mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: at a computing system having one or more processors and memory: obtaining a first network simulation scenario selected from a plurality of predefined network simulation scenarios, each of the network simulation scenarios embodying a specific combination of dynamic network parameters, wherein the dynamic network parameters for a respective predefined simulation scenario are based on measurements of a real world communication environment corresponding to the respective simulation scenario; executing a network-enabled test application; encoding a video stream associated with a plurality of specific operations of the network-enabled test application; simulating transmission of the encoded video stream in a simulated test network for the first network simulation scenario with associated first dynamic network parameters; generating a filtered data stream that reflects simulated real time effects of the simulated test network on transmission of the encoded data stream based on the first dynamic network parameters; determining a plurality of time-varying quality metrics for the filtered data stream; and adjusting congestion management algorithms of the test application based on the plurality of time-varying quality metrics for adjusting encoder controls. obtaining a first network simulation scenario selected from a plurality of predefined network simulation scenarios, each of the network simulation scenarios embodying a specific combination of dynamic network parameters, wherein the dynamic network parameters for a respective predefined simulation scenario are based on measurements of a real world communication environment corresponding to the respective simulation scenario; executing a network-enabled test application; encoding a video stream associated with a plurality of specific operations of the network-enabled test application; simulating transmission of the encoded video stream in a simulated test network for the first network simulation scenario with associated first dynamic network parameters; generating a filtered data stream that reflects simulated real time effects of the simulated test network on transmission of the encoded data stream based on the first dynamic network parameters; determining a plurality of time-varying quality metrics for the filtered data stream; and adjusting congestion management algorithms of the test application based on the plurality of time-varying quality metrics for adjusting encoder controls.
Cardiac valved stent delivery system for delivering a cardiac valved stent to the heart, comprising a cardiac valved stent and a cardiac valved stent delivery device, wherein the delivery device comprises a tip and the tip comprises a tip sheath and a hydraulic actuator piston component which is coupled to the tip sheath , wherein the delivery device is configured to use hydraulic action which is transmitted to the hydraulic actuator piston component of the tip of the delivery device via a fluid-tight conduit to apply driving force to the hydraulic actuator piston component which distally displaces the tip sheath , wherein the tip comprises a rear sheath having a stepped shape that is slidably retractable with regards to the piston. wherein the delivery device comprises a tip and the tip comprises a tip sheath and a hydraulic actuator piston component which is coupled to the tip sheath , wherein the delivery device is configured to use hydraulic action which is transmitted to the hydraulic actuator piston component of the tip of the delivery device via a fluid-tight conduit to apply driving force to the hydraulic actuator piston component which distally displaces the tip sheath , wherein the tip comprises a rear sheath having a stepped shape that is slidably retractable with regards to the piston.
Nozzle arrangement configured to be applied in a cleaning device and to be used in a cleaning action on a surface , wherein the nozzle arrangement : - is configured to be moved forward and backward in an advancement direction (d a ) of the nozzle arrangement over the surface , and - comprises at least one working member configured to assume one of at least two possible positions on the nozzle arrangement , characterized in that the nozzle arrangement comprises a member setting mechanism configured to automatically set the position of the at least one working member in relation to a value of at least one discrimination parameter that is influenced by motion resistance between the nozzle arrangement and an actual surface . - is configured to be moved forward and backward in an advancement direction (d a ) of the nozzle arrangement over the surface , and - comprises at least one working member configured to assume one of at least two possible positions on the nozzle arrangement ,
Distribution package for use in laying distribution of clothes on hangers , the hangers having a hook portion and a clothes hanging portion , wherein the distribution package comprises a bottom wall adapted to face downwardly during distribution, an opposing top wall adapted to face upwardly during distribution, and a plurality of further walls (13a-d), which extend along a height direction (H) between the bottom wall and top wall and which together with the bottom wall and top wall form an enclosure adapted to protect the clothes and hangers during distribution, a first attachment member positioned at a first side portion (S1) of the enclosure, the first attachment member being adapted to extend along the height direction (H) and to interact with the hook portion of one or more hangers in a first set of hangers , a second attachment member positioned at a second side portion (S2) of the enclosure, opposite the first side portion (S1) of the enclosure, the second attachment member being adapted