mhurhangee/ep-ind-claims huggingface dataset:
A communications device, comprising: a first determining module, configured to: when a dedicated channel, DCH, carries a signaling radio bearer, SRB, determine a position in which a current timeslot is located in a transmission interval of the SRB, wherein the transmission interval of the SRB is greater than or equal to 40ms; and a second determining module, configured to: when the position in which the current timeslot is located meets a preset condition, and a radio frame in which the current timeslot is located does not comprise the SRB or a dedicated physical channel, DPCH, transport block, determine not to send or not to receive a dedicated physical control channel, DPCCH, and/or a dedicated physical data channel, DPDCH, in the current timeslot; characterized in that the position in which the current timeslot is located meets a preset condition comprises: the current timeslot is not in a first preset time range of the transmission interval of the SRB, wherein the first preset time range is equal to one radio frame, the first preset time range is the first radio frame of the transmission interval of the SRB. a first determining module, configured to: when a dedicated channel, DCH, carries a signaling radio bearer, SRB, determine a position in which a current timeslot is located in a transmission interval of the SRB, wherein the transmission interval of the SRB is greater than or equal to 40ms; and a second determining module, configured to: when the position in which the current timeslot is located meets a preset condition, and a radio frame in which the current timeslot is located does not comprise the SRB or a dedicated physical channel, DPCH, transport block, determine not to send or not to receive a dedicated physical control channel, DPCCH, and/or a dedicated physical data channel, DPDCH, in the current timeslot; characterized in that the position in which the current timeslot is located meets a preset condition comprises: the current timeslot is not in a first preset time range of the transmission interval of the SRB, wherein the first preset time range is equal to one radio frame, the first preset time range is the first radio frame of the transmission interval of the SRB.
A method of generating ozone containing fluid comprising: drawing atmospheric air into an air compartment, generating ozone within the air compartment from air in the air compartment by conversion within the compartment of oxygen in the air within the compartment into ozone to form ozonated air, discharging the ozonated air from the air compartment, mixing the ozonated discharged air with a flowable fluid to form a ozonated fluid-air mixture, and passing the ozonated fluid-air mixture out a discharge outlet, including: providing a pump having the air compartment, operating the pump in a cycle of operation including the steps of drawing atmospheric air into the air compartment and discharging the ozonated air from the air compartment. drawing atmospheric air into an air compartment, generating ozone within the air compartment from air in the air compartment by conversion within the compartment of oxygen in the air within the compartment into ozone to form ozonated air, discharging the ozonated air from the air compartment, mixing the ozonated discharged air with a flowable fluid to form a ozonated fluid-air mixture, and passing the ozonated fluid-air mixture out a discharge outlet, including: providing a pump having the air compartment, operating the pump in a cycle of operation including the steps of drawing atmospheric air into the air compartment and discharging the ozonated air from the air compartment. providing a pump having the air compartment, operating the pump in a cycle of operation including the steps of drawing atmospheric air into the air compartment and discharging the ozonated air from the air compartment.
2-acetyl-6-(2-(2-(4-bromobenzylidene)hydrazinyl)thiazole-4-yl)-3,7,9-trihydroxy-8,9b-dimethyldibenzo[b,d]furan-1 -one of formula I: which has inhibitory action human tyrosyl-DNA phosphodiesterase 1 enzyme.
