mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, at a mobile device, first image data; generating image statistics based on the first image data; receiving, at the mobile device, second image data; generating image statistics based on the second image data; determining whether an extraction criterion is satisfied, wherein the extraction criterion is based on a change amount between the image statistics based on the first image data and the image statistics based on the second image data; not extracting a first subset of features from the second image data where the extraction criterion is not satisfied; or, extracting a first subset of features from the second image data where the extraction criterion is satisfied, the method characterised in that it further comprises the steps of generating context data indicating a context of the image of the second image data based at least in part on the first subset of features; determining a confidence level of the context data wherein the context data indicates the associated confidence level; determining whether the confidence level of the context data generated from the first subset of features satisfies a threshold confidence level; where the threshold confidence level is not satisfied, extracting a second subset of features from the second image data, wherein additional resources are used for said extracting of the second subset of features, to generate a more refined context of the image having a higher confidence level; or, where the threshold confidence level is satisfied, not extracting a second subset of features from the second image data. receiving, at a mobile device, first image data; generating image statistics based on the first image data; receiving, at the mobile device, second image data; generating image statistics based on the second image data; determining whether an extraction criterion is satisfied, wherein the extraction criterion is based on a change amount between the image statistics based on the first image data and the image statistics based on the second image data; not extracting a first subset of features from the second image data where the extraction criterion is not satisfied; or, extracting a first subset of features from the second image data where the extraction criterion is satisfied, the method characterised in that it further comprises the steps of generating context data indicating a context of the image of the second image data based at least in part on the first subset of features; determining a confidence level of the context data wherein the context data indicates the associated confidence level; determining whether the confidence level of the context data generated from the first subset of features satisfies a threshold confidence level; where the threshold confidence level is not satisfied, extracting a second subset of features from the second image data, wherein additional resources are used for said extracting of the second subset of features, to generate a more refined context of the image having a higher confidence level; or, where the threshold confidence level is satisfied, not extracting a second subset of features from the second image data.
A method for providing dynamic transport protocol layer management for avionics applications, the method comprising: selecting an air-ground communication IP datalink based at least in part on criteria defined by one or more profile and policy definitions ; selecting a transport layer protocol from between Transport Control Protocol, TCP, and User Datagram Protocol, UDP, based on the air-ground communication IP datalink selected and further based on criteria defined by the one or more profile and policy definitions ; configuring parameters of the transport layer protocol selected on a port-by-port basis, and adapting the transport layer protocol to meet quality of service, QoS, needs of a first on-board application utilizing the air-ground communication IP datalink selected and the QoS capability of the air-ground communication IP datalink selected to provide air-ground communication services for the first on-board application, wherein the parameters of the transport layer protocol selected includes at least one of timing, reliability, packet-ordering or flow control; and instantiating a port entity , wherein the port entity provides transport services to transport air-ground communications between the first on-board application and the air-ground communication IP datalink using services provided through a Socket API , based on the selected transport layer protocol. selecting an air-ground communication IP datalink based at least in part on criteria defined by one or more profile and policy definitions ; selecting a transport layer protocol from between Transport Control Protocol, TCP, and User Datagram Protocol, UDP, based on the air-ground communication IP datalink selected and further based on criteria defined by the one or more profile and policy definitions ; configuring parameters of the transport layer protocol selected on a port-by-port basis, and adapting the transport layer protocol to meet quality of service, QoS, needs of a first on-board application utilizing the air-ground communication IP datalink selected and the QoS capability of the air-ground communication IP datalink selected to provide air-ground communication services for the first on-board application, wherein the parameters of the transport layer protocol selected includes at least one of timing, reliability, packet-ordering or flow control; and instantiating a port entity , wherein the port entity provides transport services to transport air-ground communications between the first on-board application and the air-ground communication IP datalink using services provided through a Socket API , based on the selected transport layer protocol.
Drill bit for the chiselling of rock, having an impact face at an insertion end , a hollow shank , within which a delivery passage is provided, a drill head , which has, at a front end , three or more cutting edges and one or more intake openings , and within which there are arranged intake passages that connect the intake openings to the delivery passage , characterized in that , in at least one of the intake passages , a first portion of the intake passage adjoining the intake opening has a first inclination with respect to the drill bit axis and a second portion of the intake passage adjoining the hollow shank has a second inclination with respect to the drill bit axis , and the second inclination is greater than the first inclination.
