mhurhangee/ep-ind-claims huggingface dataset:
Method for setpoint adjustment of a setpoint, in particular for automatic power regulation, in the case of a solar thermal steam power plant having a non-adjustable primary heat source and an additional heat source, characterized in that, - for at least one prescribed instant during operation of the solar thermal steam power plant, a present power range is ascertained for this solar thermal steam power plant, - wherein the present power range of this solar thermal steam power plant is delimited by a lower control range limit and by an upper control range limit, and - the present power range is determined using a present power from the primary heat source and using a power range from the additional heat source, - wherein the lower control range limit takes account of a lower power reserve, having at least one reserve component for power regulation and/or frequency regulation, or primary and/or secondary frequency regulation, - wherein the upper control range limit takes account of an upper power reserve, having at least one reserve component for the power regulation and/or frequency regulation, or primary and/or secondary frequency regulation, and - in the case of the setpoint adjustment, a presently prescribed setpoint of the solar thermal steam power plant is set in the present power range if the presently prescribed setpoint is outside the present power range. - for at least one prescribed instant during operation of the solar thermal steam power plant, a present power range is ascertained for this solar thermal steam power plant, - wherein the present power range of this solar thermal steam power plant is delimited by a lower control range limit and by an upper control range limit, and - the present power range is determined using a present power from the primary heat source and using a power range from the additional heat source, - wherein the lower control range limit takes account of a lower power reserve, having at least one reserve component for power regulation and/or frequency regulation, or primary and/or secondary frequency regulation, - wherein the upper control range limit takes account of an upper power reserve, having at least one reserve component for the power regulation and/or frequency regulation, or primary and/or secondary frequency regulation, and - in the case of the setpoint adjustment, a presently prescribed setpoint of the solar thermal steam power plant is set in the present power range if the presently prescribed setpoint is outside the present power range.
A system for assisting in determining a final optical prescription for a subject, comprising: - at least one measurement device, intended for measuring a set of refraction data from the eyes of the subject or corrective lenses of the subject, - an evaluation device, configured to propose at least one set of evaluation corrective lenses to a practitioner, for the subject, each set of evaluation corrective lenses corresponding to an evaluation optical prescription, for the determination, by the subject, of the final optical prescription, from the at least one proposed set of evaluation corrective lenses, the evaluation device determining the at least one proposed set of evaluation corrective lenses as a function of the measured set of refraction data, characterized in that, the measurement device comprises the means for producing an image encoding the set of measured refraction data, the evaluation device comprising the means for reading the image, configured to obtain the set of measured refraction data from the read image. - at least one measurement device, intended for measuring a set of refraction data from the eyes of the subject or corrective lenses of the subject, - an evaluation device, configured to propose at least one set of evaluation corrective lenses to a practitioner, for the subject, each set of evaluation corrective lenses corresponding to an evaluation optical prescription, for the determination, by the subject, of the final optical prescription, from the at least one proposed set of evaluation corrective lenses, the evaluation device determining the at least one proposed set of evaluation corrective lenses as a function of the measured set of refraction data, characterized in that, the measurement device comprises the means for producing an image encoding the set of measured refraction data, the evaluation device comprising the means for reading the image, configured to obtain the set of measured refraction data from the read image.
