mhurhangee/ep-ind-claims huggingface dataset:
A method of orchestrating a service policy in a communication network comprising a service policy orchestration factory operated by an orchestration operator, a service policy execution factory operated by a service operator, and providing an interface for users of the communication network through an application programming interface, and at least one operator access domain, the method comprising the service policy orchestration factory: • receiving a service instance object and a first service event object from the service policy execution factory, the service instance object defining directly or indirectly service execution requirements, and the first service event object defining an update of a current service execution policy; • updating a service repository of the service policy orchestration factory with the first service event object and the service instance object; • selecting, based on a first mapping table, at least one operator access domain linked to the first service event object for executing a service linked to the service policy; • sending the first service event object and an operator specific service ID linked to a respective operator access domain to the selected at least one operator access domain to allow the at least one operator access domain to update its service repository; • receiving a first feedback data set from the at least one operator access domain, the first feedback data set comprising an operator domain ID per operator access domain indicating a successful orchestration; • updating a second mapping table with the received operator domain ID(s); and • sending a second feedback data set to the service policy execution factory to complete the service policy orchestration. • receiving a service instance object and a first service event object from the service policy execution factory, the service instance object defining directly or indirectly service execution requirements, and the first service event object defining an update of a current service execution policy; • updating a service repository of the service policy orchestration factory with the first service event object and the service instance object; • selecting, based on a first mapping table, at least one operator access domain linked to the first service event object for executing a service linked to the service policy; • sending the first service event object and an operator specific service ID linked to a respective operator access domain to the selected at least one operator access domain to allow the at least one operator access domain to update its service repository; • receiving a first feedback data set from the at least one operator access domain, the first feedback data set comprising an operator domain ID per operator access domain indicating a successful orchestration; • updating a second mapping table with the received operator domain ID(s); and • sending a second feedback data set to the service policy execution factory to complete the service policy orchestration.
A method for an audio signal processing in a vehicle, comprising: - Generating a mono audio signal of a multichannel audio source signal, - limiting the mono audio signal to a frequency range between a prescribed lower frequency and a prescribed upper frequency, - outputting the limited mono audio signal via the multiple loudspeakers in the vehicle, and - compensation of an influence of the limited mono audio signal output via the multiple loudspeakers on a voice audio signal received in the vehicle via a microphone by means of the limited mono audio signal, characterized in that the prescribed lower frequency has a value in the range of 100 Hz to 300 Hz and the prescribed upper frequency has a value in the range of 4kHz to 8kHz. - Generating a mono audio signal of a multichannel audio source signal, - limiting the mono audio signal to a frequency range between a prescribed lower frequency and a prescribed upper frequency, - outputting the limited mono audio signal via the multiple loudspeakers in the vehicle, and - compensation of an influence of the limited mono audio signal output via the multiple loudspeakers on a voice audio signal received in the vehicle via a microphone by means of the limited mono audio signal,
A liquid router that comprises an inlet microconduit that branches into a first exit microconduit and a second exit microconduit and is present in a microchannel structure of a microfluidic device which is using centrifugal force created by spinning the microfluidic device around a spin axis for transporting liquid from said inlet microconduit to said first or second exit microconduit (4, 5), wherein said liquid router further comprises a microcavity in which there are: a) a lower part comprising a first exit opening and a second exit opening, and b) an upper part comprising an inlet opening to which the inlet microconduit is connected, wherein the upper part is closer to the spin axis than the lower part, and wherein the first and second exit microconduits (4, 5) are connected to said first and second exits openings, respectively, (12, 13) and stretch from a position at a shorter radial distance from the spin axis to a position at a larger radial distance from the spin axis, characterized in that a first inner surface of the microcavity connects the inlet opening with the second exit opening, and a second inner surface connects the inlet opening with the first exit opening, wherein a wettable part of the first inner surface that is next to the inlet opening has a direction that is closer to the radial direction from the spin axis than the part of the second inner surface that is next to the inlet opening, and that said second exit microconduit has a reduced hydrophilicity compared to said first exit microconduit due to hydrophobic patterning in the surface of the inner wall of the microcavity in the proximity of said second exit opening, wherein the difference in radial position between the inlet opening and a) said second exit opening or b) the upper end of the hydrophobic patterning associated with the reduced hydrophilicity of said second exit opening and said second microconduit is ≥ 25μm and ≤ 1000 μm. a) a lower part comprising a first exit opening and a second exit opening, and b) an upper part comprising an inlet opening to which the inlet microconduit is connected, wherein the upper part is closer to the spin axis than the lower part, a) said second exit opening or b) the upper end of the hydrophobic patterning associated with the reduced hydrophilicity of said second exit opening and said second microconduit is ≥ 25μm and ≤ 1000 μm.
