mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: prompting, by a first application installed on a client electronic device, a user to install a second application on the client electronic device; prompting, by the first application, the user to authorize the first application to generate a two-factor authentication code for sign-in to the second application; in response to receiving an indication from the user to install the second application and receiving an indication from the user to authorize the first application to generate the two-factor authentication code: installing, on the client electronic device, the second application, and generating, by the first application, the two-factor authentication code; sending, by the first application, a message to the second application, wherein the message comprises the two-factor authentication code; launching the second application; and automatically signing the user into the second application using the two-factor authentication code without prompting, by the second application, the user to provide the two-factor authentication code. prompting, by a first application installed on a client electronic device, a user to install a second application on the client electronic device; prompting, by the first application, the user to authorize the first application to generate a two-factor authentication code for sign-in to the second application; in response to receiving an indication from the user to install the second application and receiving an indication from the user to authorize the first application to generate the two-factor authentication code: installing, on the client electronic device, the second application, and generating, by the first application, the two-factor authentication code; installing, on the client electronic device, the second application, and generating, by the first application, the two-factor authentication code; sending, by the first application, a message to the second application, wherein the message comprises the two-factor authentication code; launching the second application; and automatically signing the user into the second application using the two-factor authentication code without prompting, by the second application, the user to provide the two-factor authentication code.
A forming device that is adapted to form a metal pipe having a pipe part and a flange part , the forming device comprising: a heating mechanism that is configured to energize a metal pipe material ; a gas supply part (S) that is adapted to supply a gas into the metal pipe material held and heated between a first die and a second die that are paired each other; a driving mechanism that is adapted to move at least one of the first die and the second die in a direction in which the dies are combined together; a first cavity part (MC) that is formed between the first die and the second die to form the pipe part , and a second cavity part (SC) that communicates with the first cavity part (MC) to form the flange part ; a flange forming member that can be allowed to advance or retreat in the second cavity part (SC) and forms the flange part ; and a controller that is configured to control the gas supply of the gas supply part (S), the driving of the driving mechanism , and the advance or retreat of the flange forming member ; characterized in that the flange forming member is configured to advance in the second cavity part (SC) such that a thickness of the flange part becomes smaller than a thickness of the pipe part . a heating mechanism that is configured to energize a metal pipe material ; a gas supply part (S) that is adapted to supply a gas into the metal pipe material held and heated between a first die and a second die that are paired each other; a driving mechanism that is adapted to move at least one of the first die and the second die in a direction in which the dies are combined together; a first cavity part (MC) that is formed between the first die and the second die to form the pipe part , and a second cavity part (SC) that communicates with the first cavity part (MC) to form the flange part ; a flange forming member that can be allowed to advance or retreat in the second cavity part (SC) and forms the flange part ; and a controller that is configured to control the gas supply of the gas supply part (S), the driving of the driving mechanism , and the advance or retreat of the flange forming member ; characterized in that the flange forming member is configured to advance in the second cavity part (SC) such that a thickness of the flange part becomes smaller than a thickness of the pipe part .
A stretchable laminate, comprising: an elastomer layer; and an olefin-based resin layer arranged on at least one side of the elastomer layer, wherein: in a S-S data graph of an operation in which the stretchable laminate is extended to an extension ratio of 400% at a tension speed of 1,000 mm/min, and is then returned to an extension ratio of 0% at a tension speed of 1,000 mm/min, the stretchable laminate has an upper yield point during extension thereof from an extension ratio of 0% to an extension ratio of 100%, and has a lower yield point during extension thereof from the upper yield point to an extension ratio of 400%; a difference between a yield stress at the upper yield point and a yield stress at the lower yield point is 0.05 N/30 mm width or more; the olefin-based resin layer contains a non-elastomeric olefin-based resin; a content of the non-elastomeric olefin-based resin in the olefin-based resin layer is from 70 wt% to 100 wt%; and the stretchable laminate is produced by co-extrusion adopting a T-die method or an inflation method. an elastomer layer; and an olefin-based resin layer arranged on at least one side of the elastomer layer, wherein: in a S-S data graph of an operation in which the stretchable laminate is extended to an extension ratio of 400% at a tension speed of 1,000 mm/min, and is then returned to an extension ratio of 0% at a tension speed of 1,000 mm/min, the stretchable laminate has an upper yield point during extension thereof from an extension ratio of 0% to an extension ratio of 100%, and has a lower yield point during extension thereof from the upper yield point to an extension ratio of 400%; a difference between a yield stress at the upper yield point and a yield stress at the lower yield point is 0.05 N/30 mm width or more; the olefin-based resin layer contains a non-elastomeric olefin-based resin; a content of the non-elastomeric olefin-based resin in the olefin-based resin layer is from 70 wt% to 100 wt%; and the stretchable laminate is produced by co-extrusion adopting a T-die method or an inflation method. in a S-S data graph of an operation in which the stretchable laminate is extended to an extension ratio of 400% at a tension speed of 1,000 mm/min, and is then returned to an extension ratio of 0% at a tension speed of 1,000 mm/min, the stretchable laminate has an upper yield point during extension thereof from an extension ratio of 0% to an extension ratio of 100%, and has a lower yield point during extension thereof from the upper yield point to an extension ratio of 400%; a difference between a yield stress at the upper yield point and a yield stress at the lower yield point is 0.05 N/30 mm width or more; the olefin-based resin layer contains a non-elastomeric olefin-based resin; a content of the non-elastomeric olefin-based resin in the olefin-based resin layer is from 70 wt% to 100 wt%; and the stretchable laminate is produced by co-extrusion adopting a T-die method or an inflation method.