A method for scheduling frequency physical resources based on frequency hopping, comprising in two time slots of frequency hopping transmission, reserving frequency physical resources for an activated semi-persistent scheduling new transmission user with a transmission period reached and a retransmission user, and obtaining an occupancy situation of the frequency physical resources; obtaining a scheduling type of a user required for scheduling to determine whether the user is a frequency-selective scheduling user or a frequency-hopping-transmission-based non-frequency-selective scheduling user, and according to the occupancy situation of the frequency physical resources, obtaining corresponding available frequency physical resources when employing a frequency-selective scheduling type and a frequency-hopping-transmission-based non-frequency-selective scheduling type; wherein, when the scheduling type of a user required for scheduling is non-frequency-selective scheduling, the corresponding available frequency physical resources are first frequency physical resources, with the first time slot not occupied while the second time slot occupied, and the second frequency physical resources with both two time slots not occupied; when the scheduling type of a user required for scheduling is frequency-selective scheduling, the corresponding available frequency physical resources are second frequency physical resources with both two time slots not occupied; and according to the scheduling type of the user required for scheduling, searching for corresponding available frequency physical resources; when the scheduling type of the user required for scheduling is non-frequency-selective scheduling, and when first frequency physical resources, with a first time slot not occupied while a second time slot occupied, are found, allocating the first frequency physical resources with the first time slot not occupied to the non-frequency-selective scheduling user; or when first frequency physical resources are not found and a band of second frequency physical resources with two continuous time slots not occupied is found, allocating this band of the second frequency physical resources to the non-frequency-selective scheduling user; when the scheduling type of the user required for scheduling is frequency-selective scheduling, and when a band of second frequency physical resources with two continuous time slots not occupied is found, allocating this band of the second frequency physical resources to the frequency-selective scheduling user.
A method of manufacturing a sole assembly for an article of footwear comprising positioning a jig (70, 94) above a first recess formed in a first mold member of a first mold assembly; depositing a plurality of pellets of a first material from the jig (70, 94) into the first recess, the jig (70, 94) configured to distribute the plurality of pellets about only a periphery of the first recess; closing the first mold assembly by positioning a second mold member in contact with the first mold member, the first recess and the second mold member cooperating to define a preform recess; injecting into the preform recess a second material having a color different than a color of at least a portion of the plurality of the pellets; heating the first and second materials sufficiently to partially cure and partially bond together the first and second materials so as to form a first preform; placing the first preform adjacent a second preform in a second mold assembly; heating the first and second preforms (48, 62) in the second mold assembly for a predetermined period of time at a predetermined temperature such that the first and second preforms (48, 62) expand and fully bond together to form a sole assembly having a camouflage appearance about only a periphery of a portion of the sole assembly corresponding to the first preform; and removing the sole assembly from the second mold assembly.
Anti-fog optical module, said optical module comprising at least one main reflector which is associated with at least one source of light in order to emit a main anti-fog light beam, characterised in that the said optical module comprises one additional reflective area (Z1, Z2) outside the said main reflector and that can receive part of the light obtained directly or indirectly from the said source of light and return it in order to produce a secondary light beam providing a so called "cornering" side illumination function in a preferential direction which is different from the preferential direction of the main light beam, the additional reflective area (Z1, Z2) is integrated in a style part of the module, which is surrounding at least partly the main reflector, or forms an integral part of the said style part, or is disposed in the vicinity of the said style part, such that the said secondary light beam lights an additional lighting area which extends sufficiently widely outside the area lit by the said main anti-fog light beam to permit one lighting at the sides of the "cornering" type, and the aluminised shield is reflective locally in order to obtain the additional reflective area (Z1, Z2), and is diffusive on the remainder of its visible surface by means of the presence of striations or by being grainy.
A gel electrolyte containing a non-aqueous electrolyte solution and a vinylidene fluoride copolymer, the vinylidene fluoride copolymer obtained by copolymerizing at least one type of fluorine-based monomer selected from hexafluoropropylene and chlorotrifluoroethylene, vinylidene fluoride, and a compound represented by formula the compound represented by formula being added to the fluorine-based monomer and vinylidene fluoride in divided portions or continuously during copolymerization; wherein in formula, R 1, R 2, and R 3 are each independently a hydrogen atom, a chlorine atom, or an alkyl group having from 1 to 5 carbons; and X is a hydroxyl group or an atomic group having or a carboxyl group and having a molecular weight of not greater than 517 with a main chain having from 1 to 19 atoms.