A training device for ball sports, comprising: a launching structure comprising an aperture sized and shaped to allow balls to pass linearly through the aperture along the central axis of the aperture, and a launching means configured to contact a ball within the aperture at a plurality of contact locations spaced around the surface of the ball, and to drive the ball through the aperture; a supporting means configured to support the launching structure above a surface, the supporting means comprising a stand; characterised in that the launching structure comprises a frame configured to form the aperture and extend to each side of the aperture, the launching structure and supporting means configured such that in use the launching structure can be rotated about the central axis to alter the position of the contact locations, the frame further comprising a circular segment connected to the frame so that the segment is located slightly rearwards of the aperture; the stand further comprising a plurality of bearings, configured to connect with the circular segment to detachably mount the launching structure on the stand, and allow the launching structure to be rotated about the central axis to alter the position of the contact locations; each of the bearings formed so as to appear circular in front or rear view, and H-shaped in side view, the width of the channel of the H substantially the same as the thickness of the segment. a launching structure comprising an aperture sized and shaped to allow balls to pass linearly through the aperture along the central axis of the aperture, and a launching means configured to contact a ball within the aperture at a plurality of contact locations spaced around the surface of the ball, and to drive the ball through the aperture; a supporting means configured to support the launching structure above a surface, the supporting means comprising a stand; characterised in that the launching structure comprises a frame configured to form the aperture and extend to each side of the aperture, the launching structure and supporting means configured such that in use the launching structure can be rotated about the central axis to alter the position of the contact locations, the frame further comprising a circular segment connected to the frame so that the segment is located slightly rearwards of the aperture; the stand further comprising a plurality of bearings, configured to connect with the circular segment to detachably mount the launching structure on the stand, and allow the launching structure to be rotated about the central axis to alter the position of the contact locations; each of the bearings formed so as to appear circular in front or rear view, and H-shaped in side view, the width of the channel of the H substantially the same as the thickness of the segment.
Method for operating a motor vehicle with a safety system and a fully automatic driver assistance system designed for fully-automatic operation of the motor vehicle, wherein the safety system is designed to perform an autonomous driver intervention when at least one intervention condition evaluating the current driving situation, described by driving situation data which contain prediction data about future vehicle control measures of the motor vehicle, is met, characterized in that in the case of fully automatic operation by the driver assistance system and in the case of at least partial operation controlled by a driver the prediction data are determined by means of a prediction module which is independent of the safety system and are transmitted to the safety system via a single data interface which is used by the driver assistance system and the prediction module.
A system for processing mailpieces, comprising: a registration plate having a contact surface for registering a first surface of each of the mailpieces; at least one conveyor belt opposing the contact surface of the registration plate and rotatable around a plurality of rollers (22,24), the conveyor belt having a drive surface for engaging a second surface of each of the mailpieces for conveyance along a feed path; and a compliant deck disposed beneath and supporting an underside surface of the at least one conveyor belt; and a spring biasing device operative to bias the compliant deck and the at least one conveyor belt toward the contact surface of the registration plate such that the first surface of each of the mailpieces is urged into engagement with the contact surface during processing, characterised in that the compliant deck is a flexible metal sheet having characteristic stiffnesses in directions parallel and orthogonal to the feed path, the characteristic stiffness parallel to the feed path being greater than the characteristic stiffness orthogonal to the feed path. a registration plate having a contact surface for registering a first surface of each of the mailpieces; at least one conveyor belt opposing the contact surface of the registration plate and rotatable around a plurality of rollers (22,24), the conveyor belt having a drive surface for engaging a second surface of each of the mailpieces for conveyance along a feed path; and a compliant deck disposed beneath and supporting an underside surface of the at least one conveyor belt; and a spring biasing device operative to bias the compliant deck and the at least one conveyor belt toward the contact surface of the registration plate such that the first surface of each of the mailpieces is urged into engagement with the contact surface during processing, characterised in that the compliant deck is a flexible metal sheet having characteristic stiffnesses in directions parallel and orthogonal to the feed path, the characteristic stiffness parallel to the feed path being greater than the characteristic stiffness orthogonal to the feed path.
