mhurhangee/patent-ind-claim-en huggingface dataset:
A method of memory management in a computing device having a processor , a first memory proximate to and configured as a cache for the processor , a second memory separate from and interfaced with the processor , and a memory controller configured to manage operations of the first and second memory , the method comprising: receiving, at the memory controller , a request from the processor to read data corresponding to a system memory section from the cache of the processor ; and in response to receiving the request to read, with the memory controller , retrieving, from the first memory , data from a data portion and metadata from a metadata portion of the first memory , the metadata from the metadata portion encoding data location information of multiple system memory section in the first memory and the second memory ; analyzing the data location information in the retrieved metadata from the metadata portion of the first memory to determine whether the first memory currently contains data corresponding to the system memory section in the received request; and in response to determining that the first memory currently contains data corresponding to the system memory section in the received request, transmitting the retrieved data from the data portion of the first memory to the processor in response to the received request. receiving, at the memory controller , a request from the processor to read data corresponding to a system memory section from the cache of the processor ; and in response to receiving the request to read, with the memory controller , retrieving, from the first memory , data from a data portion and metadata from a metadata portion of the first memory , the metadata from the metadata portion encoding data location information of multiple system memory section in the first memory and the second memory ; analyzing the data location information in the retrieved metadata from the metadata portion of the first memory to determine whether the first memory currently contains data corresponding to the system memory section in the received request; and in response to determining that the first memory currently contains data corresponding to the system memory section in the received request, transmitting the retrieved data from the data portion of the first memory to the processor in response to the received request. retrieving, from the first memory , data from a data portion and metadata from a metadata portion of the first memory , the metadata from the metadata portion encoding data location information of multiple system memory section in the first memory and the second memory ; analyzing the data location information in the retrieved metadata from the metadata portion of the first memory to determine whether the first memory currently contains data corresponding to the system memory section in the received request; and in response to determining that the first memory currently contains data corresponding to the system memory section in the received request, transmitting the retrieved data from the data portion of the first memory to the processor in response to the received request.
A computer-implemented method, comprising: receiving a signal from a catheter, the signal indicative of a location of the catheter in a heart cavity of a patient over a period of time; determining at least one geometric feature of a three-dimensional surface model of the heart cavity, the three-dimensional surface model constructed based, at least in part, on multiple locations visited by the catheter in the heart cavity; and determining a display view of the three-dimensional surface model based, at least in part, on (i) the location of the catheter in the heart cavity, (ii) one or more previous locations of the catheter in the heart cavity, and (iii) the at least one determined geometric feature of the three-dimensional surface model, wherein determining the display view includes processing the received signal such that a transition from a previous display view to the determined display view is smooth and is perceived as continuous motion of the three-dimensional surface representation, and/or processing the display view such that the determined display view is based on one or more previous display views. receiving a signal from a catheter, the signal indicative of a location of the catheter in a heart cavity of a patient over a period of time; determining at least one geometric feature of a three-dimensional surface model of the heart cavity, the three-dimensional surface model constructed based, at least in part, on multiple locations visited by the catheter in the heart cavity; and determining a display view of the three-dimensional surface model based, at least in part, on (i) the location of the catheter in the heart cavity, (ii) one or more previous locations of the catheter in the heart cavity, and (iii) the at least one determined geometric feature of the three-dimensional surface model, wherein determining the display view includes processing the received signal such that a transition from a previous display view to the determined display view is smooth and is perceived as continuous motion of the three-dimensional surface representation, and/or processing the display view such that the determined display view is based on one or more previous display views. processing the received signal such that a transition from a previous display view to the determined display view is smooth and is perceived as continuous motion of the three-dimensional surface representation, and/or processing the display view such that the determined display view is based on one or more previous display views.