An electronic logging unit, comprising: - a general axis, - a first distal portion, - a second proximal portion, - sensor means (225, 228, 229) adapted to detect the amount of relative rotation between the first and second portions, and - storage means adapted to store data representing detected amounts of relative rotation, characterized in that the electronic logging unit is adapted to be housed in a drug-filled cartridge outer cavity, the cartridge comprising a tubular main portion with a proximal opening, a distal outlet portion, and an axially displaceable piston arranged in the tubular main portion at a distance from the proximal opening, the outer cavity being formed between the piston and the proximal opening, wherein: - the first distal portion is adapted to engage the cartridge piston, and - the second proximal portion is adapted to engage a rotating element having a rotational axis corresponding to the general axis. - a general axis, - a first distal portion, - a second proximal portion, - sensor means (225, 228, 229) adapted to detect the amount of relative rotation between the first and second portions, and - storage means adapted to store data representing detected amounts of relative rotation, - the first distal portion is adapted to engage the cartridge piston, and - the second proximal portion is adapted to engage a rotating element having a rotational axis corresponding to the general axis.
A heat and hydrogen generation device comprising a housing, a burner combustion chamber formed in the housing, a burner having a fuel injection port and an air feed port for performing a burner combustion in the burner combustion chamber, a fuel feed device for feeding fuel to the fuel injection port, an air feed device for feeding air to the air feed port, and a reformer catalyst arranged in the housing and to which a burner combustion gas generated in the burner combustion chamber is fed, the air feed device being provided with a heat exchange part for heating air fed to the air feed port by the burner combustion gas, heat and hydrogen being generated by performing the burner combustion, wherein said air feed device is provided with a switching device able to switch an air flow route for introducing an outside air to said air feed port between a high temperature air flow route for introducing the outside air flowing within said heat exchange part and heated at said heat exchange part to said air feed port and a low temperature air flow route for feeding the outside air, which does not flow within said heat exchange part and thereby is lower in temperature than the outside air heated at said heat exchange part, to said air feed port.
A leadless cardiac pacemaker, comprising: a plurality of electrodes (114, 114'); a sensor; a controller connected to the plurality of electrodes (114, 114') and the sensor, the controller configured to: detect a change in a behavioral state; in response to detecting that change in the behavioral state, change a sampling rate of a sensor signal generated by the sensor; determine, using the sampled sensor signal, an updated pacing rate; and deliver pacing pulses to the plurality of electrodes (114, 114') based on the updated pacing rate. a plurality of electrodes (114, 114'); a sensor; a controller connected to the plurality of electrodes (114, 114') and the sensor, the controller configured to: detect a change in a behavioral state; in response to detecting that change in the behavioral state, change a sampling rate of a sensor signal generated by the sensor; determine, using the sampled sensor signal, an updated pacing rate; and deliver pacing pulses to the plurality of electrodes (114, 114') based on the updated pacing rate. detect a change in a behavioral state; in response to detecting that change in the behavioral state, change a sampling rate of a sensor signal generated by the sensor; determine, using the sampled sensor signal, an updated pacing rate; and deliver pacing pulses to the plurality of electrodes (114, 114') based on the updated pacing rate.
A thermal fluid flow sensor for measuring an air flow rate, comprising: a heater resistive element provided in a body having a diaphragm structure, and a temperature-measuring resistive element provided next to the heater resistive element, wherein a first stack of insulating films formed by stacking a first film having compressive stress, a second film having tensile stress and a third film having compressive stress is provided on the heater resistive element and the temperature-measuring resistive element, and a second stack of insulating films formed by stacking a fourth film having tensile stress, a fifth film having compressive stress, a sixth film having tensile stress and a seventh film having compressive stress in this order is provided under the temperature-measuring resistive element. a heater resistive element provided in a body having a diaphragm structure, and a temperature-measuring resistive element provided next to the heater resistive element, wherein a first stack of insulating films formed by stacking a first film having compressive stress, a second film having tensile stress and a third film having compressive stress is provided on the heater resistive element and the temperature-measuring resistive element, and a second stack of insulating films formed by stacking a fourth film having tensile stress, a fifth film having compressive stress, a sixth film having tensile stress and a seventh film having compressive stress in this order is provided under the temperature-measuring resistive element.
