mhurhangee/patent-ind-claim-en huggingface dataset:
Controller for an electrical load , wherein the controller comprises the following elements: - a first switching device for connecting an output for the load to a first potential ; - a second switching device for connecting the output to a second potential ; - a control device for controlling the switching devices ; - a first scanning device for providing a first signal on the basis of a switching state of the first switching device ; - a second scanning device for providing a second signal on the basis of a switching state of the second switching device ; - a comparison device for determining a difference between the switch-on times of the switching devices on the basis of the determined signals ; characterized in that - the comparison device is configured to add up differences between the switch-on times over a plurality of periodic operations of controlling the switching devices and - to control the switching devices in such a manner that the differences between the switch-on times are minimized. - a first switching device for connecting an output for the load to a first potential ; - a second switching device for connecting the output to a second potential ; - a control device for controlling the switching devices ; - a first scanning device for providing a first signal on the basis of a switching state of the first switching device ; - a second scanning device for providing a second signal on the basis of a switching state of the second switching device ; - a comparison device for determining a difference between the switch-on times of the switching devices on the basis of the determined signals ; characterized in that - the comparison device is configured to add up differences between the switch-on times over a plurality of periodic operations of controlling the switching devices and - to control the switching devices in such a manner that the differences between the switch-on times are minimized.
An information processing apparatus, comprising: a gaze position detection section adapted to detect a gaze position of a user with respect to a display screen; a position information acquisition section adapted to acquire position information of the user; and a control section adapted to judge, based on the detected gaze position, a scene and an object in the scene that the user focuses in a content displayed on the display screen, and to generate search information from the judged object and the acquired position information, wherein the control section is: adapted to segment an image of the judged scene into one or more areas based on a feature amount; adapted to judge an area having a highest gaze frequency based on the detected gaze position; adapted to judge the object based on the feature amount of that area, and adapted to judge the object while taking into account priority levels among genres based on viewing locations and viewing times of the user. a gaze position detection section adapted to detect a gaze position of a user with respect to a display screen; a position information acquisition section adapted to acquire position information of the user; and a control section adapted to judge, based on the detected gaze position, a scene and an object in the scene that the user focuses in a content displayed on the display screen, and to generate search information from the judged object and the acquired position information, wherein the control section is: adapted to segment an image of the judged scene into one or more areas based on a feature amount; adapted to judge an area having a highest gaze frequency based on the detected gaze position; adapted to judge the object based on the feature amount of that area, and adapted to judge the object while taking into account priority levels among genres based on viewing locations and viewing times of the user. adapted to segment an image of the judged scene into one or more areas based on a feature amount; adapted to judge an area having a highest gaze frequency based on the detected gaze position; adapted to judge the object based on the feature amount of that area, and adapted to judge the object while taking into account priority levels among genres based on viewing locations and viewing times of the user.
A method for managing transfer of Multimedia Broadcast/Multicast Services, MBMS, over a Single Frequency Network, MBSFN, service for a mobile entity from a source base station to a target base station of a cellular wireless communications system, the method comprising: identifying candidate target base stations based on each having paging signal strength and system information signal strength sufficient to support camping on by the mobile entity in idle mode; prioritizing the candidate target base stations in a priority order based in part on an MBMS status of the mobile entity and on MBMS services support by respective ones of the candidate target base stations; determining that none of the candidate target base stations supports the MBSFN service for the mobile entity, and selecting a target base station that does not support the MBSFN service for the mobile entity; transmitting an identifier for the target base station from the source base station, for use in transferring the MBSFN service to the target base station; and transmitting buffered MBMS content from the source base station to the target base station for unicast transmission to the mobile entity. identifying candidate target base stations based on each having paging signal strength and system information signal strength sufficient to support camping on by the mobile entity in idle mode; prioritizing the candidate target base stations in a priority order based in part on an MBMS status of the mobile entity and on MBMS services support by respective ones of the candidate target base stations; determining that none of the candidate target base stations supports the MBSFN service for the mobile entity, and selecting a target base station that does not support the MBSFN service for the mobile entity; transmitting an identifier for the target base station from the source base station, for use in transferring the MBSFN service to the target base station; and transmitting buffered MBMS content from the source base station to the target base station for unicast transmission to the mobile entity.
