mhurhangee/ep-ind-claims huggingface dataset:
A conductive implantable stimulation device for implantation in the head of a subject to treat a neurological disease, comprising: a first passive conductive member, wherein the first passive conductive member comprises a coil which is sized and configured for being partially implanted in the skull bone and not under the skull and for stimulating the brain of said subject, wherein said first passive conductive member further comprises a conductive interface adapted for receiving extracranial stimulation; a second passive conductive member, wherein the second member is sized and configured for being implanted above said skull bone and under the scalp of the subject, the second passive conductive member configured for wireless coupling to an electrical extracranial stimulator for wirelessly receiving extracranial stimulation from the extracranial stimulator; and a third passive conductive member, wherein the third member is electrically connected to the first passive conductive member and the second passive conductive member; wherein the second passive conductive member comprises a conductive interface adapted for wirelessly receiving said extracranial stimulation and conduct the extracranial stimulation to the first passive conductive member through the third passive conductive member, and wherein at least the first, second and third passive conductive member (2, 3, 4) each comprise an isolator for configuring an anode and a cathode for each of the first, second and third passive conductive members (2, 3, 4). a first passive conductive member, wherein the first passive conductive member comprises a coil which is sized and configured for being partially implanted in the skull bone and not under the skull and for stimulating the brain of said subject, wherein said first passive conductive member further comprises a conductive interface adapted for receiving extracranial stimulation; a second passive conductive member, wherein the second member is sized and configured for being implanted above said skull bone and under the scalp of the subject, the second passive conductive member configured for wireless coupling to an electrical extracranial stimulator for wirelessly receiving extracranial stimulation from the extracranial stimulator; and a third passive conductive member, wherein the third member is electrically connected to the first passive conductive member and the second passive conductive member; wherein the second passive conductive member comprises a conductive interface adapted for wirelessly receiving said extracranial stimulation and conduct the extracranial stimulation to the first passive conductive member through the third passive conductive member, and wherein at least the first, second and third passive conductive member (2, 3, 4) each comprise an isolator for configuring an anode and a cathode for each of the first, second and third passive conductive members (2, 3, 4).
A data transmission method, applied to an apparatus (500; 900; 1200), wherein the apparatus (500; 900; 1200) is disposed in a terminal UE, is connected to a first base station over a first link, and is connected to a second base station over a second link, wherein the first base station is configured to provide a service for a master cell group, MCG, and the second base station is configured to provide a service for a secondary cell group, SCG, and the method comprises: transmitting, by the apparatus (500; 900; 1200), a first data packet over the second link; and if determining that the second link fails, sending, by the apparatus (500; 900; 1200), to-be-transmitted data packets to the first base station over the first link before the apparatus (500; 900; 1200) receives a reconfiguration message from the first base station, wherein the to-be-transmitted data packets comprise a data packet whose reception is not acknowledged as a success and that is in the first data packet, and the reconfiguration message is used to indicate a reconfigured link, characterized in that the step of if determining that the second link fails, sending, by the apparatus (500; 900; 1200), to-be-transmitted data packets to the first base station over the first link before the apparatus (500; 900; 1200) receives a reconfiguration message from the first base station comprises: if determining that the second link fails, sending, by the apparatus (500; 900; 1200), the to-be-transmitted data packets to the first base station over the first link before the apparatus (500; 900; 1200) sends a first message to the first base station, wherein the first message is used to indicate that the second link fails. transmitting, by the apparatus (500; 900; 1200), a first data packet over the second link; and if determining that the second link fails, sending, by the apparatus (500; 900; 1200), to-be-transmitted data packets to the first base station over the first link before the apparatus (500; 900; 1200) receives a reconfiguration message from the first base station, wherein the to-be-transmitted data packets comprise a data packet whose reception is not acknowledged as a success and that is in the first data packet, and the reconfiguration message is used to indicate a reconfigured link, characterized in that the step of if determining that the second link fails, sending, by the apparatus (500; 900; 1200), to-be-transmitted data packets to the first base station over the first link before the apparatus (500; 900; 1200) receives a reconfiguration message from the first base station comprises: if determining that the second link fails, sending, by the apparatus (500; 900; 1200), the to-be-transmitted data packets to the first base station over the first link before the apparatus (500; 900; 1200) sends a first message to the first base station, wherein the first message is used to indicate that the second link fails.
