mhurhangee/patent-ind-claim-en huggingface dataset:
A method for turning electronic book, e-book, pages in a portable terminal having an e-book function, the method comprising: executing an e-book; in response to determination that a touch down is input in a predetermined right User Interface, UI, activation region of the e-book, if a drag and touch up is input in a left direction, displaying the just next page on a screen, and if a drag is input in a right direction in the state where the touch down is input in the predetermined right UI activation region, displaying the number of pages increasing as much as the dragging on a right side of the e-book; and in response to determination that a touch down is input in a predetermined left UI activation region of the e-book, if a drag and touch up is input in a right direction, displaying the just preceding page on the screen, and if a drag is input in a left direction in the state where the touch down is input in the predetermined left UI activation region, displaying the number of pages decreasing as much as the dragging on the left side of the e-book. executing an e-book; in response to determination that a touch down is input in a predetermined right User Interface, UI, activation region of the e-book, if a drag and touch up is input in a left direction, displaying the just next page on a screen, and if a drag is input in a right direction in the state where the touch down is input in the predetermined right UI activation region, displaying the number of pages increasing as much as the dragging on a right side of the e-book; and activation region of the e-book, if a drag and touch up is input in a left direction, displaying the just next page on a screen, and if a drag is input in a right direction in the state where the touch down is input in the predetermined right UI activation region, displaying the number of pages increasing as much as the dragging on a right side of the e-book; and in response to determination that a touch down is input in a predetermined left UI activation region of the e-book, if a drag and touch up is input in a right direction, displaying the just preceding page on the screen, and if a drag is input in a left direction in the state where the touch down is input in the predetermined left UI activation region, displaying the number of pages decreasing as much as the dragging on the left side of the e-book. if a drag and touch up is input in a right direction, displaying the just preceding page on the screen, and if a drag is input in a left direction in the state where the touch down is input in the predetermined left UI activation region, displaying the number of pages decreasing as much as the dragging on the left side of the e-book.
A method for transmitting a signal for a vehicle-to-everything, V2X, transmission in a wireless communication system, the method performed by a user equipment, UE, and comprising: performing a first group transmission including a first transmission and a first retransmission; and performing a second group transmission including a second transmission and a second retransmission, wherein each of the first group transmission and the second group transmission is the V2X transmission based on a new radio access technology, NR, and wherein a first resource reservation period for the first group transmission and the second group transmission is equal to half of a second resource reservation period of another UE performing a retransmission up to two times, wherein the UE performs the V2X transmission based on the NR and the another UE performs another V2X transmission based on a long term evolution, LTE, wherein the UE performs the V2X transmission on a same frequency band which the another UE performs the another V2X transmission on, wherein the second transmission is performed after an elapse of a first time gap after performing the first retransmission, wherein the second retransmission is performed after an elapse of a second time gap after performing the second transmission, and wherein sidelink control information, SCI, being transmitted via the first transmission and the first retransmission includes time gap information notifying the first time gap and the second time gap. performing a first group transmission including a first transmission and a first retransmission; and performing a second group transmission including a second transmission and a second retransmission, wherein each of the first group transmission and the second group transmission is the V2X transmission based on a new radio access technology, NR, and wherein a first resource reservation period for the first group transmission and the second group transmission is equal to half of a second resource reservation period of another UE performing a retransmission up to two times, wherein the UE performs the V2X transmission based on the NR and the another UE performs another V2X transmission based on a long term evolution, LTE, wherein the UE performs the V2X transmission on a same frequency band which the another UE performs the another V2X transmission on, wherein the second transmission is performed after an elapse of a first time gap after performing the first retransmission, wherein the second retransmission is performed after an elapse of a second time gap after performing the second transmission, and wherein sidelink control information, SCI, being transmitted via the first transmission and the first retransmission includes time gap information notifying the first time gap and the second time gap.
