mhurhangee/ep-ind-claims huggingface dataset:
A method, performed by a communication device, for disconnecting from a channel of a spectrum, the spectrum being used by both privileged entities (102, 104) and non-privileged entities (110, 112, 114, 116), the non-privileged entities (110, 112, 114, 116) having subordinate rights to the spectrum compared to the privileged entities (102, 104), the communication device being a first node corresponding to a non-privileged entity (110, 112, 114, 116), the method comprising: detecting a presence of a privileged entity (102, 104) operating on a channel that is being used by the communication device to communicate with a second node corresponding to another non-privileged entity (110, 112, 114, 116); immediately disconnecting from the channel upon detecting the privileged entity; and sending notification information to the second node that indicates that the communication device has disconnected from the channel, wherein sending the notification information comprises using a backup channel to send the notification information to the second node; characterized by using an alternative channel when the backup channel is not available. detecting a presence of a privileged entity (102, 104) operating on a channel that is being used by the communication device to communicate with a second node corresponding to another non-privileged entity (110, 112, 114, 116); immediately disconnecting from the channel upon detecting the privileged entity; and sending notification information to the second node that indicates that the communication device has disconnected from the channel, wherein sending the notification information comprises using a backup channel to send the notification information to the second node; characterized by using an alternative channel when the backup channel is not available.
A Ni-based single crystal superalloy consisting of: 0.1 wt% or more and 9.9 wt% or less of Co, 5.1 wt% or more and 10.0 wt% or less of Cr, 1.0 wt% or more and 4.0 wt% or less of Mo, 8.1 wt% or more and 11.0 wt% or less of W, 4.0 wt% or more and 9.0 wt% or less of Ta, 5.2 wt% or more and 7.0 wt% or less of Al, 0.1 wt% or more and 2.0 wt% or less of Ti, 0.05 wt% or more and 0.3 wt% or less of Hf, 1.0 wt% or less of Nb and 0.8 wt% or less of Re with the remainder being Ni and unavoidable impurities.
An apparatus comprising at least one processor and at least one memory including computer program code, the at least one memory and computer program code configured to, with the processor, cause the apparatus to at least: receive probe data associated with a vehicle, wherein the probe data comprises probe data points, each probe data point including a location and a timestamp; determine a trajectory based on the probe data beginning at an origin; in response to a counter value failing to satisfy a predetermined value: advance to a next probe data point; associate the next probe data point to a map element provided from a map database; and in response to the map element corresponding to a junction, update the counter value based, at least in part, on a number of road links intersecting at the junction, wherein the counter value is incremented by a score that is based on the number of roads emanating from the junction; in response to the counter value satisfying the predetermined value: modify the trajectory to begin with a probe data point associated with a map element corresponding to a junction having caused the counter to satisfy the predetermined value. receive probe data associated with a vehicle, wherein the probe data comprises probe data points, each probe data point including a location and a timestamp; determine a trajectory based on the probe data beginning at an origin; in response to a counter value failing to satisfy a predetermined value: advance to a next probe data point; associate the next probe data point to a map element provided from a map database; and in response to the map element corresponding to a junction, update the counter value based, at least in part, on a number of road links intersecting at the junction, wherein the counter value is incremented by a score that is based on the number of roads emanating from the junction; advance to a next probe data point; associate the next probe data point to a map element provided from a map database; and in response to the map element corresponding to a junction, update the counter value based, at least in part, on a number of road links intersecting at the junction, wherein the counter value is incremented by a score that is based on the number of roads emanating from the junction; in response to the counter value satisfying the predetermined value: modify the trajectory to begin with a probe data point associated with a map element corresponding to a junction having caused the counter to satisfy the predetermined value.
Method for sensing location-dependent variables of state in pipelines by means of at least one wireless measuring probe in at least one section of a pipeline system of a geothermal probe, wherein the fluid medium within the pipeline system is circulated by means of a circulating pump, characterized in that the at least one measuring probe is guided across a bypass past the circulating pump in a circuit and that the bypass comprises three chambers switchably connected with one another by means of movable closures provided in partition walls, of which a forward chamber conducts flow of the fluid on the forward side and a return chamber conducts flow on the return side of the pipeline system, and between these chambers (13, 15) a lock chamber is disposed, wherein the lock chamber is provided with at least one additional closable loading opening and/or unloading opening such that the transfer-in and/or the transfer-out of the measuring probe takes place in the bypass.
A plasterboard comprising a gypsum matrix having a polymeric additive distributed therein in an amount of at least 1 wt% relative to the gypsum, the gypsum matrix further having a first group of fibres and a second group of fibres embedded therein, wherein the fibres of the first group of fibres have an average length that is at least three times the average length of the fibres of the second group of fibres.
