mhurhangee/ep-ind-claims huggingface dataset:
A system for removing fluids from a patient with reduced pressure, the system comprising: a liquid receptor for receiving fluids from the patient; a canister fluidly coupled to the liquid receptor for receiving the fluids from the patient; a reduced-pressure delivery conduit (103, 203); a reduced-pressure source fluidly coupled by the reduced-pressure delivery conduit to the canister; and a moisture processing device (102, 202) fluidly coupled to the reduced-pressure delivery conduit, the moisture processing device comprising: a housing having an inlet and an outlet, and a first liquid-impermeable, vapor-permeable membrane, wherein the housing forms an expanded volume to condense water from air entering the inlet, wherein the first liquid-impermeable, vapor-permeable membrane allows vapor in the expanded volume to egress the expanded volume, and wherein the moisture processing device further comprises a plurality of support members in the expanded volume, and wherein the first liquid-impermeable, vapor-permeable membrane forms at least a portion of the housing and characterised in that the plurality of support members comprises a grid of support members having a plurality of apertures. a liquid receptor for receiving fluids from the patient; a canister fluidly coupled to the liquid receptor for receiving the fluids from the patient; a reduced-pressure delivery conduit (103, 203); a reduced-pressure source fluidly coupled by the reduced-pressure delivery conduit to the canister; and a moisture processing device (102, 202) fluidly coupled to the reduced-pressure delivery conduit, the moisture processing device comprising: a housing having an inlet and an outlet, and a first liquid-impermeable, vapor-permeable membrane, a housing having an inlet and an outlet, and a first liquid-impermeable, vapor-permeable membrane, wherein the housing forms an expanded volume to condense water from air entering the inlet, wherein the first liquid-impermeable, vapor-permeable membrane allows vapor in the expanded volume to egress the expanded volume, and wherein the moisture processing device further comprises a plurality of support members in the expanded volume, and wherein the first liquid-impermeable, vapor-permeable membrane forms at least a portion of the housing and characterised in that the plurality of support members comprises a grid of support members having a plurality of apertures.
A method comprising: at a mobile computing device (30, 100), receiving from an activity recognition module an activity status identifier derived by the activity recognition module processing information generated by one or more sensors of the mobile computing device, the activity status identifier identifying one of a plurality of possible physical activity states of a user of the mobile computing device; and based in part on determining that the received activity status identifier satisfies some predefined condition, automatically communicating a content request to a server, the content request being a request for content items to be presented in a content feed of a mobile application executing at the mobile computing device, wherein determining that the received activity status identifier satisfies some predefined condition includes determining that a predetermined pattern of changes in the activity status identifier has occurred, the predetermined pattern of changes in the activity status identifier having been historically observed to have a high co-occurrence with content requests for content items to be presented in the content feed of the mobile application. at a mobile computing device (30, 100), receiving from an activity recognition module an activity status identifier derived by the activity recognition module processing information generated by one or more sensors of the mobile computing device, the activity status identifier identifying one of a plurality of possible physical activity states of a user of the mobile computing device; and based in part on determining that the received activity status identifier satisfies some predefined condition, automatically communicating a content request to a server, the content request being a request for content items to be presented in a content feed of a mobile application executing at the mobile computing device, wherein determining that the received activity status identifier satisfies some predefined condition includes determining that a predetermined pattern of changes in the activity status identifier has occurred, the predetermined pattern of changes in the activity status identifier having been historically observed to have a high co-occurrence with content requests for content items to be presented in the content feed of the mobile application.
A touch detection device comprising: a screen adapted to propagate acoustic waves generated by a touch at a touch point on the screen; a plurality of sensors (2, 3, 4, 5) placed on the screen for detecting the acoustic waves generated by the touch on the screen, and generating corresponding signals based on the detected acoustic waves; and a controller; characterised in that the controller comprises a plurality of timers (13, 14, 15, 16) for measuring, based on the signals from the plurality of sensors (2, 3, 4, 5), arrival time differences between the acoustic waves propagating from the touch point to the plurality of sensors (2, 3, 4, 5), wherein the controller is configured to calculate for pairs of the measured arrival time differences corresponding ratios of arrival time differences, and to determine the location of the touch on the screen by comparing said ratios of arrival time differences with corresponding ratios of arrival time differences calculated in advance for each point on the screen and stored in a storage unit. a screen adapted to propagate acoustic waves generated by a touch at a touch point on the screen; a plurality of sensors (2, 3, 4, 5) placed on the screen for detecting the acoustic waves generated by the touch on the screen, and generating corresponding signals based on the detected acoustic waves; and a controller; characterised in that the controller comprises a plurality of timers (13, 14, 15, 16) for measuring, based on the signals from the plurality of sensors (2, 3, 4, 5), arrival time differences between the acoustic waves propagating from the touch point to the plurality of sensors (2, 3, 4, 5), wherein the controller is configured to calculate for pairs of the measured arrival time differences corresponding ratios of arrival time differences, and to determine the location of the touch on the screen by comparing said ratios of arrival time differences with corresponding ratios of arrival time differences calculated in advance for each point on the screen and stored in a storage unit.
