mhurhangee/ep-ind-claims huggingface dataset:
A computer program that causes a computer to execute a process comprising: acquiring a first verifiable credential, VC, that proves validity of attribute information of a holder by a first signature verifiable by verification procedures of a first decentralized identifiers, DID, infrastructure and a second VC that proves the validity of the attribute information of the holder by a second signature verifiable by verification procedures of a second DID infrastructure which have different signature and verification scheme from the first DID infrastructure, the first VC being issued by an issuer device that manages the attribute information of the holder, the second VC being issued, in response to a request for reissuance based on the first VC, by a re-signing device capable of verifying the first signature contained in the first VC by the verification procedures of the first DID infrastructure; verifying the second signature contained in the second VC by the verification procedures of the second DID infrastructure; transmitting a verification request for verifying the first signature contained in the first VC to a verification device (7a, 7b) capable of verifying the first signature contained in the first VC by the verification procedures of the first DID infrastructure; and acquiring, from the verification device (7a, 7b), verification results of the first signature contained in the first VC. acquiring a first verifiable credential, VC, that proves validity of attribute information of a holder by a first signature verifiable by verification procedures of a first decentralized identifiers, DID, infrastructure and a second VC that proves the validity of the attribute information of the holder by a second signature verifiable by verification procedures of a second DID infrastructure which have different signature and verification scheme from the first DID infrastructure, the first VC being issued by an issuer device that manages the attribute information of the holder, the second VC being issued, in response to a request for reissuance based on the first VC, by a re-signing device capable of verifying the first signature contained in the first VC by the verification procedures of the first DID infrastructure; verifying the second signature contained in the second VC by the verification procedures of the second DID infrastructure; transmitting a verification request for verifying the first signature contained in the first VC to a verification device (7a, 7b) capable of verifying the first signature contained in the first VC by the verification procedures of the first DID infrastructure; and acquiring, from the verification device (7a, 7b), verification results of the first signature contained in the first VC.
A method of making an electrical stimulation lead, the method comprising: a) attaching a plurality of segmented electrodes to an interior of a ring in a circumferentially spaced-apart arrangement, wherein the ring defines a plurality of holes extending from the interior to an exterior of the ring; b) attaching a conductor wire to each of the segmented electrodes; c) coupling the ring with the segmented electrodes to a lead body; and d) after coupling to the lead body, removing at least those portions of the ring between the segmented electrodes to separate the plurality of segmented electrodes from each other. a) attaching a plurality of segmented electrodes to an interior of a ring in a circumferentially spaced-apart arrangement, wherein the ring defines a plurality of holes extending from the interior to an exterior of the ring; b) attaching a conductor wire to each of the segmented electrodes; c) coupling the ring with the segmented electrodes to a lead body; and d) after coupling to the lead body, removing at least those portions of the ring between the segmented electrodes to separate the plurality of segmented electrodes from each other.
An electronic control device comprising: - a circuit board mounted with an electronic part; - a case covering the circuit board; and - a breathing filter film having an inside case side and an outside case side disposed between the inside and the outside of the case, wherein the case includes: - a base portion adapted to have the circuit board mounted thereon, and - a rectangular resin cover portion covering the circuit board, the resin cover portion includes an upper surface portion, a plurality of side surface portions connecting to the upper surface portion, and a corner portion surrounded by the upper surface portion and two of the side surface portions, each of the two of the side surface portions has an opening portion on the outside case side, a breathing path that communicates with the opening portions of each of the two of the side surface portions is provided within the resin cover portion, and the breathing path connecting to the outside case side of the breathing filter film via a breathing hole, characterized in that the breathing filter film is provided at the corner portion and is arranged at an angle with respect to the upper surface portion. - a circuit board mounted with an electronic part; - a case covering the circuit board; and - a breathing filter film having an inside case side and an outside case side disposed between the inside and the outside of the case, wherein the case includes: - a base portion adapted to have the circuit board mounted thereon, and - a rectangular resin cover portion covering the circuit board, the resin cover portion includes an upper surface portion, a plurality of side surface portions connecting to the upper surface portion, and a corner portion surrounded by the upper surface portion and two of the side surface portions, each of the two of the side surface portions has an opening portion on the outside case side, a breathing path that communicates with the opening portions of each of the two of the side surface portions is provided within the resin cover portion, and the breathing path connecting to the outside case side of the breathing filter film via a breathing hole, - a base portion adapted to have the circuit board mounted thereon, and - a rectangular resin cover portion covering the circuit board, the resin cover portion includes an upper surface portion, a plurality of side surface portions connecting to the upper surface portion, and a corner portion surrounded by the upper surface portion and two of the side surface portions, each of the two of the side surface portions has an opening portion on the outside case side, a breathing path that communicates with the opening portions of each of the two of the side surface portions is provided within the resin cover portion, and the breathing path connecting to the outside case side of the breathing filter film via a breathing hole,
A method for wireless communications by a user equipment, UE, comprising: obtaining a first parameter, wherein the first parameter comprises a sounding reference signal resource indicator value; obtaining a second parameter comprising an indication of a power control process and an indication of a downlink reference signal index value; obtaining a third parameter based at least in part on the first parameter, wherein the third parameter comprises an open-loop power control index; determining transmit power for a physical uplink shared channel (PUSCH) transmission based at least in part on the first, second, and third parameters; and transmitting the PUSCH, using the transmit power. obtaining a first parameter, wherein the first parameter comprises a sounding reference signal resource indicator value; obtaining a second parameter comprising an indication of a power control process and an indication of a downlink reference signal index value; obtaining a third parameter based at least in part on the first parameter, wherein the third parameter comprises an open-loop power control index; determining transmit power for a physical uplink shared channel (PUSCH) transmission based at least in part on the first, second, and third parameters; and transmitting the PUSCH, using the transmit power.
