mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting presence of a trailer being towed by a host vehicle comprising the steps of: determining velocity of the host vehicle; detecting velocity and distance of an object spaced outwardly from the rear of the host vehicle; and determining that the object comprises a trailer secured to the host vehicle when 1) the velocity of the host vehicle is greater than or equal to a minimum velocity value, 2) the velocity of the host vehicle is the same as the velocity of the object, 3) the distance of the object from the host vehicle remains constant, and 4) the distance of the object from the host vehicle is less than or equal to a maximum allowed distance. determining velocity of the host vehicle; detecting velocity and distance of an object spaced outwardly from the rear of the host vehicle; and determining that the object comprises a trailer secured to the host vehicle when 1) the velocity of the host vehicle is greater than or equal to a minimum velocity value, 2) the velocity of the host vehicle is the same as the velocity of the object, 3) the distance of the object from the host vehicle remains constant, and 4) the distance of the object from the host vehicle is less than or equal to a maximum allowed distance.
A resource scheduling method, comprising: receiving, by an access network device, an access request from a user equipment by using an access channel resource; determining, by the access network device, an access identifier based on an access channel resource period identifier of the access channel resource, or based on a frequency band identifier and an access channel resource period identifier of the access channel resource, wherein the access channel resource period identifier of the access channel resource satisfies: Period_id = floor(SFN/Period), wherein Period_id represents the access channel resource period identifier of the access channel resource, SFN is a system frame number, Period is a minimum access channel resource period, and floor() represents rounding down; and sending, by the access network device, scheduling information of an access response to the user equipment based on the access identifier. receiving, by an access network device, an access request from a user equipment by using an access channel resource; determining, by the access network device, an access identifier based on an access channel resource period identifier of the access channel resource, or based on a frequency band identifier and an access channel resource period identifier of the access channel resource, wherein the access channel resource period identifier of the access channel resource satisfies: Period_id = floor(SFN/Period), wherein Period_id represents the access channel resource period identifier of the access channel resource, SFN is a system frame number, Period is a minimum access channel resource period, and floor() represents rounding down; and sending, by the access network device, scheduling information of an access response to the user equipment based on the access identifier. Period_id = floor(SFN/Period), wherein Period_id represents the access channel resource period identifier of the access channel resource, SFN is a system frame number, Period is a minimum access channel resource period, and floor() represents rounding down; and sending, by the access network device, scheduling information of an access response to the user equipment based on the access identifier.
A double stranded nucleic acid (dsNA) comprising first and second nucleic acid strands, wherein said first strand is 15-35 nucleotides in length and said second strand of said dsNA is 19-35 nucleotides in length, and wherein said dsNA is complementary to target HAO1 mRNA sequence SEQ ID NO: 2205 along at least 15 consecutive nucleotides of said second strand and reduces HAO1 target mRNA expression when said dsNA is introduced into a mammalian cell in vivo.
An information processing device, comprising: a first sound collection unit; a second sound collection unit; a report unit configured to report predetermined information by lighting with a blinking pattern; a holding member configured to hold the first sound collection unit, the second sound collection unit and the report unit; a signal processing unit configured to extract a voice spoken by a user while the holding member is worn on the neck of the user, on a basis of an acoustic sound collected from the first sound collection unit and an acoustic sound collected from the second sound collection unit; wherein the holding member has a partially opened ring shape and a projection portion with an at least partially rounded end; and in a case in which the holding member is worn on the neck of the user, the holding member holds the first sound collection unit facing a upward vertical direction and the second sound collection unit facing an outside horizontal direction of the holding member. a first sound collection unit; a second sound collection unit; a report unit configured to report predetermined information by lighting with a blinking pattern; a holding member configured to hold the first sound collection unit, the second sound collection unit and the report unit; a signal processing unit configured to extract a voice spoken by a user while the holding member is worn on the neck of the user, on a basis of an acoustic sound collected from the first sound collection unit and an acoustic sound collected from the second sound collection unit; wherein the holding member has a partially opened ring shape and a projection portion with an at least partially rounded end; and in a case in which the holding member is worn on the neck of the user, the holding member holds the first sound collection unit facing a upward vertical direction and the second sound collection unit facing an outside horizontal direction of the holding member. the holding member has a partially opened ring shape and a projection portion with an at least partially rounded end; and in a case in which the holding member is worn on the neck of the user, the holding member holds the first sound collection unit facing a upward vertical direction and the second sound collection unit facing an outside horizontal direction of the holding member.