A method for transmitting and receiving a signal by a user equipment, UE, having a plurality of vehicle distributed antenna units in a wireless communication system, the method being characterized by: performing a first random access procedure with a first cell based on a first vehicle distributed antenna unit group of the plurality of vehicle distributed antenna units, performing a second random access procedure with a second cell based on a second vehicle distributed antenna unit group of the plurality of vehicle distributed antenna units; transmitting, to the first cell, first information related to the vehicle distributed antenna units included in the first vehicle distributed antenna unit group; transmitting, to the second cell, second information related to the vehicle distributed antenna units included in the second vehicle distributed antenna unit group; performing an authentication procedure with the first cell based on the first vehicle distributed antenna unit group; transmitting an authentication procedure skip request signal to the second cell based on the second vehicle distributed antenna unit group; and transmitting and receiving (S1109, S1110) the signal with the first cell and the second cell based on the first vehicle distributed antenna unit group and the second vehicle distributed antenna unit group. performing a first random access procedure with a first cell based on a first vehicle distributed antenna unit group of the plurality of vehicle distributed antenna units, performing a second random access procedure with a second cell based on a second vehicle distributed antenna unit group of the plurality of vehicle distributed antenna units; transmitting, to the first cell, first information related to the vehicle distributed antenna units included in the first vehicle distributed antenna unit group; transmitting, to the second cell, second information related to the vehicle distributed antenna units included in the second vehicle distributed antenna unit group; performing an authentication procedure with the first cell based on the first vehicle distributed antenna unit group; transmitting an authentication procedure skip request signal to the second cell based on the second vehicle distributed antenna unit group; and transmitting and receiving (S1109, S1110) the signal with the first cell and the second cell based on the first vehicle distributed antenna unit group and the second vehicle distributed antenna unit group.
An external power supplying apparatus comprising: a power supplying device disposed along a travel path and configured to supply electrical power to a power receiving device of an electric vehicle during traveling of the electric vehicle along the travel path, the travel path being a direction of travel of the electric vehicle during traveling; and a voltage applying unit configured to apply a voltage to the power supplying device; wherein the power supplying device includes a plurality of divided power supplying units divided along the travel path, adjacent divided power supplying units being electrically insulated from each other; wherein the voltage applying unit is configured to apply the voltage to the divided power supplying units, the voltage becoming higher along the travel path starting from 0V so as to increase an output voltage (Vs) of the respective divided power supplying units in at least two steps, not including 0V, along the travel path until the output voltage (Vs) of the divided power supplying units arrives at a final target output voltage (Vstar). a power supplying device disposed along a travel path and configured to supply electrical power to a power receiving device of an electric vehicle during traveling of the electric vehicle along the travel path, the travel path being a direction of travel of the electric vehicle during traveling; and a voltage applying unit configured to apply a voltage to the power supplying device; wherein the power supplying device includes a plurality of divided power supplying units divided along the travel path, adjacent divided power supplying units being electrically insulated from each other; wherein the voltage applying unit is configured to apply the voltage to the divided power supplying units, the voltage becoming higher along the travel path starting from 0V so as to increase an output voltage (Vs) of the respective divided power supplying units in at least two steps, not including 0V, along the travel path until the output voltage (Vs) of the divided power supplying units arrives at a final target output voltage (Vstar).