to extend along the height direction (H) and to interact with the hook portion of one or more hangers in a second set of hangers , the first attachment member being adapted to prevent movement of respective hanger in the first set of hangers relative the first attachment member in a direction (L1) extending from respective hanger in the first set of hangers towards the second attachment member , the second attachment member being adapted to prevent movement of respective hanger in the second set of hangers relative the second attachment member in a direction (L2) extending from respective hanger in the second set of hangers towards the first attachment member , a first set of abutment portions (41a-b) positioned at the first side portion (S1) of the enclosure, the first abutment portions (41a-b) being adapted to interact with the clothes hanging portion of respective hanger of said first set of hangers and to prevent movement of the respective hanger relative the first set of abutment portions (41a-b) in a direction (L1') being parallel to the direction (L2) extending from respective hanger in the second set of hangers towards the first attachment member , a second set of abutment portions (42a-b) positioned at the second side portion (S2) of the enclosure, the second set of abutment portions (42a-b) being adapted to interact with the clothes hanging portion of respective hanger in the second set of hangers and to prevent movement of the respective hanger relative the second set of abutment portions (42a-b) in a direction (L2') being parallel to the direction (L1) extending from respective hanger in the first set of hangers towards the second attachment member , at least one removable intermediate plate adapted to be positioned at a height (H1, H2, H3) between the bottom wall and the top wall to aid in keeping the clothes in place during distribution, characterised in that the abutment portions (41a-b, 42a-b) comprise slots adapted to receive tongues of the intermediate plate to thereby hold the intermediate plate on said height (H1, H2, H3).
A nanostructure comprising a layered nanosheet comprising: at least a first dimension less than 100 nanometers, and second and third dimensions greater than 100 nanometers; a first surface having a first property; and a second surface having a second property, the first property being different than the second property; wherein the first property comprises a first surface termination and the second property comprises a second termination different that the first surface termination, wherein the first surface comprises a first composition of matter and the second surface comprises a second composition of matter different than the first composition of matter; wherein the first composition of matter comprises magnesium oxide and the second composition of matter comprises tetrahedral silica. at least a first dimension less than 100 nanometers, and second and third dimensions greater than 100 nanometers; a first surface having a first property; and a second surface having a second property, the first property being different than the second property; wherein the first property comprises a first surface termination and the second property comprises a second termination different that the first surface termination, wherein the first surface comprises a first composition of matter and the second surface comprises a second composition of matter different than the first composition of matter; wherein the first composition of matter comprises magnesium oxide and the second composition of matter comprises tetrahedral silica.
A method of fluorescence based tracking of a light-emitting marker in a bodily fluid stream , the method comprising: monitoring, with a camera , a region of interest traversed by the bodily fluid stream into which a light emitting marker has been introduced; recording motion video data generated by the camera ; determining time characteristics of the motion video data; and calculating flow characteristics based on the time characteristics; the method further comprising: dividing the motion video data into kernels; identifying which of the kernels receive some portion of the light-emitting marker using an intensity threshold; computing , for each identified kernel, an intensity signal data set comprising information of mean light intensity versus time; performing smoothing on each intensity signal data set; calculating a lag time between the intensity signal data sets of neighboring identified kernels using cross-correlation; using a spatial resolution and the lag time, calculating velocity vectors; summing the velocity vectors of neighboring kernels to create a resultant velocity vector; and generating a velocity map from the resultant velocity vectors for all kernels. monitoring, with a camera , a region of interest traversed by the bodily fluid stream into which a light emitting marker has been introduced; recording motion video data generated by the camera ; determining time characteristics of the motion video data; and calculating flow characteristics based on the time characteristics; dividing the motion video data into kernels; identifying which of the kernels receive some portion of the light-emitting marker using an intensity threshold; computing , for each identified kernel, an intensity signal data set comprising information of mean light intensity versus time; performing smoothing on each intensity signal data set; calculating a lag time between the intensity signal data sets of neighboring identified kernels using cross-correlation; using a spatial resolution and the lag time, calculating velocity vectors; summing the velocity vectors of neighboring kernels to create a resultant velocity vector; and generating a velocity map from the resultant velocity vectors for all kernels.