A coil manufacturing apparatus which includes an unrolling unit configured to unroll a band-shaped metal sheet wound on a winding body and a former configured to rewind the metal sheet while rotating the metal sheet, a feeder provided between the unrolling unit and the former to feed the metal sheet unrolled by the unrolling unit, to the former side, characterized by: a bending unit configured to carry out a bending process in which the metal sheet fed by the feeder is bent before the metal sheet is wound onto the former, the bending unit being configured to form a widthwise extending crease on the metal sheet, the crease corresponding to a corner of the former or a corner of the metal sheet lap-wound on the former; a control unit configured to control the bending process by the bending unit based on a feed amount of the metal sheet by the feeder so that a winding start of the metal sheet is shaped according to an outer peripheral shape of the former and thereafter, according to an outer peripheral shape of the metal sheet lap-wound onto the former, wherein: the former has an outer peripheral shape which is polygonal as viewed in an axial direction of a rotation axis thereof; and the control unit is configured to control the bending process by the bending unit so that the crease according to a winding amount of the metal sheet on the former is imparted to the metal sheet before the metal sheet is wound onto the former. a bending unit configured to carry out a bending process in which the metal sheet fed by the feeder is bent before the metal sheet is wound onto the former, the bending unit being configured to form a widthwise extending crease on the metal sheet, the crease corresponding to a corner of the former or a corner of the metal sheet lap-wound on the former; a control unit configured to control the bending process by the bending unit based on a feed amount of the metal sheet by the feeder so that a winding start of the metal sheet is shaped according to an outer peripheral shape of the former and thereafter, according to an outer peripheral shape of the metal sheet lap-wound onto the former, wherein: the former has an outer peripheral shape which is polygonal as viewed in an axial direction of a rotation axis thereof; and the control unit is configured to control the bending process by the bending unit so that the crease according to a winding amount of the metal sheet on the former is imparted to the metal sheet before the metal sheet is wound onto the former. the former has an outer peripheral shape which is polygonal as viewed in an axial direction of a rotation axis thereof; and the control unit is configured to control the bending process by the bending unit so that the crease according to a winding amount of the metal sheet on the former is imparted to the metal sheet before the metal sheet is wound onto the former.
A well centralizer comprising: a) a tubular member having a central through bore, an outer surface, and first and second circumferential channels (12, 15) disposed in said outer surface; b) a first band member rotatably disposed in said first circumferential channel; c) a second band member rotatably disposed in said second circumferential channel; and d) a plurality of bow spring members, each having a first end and a second end, wherein said first end is connected to said first band member and said second end is connected to said second band member, characterised in that, e) a first heel support member is disposed between each bow spring member and said first band member. a) a tubular member having a central through bore, an outer surface, and first and second circumferential channels (12, 15) disposed in said outer surface; b) a first band member rotatably disposed in said first circumferential channel; c) a second band member rotatably disposed in said second circumferential channel; and d) a plurality of bow spring members, each having a first end and a second end, wherein said first end is connected to said first band member and said second end is connected to said second band member, characterised in that, e) a first heel support member is disposed between each bow spring member and said first band member.
A device (10, 110, 210) comprising at least one flexible pouch (12, 21, 22) delimiting an interior volume, one air inlet opening per flexible pouch to allow air to pass into the interior volume of the pouch, a closure means for closing the air inlet in an airtight manner, the closure means comprising two flexible strips (14, 16) located at the periphery of the air inlet opening, the strips being connected at their ends and intended to be pressed against one another, characterized in that the device comprises at least one rigid movable part (24, 25, 26) pivotally connected to one of the ends of said strips such that said movable part can be positioned around the strips in a closed position in which the two strips are kept clamped together so as to prevent air from escaping the device when the latter is filled with air.