A prosthetic device, comprising: a band (102; 126; 134; 150; 160; 161; 186, 188; 187; 204; 214; 252; 290; 302; 324; 340; 358; 432; 806; 826; 841; 848; 944) having a first end (108; 278; 370; 386; 428) and a second end (116; 130; 254; 272; 298; 372; 388; 430); and a connector (106; 128; 162; 179; 189; 192; 200; 210; 240; 256; 264; 828; 842; 850; 864) attached to the first end and comprising: means for temporarily affixing the second end to the connector while the band is in a tensioned state around two bones, the means for temporarily affixing permitting adjustment of the tensioned state while the second end is temporarily affixed to the connector; and means for permanently fixing the second end to the connector after the tensioned state has been adjusted. a band (102; 126; 134; 150; 160; 161; 186, 188; 187; 204; 214; 252; 290; 302; 324; 340; 358; 432; 806; 826; 841; 848; 944) having a first end (108; 278; 370; 386; 428) and a second end (116; 130; 254; 272; 298; 372; 388; 430); and a connector (106; 128; 162; 179; 189; 192; 200; 210; 240; 256; 264; 828; 842; 850; 864) attached to the first end and comprising: means for temporarily affixing the second end to the connector while the band is in a tensioned state around two bones, the means for temporarily affixing permitting adjustment of the tensioned state while the second end is temporarily affixed to the connector; and means for permanently fixing the second end to the connector after the tensioned state has been adjusted. means for temporarily affixing the second end to the connector while the band is in a tensioned state around two bones, the means for temporarily affixing permitting adjustment of the tensioned state while the second end is temporarily affixed to the connector; and means for permanently fixing the second end to the connector after the tensioned state has been adjusted.
Test method implemented by an item of equipment comprising at least first and second radio communication devices (12, 13), each comprising a transmitter and a receiver, in order to test the transmitter of the first device or the receiver of the second device, said at least first and second radio communication devices sharing the same frequency band but not using the same communication protocol, the method comprising the following steps: - a step of transmitting a test signal over a transmission channel of said transmitter, by means of the transmitter of the first radio communication device of said item of equipment, and - a step of detecting the transmitted signal on a reception channel corresponding to said transmission channel of said transmitter, by means of the receiver of the second radio communication device of said item of equipment, said detection step consisting in observing said receiver of said receiving radio communication device triggering an event caused by the presence of said test signal on a channel used by said receiving radio communication device, and the test signal being signed with a predetermined time and/or frequency and/or transmitted-power-level bit sequence which the receiver of said receiving radio communication device is able to distinguish from the transmission schemes which the surrounding transmitters are liable to implement. - a step of transmitting a test signal over a transmission channel of said transmitter, by means of the transmitter of the first radio communication device of said item of equipment, and - a step of detecting the transmitted signal on a reception channel corresponding to said transmission channel of said transmitter, by means of the receiver of the second radio communication device of said item of equipment,
A table comprising at least two table bases, the table bases being intended to be mounted with a table top and each including: - a first leg comprising a first area bearing on the ground, - a second leg distinct from the first leg and comprising a second ground bearing area distinct from the first ground bearing area of the first leg, and - an element of cooperation arranged to cooperate with the ground while being movable with respect to the ground, the element of cooperation being distinct from the first ground bearing area of the first leg and the second ground bearing area of the second leg, the element of cooperation comprising a ball capable of cooperating by contact with the ground, the element of cooperation having a housing provided in the second leg, said ball being disposed in the housing so as to turn on itself, each table base being movable between: - a first balance position in which the first bearing area and the second bearing area are in contact with the ground and the element of cooperation is set back from the ground, and - a second displacement position in which the first bearing area and the second bearing area are set back from the ground and the element of cooperation cooperates with the ground. - a first leg comprising a first area bearing on the ground, - a second leg distinct from the first leg and comprising a second ground bearing area distinct from the first ground bearing area of the first leg, and - an element of cooperation arranged to cooperate with the ground while being movable with respect to the ground, the element of cooperation being distinct from the first ground bearing area of the first leg and the second ground bearing area of the second leg, the element of cooperation comprising a ball capable of cooperating by contact with the ground, the element of cooperation having a housing provided in the second leg, said ball being disposed in the housing so as to turn on itself, - a first balance position in which the first bearing area and the second bearing area are in contact with the ground and the element of cooperation is set back from the ground, and - a second displacement position in which the first bearing area and the second bearing area are set back from the ground and the element of cooperation cooperates with the ground.