An electric compressor comprising: an electric motor including a stator and a rotor ; a rotary drive shaft joined to the rotor of the electric motor ; a compression mechanism including, at least on one end side of the rotary drive shaft , a bearing member configured to support the rotary drive shaft and driven through the rotary drive shaft ; and a weight member as a rotary inertia body provided at least on a compression mechanism side end surface of the rotor of the electric motor , wherein the weight member provided on the compression mechanism side end surface of the rotor is a ring-shaped weight member hung over an outer periphery of a boss portion of the bearing member and having a flat outer end surface, characterized in that a weight of the weight member at least exceeds 10% of a total weight of the rotor , the weight member is formed of two different metal material layers stacked in a thickness direction of the weight member, and an end portion of the weight member close to the rotor is formed of a nonmagnetic body , and an outer end portion of the weight member is formed of a magnetic body . an electric motor including a stator and a rotor ; a rotary drive shaft joined to the rotor of the electric motor ; a compression mechanism including, at least on one end side of the rotary drive shaft , a bearing member configured to support the rotary drive shaft and driven through the rotary drive shaft ; and including, at least on one end side of the rotary drive shaft , a bearing member configured to support the rotary drive shaft and driven through the rotary drive shaft ; and a weight member as a rotary inertia body provided at least on a compression mechanism side end surface of the rotor of the electric motor , wherein the weight member provided on the compression mechanism side end surface of the rotor is a ring-shaped weight member hung over an outer periphery of a boss portion of the bearing member and having a flat outer end surface, characterized in that a weight of the weight member at least exceeds 10% of a total weight of the rotor , the weight member is formed of two different metal material layers stacked in a thickness direction of the weight member, and an end portion of the weight member close to the rotor is formed of a nonmagnetic body , and an outer end portion of the weight member is formed of a magnetic body .
A method of predicting clinical outcome for a human subject diagnosed with early stage squamous cell lung carcinoma comprising: a) determining whether a loss of function mutation or a deletion in the cyclin-dependent kinase inhibitor 2A (CDKN2A) gene is present in a biological sample by next generation sequencing, the biological sample comprising cancer cells obtained from said human subject; and b) predicting the clinical outcome for said human subject, wherein the presence of a loss of function mutation or deletion in the CDKN2A gene positively correlates with an increased likelihood of a negative clinical outcome, and wherein the absence of a loss of function mutation or deletion in the CDKN2A gene positively correlates with an increased likelihood of a positive clinical outcome. a) determining whether a loss of function mutation or a deletion in the cyclin-dependent kinase inhibitor 2A (CDKN2A) gene is present in a biological sample by next generation sequencing, the biological sample comprising cancer cells obtained from said human subject; and b) predicting the clinical outcome for said human subject,
A vehicle light module , comprising a passive ventilation device for a LED vehicle light module , wherein the device comprises an air channel having an input opening , an output opening , and a bleed opening , wherein the air channel comprises a nozzle section which comprises a tapered cross-section such that the cross-section is bigger (14.1) coming from the input opening and getting smaller (14.2) in direction to the output opening , and in that the bleed opening is positioned in the nozzle section and configured to direct bleed air through the bleed opening out of the device due to a pressure gradient between air in the nozzle section flowing through the air channel and air outside the device , such that the passive ventilation device ventilates during motion, without forced air circulation, through the pressure gradient, and wherein the module comprises a housing enclosing a LED vehicle light unit , wherein the housing comprises a ventilation opening , wherein the bleed opening is connected to the ventilation opening such that air from the air channel can enter the housing via the bleed opening and the ventilation opening .