An electromagnetic coil system for in-mold molten steel serving both as an electromagnetic stirrer and as an electromagnetic brake for use in continuous casting of steel by selectively applying electromagnetic stirring and electromagnetic braking on molten steel in a mold using a direct current or at least a 3-phase alternating current flowing through an electromagnetic coil disposed around a wide side of a mold, the electromagnetic coil system comprising: an electromagnetic coil, and at least a 3-phase alternating current source and a direct current source, the electromagnetic coil comprising two teeth (12a, 21a) extending from a yoke (12b, 21b), and an inner winding being disposed around an outer side of each of the two teeth (12a, 12b) and an outer winding being disposed around the outside of the two teeth (12a, 21a) provided with the inner windings, thereby uniting the two teeth (12a, 21a), wherein a length L of the teeth (12a, 21a) is at least twice a width W of the teeth (12a, 21a), and/or wherein a yoke (12b, 21b) thickness Y is at least twice a width W of the teeth (12a, 21a) and wherein an n number of the electromagnetic coils are arranged on each wide side of a mold, where n is a natural number greater than or equal to 2, and a core of a magnetic material formed from the yoke (12b, 21b) and the teeth (12a, 21a) is disposed in a range extending in a vertical direction from a position of a meniscus of molten steel and including an outlet port of an immersion nozzle. an electromagnetic coil, and at least a 3-phase alternating current source and a direct current source, the electromagnetic coil comprising two teeth (12a, 21a) extending from a yoke (12b, 21b), and an inner winding being disposed around an outer side of each of the two teeth (12a, 12b) and an outer winding being disposed around the outside of the two teeth (12a, 21a) provided with the inner windings, thereby uniting the two teeth (12a, 21a), wherein a length L of the teeth (12a, 21a) is at least twice a width W of the teeth (12a, 21a), and/or wherein a yoke (12b, 21b) thickness Y is at least twice a width W of the teeth (12a, 21a) and wherein an n number of the electromagnetic coils are arranged on each wide side of a mold, where n is a natural number greater than or equal to 2, and a core of a magnetic material formed from the yoke (12b, 21b) and the teeth (12a, 21a) is disposed in a range extending in a vertical direction from a position of a meniscus of molten steel and including an outlet port of an immersion nozzle.
A sealing arrangement comprising: a turbine static structure having a seal ring with a radially inward-facing groove with an annular first contact surface and an annular second contact surface on the seal ring that is distal and radially inward from the first contact surface; a bearing compartment structure that is surrounded by the turbine static structure having a heat shield, the heat shield comprising an axial portion with a cylindrical third contact surface and a radial portion connected to the axial portion with an annular fourth contact surface that is distal and radially inward from the third contact surface; a cavity between the turbine static structure and the bearing compartment structure; a first seal positioned between the turbine static structure and the bearing compartment structure, the first seal being in contact with the first contact surface and the third contact surface; a second seal positioned between the turbine static structure and the bearing compartment structure, the second seal being in contact with the second contact surface and the fourth contact surface; and a fastener compartment between the seal ring and the bearing compartment structure and bordered by the first seal and the second seal. a turbine static structure having a seal ring with a radially inward-facing groove with an annular first contact surface and an annular second contact surface on the seal ring that is distal and radially inward from the first contact surface; a bearing compartment structure that is surrounded by the turbine static structure having a heat shield, the heat shield comprising an axial portion with a cylindrical third contact surface and a radial portion connected to the axial portion with an annular fourth contact surface that is distal and radially inward from the third contact surface; a cavity between the turbine static structure and the bearing compartment structure; a first seal positioned between the turbine static structure and the bearing compartment structure, the first seal being in contact with the first contact surface and the third contact surface; a second seal positioned between the turbine static structure and the bearing compartment structure, the second seal being in contact with the second contact surface and the fourth contact surface; and a fastener compartment between the seal ring and the bearing compartment structure and bordered by the first seal and the second seal.
A method performed by a user equipment wirelessly attached to a base station using a first set of resources of an air interface, the method comprising: determining, by the user equipment, that a condition that is local to the user equipment violates a threshold; transmitting, by the user equipment and to the base station, a first message that requests to enter a user equipment limited-service mode; and receiving, by the user equipment and from the base station, a second message including a limited-service radio network temporary identifier that identifies an allocated second set of resources of the air interface and directs the user equipment to: enter the user equipment limited-service mode; and wirelessly communicate with the base station using the allocated second set of resources of the air interface. determining, by the user equipment, that a condition that is local to the user equipment violates a threshold; transmitting, by the user equipment and to the base station, a first message that requests to enter a user equipment limited-service mode; and receiving, by the user equipment and from the base station, a second message including a limited-service radio network temporary identifier that identifies an allocated second set of resources of the air interface and directs the user equipment to: enter the user equipment limited-service mode; and wirelessly communicate with the base station using the allocated second set of resources of the air interface. enter the user equipment limited-service mode; and wirelessly communicate with the base station using the allocated second set of resources of the air interface.