A low yield ratio and high-strength steel having excellent stress corrosion cracking resistance and low temperature toughness, comprising: by weight percent, 0.02 to 0.10% of carbon (C), 0.5 to 2.0% of manganese (Mn), 0.05 to 0.5% of silicon (Si), 0.05 to 1.0% of nickel (Ni), 0.005 to 0.1% of titanium (Ti), 0.005 to 0.5% of aluminum (Al), 0.003% or less of niobium (Nb), 0.015% or less of phosphorus (P), 0.015% or less of sulfur (S), a balance of Fe and other inevitable impurities, wherein a microstructure includes, in area percent (%), 60% or more of acicular ferrite and the balance including at least one phase of bainite, polygonal ferrite and martensite-austenite constituent (MA), wherein a size of the acicular ferrite measured in terms of the equivalent of a circle diameter is 30μm or less, wherein the bainite has a 30 area% or less, wherein the MA phase is 10 area% or less and wherein the steel has a thickness of 6 mm or greater. The measurement methods of all claimed parameters are disclosed in the description. by weight percent, 0.02 to 0.10% of carbon (C), 0.5 to 2.0% of manganese (Mn), 0.05 to 0.5% of silicon (Si), 0.05 to 1.0% of nickel (Ni), 0.005 to 0.1% of titanium (Ti), 0.005 to 0.5% of aluminum (Al), 0.003% or less of niobium (Nb), 0.015% or less of phosphorus (P), 0.015% or less of sulfur (S), a balance of Fe and other inevitable impurities, wherein a microstructure includes, in area percent (%), 60% or more of acicular ferrite and the balance including at least one phase of bainite, polygonal ferrite and martensite-austenite constituent (MA), wherein a size of the acicular ferrite measured in terms of the equivalent of a circle diameter is 30μm or less, wherein the bainite has a 30 area% or less, wherein the MA phase is 10 area% or less and wherein the steel has a thickness of 6 mm or greater. The measurement methods of all claimed parameters are disclosed in the description.
a method for collaboratively monitoring by means of Machine Type Communication MTC devices in a wireless communication network, wherein each of the MTC devices is connected to a MTC server (MTC server) via said wireless communication network (PLMN) and includes a transceiver having a unique ID and security code, and said transceiver periodically broadcasts its normal or abnormal status information to other MTC devices within a certain range in the vicinity of that MTC device and detects and identifies other MTC devices within said range, characterized in that said method comprises the following steps of: - the MTC device sending to the MTC server an alarm message and reporting information about its current location in case that the MTC device is operated illegally but said transceiver is not destroyed; and - the MTC device sending once to the MTC server an alarm message before the cut off of the broadcast signal, in case that the MTC device is operated illegally and said transceiver is destroyed, and said other MTC device(s) sending to the MTC server an alarm message and reporting information about its current location since it does not detect a legal broadcast signal sent by the MTC device. - the MTC device sending to the MTC server an alarm message and reporting information about its current location in case that the MTC device is operated illegally but said transceiver is not destroyed; and - the MTC device sending once to the MTC server an alarm message before the cut off of the broadcast signal, in case that the MTC device is operated illegally and said transceiver is destroyed, and said other MTC device(s) sending to the MTC server an alarm message and reporting information about its current location since it does not detect a legal broadcast signal sent by the MTC device.