A method comprising: obtaining, at a computing device, an indication of an amount of dirty data stored at a low priority level of one or more priority levels in a performance part of a hybrid drive, the hybrid drive having two parts in which data can be stored including the performance part and a base part, the dirty data comprising data that is stored in one of the two parts but not in the other of the two parts; determining, at the computing device, when to provide an indication to the hybrid drive to synchronize the dirty data based on a current state of the computing device and the dirty data indication of the amount of the dirty data stored in the performance part at the low priority level; providing the indication to the hybrid drive of when to synchronize the dirty data in the performance part with the base part, said indication comprising values set for a dirty data high threshold and a dirty data low threshold, the hybrid drive beginning synchronizing the dirty data in response to the amount of dirty data satisfying the dirty data high threshold, and continuing until the amount of the dirty data satisfies the dirty data low threshold, the synchronizing including copying or moving the dirty data to the base part; wherein the indications are determined so as to reduce interference with use of the computing device by delaying synchronizing the dirty data when a user is active on the computing device. obtaining, at a computing device, an indication of an amount of dirty data stored at a low priority level of one or more priority levels in a performance part of a hybrid drive, the hybrid drive having two parts in which data can be stored including the performance part and a base part, the dirty data comprising data that is stored in one of the two parts but not in the other of the two parts; determining, at the computing device, when to provide an indication to the hybrid drive to synchronize the dirty data based on a current state of the computing device and the dirty data indication of the amount of the dirty data stored in the performance part at the low priority level; providing the indication to the hybrid drive of when to synchronize the dirty data in the performance part with the base part, said indication comprising values set for a dirty data high threshold and a dirty data low threshold, the hybrid drive beginning synchronizing the dirty data in response to the amount of dirty data satisfying the dirty data high threshold, and continuing until the amount of the dirty data satisfies the dirty data low threshold, the synchronizing including copying or moving the dirty data to the base part; wherein the indications are determined so as to reduce interference with use of the computing device by delaying synchronizing the dirty data when a user is active on the computing device.
A method of extending telomeres in vitro or ex vivo, comprising the step of: administering a compound comprising a synthetic ribonucleic acid comprising at least one modified nucleoside and coding for a telomerase reverse transcriptase to an animal cell in vitro or ex vivo; wherein telomerase reverse transcriptase is expressed transiently in the cell; wherein at least one telomere is extended within the cell; and wherein the at last one modified nucleoside comprised in the synthetic ribonucleic acid confers reduced immunogenicity to the synthetic ribonucleic acid. administering a compound comprising a synthetic ribonucleic acid comprising at least one modified nucleoside and coding for a telomerase reverse transcriptase to an animal cell in vitro or ex vivo; wherein telomerase reverse transcriptase is expressed transiently in the cell; wherein at least one telomere is extended within the cell; and wherein the at last one modified nucleoside comprised in the synthetic ribonucleic acid confers reduced immunogenicity to the synthetic ribonucleic acid.
A felling head for a multi-process machine for felling and further processing trees, arranged to be suspended on the boom of a loader via a joint (31, 32, 33), said multi-process machine including a rotator for rotating it, said felling head including a suspension device, an actuator unit and its frame connected to said suspension device for felling and further processing trees, said suspension device including an arm for the suspension device, connected to said rotator, and a transverse frame joint in its bottom part for supporting the frame of the actuator unit, and one actuator is pivoted at one end to said arm for the suspension device to rotate it relative to the frame for turning the actuator unit to felling and processing positions, characterised in that said suspension device further includes a freely rotating intermediate arm pivoted to said frame joint and relatively short relative to the arm of the suspension device and another hydraulic cylinder pivoted at one end to the frame of the actuator unit and both hydraulic cylinders (25, 27) are pivoted both at the other end to said intermediate arm. a freely rotating intermediate arm pivoted to said frame joint and relatively short relative to the arm of the suspension device and another hydraulic cylinder pivoted at one end to the frame of the actuator unit and both hydraulic cylinders (25, 27) are pivoted both at the other end to said intermediate arm.
Press cover in the form of a continuous belt or hose for a shoe press roll, comprising at least one polymer layer, wherein the polymer layer comprises or has been produced from a polyurethane, wherein the polyurethane has been formed from a prepolymer and a crosslinker, and the prepolymer is a reaction product of phenylene 1,4-diisocyanate (PPDI) and at least one polyol, wherein the crosslinker comprises at least two components, namely a first component comprising at least one diamine and a second component, characterized in that the second component is selected from the group of the carbonic esters.