Closure arrangement for an opening, in particular of a cupboard, shower enclosure, building and the like, having at least one closure element, in particular a louvre, roller shutter and the like, which is arranged movably from a closed position to an open position and back in the region of the opening, having blades arranged parallel to one another, wherein at least one blade has at least one hollow chamber and has at least one sliding arrangement on at least one free end, with at least one guide device (3, 3') arrangeable on the opening, wherein the sliding arrangement has at least one sliding element and a retaining device, wherein the retaining device has at least one receiving space, in which at least one fixing device is arranged, and wherein the fixing device has at least one fixing element (71, 72), wherein the fixing device is operatively connected to at least one wall of the blade via at least one fixing element (71, 72), characterised in that at least one locking element (16,17) is arranged in the receiving space of the retaining device, and in that the fixing device is arranged movably in the receiving space of the retaining device so as to be longitudinally displaceable from a first position to a second position, in which second position the fixing device is fixed on the at least one locking element (16,17). the sliding arrangement has at least one sliding element and a retaining device, wherein the retaining device has at least one receiving space, in which at least one fixing device is arranged, and wherein the fixing device has at least one fixing element (71, 72), wherein the fixing device is operatively connected to at least one wall of the blade via at least one fixing element (71, 72), characterised in that at least one locking element (16,17) is arranged in the receiving space of the retaining device, and in that the fixing device is arranged movably in the receiving space of the retaining device so as to be longitudinally displaceable from a first position to a second position, in which second position the fixing device is fixed on the at least one locking element (16,17).
A media material analyzing system for analyzing data representative of media material having a layout, comprising: a segmenter that identifies candidate block segments associated with columnar body text in the media material; and an article composer that determines which of the identified block segments belong to one or more articles in the media material based on language statistics information and layout transition information; wherein article composer comprises a language statistics analyzer that calculates the language statistics information for candidate block segments output by the segmenter and determines probabilities that candidate block segments belong to a same article based on an overlap in the language statistics information, wherein the article composer includes a continuation layout transition analyzer that identifies a last block segment of the identified block segments associated with a candidate continuing article portion in a first page, identifies one or more items below the last block segment, classifies the last block segment based on at least one feature of the identified one or more items, and applies a decision tree to pick out one or more layout transition features indicative of the probability of the last block segment being in a continuing article and wherein the identified block segments belong to one or more articles that continue and extend across multiple pages in the media material a segmenter that identifies candidate block segments associated with columnar body text in the media material; and an article composer that determines which of the identified block segments belong to one or more articles in the media material based on language statistics information and layout transition information; wherein article composer comprises a language statistics analyzer that calculates the language statistics information for candidate block segments output by the segmenter and determines probabilities that candidate block segments belong to a same article based on an overlap in the language statistics information, wherein the article composer includes a continuation layout transition analyzer that identifies a last block segment of the identified block segments associated with a candidate continuing article portion in a first page, identifies one or more items below the last block segment, classifies the last block segment based on at least one feature of the identified one or more items, and applies a decision tree to pick out one or more layout transition features indicative of the probability of the last block segment being in a continuing article and wherein the identified block segments belong to one or more articles that continue and extend across multiple pages in the media material
Method to encrypt a sensitive data constituted by words (Wi) using a ciphering algorithm implementation, said ciphering algorithm having at least one round (n) comprising at least three operations (Ok or Oki) to be executed on all words (Wi), said operations (Oki) comprising at least an operation of combination of an encryption key with the words (Wi) of the sensitive data, substitution operation and permutation operation, said operations (Oki) being switchable thanks to operation status flags, additional buffer and additional operations (AdO), all possible couple (operation, Wi) from said operations (Oki) and from said words (Wi) being furthermore switchable independently, said method comprising the steps of: - randomly determining an order for all said couples (Oki, Wi) in each round (n); - applying operations (Oki) on all words (Wi) of the sensitive data according to the determined order of couples (Oki, word) in each round (n); - performing additional operations (AdO) in case of need; - updating operation status flags and additional buffer depending on the application of the operations (Ok or Oki). - randomly determining an order for all said couples (Oki, Wi) in each round (n); - applying operations (Oki) on all words (Wi) of the sensitive data according to the determined order of couples (Oki, word) in each round (n); - performing additional operations (AdO) in case of need; - updating operation status flags and additional buffer depending on the application of the operations (Ok or Oki).