Process for an intelligent parachute rescue system for manned and unmanned aircraft, where a recording of flight and engine data is implemented with a data logger and the data is evaluated in the data logger and a manual activation and/or an automatic activation is implemented by this via a wireless remote transmission, characterised in that the flight and engine data of the aircraft is collated and evaluated with a data logger and in this way a manual activation and/or an automatic activation of the parachute container , which consists of a rescue capsule with a rescue parachute and a drogue parachute , is implemented and the rescue capsule is enclosed in a compressed air container of the parachute container and, after activation of the parachute container , a defined and directed flow of compressed air from a pressure bottle and a control valve , between the pressure bottle and the compressed air container , is optimised so that the parachute container , with the internally contained rescue parachute, is extracted in a controlled way.
An apparatus, comprising: means for determining at least one of enabling, disabling or modification of a semi-persistent scheduling configuration for a group of devices on a bandwidth part for multicast broadcast service traffic; and means for indicating , to the group of devices, the at least one of enabling, disabling or modification of the semi-persistent scheduling configuration on the bandwidth part, wherein the means for indicating the at least one of enabling, disabling or modification of the semi-persistent scheduling configuration comprises: means for sending, using common frequency resources on the bandwidth part, to at least a device of the group of devices, downlink control information to indicate the at least one of enabling, disabling or modification of the semi-persistent scheduling configuration, wherein the downlink control information contains an index of the semi-persistent scheduling configuration to indicate the enabling of the semi-persistent scheduling configuration. means for determining at least one of enabling, disabling or modification of a semi-persistent scheduling configuration for a group of devices on a bandwidth part for multicast broadcast service traffic; and means for indicating , to the group of devices, the at least one of enabling, disabling or modification of the semi-persistent scheduling configuration on the bandwidth part, wherein the means for indicating the at least one of enabling, disabling or modification of the semi-persistent scheduling configuration comprises: means for sending, using common frequency resources on the bandwidth part, to at least a device of the group of devices, downlink control information to indicate the at least one of enabling, disabling or modification of the semi-persistent scheduling configuration, wherein the downlink control information contains an index of the semi-persistent scheduling configuration to indicate the enabling of the semi-persistent scheduling configuration.
An Uplink Control Information, UCI, transmission method performed by a mobile station, MS, which is configured with a plurality of serving cells, the method comprising: generating UCI; and transmitting the UCI in a subframe of a serving cell among the plurality of serving cells, wherein: when the MS is not configured for simultaneous transmission of a physical uplink shared channel, PUSCH, that is a data channel and a Physical Uplink Control Channel, PUCCH, that is a control channel, the MS transmits the UCI through a PUSCH of a primary cell if there is PUSCH transmission on the primary cell in the subframe, and the MS transmits the UCI through a PUSCH of a secondary cell among a plurality of secondary cells if there is not PUSCH transmission on the primary cell in the subframe and if there is PUSCH transmission on the secondary cell in the subframe, and wherein the PUSCH of the secondary cell is a PUSCH that is semi-persistently scheduled. generating UCI; and transmitting the UCI in a subframe of a serving cell among the plurality of serving cells, wherein: when the MS is not configured for simultaneous transmission of a physical uplink shared channel, PUSCH, that is a data channel and a Physical Uplink Control Channel, PUCCH, that is a control channel, the MS transmits the UCI through a PUSCH of a primary cell if there is PUSCH transmission on the primary cell in the subframe, and the MS transmits the UCI through a PUSCH of a secondary cell among a plurality of secondary cells if there is not PUSCH transmission on the primary cell in the subframe and if there is PUSCH transmission on the secondary cell in the subframe, and wherein the PUSCH of the secondary cell is a PUSCH that is semi-persistently scheduled. when the MS is not configured for simultaneous transmission of a physical uplink shared channel, PUSCH, that is a data channel and a Physical Uplink Control Channel, PUCCH, that is a control channel, the MS transmits the UCI through a PUSCH of a primary cell if there is PUSCH transmission on the primary cell in the subframe, and the MS transmits the UCI through a PUSCH of a secondary cell among a plurality of secondary cells if there is not PUSCH transmission on the primary cell in the subframe and if there is PUSCH transmission on the secondary cell in the subframe, and wherein the PUSCH of the secondary cell is a PUSCH that is semi-persistently scheduled.