An apparatus (401, 701, 1001, 1201, 1301, 1401, 1501, 1601, 1607, 1701) for attaching a member to a honeycomb core-stiffened structure (803, 1203), said apparatus (401, 701, 1001, 1201, 1301, 1401, 1501, 1601, 1607, 1701) comprising: a body (407, 707, 1007, 1403, 1505) configured to be disposed partially within the honeycomb core-stiffened structure (803, 1203); one or more elements extending from the body (407, 707, 1007, 1403, 1505) configured to be bonded to one or more walls of a honeycomb core (501, 801, 1707) of the honeycomb core-stiffened structure (803, 1203); and a fitting for attaching the member to the apparatus (401, 701, 1001, 1201, 1301, 1401, 1501, 1601, 1607, 1701) wherein the one or more elements extending from the body (407, 707, 1007, 1403, 1505) comprise: a plurality of tangs (403a-c, 703a-b, 1003a-b, 1709a-c) between which the one or more walls of the honeycomb core (501, 801, 1707) are disposed when the apparatus (401, 701, 1001, 1201, 1301, 1401, 1501, 1601, 1607, 1701) is in use, characterized by each of the plurality of tangs (403a-c, 703a-b, 1003a-b, 1709a-c) defining a plurality of protrusions (1101a, 1101b, 1103a, 1103b) configured to grip a wall of the one or more walls of the honeycomb core (501, 801, 1707). a body (407, 707, 1007, 1403, 1505) configured to be disposed partially within the honeycomb core-stiffened structure (803, 1203); one or more elements extending from the body (407, 707, 1007, 1403, 1505) configured to be bonded to one or more walls of a honeycomb core (501, 801, 1707) of the honeycomb core-stiffened structure (803, 1203); and a fitting for attaching the member to the apparatus (401, 701, 1001, 1201, 1301, 1401, 1501, 1601, 1607, 1701) wherein the one or more elements extending from the body (407, 707, 1007, 1403, 1505) comprise: a plurality of tangs (403a-c, 703a-b, 1003a-b, 1709a-c) between which the one or more walls of the honeycomb core (501, 801, 1707) are disposed when the apparatus (401, 701, 1001, 1201, 1301, 1401, 1501, 1601, 1607, 1701) is in use, characterized by each of the plurality of tangs (403a-c, 703a-b, 1003a-b, 1709a-c) defining a plurality of protrusions (1101a, 1101b, 1103a, 1103b) configured to grip a wall of the one or more walls of the honeycomb core (501, 801, 1707). a plurality of tangs (403a-c, 703a-b, 1003a-b, 1709a-c) between which the one or more walls of the honeycomb core (501, 801, 1707) are disposed when the apparatus (401, 701, 1001, 1201, 1301, 1401, 1501, 1601, 1607, 1701) is in use, characterized by each of the plurality of tangs (403a-c, 703a-b, 1003a-b, 1709a-c) defining a plurality of protrusions (1101a, 1101b, 1103a, 1103b) configured to grip a wall of the one or more walls of the honeycomb core (501, 801, 1707).
Household assistant for supporting a user in an activity in the household, comprising: - a housing; - a projector, which is accommodated in the housing; and - an apparatus (210, 405) for controlling a beam path of the projector such that either - a first surface, which is located on the housing, or - a second surface, which is located outside the housing, - can be used as a projection area, characterised in that - the first surface is provided as an element for the passage of light from the projector to the second surface, the transparency of which can be controlled, and - the projector is configured to output an image to be shown in an inverted manner, as a function of the projection area (210, 305) used. - a housing; - a projector, which is accommodated in the housing; and - an apparatus (210, 405) for controlling a beam path of the projector such that either - a first surface, which is located on the housing, or - a second surface, which is located outside the housing, - can be used as a projection area, characterised in that - the first surface is provided as an element for the passage of light from the projector to the second surface, the transparency of which can be controlled, and - the projector is configured to output an image to be shown in an inverted manner, as a function of the projection area (210, 305) used.