A process for the hydrogenation or hydrogenolysis of an oxygenate in a reactor in the presence of a catalyst, hydrogen and liquid water, wherein the catalyst comprises one or more elements from Groups 8 to 11 of the periodic table dispersed on an oxide support, and wherein the oxide support is a mixed metal oxide comprising at least 20wt% titania and at least 20wt% zirconia and at least 80wt% of the mixed metal oxide is made up of titania and zirconia. wherein the catalyst comprises one or more elements from Groups 8 to 11 of the periodic table dispersed on an oxide support, and wherein the oxide support is a mixed metal oxide comprising at least 20wt% titania and at least 20wt% zirconia and at least 80wt% of the mixed metal oxide is made up of titania and zirconia.
A first mobile terminal for transmitting Internet Protocol, IP, information in a Wireless Fidelity, Wi-Fi, Direct communication network, the first mobile terminal being an owner of a group of a plurality of mobile terminals in the Wi-Fi Direct communication network, wherein the first mobile terminal comprises: a memory ; and a controller configured to: form the group through the Wi-Fi Direct communication between the plurality of mobile terminals that includes the first mobile terminal receive IP allocation information of at least one mobile terminal included in the group from a Dynamic Host Configuration Protocol, DHCP, server , store the received IP allocation information of the at least one mobile terminal, receive , from a second mobile terminal included in the group, an IP information request message requesting IP information of the at least one mobile terminal included in the group, in response to receiving the IP information request message, generate the IP information of the at least one mobile terminal included in the group based on the stored IP allocation information, and transmit the generated IP information to the second mobile terminal requesting the IP information. a memory ; and a controller configured to: form the group through the Wi-Fi Direct communication between the plurality of mobile terminals that includes the first mobile terminal receive IP allocation information of at least one mobile terminal included in the group from a Dynamic Host Configuration Protocol, DHCP, server , store the received IP allocation information of the at least one mobile terminal, receive , from a second mobile terminal included in the group, an IP information request message requesting IP information of the at least one mobile terminal included in the group, in response to receiving the IP information request message, generate the IP information of the at least one mobile terminal included in the group based on the stored IP allocation information, and transmit the generated IP information to the second mobile terminal requesting the IP information. form the group through the Wi-Fi Direct communication between the plurality of mobile terminals that includes the first mobile terminal receive IP allocation information of at least one mobile terminal included in the group from a Dynamic Host Configuration Protocol, DHCP, server , store the received IP allocation information of the at least one mobile terminal, receive , from a second mobile terminal included in the group, an IP information request message requesting IP information of the at least one mobile terminal included in the group, in response to receiving the IP information request message, generate the IP information of the at least one mobile terminal included in the group based on the stored IP allocation information, and transmit the generated IP information to the second mobile terminal requesting the IP information.
An absorbent article comprising a liquid pervious topsheet, a liquid impervious backsheet, and an absorbent core comprising an absorbent material between a top core wrap sheet and a back core wrap sheet, said absorbent core being positioned in between said topsheet and said backsheet, said absorbent core having a first and second longitudinal edge and a first and second transverse edge, said absorbent core having a first portion and a second portion on either side of a transverse crotch line (L), wherein the first transverse edge is a front edge intended to be positioned at a front side of a person, and the second transverse edge is a rear edge intended to be positioned at a rear side of a person; wherein the first portion of the absorbent core is a front portion , and the second portion a rear portion ; wherein the absorbent core is provided with a plurality of attachment zones where the top core wrap sheet is attached to the back core wrap sheet, characterized in that said plurality of attachment zones comprises at least - a first and a second elongate attachment zone extending next each other, at least in the first portion of the absorbent core in the direction of the first transverse edge and - a third and a fourth elongate attachment zone extending next to each other, at least in the second portion of the absorbent core, in the direction of the second transverse edge ; wherein, measured in a transverse direction, a first maximum distance (d12) between the first and the second attachment zone is at least 5% bigger than a second maximum distance (d34) between the third and the fourth attachment zone. - a first and a second elongate attachment zone extending next each other, at least in the first portion of the absorbent core in the direction of the first transverse edge and - a third and a fourth elongate attachment zone extending next to each other, at least in the second portion of the absorbent core, in the direction of the second transverse edge ;