A system including a medical device for implantation at an interventional site of a patient, wherein the medical device includes: a first base component implantable at the interventional site of a first side of a joint; a second base component implantable at the interventional site on a second side of the joint; and a link component configured to be attached to each of the first and second base components; the system further comprising a temporary component configured to be located at the interventional site between the first base component and the second base component; wherein the temporary component is configured to assess kinematic characteristics for the link component based upon the configuration of the temporary component between the first base component and the second base component prior to removing the temporary component from the interventional site. a first base component implantable at the interventional site of a first side of a joint; a second base component implantable at the interventional site on a second side of the joint; and a link component configured to be attached to each of the first and second base components; the system further comprising a temporary component configured to be located at the interventional site between the first base component and the second base component; wherein the temporary component is configured to assess kinematic characteristics for the link component based upon the configuration of the temporary component between the first base component and the second base component prior to removing the temporary component from the interventional site.
A dental implant , comprising an implant body having on an outer side an external thread for fastening the dental implant to a jaw bone and having an opening extending along a longitudinal axis of the dental implant , in which opening an internal thread for fastening a superstructure to the dental implant is arranged, wherein the implant body further comprises an interface for fastening the superstructure to the dental implant , which interface is arranged at a front end of the implant body and comprises a recess in which an anti-rotation element is arranged, which is configured to prevent a rotation of the superstructure around the longitudinal axis relative to the dental implant , wherein the anti-rotation element is configured as a component separate from the implant body which is attached to the implant body in an area of the interface , characterized in that the interface comprises a convex, rounded curvature that extends over an angular range of at least 90° around the longitudinal axis and that is at least partially interrupted by the recess
A nucleic acid library comprising: a second strand complementary DNA (cDNA) library derived from mRNA molecules and comprising nucleic acids having a 3' polyA tail; and a genomic DNA (gDNA) library derived from genomic DNA tagmented with a 3' polyA tail using transposomes with polyA transposons, wherein the cDNA and gDNA libraries are co-compartmentalized and prepared in a single compartment. a second strand complementary DNA (cDNA) library derived from mRNA molecules and comprising nucleic acids having a 3' polyA tail; and a genomic DNA (gDNA) library derived from genomic DNA tagmented with a 3' polyA tail using transposomes with polyA transposons, wherein the cDNA and gDNA libraries are co-compartmentalized and prepared in a single compartment.
A carbonated drink filling method, wherein a preform is continuously transferred and is introduced into a heating furnace , the preform is heated to a temperature for molding the preform into a container in the heating furnace , the preform is molded into the container in a molding die after the preform exits the heating furnace , the container is conveyed in an upright position, a first coolant (F) is injected to a bottom of the container to cool the bottom of the container , the container is sterilized before the container is filled with a carbonated drink (a), a second coolant (F) is injected to the bottom of the container after sterilizing the container , the container is filled with the carbonated drink (a) through a mouth portion of the container , and the mouth portion is then sealed, the coolant (F) being injected in the cooling to the bottom of the container from a nozzle opening on either or both sides of a conveyance line of the container , and the nozzle opening being directed diagonally upward to the bottom of the container in such a manner that an extension of the nozzle opening intersects with the conveyance line of the container . wherein a preform is continuously transferred and is introduced into a heating furnace , the preform is heated to a temperature for molding the preform into a container in the heating furnace , the preform is molded into the container in a molding die after the preform exits the heating furnace , the container is conveyed in an upright position, a first coolant (F) is injected to a bottom of the container to cool the bottom of the container , the container is sterilized before the container is filled with a carbonated drink (a), a second coolant (F) is injected to the bottom of the container after sterilizing the container , the container is filled with the carbonated drink (a) through a mouth portion of the container , and the mouth portion is then sealed, the coolant (F) being injected in the cooling to the bottom of the container from a nozzle opening on either or both sides of a conveyance line of the container , and the nozzle opening being directed diagonally upward to the bottom of the container in such a manner that an extension of the nozzle opening intersects with the conveyance line of the container .