A vehicle control system configured to control an actuator in a vehicle , the vehicle control system comprising: a first controller ; a second controller disposed on a signal path between the first controller and the actuator ; and a plurality of signal lines connecting the first controller and the second controller to each other, wherein the first controller supplies a plurality of first control signals for controlling the actuator to the second controller through the plurality of signal lines , performs an abnormality diagnosis of each of the plurality of first control signals, the second controller outputs a second control signal for controlling the actuator based on the plurality of first control signals supplied from the first controller through the plurality of signal lines and diagnosis results of the plurality of first control signals obtained by the first controller , each of the plurality of first control signals shows a target output of the actuator , characterised in that the target outputs shown by the plurality of first control signals are different from one another in at least one of information used for deriving the target output and content of a deriving process of the target output. a first controller ; a second controller disposed on a signal path between the first controller and the actuator ; and a plurality of signal lines connecting the first controller and the second controller to each other, wherein the first controller supplies a plurality of first control signals for controlling the actuator to the second controller through the plurality of signal lines , performs an abnormality diagnosis of each of the plurality of first control signals, the second controller outputs a second control signal for controlling the actuator based on the plurality of first control signals supplied from the first controller through the plurality of signal lines and diagnosis results of the plurality of first control signals obtained by the first controller , each of the plurality of first control signals shows a target output of the actuator , characterised in that the target outputs shown by the plurality of first control signals are different from one another in at least one of information used for deriving the target output and content of a deriving process of the target output.
A human rhinovirus peptide coupled to a carrier protein, wherein said human rhinovirus peptide consists of no more than 40 amino acids from the N terminal region of HRV 14 VP1 and includes sequence PILTANETGATMPV [SEQ ID NO: 1].
A refrigerant distributing device comprising: a header having a configuration in which the header is connectable to one end of each of a plurality of heat-transfer pipes of a heat exchanger through which a refrigerant flows in parallel to the plurality of heat-transfer pipes disposed in parallel and an interior of the header is divided, by one or more division plates , in a parallel direction in which the plurality of heat-transfer pipes to be disposed, the header being mounted so as to stand in an up-down direction; a plurality of capillary tubes that allow a flow rate of the refrigerant to be adjusted; and a distributor configured to distribute the refrigerant to each chamber within the header divided by the one or more division plates and flow the refrigerant into each chamber , wherein the distributor is connected to each of the respective chambers via one of the plurality of capillary tubes , characterised in that a drift suppression member for suppressing a distribution drift is provided at a connection port of each chamber with an orifice having a through hole with a smaller inner diameter than that of the capillary tube provided at the connection port of the capillary tube in each chamber . a header having a configuration in which the header is connectable to one end of each of a plurality of heat-transfer pipes of a heat exchanger through which a refrigerant flows in parallel to the plurality of heat-transfer pipes disposed in parallel and an interior of the header is divided, by one or more division plates , in a parallel direction in which the plurality of heat-transfer pipes to be disposed, the header being mounted so as to stand in an up-down direction; a plurality of capillary tubes that allow a flow rate of the refrigerant to be adjusted; and a distributor configured to distribute the refrigerant to each chamber within the header divided by the one or more division plates and flow the refrigerant into each chamber , wherein the distributor is connected to each of the respective chambers via one of the plurality of capillary tubes , characterised in that a drift suppression member for suppressing a distribution drift is provided at a connection port of each chamber with an orifice having a through hole with a smaller inner diameter than that of the capillary tube provided at the connection port of the capillary tube in each chamber .
A method of making a physical mockup representing a shape composed of the positive shape of a patient's dental arch and the positive shape of a set of analogs , the method comprising the steps of: - providing a virtual dental arch replicating at least part of the patient's dental arch ; - providing a virtual set of orthodontic brackets for the virtual dental arch ; - providing a virtual set of analogs , each analog being associated with a virtual bracket of the virtual set of brackets, wherein one or more of the virtual analogs approximate the shapes of their associated virtual brackets ; - wherein the shapes of one or more of the analogs differ from the shapes of their associated brackets ; - wherein to form at least one of the virtual analogs , the shape of at least one virtual bracket is modified, wherein the modification step comprises at least partially filling a space between portions of the bracket shape; - providing a virtual mockup in which the virtual dental arch and the set of virtual analogs are merged; and - manufacturing the physical mockup based on the virtual mockup . - providing a virtual dental arch replicating at least part of the patient's dental arch ; - providing a virtual set of orthodontic brackets for the virtual dental arch ; - providing a virtual set of analogs , each analog being associated with a virtual bracket of the virtual set of brackets, wherein one or more of the virtual analogs approximate the shapes of their associated virtual brackets ; - wherein the shapes of one or more of the analogs differ from the shapes of their associated brackets ; - wherein to form at least one of the virtual analogs , the shape of at least one virtual bracket is modified, wherein the modification step comprises at least partially filling a space between portions of the bracket shape; - providing a virtual mockup in which the virtual dental arch and the set of virtual analogs are merged; and - manufacturing the physical mockup based on the virtual mockup .
