mhurhangee/patent-ind-claim-en huggingface dataset:
An energy producing apparatus, comprising: - a plurality of units for producing thermal and electrical energy, that can be outputted to a cooktop and/or to user systems external to said cooktop ; - a supplying system apt to inlet a comburent and a fuel in said energy producing units ; - a distribution system for said thermal and electrical energy produced; and - a user-programmable control unit , apt to adjust the power outputted by said energy producing units and to actuate said supplying system and said distribution system ; wherein a first set of said energy producing units is integrated in respective cooking units for preparing foods through the transmission of thermal energy; and characterised in that it further comprises a second set of said energy producing units , thermally insulated with respect to the cooktop ; and in that each of said energy producing units of said first and second sets (2a; 2b) is a capsule (40, 40a; 40b) apt to house an activating pellet to which said thermal energy and/or electrical energy producing comburent and fuel are flown, wherein said pellet is with fuel cells and produces thermal energy and electrical energy in the form of direct current. - a plurality of units for producing thermal and electrical energy, that can be outputted to a cooktop and/or to user systems external to said cooktop ; - a supplying system apt to inlet a comburent and a fuel in said energy producing units ; - a distribution system for said thermal and electrical energy produced; and - a user-programmable control unit , apt to adjust the power outputted by said energy producing units and to actuate said supplying system and said distribution system ;
A system comprising an apparatus and an irradiation target carried on a carrier , the apparatus comprising: a light emitter comprising a first laser light source configured to emit a first light beam and a second laser light source configured to emit a second light beam ; an optical scanner configured to scan the first and second light beams ; and a diffractive optical element configured to cause the first light beam to converge on the carrier and cause the second light beam to converge on an adherence target , wherein the light emitter is configured to cause the irradiation target to fly by causing the first laser light source to emit light on a surface carrying the irradiation target as a converging surface and the second laser light source to emit light on the adherence target as a converging surface to fix the irradiation target to the adherence target. a light emitter comprising a first laser light source configured to emit a first light beam and a second laser light source configured to emit a second light beam ; an optical scanner configured to scan the first and second light beams ; and a diffractive optical element configured to cause the first light beam to converge on the carrier and cause the second light beam to converge on an adherence target , wherein the light emitter is configured to cause the irradiation target to fly by causing the first laser light source to emit light on a surface carrying the irradiation target as a converging surface and the second laser light source to emit light on the adherence target as a converging surface to fix the irradiation target to the adherence target.
A composition comprising a therapeutically effective amount of melanin for use in a method of treating or preventing an ocular disease, disorder, or condition in a subject, the method comprising administering the composition to an eye of the subject to treat or prevent the ocular disease, disorder, or condition, wherein the ocular disease, disorder, or condition is leukoplakia.
A method of making a hybrid thermoplastic gel comprising: providing a base polymer having at least one functional group capable of crosslinking, wherein the base polymer comprises a maleated styrenic block copolymer; providing a functionalized extender, wherein the functionalized extender is a maleated extender selected from the group consisting of maleated polyisobutylene and maleated polybutadiene; providing a crosslinker; providing heat; and reacting the base polymer and functionalized extender in the presence of the heat to form the hybrid thermoplastic gel, wherein the gel exhibits hardness in the range of 24 to 53 Shore OOO hardness according to ASTM D2240. providing a base polymer having at least one functional group capable of crosslinking, wherein the base polymer comprises a maleated styrenic block copolymer; providing a functionalized extender, wherein the functionalized extender is a maleated extender selected from the group consisting of maleated polyisobutylene and maleated polybutadiene; providing a crosslinker; providing heat; and reacting the base polymer and functionalized extender in the presence of the heat to form the hybrid thermoplastic gel, wherein the gel exhibits hardness in the range of 24 to 53 Shore OOO hardness according to ASTM D2240.