Fumed silica granules having: a BET surface area of 20 m 2 /g to 500 m 2 /g; a number average particle size d 50 of 350 μm to 2000 μm, as determined by laser diffraction method; a span (d 90 -d 10)/d 50 of particle size distribution of 0.8 - 3.0, as determined by laser diffraction method; a bulk density of more than 0.35 g/mL, as determined by mercury intrusion method; a pore volume for pores > 4 nm of not more than 1.5 cm 3 /g, as determined by mercury intrusion method. a BET surface area of 20 m 2 /g to 500 m 2 /g; a number average particle size d 50 of 350 μm to 2000 μm, as determined by laser diffraction method; a span (d 90 -d 10)/d 50 of particle size distribution of 0.8 - 3.0, as determined by laser diffraction method; a bulk density of more than 0.35 g/mL, as determined by mercury intrusion method; a pore volume for pores > 4 nm of not more than 1.5 cm 3 /g, as determined by mercury intrusion method.
A system for delivering an implant to a patient, comprising: an implant (110; 610) having an attachment strap spanning a distance between side portions; an end termination member (104; 604; 822, 824, 826, 828, 830, 832) attached to the strap, wherein the end termination member is a soft tissue anchor; the termination member including a ring (102;602) and pair of arms (106, 108; 606, 608) extending from the ring, the arms attached to the implant, wherein the arms extend beyond the side portions of the strap; a shaft (952; 1002) having a slot (960; 1014) located at a distal end for associating with the end termination member of the implant; and a sheath (860; 870; 880; 900; 930) having a hollow center adapted to allow the shaft to extend therethrough. an implant (110; 610) having an attachment strap spanning a distance between side portions; an end termination member (104; 604; 822, 824, 826, 828, 830, 832) attached to the strap, wherein the end termination member is a soft tissue anchor; the termination member including a ring (102;602) and pair of arms (106, 108; 606, 608) extending from the ring, the arms attached to the implant, wherein the arms extend beyond the side portions of the strap; a shaft (952; 1002) having a slot (960; 1014) located at a distal end for associating with the end termination member of the implant; and a sheath (860; 870; 880; 900; 930) having a hollow center adapted to allow the shaft to extend therethrough.
A radio frequency communication device comprising a radio frequency communication interface and a controller, wherein said controller is configured to: transmit a first message through said radio frequency communication interface to a receiving radio frequency communication device using a transmission format; the controller being characterized by being further configured to: receive an indication of a type of interference limiting the reception of the message from the receiving radio frequency communication device; adapt a transmission time for transmission and length of the message to be retransmitted based on said type of interference; and transmit a second message to the receiving radio frequency communication device at said adapted transmission time, wherein said second message has said adapted message length. receive an indication of a type of interference limiting the reception of the message from the receiving radio frequency communication device; adapt a transmission time for transmission and length of the message to be retransmitted based on said type of interference; and transmit a second message to the receiving radio frequency communication device at said adapted transmission time, wherein said second message has said adapted message length.
An electrode assembly comprising: two or more electrode plates, each of which has electrode tabs; and a one-unit sheet type separation film to cover one major surface and the other major surface of each of the electrode plates and side surfaces of the electrode plates, which constitute an electrode tab non-formation region, wherein the electrode plates are stacked in a height direction on the basis of a plane such that the electrode plates having opposite polarities face each other in a state in which the separation film is disposed between the electrode plates, wherein the electrode assembly further comprises one or more other electrode plates having different sizes from the electrode plates of the respective electrode plate (s) of the electrode assembly, and a stack structure of the electrode plates having different sizes forms a stair-like structure comprising one or more steps, each having a width and a height, wherein the stair-like structure is formed at the electrode tab non-formation region, and wherein the separation film is disposed in tight contact with stacked surfaces of the electrode plates and at side surface of the electrode plates, which constitute the electrode tab non-formation region at which a stair-like structure is formed. two or more electrode plates, each of which has electrode tabs; and a one-unit sheet type separation film to cover one major surface and the other major surface of each of the electrode plates and side surfaces of the electrode plates, which constitute an electrode tab non-formation region, wherein the electrode plates are stacked in a height direction on the basis of a plane such that the electrode plates having opposite polarities face each other in a state in which the separation film is disposed between the electrode plates, wherein the electrode assembly further comprises one or more other electrode plates having different sizes from the electrode plates of the respective electrode plate (s) of the electrode assembly, and a stack structure of the electrode plates having different sizes forms a stair-like structure comprising one or more steps, each having a width and a height, wherein the stair-like structure is formed at the electrode tab non-formation region, and wherein the separation film is disposed in tight contact with stacked surfaces of the electrode plates and at side surface of the electrode plates, which constitute the electrode tab non-formation region at which a stair-like structure is formed.