Device for washing and drying a textile piece with a clipping device for holding a textile portion of a textile piece that is movable by means of a conveying unit for a washing and drying process of the textile piece, wherein - the movable clipping device comprises at least two opposite stretching surface elements closable by means of a biasing device, by means of which biasing device the textile portion introduced between the stretching surface elements and extending in parallel with a stretching surface is clamped between the stretching surface elements by application of a biasing force and is holdable undisplaceably in the extension surface of the stretching surface relative to the stretching surface elements, - the stretching surface elements comprise a stretching surface with a surface extension at least as big as the textile portion, which textile portion corresponds to a defined smooth desired area to be produced of the textile piece, optionally comprising a desired pleat, so that the textile portion is introducible between the stretching surface elements in the shape to be produced, - the stretching surface elements comprise at least one nozzle for applying a detergent to the textile portion to clean the textile portion or for applying air to the textile portion to dry it smoothingly, wherein a washing unit filled with fluid and/or detergent is provided, characterized in that the textile piece is at least partially movable in the washing unit filled with fluid and/or detergent by means of the conveying unit via a controlled movement of the clipping device, so that the textile piece is repeatedly immersed into a trough and lifted out of the trough. - the movable clipping device comprises at least two opposite stretching surface elements closable by means of a biasing device, by means of which biasing device the textile portion introduced between the stretching surface elements and extending in parallel with a stretching surface is clamped between the stretching surface elements by application of a biasing force and is holdable undisplaceably in the extension surface of the stretching surface relative to the stretching surface elements, - the stretching surface elements comprise a stretching surface with a surface extension at least as big as the textile portion, which textile portion corresponds to a defined smooth desired area to be produced of the textile piece, optionally comprising a desired pleat, so that the textile portion is introducible between the stretching surface elements in the shape to be produced, - the stretching surface elements comprise at least one nozzle for applying a detergent to the textile portion to clean the textile portion or for applying air to the textile portion to dry it smoothingly, wherein a washing unit filled with fluid and/or detergent is provided, characterized in that the textile piece is at least partially movable in the washing unit filled with fluid and/or detergent by means of the conveying unit via a controlled movement of the clipping device, so that the textile piece is repeatedly immersed into a trough and lifted out of the trough.
A face recognition system comprising: face detection means for detecting a plurality of face images from image frames successively captured by an image capturing means; storage means for storing i) pieces of identification information identifying respective authentication subjects and ii) registered face images of the respective authentication subjects, in association with each other; identical-person processing means for classifying the detected plurality of face images on an identical person basis, and calculating, per identical person, a priority to be used for determining an order of performing a matching between a registered face image and a plurality of detected face images that are classified into the identical person, while setting a higher priority for a detected face image having a higher quality; and face matching means for acquiring a piece of identification information, and performing a matching, in a descending order of priority, between a registered face image corresponding to the acquired piece of identification information and a plurality of face images that are i) detected by the face detection means and ii) classified by the identical-person processing means into one person, from the image frames captured before acquisition of the piece of identification information identifying the corresponding authentication subject, the matching being performed in response to the acquisition. face detection means for detecting a plurality of face images from image frames successively captured by an image capturing means; storage means for storing i) pieces of identification information identifying respective authentication subjects and ii) registered face images of the respective authentication subjects, in association with each other; identical-person processing means for classifying the detected plurality of face images on an identical person basis, and calculating, per identical person, a priority to be used for determining an order of performing a matching between a registered face image and a plurality of detected face images that are classified into the identical person, while setting a higher priority for a detected face image having a higher quality; and face matching means for acquiring a piece of identification information, and performing a matching, in a descending order of priority, between a registered face image corresponding to the acquired piece of identification information and a plurality of face images that are i) detected by the face detection means and ii) classified by the identical-person processing means into one person, from the image frames captured before acquisition of the piece of identification information identifying the corresponding authentication subject, the matching being performed in response to the acquisition.