A full arc admission steam turbine, comprises a plurality of nozzle boxes for inducing steam, and a plurality of nozzle plates for bearing nozzles, one nozzle plate corresponding to each nozzle box, the steam turbine further comprises a plurality of spacer plates corresponding to the plurality of nozzle boxes, wherein the spacer plate is disposed between the nozzle plate and the nozzle box, by which a flow path is formed between the plurality of nozzle boxes and the plurality of the nozzle plates through the plurality of spacer plates to achieve a full arc admission wherein the spacer plate is configured to be part of a circle, and the spacer plate comprise an outer ring, an inner ring separated from the inner ring by a communication space formed as part of the flow path, characterized in that two link portions disposed at opposite leading and trailing ends of the outer ring and the inner ring to connect the outer ring and the inner ring, the link portion having a less length in an axial direction of the steam turbine than that of the outer ring and the inner ring such that the flow path communicates with two adjacent communication spaces.
A method for providing a measure indicative of impact time between an image sensor and an object relatively moving at least partially towards, or away from, the image sensor, wherein the method comprises: - obtaining image data comprising a first set of pixel data for pixel positions (1..N) of the image sensor and a second set of pixel data for said pixel positions (1..N), wherein the pixel data at each (i) of said pixel positions (1..N) in the first set relate to sensed pixel data by the image sensor for that pixel position (i) when imaging said object a first time and pixel data at each (i) of said pixel positions (1..N) in the second set relate to pixel data sensed by the image sensor for that pixel position (i) when subsequently imaging said object a later second time, - identifying local extreme points, "LEPs" in the first set of pixel data, - identifying new LEPs in the second set of pixel data, which new LEPs are LEPs in pixel positions without identified LEPs in the first set of pixel data; - computing a first value proportional to the total number of said identified new LEPs in the second set of pixel data, and - providing said measure indicative of impact time based on said first value. - obtaining image data comprising a first set of pixel data for pixel positions (1..N) of the image sensor and a second set of pixel data for said pixel positions (1..N), wherein the pixel data at each (i) of said pixel positions (1..N) in the first set relate to sensed pixel data by the image sensor for that pixel position (i) when imaging said object a first time and pixel data at each (i) of said pixel positions (1..N) in the second set relate to pixel data sensed by the image sensor for that pixel position (i) when subsequently imaging said object a later second time, - identifying local extreme points, "LEPs" in the first set of pixel data, - identifying new LEPs in the second set of pixel data, which new LEPs are LEPs in pixel positions without identified LEPs in the first set of pixel data; - computing a first value proportional to the total number of said identified new LEPs in the second set of pixel data, and - providing said measure indicative of impact time based on said first value.
An inhalation device (10, 110, 210, 310, 410, 501, 601) configured to hold an inhalant-generating component (13, 502, 602) to generate an inhalant to be drawn through the device and inhaled by a user, comprising a body (11, 411) having a first open end configured to receive an inhalant-generating component and, a second open end in fluid communication with the first open end through which a user may draw inhalant from the inhalant-generating component, wherein the body is configured to receive a flavour delivery component (12, 218, 423) having an organoleptic material (63, 222, 431) to selectively allow or prevent addition of an organoleptic additive into an inhalant stream drawn through the device, and wherein the device includes a ventilation control mechanism (15, 115, 430) configured to selectively allow different amounts of ambient air into the body to mix with and dilute the inhalant stream as it is drawn through the device in use.