Multi-line plug connector for connecting two heated fluid lines and at least two electrical lines by way of a single connecting operation, including a female plug component which is connected with a male plug component which can be decoupled along a coupling axis (X) when the plug components are in their connected state, whereby each plug component includes a fluid connection and two electrical connections . wherein each plug component includes a two-part plug housing made up of a base component and a cover component which can be connected to one another and enclose an inner space (I), in which a spectacle component is contained, wherein the spectacle component includes two guide channels , tubular in shape and extending along the coupling axis (X) for the purpose of accepting electrical lines and the electrical connectors , formed as contact pin or contact socket, on their ends, and the guide channels , tubular in shape, are connected with one another by way of at least one bridge , wherein the bridge is connected to a latching mechanism of the base component protruding into the inner space (I) by friction-fit and/or form-fit, so that the spectacle component is secured on the base component against displacement along and/or crosswise to the coupling axis (X), wherein the spectacle component incorporates a fluid connector , tubular in shape, which is connected with the spectacle component by friction-fit and/or form-fit to prevent displacement along the coupling axis (X), wherein the fluid connector includes a connecting component on one end for connection to the heated fluid line, and the respective fluid connection is formed on the end opposite the connecting component .
A microscope device with an objective , a light source for illuminating a sample over an illumination beam path , an arrangement for producing a flat illumination pattern which is structured in both directions of space on the sample and which has three main axes of symmetry, a surface detector for detecting light coming from the sample over one picture beam path , an arrangement for shifting the illumination pattern on the sample in a single displacement direction, as well as a control unit which is made to take one picture at a time of the light detected by the detector as phase picture in different positions of the pattern along the displacement direction and to computationally reconstruct from these phase pictures an overall structured illumination microscope (SIM) picture of the illuminated sample region by solving a system of linear equations, characterized in that the displacement direction is oblique to the three main axes of symmetry (40, 40', 40", 140, 140') of the illumination pattern and has been chosen (a) such that the number of phase pictures which is necessary for the reconstruction of the SIM picture using said system of linear equations corresponds to a theoretically minimally required value for the number of Fourier orders of the illumination pattern intensity, which are recombined for the reconstruction of the SIM picture; and (b) such that a condition number associated with said system of linear equations assumes a minimum value, the condition number indicating how errors propagate in the system of equations, wherein the illumination pattern is a hexagonal point pattern and the displacement direction is chosen to be in the range from 1 to 20 degrees relative to one of the three main axes of symmetry (40, 40', 40"), and at least 7 phase pictures is the minimally required value . (a) such that the number of phase pictures which is necessary for the reconstruction of the SIM picture using said system of linear equations corresponds to a theoretically minimally required value for the number of Fourier orders of the illumination pattern intensity, which are recombined for the reconstruction of the SIM picture; and (b) such that a condition number associated with said system of linear equations assumes a minimum value, the condition number indicating how errors propagate in the system of equations, wherein the illumination pattern is a hexagonal point pattern and the displacement direction is chosen to be in the range from 1 to 20 degrees relative to one of the three main axes of symmetry (40, 40', 40"), and at least 7 phase pictures is the minimally required value .
A filtering device for removing dirt particles and contaminants from a plastic melt, comprising - a housing having a filter chamber and an inlet for feeding plastic melt into the filter chamber and an outlet for channelling plastic melt out of the filter chamber and a dirt outlet for discharging dirt particles from the housing ; - a filter element which is arranged in the filter chamber and through which the stream of melt can be channelled and which is adapted to retain any dirt particles contained in the stream of melt, and - a cleaning unit for cleaning the filter element of dirt particles retained by means of the filter element, said cleaning unit having a cleaning head with at least one scraper member for detaching dirt particles from the filter element , wherein said cleaning head and said filter element are movable relative to each other and adapted to be brought into contact with each other at least temporarily, wherein the at least one scraper member is coupled to a servomechanism which is adapted to press the scraper member onto the surface of the filter element , characterised in that the servomechanism has at least one bellows cylinder (18, 18', 18") comprising - a foot section having at least one opening