A content delivery network comprising: (a) a control core; and (b) a plurality of cache servers, each particular cache server of said plurality of cache servers being constructed and adapted to: (b) upon joining the CDN, (b) obtain global configuration data from the control core; and (b) having joined the CDN, (b) obtain updated global configuration data, if needed; and (b) obtain customer configuration information associated with at least one customer of the CDN; (b) serve a particular resource associated with a particular customer of the CDN in accordance with (i) the global configuration data, and (ii) customer configuration information obtained in (b) and associated with the particular customer. (a) a control core; and (b) a plurality of cache servers, each particular cache server of said plurality of cache servers being constructed and adapted to: (b) upon joining the CDN, (b) obtain global configuration data from the control core; and (b) having joined the CDN, (b) obtain updated global configuration data, if needed; and (b) obtain customer configuration information associated with at least one customer of the CDN; (b) serve a particular resource associated with a particular customer of the CDN in accordance with (i) the global configuration data, and (ii) customer configuration information obtained in (b) and associated with the particular customer. (b) upon joining the CDN, (b) obtain global configuration data from the control core; and (b) obtain global configuration data from the control core; and (b) having joined the CDN, (b) obtain updated global configuration data, if needed; and (b) obtain customer configuration information associated with at least one customer of the CDN; (b) serve a particular resource associated with a particular customer of the CDN in accordance with (i) the global configuration data, and (ii) customer configuration information obtained in (b) and associated with the particular customer. (b) obtain updated global configuration data, if needed; and (b) obtain customer configuration information associated with at least one customer of the CDN; (b) serve a particular resource associated with a particular customer of the CDN in accordance with (i) the global configuration data, and (ii) customer configuration information obtained in (b) and associated with the particular customer.
A dispenser for bags comprising: (a) one or more braking surfaces for contacting a portion of a wound roll of bags; (b) two support arms configured to receive a wound roll of bags therebetween; (c) at least one tab on each support arm configured to engage a core of the wound roll of bags to provide an inward force against the wound roll of bags; wherein the two support arms are positioned relative to the one or more braking surfaces so as to allow the wound roll of bags to contact at least one of the braking surfaces when the core of the wound roll of bags is engaged by the tabs and wherein the two support arms are configured to swivel so that the wound roll of bags remains in contact with at least one of the braking surfaces as the wound roll of bags is depleted; and (d) a separator positioned relative to the braking surface to separate an individual bag from the wound roll of bags. (a) one or more braking surfaces for contacting a portion of a wound roll of bags; (b) two support arms configured to receive a wound roll of bags therebetween; (c) at least one tab on each support arm configured to engage a core of the wound roll of bags to provide an inward force against the wound roll of bags; wherein the two support arms are positioned relative to the one or more braking surfaces so as to allow the wound roll of bags to contact at least one of the braking surfaces when the core of the wound roll of bags is engaged by the tabs and wherein the two support arms are configured to swivel so that the wound roll of bags remains in contact with at least one of the braking surfaces as the wound roll of bags is depleted; and (d) a separator positioned relative to the braking surface to separate an individual bag from the wound roll of bags.
A method for capturing an image using an array camera, the method comprising: determining an application associated with capturing an image using an array camera, wherein the array camera comprises a single first sensor comprising a Bayer filter including at least one red filter (256, 258, 264, 266), at least one green filter (252, 254, 255, 257, 260, 262, 263, 265) and at least one blue filter (251, 253, 259, 261), and a plurality of second sensors, each of the plurality of second sensors comprising one of a red filter (256, 258, 264, 266), a green filter (252, 254, 255, 257, 260, 262, 263, 265), or a blue filter (251, 253, 259, 261), prior to capturing the image, determining (120, 130) whether the application requires (i) the image to have a first resolution equal to or greater than a predetermined resolution, and (ii) depth information associated with the image; and in response to determining the application does not require the image to have the first resolution, and the depth information, activating the single first sensor, deactivating the plurality of second sensors and capturing the image using the first sensor of the array camera. determining an application associated with capturing an image using an array camera, wherein the array camera comprises a single first sensor comprising a Bayer filter including at least one red filter (256, 258, 264, 266), at least one green filter (252, 254, 255, 257, 260, 262, 263, 265) and at least one blue filter (251, 253, 259, 261), and a plurality of second sensors, each of the plurality of second sensors comprising one of a red filter (256, 258, 264, 266), a green filter (252, 254, 255, 257, 260, 262, 263, 265), or a blue filter (251, 253, 259, 261), prior to capturing the image, determining (120, 130) whether the application requires (i) the image to have a first resolution equal to or greater than a predetermined resolution, and (ii) depth information associated with the image; and (i) the image to have a first resolution equal to or greater than a predetermined resolution, and (ii) depth information associated with the image; and in response to determining the application does not require the image to have the first resolution, and the depth information, activating the single first sensor, deactivating the plurality of second sensors and capturing the image using the first sensor of the array camera.