Housing for an electronic device, having two housing shells, wherein a first housing shell is constructed as a lower shell and a second housing shell is constructed as an upper shell which can be positioned on the lower shell, wherein a viewing and/or activation window which is closed with a display protection film is constructed in the upper shell, and wherein a connection between the housing shells is sealed by a peripheral seal, characterized in that the seal is composed of at least two sealing segments (8, 9, 10, 11) which are separate from each other and which are placed against each other in an extent direction of the peripheral seal.
Kit comprising a mould (1; 101; 201) for kids and a powder water-sensitive mixture for making a bijou through said mould, wherein said mould comprises at least one body (2; 102) having a lower face, an opposing upper face and a side wall comprised between said lower face and said upper face, and at least one cavity opened on said upper face and equipped with a bottom, wherein said at least one body (2; 102) is of a flexible and/or deformable material, and wherein said mixture comprises polyvinyl alcohol in an amount between 80 wt% and 90 wt% to the total weight of the mixture, guar gum in an amount between 0.5 wt% and 10 wt% to the total weight of the mixture and ethylene vinyl acetate in an amount between 4 wt% and 15 wt% to the total weight of the mixture.
Apparatus for processing a received radio signal, the apparatus comprising means (5, 6, P; 41, 42) configured for: - processing received radio signal data with a first signal processing chain, wherein said first processing chain comprises at least one first processing module (44, 45) configured for determining first output data (y 1, z 1) based on said received radio signal data, - processing said received radio signal data with a second signal processing chain, wherein said second processing chain comprises at least one second processing module (47, 49) configured for determining an estimation (y 2, z 2) of said first output data (y 1, z 1) based on said received radio signal data, and at least one neural network (48, 50) configured for determining second output data (y 3, z 3) based on said estimation (y 2, z 2), - updating parameters of said at least one neural network (48, 50) based on a comparison between said first output data (y 1, z 1) and said second output data (y 3, z 3), - after said updating, processing said received radio signal data with said second signal processing chain, without applying said at least one first processing module (44, 45). - processing received radio signal data with a first signal processing chain, wherein said first processing chain comprises at least one first processing module (44, 45) configured for determining first output data (y 1, z 1) based on said received radio signal data, - processing said received radio signal data with a second signal processing chain, wherein said second processing chain comprises at least one second processing module (47, 49) configured for determining an estimation (y 2, z 2) of said first output data (y 1, z 1) based on said received radio signal data, and at least one neural network (48, 50) configured for determining second output data (y 3, z 3) based on said estimation (y 2, z 2), - updating parameters of said at least one neural network (48, 50) based on a comparison between said first output data (y 1, z 1) and said second output data (y 3, z 3), - after said updating, processing said received radio signal data with said second signal processing chain, without applying said at least one first processing module (44, 45).
A pack with an inner volume in which a food or beverage ingredient is stored and in which a beverage is produced when water is introduced inside, said pack comprising: - at least one inlet configured for supplying water in the inner volume of the pack, - at least one outlet for dispensing a beverage from the inner volume of the pack, - the inlet and the outlet being positioned next to the bottom of the pack, the water inlet being configured for introducing water under the form of a jet in the inner volume of the pack, the beverage outlet being a straight tube, said pack being characterized in that the pack presents a plane shape oriented along a plane which can be vertically oriented during beverage production while the water inlet orientates the jet of water in a direction comprised in said plane and the beverage outlet is oriented vertically at the bottom of the pack. - at least one inlet configured for supplying water in the inner volume of the pack, - at least one outlet for dispensing a beverage from the inner volume of the pack, - the inlet and the outlet being positioned next to the bottom of the pack, the water inlet being configured for introducing water under the form of a jet in the inner volume of the pack, the beverage outlet being a straight tube,
A mounting structure for a drive device in a series hybrid vehicle, the drive device including a power generation unit, and a drive unit, the power generation unit including an engine and a generator that is driven by the engine to generate electric power, the drive unit including a motor for traveling, which is supplied with the electric power to output a drive force for traveling, and a power transmission mechanism that outputs torque from the motor for traveling toward a driving wheel, a frame member of a vehicle body is provided inside an engine compartment, the mounting structure characterized in that:; the power generation unit and the drive unit are arranged, inside the engine compartment, side by side in a width direction of the series hybrid vehicle so as not to contact each other, and are each connected to the frame member via a mount member (M1, M2, M3, M4, M5); and a portion of the power generation unit and a portion of the drive unit, which are close to each other in the width direction, are connected by a connecting member having an anti-vibration elastic body.; the power generation unit and the drive unit are arranged, inside the engine compartment, side by side in a width direction of the series hybrid vehicle so as not to contact each other, and are each connected to the frame member via a mount member (M1, M2, M3, M4, M5); and a portion of the power generation unit and a portion of the drive unit, which are close to each other in the width direction, are connected by a connecting member having an anti-vibration elastic body.