for a fluid-channelling connection to a pressure source, - a head section which can be moved along an adjustment path relative to the foot section , - a deformable bellows element which is sealingly connected to the foot section and to the head section , and a pressure chamber of variable volume which is adapted to move the head section relative to the foot section depending on the pressure prevailing in the pressure chamber, said pressure chamber being connectable to the pressure source. - a housing having a filter chamber and an inlet for feeding plastic melt into the filter chamber and an outlet for channelling plastic melt out of the filter chamber and a dirt outlet for discharging dirt particles from the housing ; - a filter element which is arranged in the filter chamber and through which the stream of melt can be channelled and which is adapted to retain any dirt particles contained in the stream of melt, and - a cleaning unit for cleaning the filter element of dirt particles retained by means of the filter element, said cleaning unit having a cleaning head with at least one scraper member for detaching dirt particles from the filter element , wherein said cleaning head and said filter element are movable relative to each other and adapted to be brought into contact with each other at least temporarily, wherein the at least one scraper member is coupled to a servomechanism which is adapted to press the scraper member onto the surface of the filter element , - a foot section having at least one opening for a fluid-channelling connection to a pressure source, - a head section which can be moved along an adjustment path relative to the foot section , - a deformable bellows element which is sealingly connected to the foot section and to the head section , and
A method for detecting an opening and closing of an object comprising: causing a piezoelectric transducer of a wireless sensor to oscillate in response to an opening of the object; harvesting energy generated as a result of the piezoelectric transducer's oscillation to power a transceiver of the wireless sensor transmitting, from the transceiver to a remote device, information indicating that the opening of the object has been detected by the wireless sensor coupled to the object; detecting the opening of the object when first and second elements of said wireless sensor (102. 104, 106) are pulled apart; wherein the first element comprises a magnet and the second element comprises the piezoelectric transducer with an end having a magnetic coating; wherein the piezoelectric transducer is cantilevered within an enclosure of the wireless sensor by a mechanical support ; characterized in that the piezoelectric transducer element can oscillate within the enclosure in two opposing directions . causing a piezoelectric transducer of a wireless sensor to oscillate in response to an opening of the object; harvesting energy generated as a result of the piezoelectric transducer's oscillation to power a transceiver of the wireless sensor transmitting, from the transceiver to a remote device, information indicating that the opening of the object has been detected by the wireless sensor coupled to the object; detecting the opening of the object when first and second elements of said wireless sensor (102. 104, 106) are pulled apart; wherein the first element comprises a magnet and the second element comprises the piezoelectric transducer with an end having a magnetic coating; wherein the piezoelectric transducer is cantilevered within an enclosure of the wireless sensor by a mechanical support ; characterized in that the piezoelectric transducer element can oscillate within the enclosure in two opposing directions .
A system , comprising: - an agricultural harvester for processing agricultural crops, collecting an agricultural product from the crops, and depositing residue from the crops on the agricultural field as the harvester travels across the agricultural field, the harvester comprising a first storage container configured to store the agricultural product; - a support vehicle comprising a second storage container ; and - an aerial vehicle configured to provide substantially real-time information as the aerial vehicle and the agricultural harvester travel about the agricultural field and comprising one or more sensors characterized in that the one or more sensors are configured to monitor a fullness of the second storage container , wherein the aerial vehicle is configured to provide a first signal indicative of the fullness of the second storage container to the agricultural harvester ; and in that the one or more sensors are configured to monitor a characteristic of residue discharged by the agricultural harvester , and the aerial vehicle is configured to transmit a second signal indicative of the characteristic of residue to a processor , and the processor is configured to process the second signal to generate a residue map providing an indication of residue coverage of an agricultural field . - an agricultural harvester for processing agricultural crops, collecting an agricultural product from the crops, and depositing residue from the crops on the agricultural field as the harvester travels across the agricultural field, the harvester comprising a first storage container configured to store the agricultural product; - a support vehicle comprising a second storage container ; and - an aerial vehicle configured to provide substantially real-time information as the aerial vehicle and the agricultural harvester travel about the agricultural field and comprising one or more sensors characterized in that the one or more sensors are configured to monitor a fullness of the second storage container , wherein the aerial vehicle is configured to provide a first signal indicative of the fullness of the second storage container to the agricultural harvester ;