Method in a mobile terminal for predicting future data communication performance of transmissions between a base station and the mobile terminal within a wireless communication system, the method being characterized by the steps of: receiving information from the base station, wherein the information comprises what percentile a scheduled Channel Quality Indicator, CQI, corresponds to in a measured CQI distribution and wherein the information further comprises scheduled resources of established data communications via the base station, comparing the own CQI distribution of the mobile terminal with the received information, determining the own predicted future bit rate based on the made comparison between the CQI distribution and the received information, and displaying the determined own predicted future bit rate on a display of the mobile terminal. receiving information from the base station, wherein the information comprises what percentile a scheduled Channel Quality Indicator, CQI, corresponds to in a measured CQI distribution and wherein the information further comprises scheduled resources of established data communications via the base station, comparing the own CQI distribution of the mobile terminal with the received information, determining the own predicted future bit rate based on the made comparison between the CQI distribution and the received information, and displaying the determined own predicted future bit rate on a display of the mobile terminal.
An apparatus for transmitting wireless charging power, comprising: a first capacitor (1705, C 1A); means for generating (1710, L 1) a field for wireless power transmission in both a first and second configuration; means for selectively connecting (1720, S1, S2) adapted to connect the first capacitor in one of the first and second configuration, the first capacitor being in series with the means for generating in the first configuration and in parallel with the means for generating in the second configuration; and a second capacitor (C 1B) in parallel with the means for generating the field; and characterized by: said means for selectively connecting is adapted to connect the first capacitor in parallel with the second capacitor in the first configuration and in series with the second capacitor in the second configuration. a first capacitor (1705, C 1A); means for generating (1710, L 1) a field for wireless power transmission in both a first and second configuration; means for selectively connecting (1720, S1, S2) adapted to connect the first capacitor in one of the first and second configuration, the first capacitor being in series with the means for generating in the first configuration and in parallel with the means for generating in the second configuration; and a second capacitor (C 1B) in parallel with the means for generating the field; and characterized by: said means for selectively connecting is adapted to connect the first capacitor in parallel with the second capacitor in the first configuration and in series with the second capacitor in the second configuration. said means for selectively connecting is adapted to connect the first capacitor in parallel with the second capacitor in the first configuration and in series with the second capacitor in the second configuration.
A lubricating oil composition for a shock absorber comprising: a base oil; and a friction adjusting agent, wherein the friction adjusting agent contains zinc dithiophosphate and pentaerythritol ester, the zinc dithiophosphate has at least one secondary alkyl group having 3 to 5 carbon atoms. a base oil; and a friction adjusting agent, wherein the friction adjusting agent contains zinc dithiophosphate and pentaerythritol ester, the zinc dithiophosphate has at least one secondary alkyl group having 3 to 5 carbon atoms.
A stave comprising: an outer housing formed of a cast material; an inner pipe circuit comprising one or more individual pipes, wherein the one or more individual pipes are housed within the outer housing, wherein each of the one or more individual pipes has an inlet end and an outlet end, and wherein each of the one or more individual pipes may or may not be mechanically connected to another of the one or more individual pipes; and a manifold comprising a manifold housing, wherein the manifold is integral with or disposed on or in the outer housing, and wherein the manifold housing comprises a perimeter wall having a height and defining an opening; wherein both of the inlet end and the outlet end of each of the one or more individual pipes are disposed in or housed by said manifold, and wherein both of the inlet end and the outlet end of each of the one or more individual pipes is surrounded at least in part by the cast material of the outer housing within the manifold housing to help secure the inlet end and the outlet end of each of the one more individual pipes to the manifold; and wherein the height of the perimeter wall of the manifold housing extends away from the inner pipe circuit and the outer housing. an outer housing formed of a cast material; an inner pipe circuit comprising one or more individual pipes, wherein the one or more individual pipes are housed within the outer housing, wherein each of the one or more individual pipes has an inlet end and an outlet end, and wherein each of the one or more individual pipes may or may not be mechanically connected to another of the one or more individual pipes; and a manifold comprising a manifold housing, wherein the manifold is integral with or disposed on or in the outer housing, and wherein the manifold housing comprises a perimeter wall having a height and defining an opening; wherein both of the inlet end and the outlet end of each of the one or more individual pipes are disposed in or housed by said manifold, and wherein both of the inlet end and the outlet end of each of the one or more individual pipes is surrounded at least in part by the cast material of the outer housing within the manifold housing to help secure the inlet end and the outlet end of each of the one more individual pipes to the manifold; and wherein the height of the perimeter wall of the manifold housing extends away from the inner pipe circuit and the outer housing.