A method for mapping the trajectory of a part of the anatomy of a human or animal body, the method comprising: receiving first sensor signals from a sensor attached to part of the anatomy of the human or animal body, wherein the first sensor signals comprise three dimensional position information indicating the location of the sensor; determining from the first sensor signals at least two angles of rotation of the part of the anatomy to which the sensor is attached with respect to a centre of rotation of another part of the body, wherein the angles of rotation are selected from pitch, yaw and roll; transforming the signals to provide two dimensional coordinate data defined in a two dimensional coordinate space wherein a first dimension in the two dimensional coordinate space represents a first angle of rotation of the part of the anatomy and a second dimension in the two dimensional coordinate space represents a second angle of rotation of the part of the anatomy; and storing the two dimensional coordinate data, wherein transforming the signals comprises mapping the signals to an image space for display of the trajectory of the part of the anatomy. receiving first sensor signals from a sensor attached to part of the anatomy of the human or animal body, wherein the first sensor signals comprise three dimensional position information indicating the location of the sensor; determining from the first sensor signals at least two angles of rotation of the part of the anatomy to which the sensor is attached with respect to a centre of rotation of another part of the body, wherein the angles of rotation are selected from pitch, yaw and roll; transforming the signals to provide two dimensional coordinate data defined in a two dimensional coordinate space wherein a first dimension in the two dimensional coordinate space represents a first angle of rotation of the part of the anatomy and a second dimension in the two dimensional coordinate space represents a second angle of rotation of the part of the anatomy; and storing the two dimensional coordinate data, wherein transforming the signals comprises mapping the signals to an image space for display of the trajectory of the part of the anatomy.
A magnetic rotary encoder which for the fine resolution of the rotational angle of a shaft includes the following: - an exciter unit which images the rotation to be monitored and thereby rotates about an axis of rotation, said exciter unit including two first permanent magnets (7, 7) which are disposed symmetrically with respect to the axis of rotation at a mutual spacing such that their magnetization vectors (21, 21) which extend through their respective center of gravity extend in the same direction in relation to the common field lines and form a central field space which directly connects the permanent magnets (7, 7), and - a stationary fine resolution sensor unit for fine resolution of each revolution, said fine resolution sensor unit being so arranged that it can use the field of the central field space for measurement, and - an electronic processing means, characterized in that the magnetosensitive elements of the fine resolution sensor unit define by their magnetic field-sensitive surfaces which are perpendicularly orientated with respect to the axis of rotation a measurement plane which is perpendicular to the axis of rotation. - an exciter unit which images the rotation to be monitored and thereby rotates about an axis of rotation, said exciter unit including two first permanent magnets (7, 7) which are disposed symmetrically with respect to the axis of rotation at a mutual spacing such that their magnetization vectors (21, 21) which extend through their respective center of gravity extend in the same direction in relation to the common field lines and form a central field space which directly connects the permanent magnets (7, 7), and - a stationary fine resolution sensor unit for fine resolution of each revolution, said fine resolution sensor unit being so arranged that it can use the field of the central field space for measurement, and - an electronic processing means, characterized in that the magnetosensitive elements of the fine resolution sensor unit define by their magnetic field-sensitive surfaces which are perpendicularly orientated with respect to the axis of rotation a measurement plane which is perpendicular to the axis of rotation.
A steering system, comprising: an operation mechanism that includes an operation member used to perform a steering operation; and a steered mechanism that is not mechanically coupled to the operation mechanism, and that steers a wheel based on the steering operation of the operation member, wherein the operation mechanism includes a steering angle sensor that detects a steering angle of the operation member and inputs the detection result into a control unit, characterized by an additional steering direction detection unit that is configured to detect only a steering direction of the operation member and to input the detection result into said control unit. an operation mechanism that includes an operation member used to perform a steering operation; and a steered mechanism that is not mechanically coupled to the operation mechanism, and that steers a wheel based on the steering operation of the operation member, wherein the operation mechanism includes a steering angle sensor that detects a steering angle of the operation member and inputs the detection result into a control unit, characterized by an additional steering direction detection unit that is configured to detect only a steering direction of the operation member and to input the detection result into said control unit.