A network interface device comprising: a network interface configured to provide an interface to a network ; a primary functional component interface configured to provide an interface to a functional component , wherein the functional component interface comprises a receive data, RXD, interface and a transmit data, TXD, interface ; and distributed test logic located in a path between the network interface and a secondary functional component interface and configured to manage test information related to testing of the functional component and to communicate test information between the network interface and the distributed test logic and between the secondary functional component interface and the distributed test logic; wherein the distributed test logic includes a network protocol controller to decode signals received on the network interface into digital data according to a network protocol; and wherein the RXD interface and the TXD interface are data interfaces, and wherein the distributed test logic is configured to generate a test vector and communicate the test vector to the functional component via the secondary functional component interface . a network interface configured to provide an interface to a network ; a primary functional component interface configured to provide an interface to a functional component , wherein the functional component interface comprises a receive data, RXD, interface and a transmit data, TXD, interface ; and distributed test logic located in a path between the network interface and a secondary functional component interface and configured to manage test information related to testing of the functional component and to communicate test information between the network interface and the distributed test logic and between the secondary functional component interface and the distributed test logic; wherein the distributed test logic includes a network protocol controller to decode signals received on the network interface into digital data according to a network protocol; and wherein the RXD interface and the TXD interface are data interfaces, and wherein the distributed test logic is configured to generate a test vector and communicate the test vector to the functional component via the secondary functional component interface .
A bicycle handle grip, in particular for mounting on a carbon handlebar, comprising a sleeve for attachment onto the bicycle handle grip, a grip element surrounding the sleeve , a clamping element surrounding the bicycle handlebar in a mounted state, and a securing element arranged within the clamping element between an inner side of the clamping element and the bicycle handlebar, wherein the securing element is formed as a separate component being independent of the sleeve, characterized in that the securing element comprises a lug facing radially outward, which protrudes into a recess in the clamping element for position definition in longitudinal direction.
Method for manufacturing at least one piece through the processing of a reinforced multilayer panel , arranged on a panel processing machine, wherein the multilayer panel has a substantially planar filling layer , a first coating layer coupled to a first face of the filling layer , and a second coating layer coupled to a second face of the filling layer , said method comprising a step of coupling a first coating layer to a lower face of said filling layer and the steps of: (a) placing at least one filling layer on a support surface of a panel processing machine, said step (a) of placing at least one filling layer comprises the following sub phase: (a2) coupling at least one identification element , to said filling layer to identify at least one piece which must be obtained by cutting the multilayer panel; (b) removing at least one portion of said filling layer to obtain at least one seat for housing at least one respective reinforcing element ; (c) housing a reinforcing element in said seat ; (d) coupling a second coating layer to an upper face of said filling layer ; (e) removing a portion of said second coating layer at said reinforcement element , so as to allow the access to said reinforcement element from a position external to the panel; (f) cutting the multilayer panel to obtain said at least one piece. (a) placing at least one filling layer on a support surface of a panel processing machine, said step (a) of placing at least one filling layer comprises the following sub phase: (a2) coupling at least one identification element , to said filling layer to identify at least one piece which must be obtained by cutting the multilayer panel; (b) removing at least one portion of said filling layer to obtain at least one seat for housing at least one respective reinforcing element ; (c) housing a reinforcing element in said seat ; (d) coupling a second coating layer to an upper face of said filling layer ; (e) removing a portion of said second coating layer at said reinforcement element , so as to allow the access to said reinforcement element from a position external to the panel; (f) cutting the multilayer panel to obtain said at least one piece.
A kit for isolation or enrichment of biological agents from a sample comprising an apparatus and microbubbles that are added to said apparatus and provided with one or more selection markers, said apparatus comprising: a sample container comprising: an inner volume that is configured to hold a sample, comprising one or more biological agents, wherein the inner volume holds the plurality of microbubbles provided with the one or more selection markers that are capable of binding to a binding region on a surface of the biological agent; an open end having a bottom inner diameter ; a plunger inserted into said open end; and a tip spaced apart from said open end ; wherein said plurality of microbubbles can float one or more biological agents of said sample that are bound to one or more of said plurality of microbubbles; and wherein moving said plunger towards said tip isolates or enriches said one or more biological agents from said sample; characterized in that the container comprises a tapered end oriented away from the ground and having a top inner diameter that is smaller than the bottom inner diameter ; and the tip at the tapered end forms an acute angle relative to a horizontal axis of said sample container . an inner volume that is configured to hold a sample, comprising one or more biological agents, wherein the inner volume holds the plurality of microbubbles provided with the one or more selection markers that are capable of binding to a binding region on a surface of the biological agent; an open end having a bottom inner diameter ; a plunger inserted into said open end; and a tip spaced apart from said open end ; wherein said plurality of microbubbles can float one or more biological agents of said sample that are bound to one or more of said plurality of microbubbles; and wherein moving said plunger towards said tip isolates or enriches said one or more biological agents from said sample; characterized in that the container comprises a tapered end oriented away from the ground and having a top inner diameter that is smaller than the bottom inner diameter ; and the tip at the tapered end forms an acute angle relative to a horizontal axis of said sample container .