A method for determining the operational conditions of a method for high-repetition rate femtosecond laser ablation or welding for a given material, the method being characterized by : a first step of determining a set of parameters of a burst of laser pulses adapted to generate an ablation crater in the material, the set of parameters consisting of an intra-burst repetition frequency f comprised between several hundred MHz and 100 GHz, a number N of pulses of the burst of laser pulses greater than or equal to 10, a characteristic total fluence FT char of the burst of pulses and a characteristic fluence per pulse below an ablation threshold fluence Fs1 of the material by a single laser pulse, wherein the number N of pulses of the burst of laser pulses is greater than or equal to a number Nc of heating and ablation pulses, with Nc being defined by the equation Nc=(L 2 .f)/D, where L represents a test depth and D represents a thermal diffusion coefficient of the material to be ablated, with Nc being greater than or equal to 10, and where the characteristic fluence per pulse is equal to F char =FT char /Nc.
A device management apparatus comprising: an updater configured to update a running management program at a first update time outside a scheduled time of execution of a specific procedure, wherein the specific procedure is a procedure to control one or more devices in accordance with a device schedule set in accordance with a user schedule, characterized in that the running management program is for managing the one or more devices in a management target area, and the device management apparatus further comprises: an in-area presence/absence determiner configured to determine whether a user is present in the management target area prior to the first update time in accordance with in-area absence/presence data, the in-area absence/presence data changing depending on whether the user is present in, or absent from, the management target area; and a first update time setter configured to, when the in-area presence/absence determiner determines that the user is present, re-set the first update time to a time later than the set first update time, wherein the updater is further configured to update the running management program at the first update time re-set by the first update time setter . an updater configured to update a running management program at a first update time outside a scheduled time of execution of a specific procedure, wherein the specific procedure is a procedure to control one or more devices in accordance with a device schedule set in accordance with a user schedule, characterized in that the running management program is for managing the one or more devices in a management target area, and the device management apparatus further comprises: an in-area presence/absence determiner configured to determine whether a user is present in the management target area prior to the first update time in accordance with in-area absence/presence data, the in-area absence/presence data changing depending on whether the user is present in, or absent from, the management target area; and a first update time setter configured to, when the in-area presence/absence determiner determines that the user is present, re-set the first update time to a time later than the set first update time, an in-area presence/absence determiner configured to determine whether a user is present in the management target area prior to the first update time in accordance with in-area absence/presence data, the in-area absence/presence data changing depending on whether the user is present in, or absent from, the management target area; and a first update time setter configured to, when the in-area presence/absence determiner determines that the user is present, re-set the first update time to a time later than the set first update time, wherein the updater is further configured to update the running management program at the first update time re-set by the first update time setter .
A polyurethane aqueous dispersion containing a polyurethane resin, the polyurethane resin comprising: a reaction product of a raw material component containing a polyisocyanate, a macropolyol, a hydrophilic group-containing polyol, and a chain extender, wherein the polyisocyanate consists of an alicyclic polyisocyanate, the macropolyol is an organic compound having two or more hydroxyl groups in a molecule and having a number average molecular weight above 400 and 20,000 or less, as measured in terms of polystyrene by GPC measurement, the macropolyol contains a plant-derived macropolyol, the chain extender contains a polyamine having three or more primary amino groups and/or secondary amino groups in one molecule, and a biomass degree of the reaction product is 30% or more, the biomass degree being determined in conformity with the standard of ASTM D6866, METHOD-B. a reaction product of a raw material component containing a polyisocyanate, a macropolyol, a hydrophilic group-containing polyol, and a chain extender, wherein the polyisocyanate consists of an alicyclic polyisocyanate, the macropolyol is an organic compound having two or more hydroxyl groups in a molecule and having a number average molecular weight above 400 and 20,000 or less, as measured in terms of polystyrene by GPC measurement, the macropolyol contains a plant-derived macropolyol, the chain extender contains a polyamine having three or more primary amino groups and/or secondary amino groups in one molecule, and a biomass degree of the reaction product is 30% or more, the biomass degree being determined in conformity with the standard of ASTM D6866, METHOD-B.