A coating film forming method comprising: a step A of coating a continuously transported base material with a coating liquid to form a plurality of coating liquid films on the base material ; and characterised by a step B of, in each of the plurality of coating liquid films , applying a solvent contained in the coating liquid on both end parts of a coating liquid film in a width direction in a case where a concentration of solid contents of the both end parts of the coating liquid film in the width direction is higher than a concentration of solid contents of a central part of the coating liquid film in the width direction, so that the concentration of solid contents of the both end parts of the coating liquid film in the width direction is to be equal to or lower than the concentration of solid contents of the central part of the coating liquid film in the width direction, wherein: the end parts refer to an inner region up to 5 mm from a width direction edge portion of each coating liquid film , and the central part refers to a region inside the both end parts of each coating liquid film in the width direction. a step A of coating a continuously transported base material with a coating liquid to form a plurality of coating liquid films on the base material ; and characterised by a step B of, in each of the plurality of coating liquid films , applying a solvent contained in the coating liquid on both end parts of a coating liquid film in a width direction in a case where a concentration of solid contents of the both end parts of the coating liquid film in the width direction is higher than a concentration of solid contents of a central part of the coating liquid film in the width direction, so that the concentration of solid contents of the both end parts of the coating liquid film in the width direction is to be equal to or lower than the concentration of solid contents of the central part of the coating liquid film in the width direction, the end parts refer to an inner region up to 5 mm from a width direction edge portion of each coating liquid film , and the central part refers to a region inside the both end parts of each coating liquid film in the width direction.
A system of distributed printing for use with automated robotic sorting , comprising: at least one work cell including a robotic sorting station and a plurality of locations that receive sorted items from the robotic sorting station , with each of the plurality of locations having a separate one or more printers , wherein each respective printer is configured to print labels that are related to items received by the respective location , and the printers of the at least one work cell are configured in a network that receives data relating to the labels to be printed in the plurality of locations . at least one work cell including a robotic sorting station and a plurality of locations that receive sorted items from the robotic sorting station , with each of the plurality of locations having a separate one or more printers , wherein each respective printer is configured to print labels that are related to items received by the respective location , and the printers of the at least one work cell are configured in a network that receives data relating to the labels to be printed in the plurality of locations . each respective printer is configured to print labels that are related to items received by the respective location , and the printers of the at least one work cell are configured in a network that receives data relating to the labels to be printed in the plurality of locations .
A security or value document having a data carrier formed from a plurality of layers , wherein at least two layers are made of plastic and the layers form a composite body, - a three-dimensional structure made of a plastic material being applied to the at least one layer by an additive method, and - wherein the layers of plastic for forming the composite body have a glass transition temperature which is lower than the glass transition temperature of the plastic material of the three-dimensional structure , characterized in that a first three-dimensional structure is present between the first and the second layer (3, 4; 4, 5) a first three-dimensional structure and between the second and a further layer (4, 5; 3, 4) or two further layers an at least further three-dimensional structure is provided. - a three-dimensional structure made of a plastic material being applied to the at least one layer by an additive method, and - wherein the layers of plastic for forming the composite body have a glass transition temperature which is lower than the glass transition temperature of the plastic material of the three-dimensional structure , characterized in that a first three-dimensional structure is present between the first and the second layer (3, 4; 4, 5) a first three-dimensional structure and between the second and a further layer (4, 5; 3, 4) or two further layers an at least further three-dimensional structure is provided.
