mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented parametric model conditioning method comprising: obtaining a plurality of candidate parametric mesh-free models, each describing a sequence of domains characterising a subsurface region, wherein the sequence of domains describes a relative spatial sequence of the domains with respect to the positions of wells and/or to seismic data within the subsurface region; determining whether each sequence of domains described by one or more of said candidate parametric mesh-free models is a valid sequence of domains, wherein a valid sequence of domains comprises a sequence of domains which is compatible with said positions of wells and/or to said seismic data; for each valid sequence of domains, simultaneously conditioning a plurality of the candidate parametric mesh-free models describing that valid sequence of domains; and using the results of said method to aid hydrocarbon recovery from a reservoir. obtaining a plurality of candidate parametric mesh-free models, each describing a sequence of domains characterising a subsurface region, wherein the sequence of domains describes a relative spatial sequence of the domains with respect to the positions of wells and/or to seismic data within the subsurface region; determining whether each sequence of domains described by one or more of said candidate parametric mesh-free models is a valid sequence of domains, wherein a valid sequence of domains comprises a sequence of domains which is compatible with said positions of wells and/or to said seismic data; for each valid sequence of domains, simultaneously conditioning a plurality of the candidate parametric mesh-free models describing that valid sequence of domains; and using the results of said method to aid hydrocarbon recovery from a reservoir.
A method of producing pre-fastened disposable garments, comprising: a. providing a moving web for use as a body panel; b. attaching a fastener assembly to the moving web; c. cutting the moving web with a laser: characterised in that said cutting is at a position under the fastener assembly defining a leading portion of the moving web and a trailing portion of the moving web, such that the leading portion and trailing portion remains bridged together by the fastener assembly. a. providing a moving web for use as a body panel; b. attaching a fastener assembly to the moving web; c. cutting the moving web with a laser: characterised in that said cutting is at a position under the fastener assembly defining a leading portion of the moving web and a trailing portion of the moving web, such that the leading portion and trailing portion remains bridged together by the fastener assembly. characterised in that said cutting is at a position under the fastener assembly defining a leading portion of the moving web and a trailing portion of the moving web, such that the leading portion and trailing portion remains bridged together by the fastener assembly.
A communication method, comprising: receiving, by a terminal device, first indication information sent by a network device, the first indication information indicating a service type of a target service; determining, by the terminal device, a Discontinuous Reception, DRX, parameter corresponding to the target service from a plurality of preconfigured DRX parameters according to the service type of the target service and correspondences between service types and DRX parameters, wherein information of the service type of the target service comprises at least one of: a Quality of Service Flow Identifier, QoS-Flow-ID, of data of the target service, or a Data Radio Bearer, DRB, carrying data of the target service, and wherein the plurality of preconfigured DRX parameters are configured by the network device for the terminal device through configuration signaling; executing, by the terminal device, the target service in a DRX manner according to the DRX parameter corresponding to the target service. receiving, by a terminal device, first indication information sent by a network device, the first indication information indicating a service type of a target service; determining, by the terminal device, a Discontinuous Reception, DRX, parameter corresponding to the target service from a plurality of preconfigured DRX parameters according to the service type of the target service and correspondences between service types and DRX parameters, wherein information of the service type of the target service comprises at least one of: a Quality of Service Flow Identifier, QoS-Flow-ID, of data of the target service, or a Data Radio Bearer, DRB, carrying data of the target service, and wherein the plurality of preconfigured DRX parameters are configured by the network device for the terminal device through configuration signaling; executing, by the terminal device, the target service in a DRX manner according to the DRX parameter corresponding to the target service.
Device for locking and unlocking the shutter of a container which can be pushed into a framework and pulled out of the same, wherein the closed shutter is arranged such that, when the container is being pushed into the framework, it is unlocked and, by way of engagement with an engagement element arranged in a stationary manner in the framework, is pulled out of its closed position into its open position and, when the container is being pulled out of the framework, is pulled, by way of said engagement, out of its open position into its closed position and locked, wherein the container, on at least one longitudinal side, contains two locking-bar elements (21, 22) which are mounted in a fixed position, can be actuated, during the pushing movement of the container, by cam elements (35, 36) provided on the framework and of which the first locking-bar element is arranged such that it locks and unlocks the shutter (12, 15) and the second locking-bar element is arranged such that, upon actuation, it butts against a control element provided on the shutter (12, 15) and retains the shutter in the closed position during the locking and during the unlocking operations, wherein the locking-bar elements are locking-bar pins (21, 22) which are guided on the container such that they can be displaced, in each case in a plane parallel to the container base, in the direction transverse to the pushing direction of the container (A, D), and wherein the first locking-bar pin is prestressed resiliently in the direction of the locking position.