A non-transitory computer readable storage medium storing one or more computer programs adapted to cause a processor based system to execute steps comprising: analyzing an image ; identifying one or more faces in the image using a face recognition technique; designating at least one of the identified faces collectively as a first area of interest ; and determining whether an insertion area exists in the image where additional content can be inserted without obstructing the first area of interest, wherein the step of designating at least one of the identified faces collectively as a first area of interest comprises: determining a size of each of the identified faces; and selecting the at least one of the identified faces to be included in the first area of interest based on the sizes of the identified faces, and, wherein the selecting the at least one of the identified faces to be included in the first area of interest based on the sizes of the identified faces comprises: identifying a largest one of the identified faces; and selecting the largest one of the identified faces and only ones of the identified faces that are not smaller than a certain percentage of the largest one of the identified faces. analyzing an image ; identifying one or more faces in the image using a face recognition technique; designating at least one of the identified faces collectively as a first area of interest ; and determining whether an insertion area exists in the image where additional content can be inserted without obstructing the first area of interest, wherein the step of designating at least one of the identified faces collectively as a first area of interest comprises: determining a size of each of the identified faces; and selecting the at least one of the identified faces to be included in the first area of interest based on the sizes of the identified faces, and, wherein the selecting the at least one of the identified faces to be included in the first area of interest based on the sizes of the identified faces comprises: identifying a largest one of the identified faces; and selecting the largest one of the identified faces and only ones of the identified faces that are not smaller than a certain percentage of the largest one of the identified faces. determining a size of each of the identified faces; and selecting the at least one of the identified faces to be included in the first area of interest based on the sizes of the identified faces, and, wherein the selecting the at least one of the identified faces to be included in the first area of interest based on the sizes of the identified faces comprises: identifying a largest one of the identified faces; and selecting the largest one of the identified faces and only ones of the identified faces that are not smaller than a certain percentage of the largest one of the identified faces. identifying a largest one of the identified faces; and selecting the largest one of the identified faces and only ones of the identified faces that are not smaller than a certain percentage of the largest one of the identified faces.
Method for the preparation of an aerosol of immunoglobulin single variable domains wherein the amount of aggregate formation is 6% by weight of protein or lower, the % of aggregate formation as determined by SE-HPLC, said method comprising the step of atomizing a composition comprising an aqueous carrier and a polypeptide comprising one or more immunoglobulin single variable domains at a concentration of 1 mg/mL to 200 mg/mL, wherein: - the polypeptide comprising one or more immunoglobulin single variable domains is present in the composition at a concentration of 25 mg/mL or more; - the composition does not comprise a surfactant; and - the composition is atomized in a vibrating-mesh nebulizer. - the polypeptide comprising one or more immunoglobulin single variable domains is present in the composition at a concentration of 25 mg/mL or more; - the composition does not comprise a surfactant; and - the composition is atomized in a vibrating-mesh nebulizer.
A method for a User Equipment, UE, performing a Logical Channel Prioritization, LCP, procedure at a wireless communication system, the method comprising: configuring a first cell group of licensed band including at least one first cell and a second cell group of unlicensed band including at least one second cell; receiving information related to two priorities including a first priority and a second priority configured for a logical channel for the LCP procedure; receiving, from one of the first and the second cells, an uplink grant; when the uplink grant is received from the first cell, selecting the first priority as a priority of the logical channel; and when the uplink grant is received from the second cell, selecting the second priority as a priority of the logical channel; and performing the LCP procedure for the logical channel based on the selected priority. configuring a first cell group of licensed band including at least one first cell and a second cell group of unlicensed band including at least one second cell; receiving information related to two priorities including a first priority and a second priority configured for a logical channel for the LCP procedure; receiving, from one of the first and the second cells, an uplink grant; when the uplink grant is received from the first cell, selecting the first priority as a priority of the logical channel; and when the uplink grant is received from the second cell, selecting the second priority as a priority of the logical channel; and performing the LCP procedure for the logical channel based on the selected priority.
Gearbox arrangement , in particular for an agricultural work vehicle , comprising a parallel-shift gearbox with an input shaft , proceeding from which drive power can be distributed in each case by means of a first and a second shift element to respective countershafts , and having a first and a second output shaft , wherein the drive power can be transmitted from each of the countershafts to each of the output shafts as required, a range shift gearbox with multiple shift ranges (821, 822,...), wherein a first of the shift ranges is connectable in terms of drive to the first of the output shafts and a second of the shift ranges is connectable in terms of drive to the second of the output shafts , characterized in that the first and the second output shaft are arranged coaxially with respect to one another.