A method performed by a terminal (2a-35, 2c-15) for a wireless communication system, the method comprising: receiving (2l-05), from a base station (2a-05, 2c-10), a radio resource control, RRC, message including a radio link control, RLC, configuration and a packet data convergence protocol, PDCP, configuration associated with a packet duplication; identifying (2l-10) whether a PDCP packet is a PDCP control data; transmitting (2l-15), to the base station (2a-05, 2c-10), the PDCP control data without the packet duplication through a primary RLC entity based on the PDCP configuration, in case that the packet duplication is activated and the PDCP packet is the PDCP control data; and transmitting (2l-20), to the base station (2a-05, 2c-10), duplicated PDCP user data through the primary RLC entity and a secondary RLC entity in case that the packet duplication is activated and the PDCP packet is a PDCP user data, wherein, in case that the packet duplication for a signaling radio bearer, SRB, is configured based on the RRC message, an initial state of the packet duplication for the SRB is an activated state, and wherein, in case that the packet duplication for a data radio bearer, DRB, is configured based on the RRC message, the initial state of the packet duplication for the DRB is indicated as one of the activate state or a deactivate state based on the RRC message. receiving (2l-05), from a base station (2a-05, 2c-10), a radio resource control, RRC, message including a radio link control, RLC, configuration and a packet data convergence protocol, PDCP, configuration associated with a packet duplication; identifying (2l-10) whether a PDCP packet is a PDCP control data; transmitting (2l-15), to the base station (2a-05, 2c-10), the PDCP control data without the packet duplication through a primary RLC entity based on the PDCP configuration, in case that the packet duplication is activated and the PDCP packet is the PDCP control data; and transmitting (2l-20), to the base station (2a-05, 2c-10), duplicated PDCP user data through the primary RLC entity and a secondary RLC entity in case that the packet duplication is activated and the PDCP packet is a PDCP user data, wherein, in case that the packet duplication for a signaling radio bearer, SRB, is configured based on the RRC message, an initial state of the packet duplication for the SRB is an activated state, and wherein, in case that the packet duplication for a data radio bearer, DRB, is configured based on the RRC message, the initial state of the packet duplication for the DRB is indicated as one of the activate state or a deactivate state based on the RRC message.
A delivery device system for delivering a low profile prosthesis to a body vessel comprising: an inner cannula having a proximal end and a distal end; a prosthesis formed of biocompatible graft material and having a proximal end and a distal end, the prosthesis disposed about the proximal end of the inner cannula , wherein the prosthesis comprises a first configuration in which the prosthesis is releasably secured to the inner cannula in a radially inwardly contracted low profile delivery configuration and a second configuration in which the prosthesis is at least partially radially outwardly expanded; a first trigger wire having a tensioned condition and a relaxed condition and extending longitudinally and circumferentially about the prosthesis in a helical configuration from the proximal end of the prosthesis to the distal end of the prosthesis; a second trigger wire having a tensioned condition and a relaxed condition and extending longitudinally and circumferentially about the prosthesis in a helical configuration from the proximal end of the prosthesis to the distal end of the prosthesis; wherein when the first and second helical trigger wires are in the tensioned condition, the prosthesis is releasably secured to the inner cannula in the radially inwardly contracted low profile delivery configuration. an inner cannula having a proximal end and a distal end; a prosthesis formed of biocompatible graft material and having a proximal end and a distal end, the prosthesis disposed about the proximal end of the inner cannula , wherein the prosthesis comprises a first configuration in which the prosthesis is releasably secured to the inner cannula in a radially inwardly contracted low profile delivery configuration and a second configuration in which the prosthesis is at least partially radially outwardly expanded; a first trigger wire having a tensioned condition and a relaxed condition and extending longitudinally and circumferentially about the prosthesis in a helical configuration from the proximal end of the prosthesis to the distal end of the prosthesis; a second trigger wire having a tensioned condition and a relaxed condition and extending longitudinally and circumferentially about the prosthesis in a helical configuration from the proximal end of the prosthesis to the distal end of the prosthesis; wherein when the first and second helical trigger wires are in the tensioned condition, the prosthesis is releasably secured to the inner cannula in the radially inwardly contracted low profile delivery configuration.