A filtering device (100, 300), comprising: a low-pass filter (101, 301), arranged to receive and filter a pre-filtering signal (S pre, I pre) to generate an output signal (S out, I out) of the filtering device (100, 300); characterized by: a noise estimation circuit (102, 302), arranged to generate an estimated noise signal (S noise, I noise) according to the output signal (S out, I out) and the pre-filtering signal (S pre, I pre); and a first combining circuit (103, 303), arranged to subtract the estimated noise signal (S noise, I noise) from an input signal (S in, I in) of the filtering device (100, 300) to generate the pre-filtering signal (S pre, I pre). a low-pass filter (101, 301), arranged to receive and filter a pre-filtering signal (S pre, I pre) to generate an output signal (S out, I out) of the filtering device (100, 300); characterized by: a noise estimation circuit (102, 302), arranged to generate an estimated noise signal (S noise, I noise) according to the output signal (S out, I out) and the pre-filtering signal (S pre, I pre); and a first combining circuit (103, 303), arranged to subtract the estimated noise signal (S noise, I noise) from an input signal (S in, I in) of the filtering device (100, 300) to generate the pre-filtering signal (S pre, I pre). a noise estimation circuit (102, 302), arranged to generate an estimated noise signal (S noise, I noise) according to the output signal (S out, I out) and the pre-filtering signal (S pre, I pre); and a first combining circuit (103, 303), arranged to subtract the estimated noise signal (S noise, I noise) from an input signal (S in, I in) of the filtering device (100, 300) to generate the pre-filtering signal (S pre, I pre).
A modified polysaccharide having both cationic and silicon substituents, the modified polysaccharide being cationically substituted by quaternary ammonium groups and having a charge density of 0.1 to 2.5 meq/g, the modified polysaccharide further being substituted by siliconate groups so that the modified polysaccharide has a silicon content of 300 to 5000 ppm.
A sterile product bag (100, 150, 300, 400) comprising: a bladder (102, 152) having a perimeter seal (110, 416) and defining a sterile chamber (103, 153, 303); a stem (104, 156, 326, 475) extending through the perimeter seal (110, 416) and having an inlet end outside of the perimeter seal (110, 416) and an outlet end in fluid communication with the chamber (103, 153, 303); a filter (105, 155, 502, 955, 1000, 1020) disposed in line with the stem (104, 156, 326, 475), the filter (105, 155, 502, 955, 1000, 1020) having a filter membrane (170, 1002, 1022) with a nominal pore size in a range of approximately 0.1 μm to approximately 0.5 μm, wherein the filter membrane (170, 1002, 1022) is shaped as a hollow fiber with a wall and pores residing in the wall of the hollow fiber; and a vial adaptor (120, 325, 435) and/or a Luer-Activated-Device in selective fluid communication with the sterile chamber (103, 153, 303), wherein the filter membrane (170, 1002, 1022) is disposed inside of the stem (104, 156, 326, 475) between the inlet and outlet ends (124, 136). a bladder (102, 152) having a perimeter seal (110, 416) and defining a sterile chamber (103, 153, 303); a stem (104, 156, 326, 475) extending through the perimeter seal (110, 416) and having an inlet end outside of the perimeter seal (110, 416) and an outlet end in fluid communication with the chamber (103, 153, 303); a filter (105, 155, 502, 955, 1000, 1020) disposed in line with the stem (104, 156, 326, 475), the filter (105, 155, 502, 955, 1000, 1020) having a filter membrane (170, 1002, 1022) with a nominal pore size in a range of approximately 0.1 μm to approximately 0.5 μm, wherein the filter membrane (170, 1002, 1022) is shaped as a hollow fiber with a wall and pores residing in the wall of the hollow fiber; and a vial adaptor (120, 325, 435) and/or a Luer-Activated-Device in selective fluid communication with the sterile chamber (103, 153, 303), wherein the filter membrane (170, 1002, 1022) is disposed inside of the stem (104, 156, 326, 475) between the inlet and outlet ends (124, 136).
A compound represented by any one of the following structural formulas and or a pharmaceutically acceptable salt thereof, for use in treating a condition selected from the group consisting of prostate cancer, renal cell carcinoma, hepatoma, lung carcinoma, breast cancer, colon cancer, neuroblastoma, glial blastoma multiforme, squamous cell carcinoma involving a NUT rearrangement, NUT midline carcinoma and non-small cell lung carcinoma.