A transplant fish obtainable by a transplant fish production method comprising: selecting a donor fish species; selecting first and second fish species; producing a sterile hybrid fish species of the selected first fish species and second fish species; and transplanting reproductive cells of the donor fish species into the produced sterile hybrid fish species; wherein the donor fish species is selected from the Scombridae family; and wherein the first and second fish species are selected from species different from the donor fish species among species selected from the Sardini tribe, such as the Gymnosarda genus and Sarda genus; the Scomberomorini tribe, such as the Acanthocybium genus and Scomberomorus genus; the Scombrini tribe, such as the Scomber genus and Rastrelliger genus; and the Thunnini tribe, such as the Auxis genus, Euthynnus genus, Katsuwonus genus, and Thunnus genus. selecting a donor fish species; selecting first and second fish species; producing a sterile hybrid fish species of the selected first fish species and second fish species; and transplanting reproductive cells of the donor fish species into the produced sterile hybrid fish species; wherein the donor fish species is selected from the Scombridae family; and wherein the first and second fish species are selected from species different from the donor fish species among species selected from the Sardini tribe, such as the Gymnosarda genus and Sarda genus; the Scomberomorini tribe, such as the Acanthocybium genus and Scomberomorus genus; the Scombrini tribe, such as the Scomber genus and Rastrelliger genus; and the Thunnini tribe, such as the Auxis genus, Euthynnus genus, Katsuwonus genus, and Thunnus genus.
A dishwasher comprising: a cabinet comprising a lateral panel and a top panel for defining an exterior appearance; a tub provided in the cabinet and providing a washing space; a door coupled to a front of the tub and opening and closing the washing space; and a weight balance coupled to a top surface of the tub and preventing the cabinet from tumbling down when the door is open, wherein the weight balance comprises, a body unit coupled to the top surface of the tub; and an extended portion extended from each of lateral surfaces of the body unit located on the same plane with the body unit and spaced a preset distance apart from the lateral panel. a cabinet comprising a lateral panel and a top panel for defining an exterior appearance; a tub provided in the cabinet and providing a washing space; a door coupled to a front of the tub and opening and closing the washing space; and a weight balance coupled to a top surface of the tub and preventing the cabinet from tumbling down when the door is open, wherein the weight balance comprises, a body unit coupled to the top surface of the tub; and an extended portion extended from each of lateral surfaces of the body unit located on the same plane with the body unit and spaced a preset distance apart from the lateral panel.
A method of manufacturing a lithium silicate glass-ceramic, comprising: an annealing process after melting a glass-ceramic composition comprising: 10 - 15 wt% Li 2 O, 71.1 - 85.0 wt% SiO 2, 2 - 5 wt% P 2 O 5 as a nuclear formation agent, 1-5 wt% Al 2 O 3 to increase glass transition temperature and softening temperature as well as chemical durability of the glass, and 0.01 - 1.0 wt% ZrO 2 to increase a binding strength of the zirconia substructure; a first heat treatment process at 555 - 595 °C for 10 to 120 minutes; and a second heat treatment process at 750 - 980 °C. an annealing process after melting a glass-ceramic composition comprising: 10 - 15 wt% Li 2 O, 71.1 - 85.0 wt% SiO 2, 2 - 5 wt% P 2 O 5 as a nuclear formation agent, 1-5 wt% Al 2 O 3 to increase glass transition temperature and softening temperature as well as chemical durability of the glass, and 0.01 - 1.0 wt% ZrO 2 to increase a binding strength of the zirconia substructure; a first heat treatment process at 555 - 595 °C for 10 to 120 minutes; and a second heat treatment process at 750 - 980 °C.
A respiratory system configured to deliver high flow therapy or bubble CPAP therapy, wherein the respiratory system comprises: a respiratory device that comprises a flow generator, a humidifier in fluid communication with the flow generator, a controller configured to control the flow generator, an inspiratory conduit in fluid communication with the humidifier, and wherein the respiratory device is changeable between a high flow therapy mode and a Bubble CPAP therapy mode, wherein in the high flow therapy mode the respiratory device is configured to provide high flow therapy and in the bubble CPAP therapy mode the respiratory device is configured to provide bubble CPAP therapy, wherein a user can select the high flow therapy mode, or the bubble CPAP therapy mode. a respiratory device that comprises a flow generator, a humidifier in fluid communication with the flow generator, a controller configured to control the flow generator, an inspiratory conduit in fluid communication with the humidifier, and wherein the respiratory device is changeable between a high flow therapy mode and a Bubble CPAP therapy mode, wherein in the high flow therapy mode the respiratory device is configured to provide high flow therapy and in the bubble CPAP therapy mode the respiratory device is configured to provide bubble CPAP therapy, wherein a user can select the high flow therapy mode, or the bubble CPAP therapy mode.