wireless communication network having a Long-Term Evolution, LTE, radio access technology, wherein the first timing hierarchy includes system frame number, SFN, cycles, and wherein operating with the first timing hierarchy includes determining a first SFN cycle of the first timing hierarchy , the first SFN cycle having a frame cycle boundary corresponding to a beginning of a next SFN cycle of the first timing hierarchy ; receiving broadcast parameters from the first wireless communication network , within the first SFN cycle, for a second wireless communication network having a radio access technology different from the LTE radio access technology of the first wireless communication network , the broadcast parameters including a system time of the second wireless communication network ; aligning, from the perspective of the wireless access terminal , the system time of the second wireless communication network with the frame cycle boundary of the first SFN cycle; and engaging in a communication session using the second wireless communication network .
A computer-based vehicle control module capable of operating on one of first and second materials handling vehicles , characterized in that the vehicle control module comprises: a module output table comprising a superset of module output elements, wherein the superset of module output elements comprises a first subset of module output elements related to a first set of hardware devices provided on the first vehicle and a second subset of module output elements related to a second set of hardware devices provided on the second vehicle ; vehicle function output elements related to vehicle function outputs utilized on the first vehicle and the second vehicle; at least one configuration table comprising respective configuration elements corresponding to ones of the superset of module output elements, wherein each respective configuration element comprises data related to determining a transformed value associated with the corresponding module output element of the module output table ; structure for determining a value of a vehicle function output element corresponding to a module output element of the module output table, transforming the value to the transformed value, and storing the transformed value based on the corresponding module output element. a module output table comprising a superset of module output elements, wherein the superset of module output elements comprises a first subset of module output elements related to a first set of hardware devices provided on the first vehicle and a second subset of module output elements related to a second set of hardware devices provided on the second vehicle ; vehicle function output elements related to vehicle function outputs utilized on the first vehicle and the second vehicle; at least one configuration table comprising respective configuration elements corresponding to ones of the superset of module output elements, wherein each respective configuration element comprises data related to determining a transformed value associated with the corresponding module output element of the module output table ; structure for determining a value of a vehicle function output element corresponding to a module output element of the module output table, transforming the value to the transformed value, and storing the transformed value based on the corresponding module output element.
Hydraulic unit of a pump configured for pumping liquid comprising solid matter, said hydraulic unit comprising a housing that defines a volute and an impeller seat located in said volute , said housing having an axial inlet opening and an outlet opening and said impeller seat having an axial inlet defined by an inlet wall , wherein the impeller seat has an inlet radius (R) measured from an axially extending centre axis (A) to the circular intersection between the inlet wall and an upper surface of the impeller seat , said impeller seat comprising a guide pin connected to and extending radially inwards from said inlet wall , the guide pin having a tip radius (r) measured from the axially extending centre axis (A) to the radially innermost part of the guide pin , wherein an imaginary 15%-circle is offset radially inwards from said circular intersection fifteen percent of the difference between said inlet radius (R) and said tip radius (r), said housing comprising a cut water , wherein a cut water line is a radius of the impeller seat tangent to the most downstream point of the cut water , seen in the direction of rotation of the pump , characterized in that the cut water line is located downstream a radius of the impeller seat that is perpendicular to the outlet opening , seen in the direction of rotation of the pump , and in that a guide pin angle (μ) between the cut water line and a radius of the impeller seat intersecting a leading edge of the guide pin at the 15%-circle , seen in the direction of rotation of the pump , is equal to or more than 3 degrees and equal to or less than 25 degrees.
Method for operating an internal combustion engine with a system for supercharging comprising an electrically driven supercharging device for dynamic support in the build-up of a boost pressure (p 2 ), which is configured either as an electrically assisted exhaust gas turbocharger or as an electrically driven compressor which is provided in addition to an exhaust gas turbocharger , comprising: - determining a drive criterion (M; n; I; V) of the supercharging device (3, 7; 19); - defining an output variable (M euATL ; n EAV ) of the drive criterion; - continuously determining a reduction factor (X Eco ) of the drive criterion within a balance period (t v1 ), which is adjusted in a manner dependent on an operating state profile, wherein the reduction factor comprises an electrical consumption/recuperation factor (X Eco ), which takes into account, the proportion of recuperative energy that is available in the electrical supercharging device (3, 7; 19); - applying the reduction factor (f thermo ; f SoC ; f Temp ; X Eco ) to the output variable (M euATL ; n EAV ) the drive criterion, and - operating the supercharging device (3, 7; 19) with the drive criterion (M soll, euATL ; n soll, EAV ) reduced by the reduction factor (f thermo ; f SoC ; f Temp ; X Eco ). - determining a drive criterion (M; n; I; V) of the supercharging device (3, 7; 19); - defining an output variable (M euATL ; n EAV ) of the drive criterion; - continuously determining a reduction factor (X Eco ) of the drive criterion within a balance period (t v1 ), which is adjusted in a manner dependent on an operating state profile, wherein the reduction factor comprises an electrical consumption/recuperation factor (X Eco ), which takes into account, the proportion of recuperative energy that is available in the electrical supercharging device (3, 7; 19); - applying the reduction factor (f thermo ; f SoC ; f Temp ; X Eco ) to the output variable (M euATL ; n EAV ) the drive criterion, and - operating the supercharging device (3, 7; 19) with the drive criterion (M soll, euATL ; n soll, EAV ) reduced by the reduction factor (f thermo ; f SoC ; f Temp ; X Eco ).
Coupling device for torque-transmitting coupling of a torque-input drive device , in particular a drive motor , which has an output shaft , to a transmission , in particular to a cycloid transmission, wherein the coupling device has a coupling device housing for torque-supporting connection of a transmission torque-supporting element , in particular a transmission housing, of the transmission to a drive torque-supporting element of the drive device , in particular to a drive housing , and a transmission shaft , which is mounted rotatably within the coupling device housing and has a drive end which is designed and intended to be connected, for conjoint rotation, to an end portion of an output shaft of a torque-input drive device , wherein the entire coupling device can be coupled as a ready-mounted and functional constructional unit to a torque-input drive device without having to remove parts of the coupling device for this purpose, wherein the drive end is designed as a slotted hollow shaft with an axial bore and is designed to be connected with a force fit, in particular exclusively with a force fit, to the output shaft of a torque-input drive device , and the coupling device has a clamping ring with a tangentially running clamping screw , which clamping ring is arranged at the drive end and by means of which the diameter of the axial bore can be reduced, characterized in that the clamping ring has a single-part, slotted ring , the free ends of which can be brought closer together by means of the clamping screw and which is produced from aluminium or from an aluminium alloy and/or which is predominantly composed of aluminium, and in that the drive end is designed and intended to be connected, for conjoint rotation, to an output shaft of a torque-input drive device , which has a diameter of x mm, and in that a compensating sleeve of wall thickness y mm is inserted into the axial bore , into which compensating sleeve the output shaft is directly insertable, wherein the axial bore has a diameter in the range of x+y+2/100 mm to x+y+8/100 mm.