A battery pack, comprising: a battery module having at least one battery cell; a pack case having a case body for accommodating the battery module and a case cover having a bottom portion, the case cover being welded to the case body to package the battery module; and at least one weldability checking guider provided on the case body of the pack case to check accuracy of the welding between the case cover and the case body, wherein the case cover is coupled to an upper rim of the case body by means of the welding, and wherein the at least one weldability checking guider is formed on the upper rim of the case body, wherein the at least one weldability checking guider includes a plurality of dimension carved portions (310, 330) formed with a predetermined length along a horizontal direction of the case body and disposed to be spaced apart from each other by a predetermined distance along the upper rim in the vertical direction of the case body, wherein the plurality of dimension carved portions (310, 330) are formed to have at least two different lengths, and wherein the dimension carved portions (310, 330) having different lengths are arranged alternately. a battery module having at least one battery cell; a pack case having a case body for accommodating the battery module and a case cover having a bottom portion, the case cover being welded to the case body to package the battery module; and at least one weldability checking guider provided on the case body of the pack case to check accuracy of the welding between the case cover and the case body, wherein the case cover is coupled to an upper rim of the case body by means of the welding, and wherein the at least one weldability checking guider is formed on the upper rim of the case body, wherein the at least one weldability checking guider includes a plurality of dimension carved portions (310, 330) formed with a predetermined length along a horizontal direction of the case body and disposed to be spaced apart from each other by a predetermined distance along the upper rim in the vertical direction of the case body, wherein the plurality of dimension carved portions (310, 330) are formed to have at least two different lengths, and wherein the dimension carved portions (310, 330) having different lengths are arranged alternately.
An assembly comprising a switch device and a housing, said switch device being disposed relatively to the housing and comprising: - a switch, - a plunger, said plunger extending along a first longitudinal axis and having a plunger's head, - a knob pivotally connected to the housing such that the knob pivots around a first rotational axis, said knob having a knob's head and an actuation zone M which is remote from the first longitudinal axis, said knob's head remaining in contact with said plunger's head at any position of the knob, wherein a manual compression of the knob in a first direction around the first rotational axis on said actuation zone M causes the knob to move at a first speed from a first position to a second position in which the plunger actuates the switch, said manual compression of the knob causing the plunger to move at a second speed lower than the first speed of the knob, characterized in that the plunger comprises a head and a body and the plunger's head is curved and comprise a distal end having a shape of a ball joint, the plunger's head and the knob remaining in contact by a ball joint connection, the knob's head having a first outgrowth representing a first contact point between said plunger's head and said knob's head, the knob's head not being in moving abutment against the plunger's head, said first contact point causing friction forces. - a switch, - a plunger, said plunger extending along a first longitudinal axis and having a plunger's head, - a knob pivotally connected to the housing such that the knob pivots around a first rotational axis, said knob having a knob's head and an actuation zone M which is remote from the first longitudinal axis, said knob's head remaining in contact with said plunger's head at any position of the knob, wherein a manual compression of the knob in a first direction around the first rotational axis on said actuation zone M causes the knob to move at a first speed from a first position to a second position in which the plunger actuates the switch, said manual compression of the knob causing the plunger to move at a second speed lower than the first speed of the knob, characterized in that the plunger comprises a head and a body and the plunger's head is curved and comprise a distal end having a shape of a ball joint, the plunger's head and the knob remaining in contact by a ball joint connection, the knob's head having a first outgrowth representing a first contact point between said plunger's head and said knob's head, the knob's head not being in moving abutment against the plunger's head, said first contact point causing friction forces.
A method for releasing configuration by a user equipment in an Long-Term Evolution, LTE, system, the method comprising: receiving a physical uplink control channel/sounding reference signal, PUCCH/SRS, release request from a Medium Access Control, MAC, layer; and releasing at least one of configuration resources associated with configuration on a channel quality indicator, CQI, report based on the PUCCH/SRS release request, in case that a transmission mode associated with Coordinated Multi-Point, CoMP, is configured for a serving cell, wherein the configuration on the CQI report comprises one or more configuration resources for supporting the transmission mode. receiving a physical uplink control channel/sounding reference signal, PUCCH/SRS, release request from a Medium Access Control, MAC, layer; and releasing at least one of configuration resources associated with configuration on a channel quality indicator, CQI, report based on the PUCCH/SRS release request, in case that a transmission mode associated with Coordinated Multi-Point, CoMP, is configured for a serving cell, wherein the configuration on the CQI report comprises one or more configuration resources for supporting the transmission mode.