C-pillar arrangement of a motor vehicle, - with a C-pillar of the motor vehicle, - with a C-pillar trim, which is attached to the C-pillar of the motor vehicle and covers the entire surface of the C-pillar, - with a console which overlaps in an overlapping area of the C-pillar trim, - a bag hook extending out of the C-pillar trim in the overlapping area and being connected in one piece to it, so that a load introduced on the bag hook into the C-pillar trim is initiated - wherein a tab is arranged on the console in the overlapping area, which extends in one piece from the console and has a cavity on a side facing away from the vehicle interior, in which the bag hook is arranged in an installation position so that the bag hook is not visible from the vehicle interior, characterized in that a load introduced at the bag hook is not introduced into the console, and that the bag hook does not touch the cavity in an unloaded state in which no load acts on the bag hook. - with a C-pillar of the motor vehicle, - with a C-pillar trim, which is attached to the C-pillar of the motor vehicle and covers the entire surface of the C-pillar, - with a console which overlaps in an overlapping area of the C-pillar trim, - a bag hook extending out of the C-pillar trim in the overlapping area and being connected in one piece to it, so that a load introduced on the bag hook into the C-pillar trim is initiated - wherein a tab is arranged on the console in the overlapping area, which extends in one piece from the console and has a cavity on a side facing away from the vehicle interior, in which the bag hook is arranged in an installation position so that the bag hook is not visible from the vehicle interior,
A method of controlling a carrier configuration of user equipment in a multi-carrier wireless telecommunication network, said multi-carrier wireless telecommunications network comprising a plurality of network nodes (20, 50) operable to substantially simultaneously transmit and receive signals on more than one active radio frequency carrier (P1, S1, S2, S3) within a sector of said telecommunications network, said method comprising the steps of: monitoring at said user equipment an indication of data traffic received on at least one carrier (P1, S1, S2, S3) to determine whether said data traffic received over a predetermined time period meets a predetermined set of conditions, transmitting from said user equipment a request to deactivate said at least one carrier (P1, S1, S2, S3) determined to meet said predetermined set of conditions; monitoring at said user equipment for receipt of a positive response to said request and implementing deactivation for said at least one carrier (P1, S1, S2, S3) for which a positive response is received. monitoring at said user equipment an indication of data traffic received on at least one carrier (P1, S1, S2, S3) to determine whether said data traffic received over a predetermined time period meets a predetermined set of conditions, transmitting from said user equipment a request to deactivate said at least one carrier (P1, S1, S2, S3) determined to meet said predetermined set of conditions; monitoring at said user equipment for receipt of a positive response to said request and implementing deactivation for said at least one carrier (P1, S1, S2, S3) for which a positive response is received.
A security management method in a controller device that controls a home device in a home network system, the method comprising: transmitting a request message for a device token to the home device; receiving, from the home device, a response message corresponding to the request message; and receiving, from the home device, the device token issued at the home device if the home device detects a first event within a predetermined first time from when the response message was transmitted, wherein the first event is one of a push button input to the home device, reception of a near-field communication signal from the controller device, and reception of a bluetooth low energy proximity signal from the controller device. transmitting a request message for a device token to the home device; receiving, from the home device, a response message corresponding to the request message; and receiving, from the home device, the device token issued at the home device if the home device detects a first event within a predetermined first time from when the response message was transmitted, wherein the first event is one of a push button input to the home device, reception of a near-field communication signal from the controller device, and reception of a bluetooth low energy proximity signal from the controller device.
A method comprising: designating, by a storage server, a memory section for heartbeat information exchange from a first storage controller within a first storage cluster to a second storage controller within a second storage cluster, the second storage controller configured as a disaster recovery partner for the first storage controller; performing a remote direct memory access read operation to access the memory section for obtaining a current heartbeat status of the first storage controller; and responsive to the current heartbeat status indicating a failure of the first storage controller, initiating an automatic switchover operation, based upon the second storage controller being the disaster recovery partner, from the first storage controller to the second storage controller for providing clients with failover access to data previously accessible to the clients through the first storage controller before switchover, wherein the initiating an automatic switchover operation comprises: specifying that a first disk mailbox is to be used for heartbeat information exchange from the first storage controller to the second storage controller; reading a second current heartbeat status from the first disk mailbox; and responsive to both the current heartbeat status and the second current heartbeat status indicating the failure, initiating the automatic switchover operation. designating, by a storage server, a memory section for heartbeat information exchange from a first storage controller within a first storage cluster to a second storage controller within a second storage cluster, the second storage controller configured as a disaster recovery partner for the first storage controller; performing a remote direct memory access read operation to access the memory section for obtaining a current heartbeat status of the first storage controller; and responsive to the current heartbeat status indicating a failure of the first storage controller, initiating an automatic switchover operation, based upon the second storage controller being the disaster recovery partner, from the first storage controller to the second storage controller for providing clients with failover access to data previously accessible to the clients through the first storage controller before switchover, wherein the initiating an automatic switchover operation comprises: specifying that a first disk mailbox is to be used for heartbeat information exchange from the first storage controller to the second storage controller; reading a second current heartbeat status from the first disk mailbox; and responsive to both the current heartbeat status and the second current heartbeat status indicating the failure, initiating the automatic switchover operation. specifying that a first disk mailbox is to be used for heartbeat information exchange from the first storage controller to the second storage controller; reading a second current heartbeat status from the first disk mailbox; and responsive to both the current heartbeat status and the second current heartbeat status indicating the failure, initiating the automatic switchover operation.