A method of handling samples using a sample handling system, said sample handling system comprising: a sample processing unit ; a transfer unit for transferring samples to the sample processing unit; and a buffer unit connected to the transfer unit for temporarily storing the samples mounted on sample racks in a stand-by state, the buffer unit including a buffer section and a cold storage section , wherein the buffer section mounts a general sample rack and the cold storage section stores the sample racks to be stored in a thermally insulated state, the buffer unit further including a transfer mechanism and a handling unit provided on the transfer mechanism for accessing at random a sample rack stored in the buffer section or in the cold storage section , wherein the method comprises the steps of: accessing a sample rack stored either in the buffer section or in the cold storage section at random with the handling unit ; and taking out the accessed sample rack among the sample racks stored. a sample processing unit ; a transfer unit for transferring samples to the sample processing unit; and a buffer unit connected to the transfer unit for temporarily storing the samples mounted on sample racks in a stand-by state, the buffer unit including a buffer section and a cold storage section , wherein the buffer section mounts a general sample rack and the cold storage section stores the sample racks to be stored in a thermally insulated state, the buffer unit further including a transfer mechanism and a handling unit provided on the transfer mechanism for accessing at random a sample rack stored in the buffer section or in the cold storage section , wherein the method comprises the steps of: accessing a sample rack stored either in the buffer section or in the cold storage section at random with the handling unit ; and taking out the accessed sample rack among the sample racks stored.
A split trailer type of semi-trailer, including: a front trailer part and a complementary rear trailer part which can be interlocked to form a single trailer, or separated to form two individual trailers; each trailer part having a wheeled chassis and a kingpin for attachment to a tractor vehicle; and an axle mounted at a fixed position at a rear end of the front trailer part which is movable between a lowered position wherein wheels on the axle are in a ground-engaging position and a raised position wherein the wheels are lifted clear of the ground; characterised in that the rear trailer part has wheels mounted on a bogie which is slidably mounted on the chassis of the rear trailer part for longitudinal sliding movement between a forward position and a rearward position on the chassis of the rear trailer part . a front trailer part and a complementary rear trailer part which can be interlocked to form a single trailer, or separated to form two individual trailers; each trailer part having a wheeled chassis and a kingpin for attachment to a tractor vehicle; and an axle mounted at a fixed position at a rear end of the front trailer part which is movable between a lowered position wherein wheels on the axle are in a ground-engaging position and a raised position wherein the wheels are lifted clear of the ground; characterised in that the rear trailer part has wheels mounted on a bogie which is slidably mounted on the chassis of the rear trailer part for longitudinal sliding movement between a forward position and a rearward position on the chassis of the rear trailer part .
A communications network , comprising: a signal detector configured to identify a terminal within a geographic region ; a positioning component configured to determine positions of antennas of an antenna array implemented on one or more satellites based at least in part on a first signal received from a first transmitter , a second signal received from a second transmitter , a position of the first transmitter , and a position of the second transmitter , wherein the antennas of the antenna array are deployed in a space orbit, and wherein a distance between adjacent antennas of the antenna array is different across the antenna array ; a beam manager configured to determine, for an antenna array , first beam coefficients to form a first beam for the terminal , a coverage area of the first beam encompassing the geographic region ; and a communications manager configured to communicate with the terminal using the first beam and determine a utilization of the first beam has exceeded a threshold, wherein the beam manager is further configured to determine, for the antenna array and based at least in part on the utilization of the first beam exceeding the threshold, second beam coefficients of a second beam based at least in part on a position of the terminal and the positions of the antennas relative to the terminal , a coverage area of the second beam being different than the coverage area of the first beam , and wherein the communications manager is further configured to communicate with the terminal using the second beam . a signal detector configured to identify a terminal within a geographic region ; a positioning component configured to determine positions of antennas of an antenna array implemented on one or more satellites based at least in part on a first signal received from a first transmitter , a second signal received from a second transmitter , a position of the first transmitter , and a position of the second transmitter , wherein the antennas of the antenna array are deployed in a space orbit, and wherein a distance between adjacent antennas of the antenna array is different across the antenna array ; a beam manager configured to determine, for an antenna array , first beam coefficients to form a first beam for the terminal , a coverage area of the first beam encompassing the geographic region ; and a communications manager configured to communicate with the terminal using the first beam and determine a utilization of the first beam has exceeded a threshold, wherein the beam manager is further configured to determine, for the antenna array and based at least in part on the utilization of the first beam exceeding the threshold, second beam coefficients of a second beam based at least in part on a position of the terminal and the positions of the antennas relative to the terminal , a coverage area of the second beam being different than the coverage area of the first beam , and wherein the communications manager is further configured to communicate with the terminal using the second beam .