A computer-implemented method, carried out by at least one data processor forming part of at least one computing system, comprising the following steps: receiving first data comprising one or more characteristics characterizing a first infusion of fluid into a patient from a container by an infusion module, the first infusion having a first order identifier and a first volume infused; identifying an infusion event interrupting or terminating the first infusion; receiving second data comprising one or more characteristics characterizing a second infusion of fluid into the patient by the infusion module, the second infusion having a second volume to be infused; characterized by determining whether the second volume is less than a pre-defined percentage of the first volume; assigning the first order identifier to the second infusion if the second volume to be infused is less than a pre-defined percentage of the first volume infused and based on a determination of whether the second infusion has characteristics matching characteristics of the first infusion, or assigning a second order identifier, different from the first order identifier, to the second infusion if the second volume to be infused is greater than a pre-defined percentage of the first volume to be infused and based on a determination of whether the second infusion has characteristics matching characteristics of the first infusion. receiving first data comprising one or more characteristics characterizing a first infusion of fluid into a patient from a container by an infusion module, the first infusion having a first order identifier and a first volume infused; identifying an infusion event interrupting or terminating the first infusion; receiving second data comprising one or more characteristics characterizing a second infusion of fluid into the patient by the infusion module, the second infusion having a second volume to be infused; characterized by determining whether the second volume is less than a pre-defined percentage of the first volume; assigning the first order identifier to the second infusion if the second volume to be infused is less than a pre-defined percentage of the first volume infused and based on a determination of whether the second infusion has characteristics matching characteristics of the first infusion, or assigning a second order identifier, different from the first order identifier, to the second infusion if the second volume to be infused is greater than a pre-defined percentage of the first volume to be infused and based on a determination of whether the second infusion has characteristics matching characteristics of the first infusion.
A method for recovering recyclable materials from waste products , which waste products have organic impurities, wherein the waste products are subjected to thermal processing in a thermal processing device , during which thermal processing, the organic impurities are at least largely pyrolyzed and/or burnt, wherein, in a charging region , the waste products are charged into a reaction chamber and the recyclable materials and potentially pyrolysis and/or combustion residues are discharged out of the reaction chamber in a discharge region characterized in that a hot exhaust gas from at least one thermal production process or material treatment process of a coordinated process plant is introduced into the thermal processing device for thermally processing the waste products , wherein, during the thermal processing a maximum temperature is selected in a reaction chamber of the thermal processing device such that the recyclable materials to be recovered during the thermal processing are present in a solid state.
A stack comprising: at least one layer of non-oriented fibers comprising glass fibers, carbon fibers, or a combination thereof; and at least two uni-directional fibers layers (10 or 10') of uni-directional and non-woven individual thermoplastic fibers composed of a first type of thermoplastic fiber having a length between 0.5 and 3,000 cm and a diameter; wherein said at least two uni-directional fibers layers of uni-directional and non-woven individual thermoplastic fibers make up between 40 and 98 total weight percent of the stack fiber content. at least one layer of non-oriented fibers comprising glass fibers, carbon fibers, or a combination thereof; and at least two uni-directional fibers layers (10 or 10') of uni-directional and non-woven individual thermoplastic fibers composed of a first type of thermoplastic fiber having a length between 0.5 and 3,000 cm and a diameter; wherein said at least two uni-directional fibers layers of uni-directional and non-woven individual thermoplastic fibers make up between 40 and 98 total weight percent of the stack fiber content.