A battery pack, comprising: at least one battery cell; a pack case configured to accommodate the battery cell and having a cooling hole formed therethrough; a flow meter provided at an outer side of the pack case and disposed adjacent to the cooling hole; and an opening and closing unit configured to operate to close the cooling hole if the temperature inside the pack case rises and operate to open the cooling hole if the temperature inside the pack case falls, wherein the flow meter is configured to sense the flow of air from the inside of the pack case to the outside and to generate an alarm when it is sensed that the flow of air is blocked, or the flow meter is configured to sense that the flow of air is blocked and to transmit the information to an alarm device which is provided separately and which is configured to generate an alarm when the flow meter senses that the flow of air is blocked. at least one battery cell; a pack case configured to accommodate the battery cell and having a cooling hole formed therethrough; a flow meter provided at an outer side of the pack case and disposed adjacent to the cooling hole; and an opening and closing unit configured to operate to close the cooling hole if the temperature inside the pack case rises and operate to open the cooling hole if the temperature inside the pack case falls, wherein the flow meter is configured to sense the flow of air from the inside of the pack case to the outside and to generate an alarm when it is sensed that the flow of air is blocked, or the flow meter is configured to sense that the flow of air is blocked and to transmit the information to an alarm device which is provided separately and which is configured to generate an alarm when the flow meter senses that the flow of air is blocked.
A computer implemented method, comprising: receiving a request to post content to an event gallery associated with an event, the request including: geo-location data for a device sending the content, and identification data identifying at least one of the device or a user of the device; performing a first authorization operation including determining that the geo-location data corresponds to a geo-location fence associated with the event; performing a second authorization operation including using the identification data to verify an attribute of the user; and based on the first and second authorization operations, posting the content to an event gallery, characterized in that the verifying of the attribute includes identifying at least one historic communications contribution by the user to a further event gallery associated with a further event. receiving a request to post content to an event gallery associated with an event, the request including: geo-location data for a device sending the content, and identification data identifying at least one of the device or a user of the device; geo-location data for a device sending the content, and identification data identifying at least one of the device or a user of the device; performing a first authorization operation including determining that the geo-location data corresponds to a geo-location fence associated with the event; performing a second authorization operation including using the identification data to verify an attribute of the user; and based on the first and second authorization operations, posting the content to an event gallery, characterized in that the verifying of the attribute includes identifying at least one historic communications contribution by the user to a further event gallery associated with a further event.
A lifting member for an elevator system, comprising: a rope formed from a plurality of load carrying fibers extending along a length of the lifting member, the plurality of load carrying fibers including a plurality of aromatic polyester based fibers; and a coating layer at least partially encapsulating the rope, wherein the coating layer includes a UV stabilizer material, characterised in that the coating layer further comprises an aliphatic based polyurethane dispersion or in that the coating layer further comprises polyester based dispersions and/or polyamide based dispersions. a rope formed from a plurality of load carrying fibers extending along a length of the lifting member, the plurality of load carrying fibers including a plurality of aromatic polyester based fibers; and a coating layer at least partially encapsulating the rope, wherein the coating layer includes a UV stabilizer material, characterised in that the coating layer further comprises an aliphatic based polyurethane dispersion or in that the coating layer further comprises polyester based dispersions and/or polyamide based dispersions.
An ultrasonic diagnosis system, comprising: a former configured to form a tomographic image based on information obtained from a scan plane created by a probe; a searcher configured to identify a current model cross section corresponding to the scan plane by comparing the tomographic image to a group of provisional model cross sections set with respect to a tissue model reflecting a three-dimensional structure of a target tissue; and a generator configured to generate, based on the current model cross section, probe operation support information for causing the scan plane to approach an observation cross section in the target tissue, characterized in that a target model cross section corresponding to the observation cross section is determined in the tissue model, and the generator generates the probe operation support information based on a spatial relationship between the current model cross section and the target model cross section in the tissue model. a former configured to form a tomographic image based on information obtained from a scan plane created by a probe; a searcher configured to identify a current model cross section corresponding to the scan plane by comparing the tomographic image to a group of provisional model cross sections set with respect to a tissue model reflecting a three-dimensional structure of a target tissue; and a generator configured to generate, based on the current model cross section, probe operation support information for causing the scan plane to approach an observation cross section in the target tissue, characterized in that a target model cross section corresponding to the observation cross section is determined in the tissue model, and the generator generates the probe operation support information based on a spatial relationship between the current model cross section and the target model cross section in the tissue model.