A shale shaker for separating solids from solids laden drilling fluid, said shale shaker comprising a basket having a first screen assembly (122a,122b) in an upper screen deck and a second screen assembly (125a,125b) in a lower screen deck, the basket further comprising a flow tray for feeding solids laden drilling fluid to a first duct (107A-D) and a second duct (108A-D), the first duct (107A-D) for feeding solids laden drilling fluid to the first screen assembly (122a,122b) and the second duct (108A-D) feeding solids laden drilling fluid to the second screen assembly (125a,125b), the first duct having a first duct opening (102A-D), the second duct (108A-D) comprises a plurality of second duct openings (103A-D) for dividing the feed of solids laden drilling fluid and at least one discharge opening (110B,110D) for dispersing said solids laden drilling fluid on to the second screen assembly (125a,125b), said flow tray comprising a valve for directing said solids laden drilling fluid to one of said upper screen deck and said first and plurality of second duct openings (102A-D,103A-D) wherein said basket further comprises a trough and a diverter cap, wherein said upper screen deck has a solids discharge end and said trough is arranged thereunder, said diverter cap to inhibit solids flowing into said trough.
A composition comprising: A. Thermoplastic polyurethane, B. Olefin block copolymer, wherein, when produced in a continuous process, the OBC possesses PDI from 1.7 to 3.5, or, when produced in a batch or semi-batch process, the OBC possesses PDI from 1.3 to 3.5, C. Carbonyl-containing olefin polymer compatibilizer, and D. Flame retardant package comprising at least one of bisphenol-A bis(diphenyl phosphate) (BPADP) or resorcinol bis(diphenyl phosphate), a nitrogen/phosphorus based, halogen-free flame retardant, and epoxidized novolac resin. A. Thermoplastic polyurethane, B. Olefin block copolymer, wherein, when produced in a continuous process, the OBC possesses PDI from 1.7 to 3.5, or, when produced in a batch or semi-batch process, the OBC possesses PDI from 1.3 to 3.5, C. Carbonyl-containing olefin polymer compatibilizer, and D. Flame retardant package comprising at least one of bisphenol-A bis(diphenyl phosphate) (BPADP) or resorcinol bis(diphenyl phosphate), a nitrogen/phosphorus based, halogen-free flame retardant, and epoxidized novolac resin.
An FGF21 protein variant of an amino acid sequence selected from SEQ ID NOs: 1 to 9 for use in a method of treating HIV-HAART induced partial lipodystrophy in a subject in need thereof.
A method for obtaining a synthetic nucleic acid molecule, the method comprising: (i) providing an amino acid sequence from an amino acid repeat region of a polypeptide expressed in an organism; (ii) using a codon-usage bias of the organism and a genetic code encoding the amino acid sequence to deduct a plurality of sample codon-optimized nucleic acid sequences; (iii) aligning the plurality of sample codon-optimized nucleic acid sequences by sequence homology and assembling a neighbor-joining tree comprising the plurality of sample codon-optimized nucleic acid sequences; (iv) selecting one of the plurality of sample codon-optimized nucleic acid sequences as a diverged, codon-optimized nucleic acid sequence, wherein the selected sample codon-optimized nucleic acid sequence is from the most deeply branched section of the neighbor-joining tree; and (v) producing a nucleic acid molecule comprising the diverged, codon-optimized nucleic acid sequence. (i) providing an amino acid sequence from an amino acid repeat region of a polypeptide expressed in an organism; (ii) using a codon-usage bias of the organism and a genetic code encoding the amino acid sequence to deduct a plurality of sample codon-optimized nucleic acid sequences; (iii) aligning the plurality of sample codon-optimized nucleic acid sequences by sequence homology and assembling a neighbor-joining tree comprising the plurality of sample codon-optimized nucleic acid sequences; (iv) selecting one of the plurality of sample codon-optimized nucleic acid sequences as a diverged, codon-optimized nucleic acid sequence, wherein the selected sample codon-optimized nucleic acid sequence is from the most deeply branched section of the neighbor-joining tree; and (v) producing a nucleic acid molecule comprising the diverged, codon-optimized nucleic acid sequence.