Composition of antagonistic bacterial strains for protection of plants against bacterial infections or treatment of plants infected with bacteria, characterized in that the composition comprises five strains: - strain of the antagonistic bacteria Serratia plymuthica A294 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00143, and - strain of the antagonistic bacteria Serratia rubidaea H469 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00142, and - strain of the antagonistic bacteria Serratia rubidaea H440 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00141, and - strain of the antagonistic bacteria Enterobacter amnigenus A167 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00145, and - strain of the antagonistic bacteria Rahnella aquatilis H145 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences under number B/00144. - strain of the antagonistic bacteria Serratia plymuthica A294 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00143, and - strain of the antagonistic bacteria Serratia rubidaea H469 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00142, and - strain of the antagonistic bacteria Serratia rubidaea H440 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00141, and - strain of the antagonistic bacteria Enterobacter amnigenus A167 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences, under number B/00145, and - strain of the antagonistic bacteria Rahnella aquatilis H145 being deposited on 1 December 2017 with the Polish Collection of Microorganisms PCM at the Ludwik Hirszfeld Institute of Immunology and Experimental Therapy in Wroclaw, Polish Academy of Sciences under number B/00144.
A pinch valve arrangement arranged to be used in a hydraulic circuit , the pinch valve arrangement comprising: - an at least sectionally deformable fluid line , - a pinching unit comprising an engagement element that is arranged to engage and deform a defined valve portion of the fluid line for controlling a fluid flow through the fluid line , and - an engagement protrusion at the engagement element , wherein the engagement protrusion occupies a subsection of a longitudinal extension of the engagement element , wherein a main extension direction of the engagement protrusion is perpendicular to the longitudinal dimension of the engagement element , characterized in that the engagement element further comprises an offset section that is rearwardly displaced from the engagement protrusion , and wherein the engagement protrusion is arranged at a downstream end of the engagement element , wherein the offset section is arranged as a disengagement aid, and wherein, in an engaged state of the engagement element , a deformation of the valve portion at a pressurized side thereof urges the offset section and thus the engagement element into a disengaged state. - an at least sectionally deformable fluid line , - a pinching unit comprising an engagement element that is arranged to engage and deform a defined valve portion of the fluid line for controlling a fluid flow through the fluid line , and - an engagement protrusion at the engagement element , wherein the engagement protrusion occupies a subsection of a longitudinal extension of the engagement element , wherein a main extension direction of the engagement protrusion is perpendicular to the longitudinal dimension of the engagement element , characterized in that the engagement element further comprises an offset section that is rearwardly displaced from the engagement protrusion , and wherein the engagement protrusion is arranged at a downstream end of the engagement element , wherein the offset section is arranged as a disengagement aid, and wherein, in an engaged state of the engagement element , a deformation of the valve portion at a pressurized side thereof urges the offset section and thus the engagement element into a disengaged state. wherein the engagement protrusion occupies a subsection of a longitudinal extension of the engagement element , wherein a main extension direction of the engagement protrusion is perpendicular to the longitudinal dimension of the engagement element , characterized in that the engagement element further comprises an offset section that is rearwardly displaced from the engagement protrusion , and wherein the engagement protrusion is arranged at a downstream end of the engagement element , wherein the offset section is arranged as a disengagement aid, and wherein, in an engaged state of the engagement element , a deformation of the valve portion at a pressurized side thereof urges the offset section and thus the engagement element into a disengaged state.