An alignment key for aligning and interlocking adjacent channel sections , each longitudinally extending channel section having a predetermined exterior shape defined by a bottom wall and first and second sidewalls extending upwardly from opposite sides of the bottom wall, the alignment key comprising: a base shaped for laterally bridging across a predetermined exterior portion of adjacent bottom walls of the adjacent channel sections; and first and second opposed, inwardly facing jaw members shaped for longitudinally bridging across a predetermined exterior portion of adjacent first, and adjacent second sidewalls , respectively, of the adjacent channel sections; each of the jaw members capable of being carried by the base, characterized in that each of the jaw members capable of being positioned, in the assembled state of the alignment key, in a lateral and a longitudinal direction with respect to the base to thereby substantially align and interlock the channel sections. a base shaped for laterally bridging across a predetermined exterior portion of adjacent bottom walls of the adjacent channel sections; and first and second opposed, inwardly facing jaw members shaped for longitudinally bridging across a predetermined exterior portion of adjacent first, and adjacent second sidewalls , respectively, of the adjacent channel sections; each of the jaw members capable of being carried by the base, characterized in that each of the jaw members capable of being positioned, in the assembled state of the alignment key, in a lateral and a longitudinal direction with respect to the base to thereby substantially align and interlock the channel sections.
A bending machine , in particular a swivel bending machine, for bending a workpiece , comprising - at least one first bending tool holder , which is movably mounted for executing a working movement (A) and/or for positioning (P) a bending tool , and - at least one welding device , in particular a spot welding device, for welding a workpiece bent in the bending machine , wherein the at least one welding device is supported by the at least one first bending tool holder , and wherein the first bending tool holder(s) is/are drivable by at least one drive in order to perform the working movement(s) (A) which cause(s) the bending operation, characterized in that the at least one first bending tool holder , which carries a welding device , is mounted so as to be movable transversely to the direction of its working movement (A) along the bending line , and/or that the first bending tool holder , which carries a welding device , is carried by a further first bending tool holder and is mounted thereon so as to be movable, preferably by means of at least one guide rail . - at least one first bending tool holder , which is movably mounted for executing a working movement (A) and/or for positioning (P) a bending tool , and - at least one welding device , in particular a spot welding device, for welding a workpiece bent in the bending machine , wherein the at least one welding device is supported by the at least one first bending tool holder , and wherein the first bending tool holder(s) is/are drivable by at least one drive in order to perform the working movement(s) (A) which cause(s) the bending operation, characterized in that the at least one first bending tool holder , which carries a welding device , is mounted so as to be movable transversely to the direction of its working movement (A) along the bending line , and/or that the first bending tool holder , which carries a welding device , is carried by a further first bending tool holder and is mounted thereon so as to be movable, preferably by means of at least one guide rail .
A computer implemented information processing method for generating neural-network based analysis data, comprising: generating a plurality of feature maps from each of a plurality of input data in a model using a neural network, wherein the input data is image data and the model performs recognition processing of an object; a feature data generation step (S1) of generating feature data that numerically represents a feature of each feature map; and an analysis data generation step (S2) of generating analysis data based on the feature data of the plurality of the feature maps, wherein in the analysis data, the feature data of the plurality of the feature maps generated from the plurality of the input data is arranged in a predetermined hierarchy of the model that generates the plurality of the feature maps from one of the input data, and wherein the feature data of the plurality of the feature maps generated from the same input image data is arranged in a first direction of the analysis data, and the feature data of the feature maps corresponding to each other of the different input image data is arranged in a second direction orthogonal to the first direction. generating a plurality of feature maps from each of a plurality of input data in a model using a neural network, wherein the input data is image data and the model performs recognition processing of an object; a feature data generation step (S1) of generating feature data that numerically represents a feature of each feature map; and an analysis data generation step (S2) of generating analysis data based on the feature data of the plurality of the feature maps, wherein in the analysis data, the feature data of the plurality of the feature maps generated from the plurality of the input data is arranged in a predetermined hierarchy of the model that generates the plurality of the feature maps from one of the input data, and wherein the feature data of the plurality of the feature maps generated from the same input image data is arranged in a first direction of the analysis data, and the feature data of the feature maps corresponding to each other of the different input image data is arranged in a second direction orthogonal to the first direction.