A reciprocating positive displacement pumping system comprising: a hemispheroid rigid chamber wall having a perimeter to which a flexible membrane is attached, the flexible membrane and chamber wall defining a pumping chamber; an inlet for directing liquid flow through the chamber wall into the pumping chamber; an outlet for directing liquid flow through the chamber wall out of the pumping chamber; a rigid limit structure for limiting the movement of the membrane and limiting the maximum volume of the pumping chamber, the flexible membrane and rigid limit structure defining an actuation chamber; providing an actuation system for alternately providing positive and negative pressure to the actuation chamber, the actuation system including: a positive pressure fluid reservoir; a negative pressure fluid reservoir; and a valving mechanism (47,48) for controlling the flow of control fluid between the actuation chamber and each of the reservoirs; an actuation chamber pressure transducer for measuring the pressure of the actuation chamber; and a controller configured to receive pressure information from the actuation chamber pressure transducer and to control the valving mechanism; characterised in that effect a stroke by delivering the controller is configured to effect a stroke by delivering a series of pressure pulses to the pump membrane, and to integrate pressure information from the actuation chamber pressure transducer over time during a stroke to detect an aberrant liquid flow condition. a hemispheroid rigid chamber wall having a perimeter to which a flexible membrane is attached, the flexible membrane and chamber wall defining a pumping chamber; an inlet for directing liquid flow through the chamber wall into the pumping chamber; an outlet for directing liquid flow through the chamber wall out of the pumping chamber; a rigid limit structure for limiting the movement of the membrane and limiting the maximum volume of the pumping chamber, the flexible membrane and rigid limit structure defining an actuation chamber; providing an actuation system for alternately providing positive and negative pressure to the actuation chamber, the actuation system including: a positive pressure fluid reservoir; a negative pressure fluid reservoir; and a valving mechanism (47,48) for controlling the flow of control fluid between the actuation chamber and each of the reservoirs; a positive pressure fluid reservoir; a negative pressure fluid reservoir; and a valving mechanism (47,48) for controlling the flow of control fluid between the actuation chamber and each of the reservoirs; an actuation chamber pressure transducer for measuring the pressure of the actuation chamber; and a controller configured to receive pressure information from the actuation chamber pressure transducer and to control the valving mechanism; characterised in that effect a stroke by delivering the controller is configured to effect a stroke by delivering a series of pressure pulses to the pump membrane, and to integrate pressure information from the actuation chamber pressure transducer over time during a stroke to detect an aberrant liquid flow condition.
A manufacturing method of a contact portion of a grasping apparatus, said contact portion being able to take on a form in which its shape can flexibly deform and another form in which its shape is firmly maintained, and comprising a bag body that has a bag-shaped member made of an elastic and airtight material and a connecting port, and a granular substance filled inside of the bag-shaped member, wherein the contact portion takes on the form in which its shape is firmly maintained when a volume ratio of the granular substance to the bag-shaped member is increased by reducing a pressure within the bag-shaped member; the manufacturing method characterized by comprising: a step of preparing a core for forming the bag-shaped member, by hardening the granular substance; a step of forming the bag-shaped member by forming a covering made of the elastic and airtight material around the core; and a step of breaking up the core that is inside of the bag-shaped member. a step of preparing a core for forming the bag-shaped member, by hardening the granular substance; a step of forming the bag-shaped member by forming a covering made of the elastic and airtight material around the core; and a step of breaking up the core that is inside of the bag-shaped member.
A method for removing hydrocarbon contaminants and toxic gases from a process system, comprising the steps of: (i) providing a dry carrier gas source; (ii) providing an encapsulating agent source; (iii) providing a surfactant source; (iv) mixing the encapsulating agent and the dry carrier gas in a high shear mixing device to create a liquid mist/foam which is introduced into the process system to cap generation of toxic gases from remaining organic residue; (v) delivering dry carrier gas from the dry carrier gas source to the process system to remove all liquid and gaseous hydrocarbon contaminants out of said process system; and (vi) sequencing or cycling of steps (iv) and (v) until concentration of explosive gases reach acceptable limits. (i) providing a dry carrier gas source; (ii) providing an encapsulating agent source; (iii) providing a surfactant source; (iv) mixing the encapsulating agent and the dry carrier gas in a high shear mixing device to create a liquid mist/foam which is introduced into the process system to cap generation of toxic gases from remaining organic residue; (v) delivering dry carrier gas from the dry carrier gas source to the process system to remove all liquid and gaseous hydrocarbon contaminants out of said process system; and (vi) sequencing or cycling of steps (iv) and (v) until concentration of explosive gases reach acceptable limits.