Luminaire, having - a lighting means and - a transparent cover, wherein the cover is arranged in a light exit area of the luminaire and comprises a trough-shaped area, - a foldable optical element that is arranged inside the trough-shaped area on the cover, wherein the optical element is a film, wherein the cover has at least two different partial areas (22, 24, 26), wherein the trough-shaped area is one of the partial areas (22, 24, 26) and the optical element is arranged only on the trough-shaped area, wherein the optical element is arranged only lying on the cover, characterised in that the trough-shaped area is separated from the other partial area by at least one web that extends upwards from the cover. - a lighting means and - a transparent cover, wherein the cover is arranged in a light exit area of the luminaire and comprises a trough-shaped area, - a foldable optical element that is arranged inside the trough-shaped area on the cover, wherein the optical element is a film,
A system for preventing a brute force attack, comprising: an output interface to: provide a workfactor, a challenge token, and a login page to a client; an input interface to: receive a response token, a username, and a password from the client; and a processor at a server to: determine whether the response token satisfies a condition based at least in part on the workfactor, wherein the condition is scalable in computational difficulty for different workfactors; and in the event that it is determined that the response token satisfies the condition based at least in part on the workfactor: determine whether the username and password are valid; and in the event that the username and password are not valid, increase workfactor difficulty. an output interface to: provide a workfactor, a challenge token, and a login page to a client; an input interface to: receive a response token, a username, and a password from the client; and a processor at a server to: determine whether the response token satisfies a condition based at least in part on the workfactor, wherein the condition is scalable in computational difficulty for different workfactors; and in the event that it is determined that the response token satisfies the condition based at least in part on the workfactor: determine whether the username and password are valid; and in the event that the username and password are not valid, increase workfactor difficulty. determine whether the response token satisfies a condition based at least in part on the workfactor, wherein the condition is scalable in computational difficulty for different workfactors; and in the event that it is determined that the response token satisfies the condition based at least in part on the workfactor: determine whether the username and password are valid; and in the event that the username and password are not valid, increase workfactor difficulty. determine whether the username and password are valid; and in the event that the username and password are not valid, increase workfactor difficulty.
A method performed by a brokering service for assisting a first node to roam in multiple mesh networks, wherein the multiple mesh networks comprise a first network comprising the first node and a gateway node and a second network comprising a gateway node, the multiple mesh networks further comprise a mesh node (140, 141), wherein the mesh node (140, 141) belongs to either the first network, the second network or a third network,, each network comprising a respective Network Management Service, NMS, (160, 170, 180), the method comprising: receiving a connection request associated with the first node and the first network, wherein the connection request is sent by the first node via the mesh node; identifying the home network of the first node and its data requirements, wherein the data requirements comprise at least one of packet size, packet periodicity, latency requirements, amount of the data and Quality of Service (QoS), for the first node; negotiating and establishing a roaming contract between the first Network Management Service, NMS associated with the first network and at least the second NMS associated with the second network; and when the roaming contract is established, transmitting a roaming accept message to at least the second NMS of the second network. receiving a connection request associated with the first node and the first network, wherein the connection request is sent by the first node via the mesh node; identifying the home network of the first node and its data requirements, wherein the data requirements comprise at least one of packet size, packet periodicity, latency requirements, amount of the data and Quality of Service (QoS), for the first node; negotiating and establishing a roaming contract between the first Network Management Service, NMS associated with the first network and at least the second NMS associated with the second network; and when the roaming contract is established, transmitting a roaming accept message to at least the second NMS of the second network.
A method of wireless communications, comprising: prior to a poll command, generating, at a near field communication -enabled device (310, 600), a radio frequency field (106, 720) that is not modulated during a wait duration as part of a technology detection process; monitoring the generated RF field (106, 720) during the wait duration for RF field modulations indicative of multiple NFC technology types; determining whether, during the wait duration, the RF field (106, 720) is modulated in a manner consistent with modulation characteristics of a NFC technology; terminating the technology detection process upon the determination that the RF field is modulated in a manner consistent with modulation characteristics of the NFC technology; and after the end of the wait duration, generating the poll command in response to no RF field modulation consistent with modulation characteristics of the NFC technology having been detected during the wait duration. prior to a poll command, generating, at a near field communication -enabled device (310, 600), a radio frequency field (106, 720) that is not modulated during a wait duration as part of a technology detection process; monitoring the generated RF field (106, 720) during the wait duration for RF field modulations indicative of multiple NFC technology types; determining whether, during the wait duration, the RF field (106, 720) is modulated in a manner consistent with modulation characteristics of a NFC technology; terminating the technology detection process upon the determination that the RF field is modulated in a manner consistent with modulation characteristics of the NFC technology; and after the end of the wait duration, generating the poll command in response to no RF field modulation consistent with modulation characteristics of the NFC technology having been detected during the wait duration.