A roaming method for a terminal connected to a first mobile telephone network and provided with a subscriber identification card of the terminal which comprises storage means in which are stored elementary files including an EF-FPLMN list of forbidden mobile telephone networks to which the terminal is not allowed to connect and an EF-PPLMN list of preferred mobile telephone networks to which the terminal connects as a priority, the method comprising the implementation by means for processing of the subscriber identification card of the steps of: (a) Detecting a deficiency affecting the data service of said first network to which the terminal is connected; (b) registering said first network for which the data service deficiency was detected in the EF-FPLMN list of forbidden mobile telephone networks; (c) selecting a new mobile telephone network (1b, 1c) and connecting the terminal to said new network (1b, 1c); (d) Once the connection of the terminal to said new network (1b, 1c) has been established, removing said first network from the EF-PLMN list of forbidden mobile telephone networks; the method being characterized in that, in order to avoid said first network being listed both in the EF-FPLMN list of forbidden mobile phone networks and in the EF-PPLMN list of preferred mobile phone networks, the EF-PPLMN list of preferred cell phone networks is empty or, if said first network for which the deficiency affecting the data service has been detected is listed before step (a) in the EF-PPLMN list of preferred mobile telephone networks, it is proceeded at step (b) of removing said first network from the EF-PPLMN list of preferred mobile telephone networks and at step (f) of re-registering said first network in the EF-PPLMN list of preferred mobile telephone networks. (a) Detecting a deficiency affecting the data service of said first network to which the terminal is connected; (b) registering said first network for which the data service deficiency was detected in the EF-FPLMN list of forbidden mobile telephone networks; (c) selecting a new mobile telephone network (1b, 1c) and connecting the terminal to said new network (1b, 1c); (d) Once the connection of the terminal to said new network (1b, 1c) has been established, removing said first network from the EF-PLMN list of forbidden mobile telephone networks;
A battery pack (10, 10B, 330) for a power tool, the battery pack comprising: one or more battery cells; a first terminal (BAT+) electrically connected to the one or more battery cells; a high current power supply terminal (BAT-); a power switch electrically connected between the one or more battery cells and the high current power supply terminal(BAT-); a low current power supply terminal (COMM-) electrically connected to the one or more battery cells, the first terminal (BAT+) and low current power supply terminal (COMM-) operable to provide a substantially continuous low current to the power tool during a normal operating state of the battery pack (10, 10B, 330); a pinch-off circuit (F1, R69, D26, Q19, R64, R65, D22) electrically connected between the low current power supply terminal (COMM-) and the one or more battery cells and a controller operable to control the power switch to provide high current power through the high current power supply terminal (BAT-) in response to a call for power from the power tool wherein the pinch-off circuit (F1, R60, D26, Q19, R64, R65, D22) includes a switch operable to open the electrical connection between the low current power supply terminal (COMM-) and the one or more battery cells when a battery pack voltage of the one or more battery cells reaches a low voltage threshold. one or more battery cells; a first terminal (BAT+) electrically connected to the one or more battery cells; a high current power supply terminal (BAT-); a power switch electrically connected between the one or more battery cells and the high current power supply terminal(BAT-); a low current power supply terminal (COMM-) electrically connected to the one or more battery cells, the first terminal (BAT+) and low current power supply terminal (COMM-) operable to provide a substantially continuous low current to the power tool during a normal operating state of the battery pack (10, 10B, 330); a pinch-off circuit (F1, R69, D26, Q19, R64, R65, D22) electrically connected between the low current power supply terminal (COMM-) and the one or more battery cells and a controller operable to control the power switch to provide high current power through the high current power supply terminal (BAT-) in response to a call for power from the power tool wherein the pinch-off circuit (F1, R60, D26, Q19, R64, R65, D22) includes a switch operable to open the electrical connection between the low current power supply terminal (COMM-) and the one or more battery cells when a battery pack voltage of the one or more battery cells reaches a low voltage threshold.
A use of a composition comprising a peptide consisting of an amino acid sequence of SEQ ID NO: 1 comprising an RGD motif (Arg-Gly-Asp motif) or its fragment comprising an RGD motif (Arg-Gly-Asp motif) as an active ingredient, for skin wrinkle reduction.