A method performed by an electronic device, the method comprising: measuring, by a movement detector of the electronic device, a vibration level of a body, wherein the vibration level is measured according to an amount of movement of the body; determining, by a processor of the electronic device, whether the measured vibration level exceeds a preset threshold; generating, by the processor, a radio frequency, RF, signal within a first frequency band so as to suppress the excessive vibration influence, if the vibration level exceeds the preset threshold; emitting, by an RF transmitter of the electronic device, the RF signal into the body performing a gesture; receiving, by an RF receiver of the electronic device, a reflected RF signal that is changed based on a reflection of the emitted RF signal from the body; identifying, by the processor, the gesture of the body based on the reflected RF signal and reference data for at least one gesture; and executing, by the processor, a function of the electronic device corresponding to the identified gesture. measuring, by a movement detector of the electronic device, a vibration level of a body, wherein the vibration level is measured according to an amount of movement of the body; determining, by a processor of the electronic device, whether the measured vibration level exceeds a preset threshold; generating, by the processor, a radio frequency, RF, signal within a first frequency band so as to suppress the excessive vibration influence, if the vibration level exceeds the preset threshold; emitting, by an RF transmitter of the electronic device, the RF signal into the body performing a gesture; receiving, by an RF receiver of the electronic device, a reflected RF signal that is changed based on a reflection of the emitted RF signal from the body; identifying, by the processor, the gesture of the body based on the reflected RF signal and reference data for at least one gesture; and executing, by the processor, a function of the electronic device corresponding to the identified gesture.
Safety handle designed to be fitted to a handlebar of an item of mobile equipment, comprising at least one signaling means, said handle having a part which is stowable between a position in which one end equipped with a light signaling source protrudes from the front surface of the handlebar and a stowed position, characterized in that said light signaling source is controlled by a radiofrequency communication module and an electronic circuit , housed inside said handle, for controlling said communication module by a signal of a change of direction.
An adhesive composition, comprising: an adhesive component; a photoinitiator; and a silicone compound having a (meth)acrylic group on a siloxane backbone represented by the following formulae (I), (II), or (III): in the formulae, X and Y represent an integer from 0 to 1200, and R represents a functional group having a (meth)acrylic group, wherein the adhesive component is a photocurable adhesive component, that contains an alkyl (meth)acrylate polymerizable polymer having a radically-polymerizable unsaturated bond in a molecule. an adhesive component; a photoinitiator; and a silicone compound having a (meth)acrylic group on a siloxane backbone represented by the following formulae (I), (II), or (III): in the formulae, X and Y represent an integer from 0 to 1200, and R represents a functional group having a (meth)acrylic group, wherein the adhesive component is a photocurable adhesive component, that contains an alkyl (meth)acrylate polymerizable polymer having a radically-polymerizable unsaturated bond in a molecule. in the formulae, X and Y represent an integer from 0 to 1200, and R represents a functional group having a (meth)acrylic group, wherein the adhesive component is a photocurable adhesive component, that contains an alkyl (meth)acrylate polymerizable polymer having a radically-polymerizable unsaturated bond in a molecule.
A fault detection device of a local grid station for detecting a grid fault in at least one low-voltage grid connected to the local grid station , comprising - at least one detection equipment configured to detect a grid current of the connected low-voltage grid and/or a grid voltage of the connected low-voltage grid , - at least one storing equipment configured to store at least one fault criterion, and - at least one detection equipment configured to detect a grid fault based on the at least one stored fault criterion and the detected grid current and/or the detected grid voltage, characterized in that - the at least one fault criterion is configured to represent two or more different fault characteristics for two or more different grid current behaviors or grid voltage behaviors, which are each caused by different grid faults. - at least one detection equipment configured to detect a grid current of the connected low-voltage grid and/or a grid voltage of the connected low-voltage grid , - at least one storing equipment configured to store at least one fault criterion, and - at least one detection equipment configured to detect a grid fault based on the at least one stored fault criterion and the detected grid current and/or the detected grid voltage, characterized in that - the at least one fault criterion is configured to represent two or more different fault characteristics for two or more different grid current behaviors or grid voltage behaviors, which are each caused by different grid faults.