A system for aligning a plurality of sequence reads comprising a processor and non-transitory memory, wherein the memory comprises instructions that, when executed, cause the processor to: obtain a plurality of sequence reads as strings of symbols; compare each string of symbols corresponding to a sequence read to a plurality of positions in a reference directed acyclic graph (DAG) comprising a plurality of nodes, wherein each node is stored in the memory as a string of one or more symbols and a set of parent nodes, the string representing a sequence and the set of parent nodes defining the node's position with respect to other nodes in the reference DAG, wherein genetic variation is represented by alternate nodes at multiple positions in the DAG, score overlaps between each sequence read and each of the plurality of positions in the reference DAG, wherein a higher score corresponds to a greater amount of overlap; wherein the scoring further comprises finding an optimal alignment between each string of symbols corresponding to a sequence read and a portion of the DAG preceding a position, wherein predecessors for each symbol of the string of a node are identified by: (i) if a symbol is not the first symbol of the string of its node, the symbol preceding the symbol is its only predecessor; or (ii) if a symbol is the first symbol of the string of its node, the last symbol of the string of any parent node is a predecessor; assign each sequence read to a location on the DAG corresponding to the highest score; and write a file to memory corresponding to the location of each aligned sequence read. obtain a plurality of sequence reads as strings of symbols; compare each string of symbols corresponding to a sequence read to a plurality of positions in a reference directed acyclic graph (DAG) comprising a plurality of nodes, wherein each node is stored in the memory as a string of one or more symbols and a set of parent nodes, the string representing a sequence and the set of parent nodes defining the node's position with respect to other nodes in the reference DAG, wherein genetic variation is represented by alternate nodes at multiple positions in the DAG, score overlaps between each sequence read and each of the plurality of positions in the reference DAG, wherein a higher score corresponds to a greater amount of overlap; wherein the scoring further comprises finding an optimal alignment between each string of symbols corresponding to a sequence read and a portion of the DAG preceding a position, wherein predecessors for each symbol of the string of a node are identified by: (i) if a symbol is not the first symbol of the string of its node, the symbol preceding the symbol is its only predecessor; or (ii) if a symbol is the first symbol of the string of its node, the last symbol of the string of any parent node is a predecessor; assign each sequence read to a location on the DAG corresponding to the highest score; and write a file to memory corresponding to the location of each aligned sequence read.
Fan system having an electric motor , wherein the electric motor has a rotor , and the rotor is mounted so as to be rotatable relative to a stator, wherein a fan impeller is arranged for conjoint rotation on an end surface of the rotor by means of at least one attachment element in an attachment portion of the rotor , wherein at least one decoupling element is provided which is in the form of an axially continuous decoupling gap, characterized in that the decoupling element engages around the at least one attachment portion in the respective radially outer region thereof, wherein the decoupling element is provided for mechanically decoupling the attachment portion of the rotor from a rotor portion surrounding the attachment portion .
A method performed by a computing device comprising processing hardware and storage hardware , the method comprising: executing a virtualization layer that manages execution of virtual machines on the processing hardware, each virtual machine comprising a respective virtual processor and a respective guest operating system (116/118); switching , by the virtualization layer, execution contexts of the virtual machines to enable the guest operating systems to issue instructions to the virtual processors; based on the instructions of the guest operating systems being executed by the virtual processors, recording execution trace data comprising (i) the instructions of the guest operating systems executed by the virtual processors, (ii) memory portions selected for tracing on the basis of the memory portions storing inputs and/or outputs of the captured instructions, and (iii) ordering markers inserted into the execution trace data by the virtualization layer, each said ordering marker corresponding to a respective determination that a context switch has occurred in the execution trace data; recording the execution trace data to a buffer; and copying the execution trace data from the buffer to persistent storage. executing a virtualization layer that manages execution of virtual machines on the processing hardware, each virtual machine comprising a respective virtual processor and a respective guest operating system (116/118); switching , by the virtualization layer, execution contexts of the virtual machines to enable the guest operating systems to issue instructions to the virtual processors; based on the instructions of the guest operating systems being executed by the virtual processors, recording execution trace data comprising (i) the instructions of the guest operating systems executed by the virtual processors, (ii) memory portions selected for tracing on the basis of the memory portions storing inputs and/or outputs of the captured instructions, and (iii) ordering markers inserted into the execution trace data by the virtualization layer, each said ordering marker corresponding to a respective determination that a context switch has occurred in the execution trace data; recording the execution trace data to a buffer; and copying the execution trace data from the buffer to persistent storage.
A combination of a controlled-release CNP agonist, wherein the controlled-release CNP agonist releases at least one CNP agonist, the CNP agonist being CNP, under physiological conditions with a release half-life of at least 6 hours and at least one further biologically active moiety or drug for use in a method for the treatment or prevention of a disorder that benefits from stimulating growth, wherein the at least one further biologically active moiety or drug is growth hormone.