A cleaning robot , comprising: a body ; a moving device , configured to support the body and drive the cleaning robot to move on a working surface; a cleaning device , configured to be mounted on the body and perform cleaning work on the working surface; a control device , configured to control the moving device to drive the cleaning robot to move; and a power device , configured to supply power to the moving device , wherein the cleaning device comprises a mopping module , and the mopping module is detachably mounted on the body ; the cleaning robot further comprises a lifting device, the lifting device comprises a lifting mechanism, and the control device is configured to control the lifting mechanism to lift the mopping module from a first position relative to the working surface to a second position; and the control device is configured to control the mopping module to be separated from the body in at least the second position. a moving device , configured to support the body and drive the cleaning robot to move on a working surface; a cleaning device , configured to be mounted on the body and perform cleaning work on the working surface; a control device , configured to control the moving device to drive the cleaning robot to move; and a power device , configured to supply power to the moving device , wherein the cleaning device comprises a mopping module , and the mopping module is detachably mounted on the body ; the cleaning robot further comprises a lifting device, the lifting device comprises a lifting mechanism, and the control device is configured to control the lifting mechanism to lift the mopping module from a first position relative to the working surface to a second position; and the control device is configured to control the mopping module to be separated from the body in at least the second position.
A conductive supporting member comprising: an outer portion formed of a Cu matrix phase and a second phase dispersed in the Cu matrix phase and containing a Cu-Zr compound, the outer portion having an alloy composition represented by Cu-xZr, wherein x is atomic% of Zr and 0.5 ≤ x ≤ 16.7 is satisfied; and an inner portion that is present on an inner side of the outer portion, the inner portion being formed of at least one of: Cu metal, a CuW alloy, Al 2 O 3 -Cu, a Cu-Cr alloy, and a Cu-Cr-Zr alloy and optionally including an unavoidable component; wherein the inner portion has higher electrical conductivity than the outer portion. an outer portion formed of a Cu matrix phase and a second phase dispersed in the Cu matrix phase and containing a Cu-Zr compound, the outer portion having an alloy composition represented by Cu-xZr, wherein x is atomic% of Zr and 0.5 ≤ x ≤ 16.7 is satisfied; and an inner portion that is present on an inner side of the outer portion, the inner portion being formed of at least one of: Cu metal, a CuW alloy, Al 2 O 3 -Cu, a Cu-Cr alloy, and a Cu-Cr-Zr alloy and optionally including an unavoidable component; wherein the inner portion has higher electrical conductivity than the outer portion.
A head-up display system for a vehicle, comprising: a windshield including first and second substantially parallel spaced-apart substrates sandwiching a polymer-inclusive interlayer , and an anti-reflective coating provided on a surface of one of the first and second substrates ; and an image source configured to direct light rays corresponding to an image to be formed at the windshield , at least some of the light rays being optically removed or blocked via the anti-reflective coating , wherein the first substrate is closest to the vehicle exterior and the second substrate is closest to the vehicle interior, characterized in that the refractive index of the polymer-inclusive interlayer , is essentially the same as that of the first and second substrates , and in that the image is produced by reflection off of one of the outer surfaces of the first and second glass substrates while an image produced by reflection off of the outer surface of the other glass substrate is optically eliminated or blocked by the anti-reflective coating provided on a surface of the other substrate opposite the polymer-inclusive interlayer . a windshield including first and second substantially parallel spaced-apart substrates sandwiching a polymer-inclusive interlayer , and an anti-reflective coating provided on a surface of one of the first and second substrates ; and an image source configured to direct light rays corresponding to an image to be formed at the windshield , at least some of the light rays being optically removed or blocked via the anti-reflective coating , wherein the first substrate is closest to the vehicle exterior and the second substrate is closest to the vehicle interior, characterized in that the refractive index of the polymer-inclusive interlayer , is essentially the same as that of the first and second substrates , and in that the image is produced by reflection off of one of the outer surfaces of the first and second glass substrates while an image produced by reflection off of the outer surface of the other glass substrate is optically eliminated or blocked by the anti-reflective coating provided on a surface of the other substrate opposite the polymer-inclusive interlayer .