A computer program product stored on a computer-readable medium, the computer program product comprising: executable code means for a certificate authority service which, when executed by a processor of a first device (100,200,500), results in: receiving from a process (104,220,530) on the first device a certificate request comprising an indication of an identity of the process, a process public key (228,536), and an indication (122,222,532) of one or more capabilities purported to be possessed by the process on the first device; verifying any of the one or more capabilities purported to be possessed by the process on the first device; and creating a process certificate (102,224,538) that binds the identity of the process to the process public key, the process certificate comprising indications (234,546) of the verified capabilities, the process certificate digitally signed using a private key (202,514) of the first device that, together with a public key (204,516) of the first device, forms a public/private key pair, wherein the first device is operable to make a device certificate (112,206,518) available to a second device (106,250,600) in any manner, and the device certificate binds an identity of the first device to the public key. executable code means for a certificate authority service which, when executed by a processor of a first device (100,200,500), results in: receiving from a process (104,220,530) on the first device a certificate request comprising an indication of an identity of the process, a process public key (228,536), and an indication (122,222,532) of one or more capabilities purported to be possessed by the process on the first device; verifying any of the one or more capabilities purported to be possessed by the process on the first device; and creating a process certificate (102,224,538) that binds the identity of the process to the process public key, the process certificate comprising indications (234,546) of the verified capabilities, the process certificate digitally signed using a private key (202,514) of the first device that, together with a public key (204,516) of the first device, forms a public/private key pair, receiving from a process (104,220,530) on the first device a certificate request comprising an indication of an identity of the process, a process public key (228,536), and an indication (122,222,532) of one or more capabilities purported to be possessed by the process on the first device; verifying any of the one or more capabilities purported to be possessed by the process on the first device; and creating a process certificate (102,224,538) that binds the identity of the process to the process public key, the process certificate comprising indications (234,546) of the verified capabilities, the process certificate digitally signed using a private key (202,514) of the first device that, together with a public key (204,516) of the first device, forms a public/private key pair, wherein the first device is operable to make a device certificate (112,206,518) available to a second device (106,250,600) in any manner, and the device certificate binds an identity of the first device to the public key.
Trailer coupling for a motor vehicle with a coupling arm, wherein the coupling arm is pivotably mounted on a holder which is or may be attached to the motor vehicle with the aid of a swivel bearing between a position of use and an inoperative position, wherein the coupling arm in the position of use extends further back beyond a rear section of the motor vehicle for attaching a trailer or mounting a load carrier than in the inoperative position provided for when the coupling arm is not in use, wherein the swivel bearing has a holder bearing location provided on the holder and a coupling arm bearing element carrying the coupling arm and mounted on the holder bearing location, pivotable around a swivel axis, wherein the coupling arm bearing element engages in an inner periphery of the holder bearing location, characterised in that on an inner periphery of the holder bearing location and an outer periphery of the coupling arm bearing element, a bearing slot and a bearing projection engage in one another around the swivel axis, for the rotatable mounting of the coupling arm bearing element in the holder bearing location.
A resource configuration method for handover, comprising: determining, by a first network node, a plurality of groups of handover resource configuration information corresponding to a plurality of network nodes one to one, wherein the plurality of network nodes comprise a second network node; sending, by the first network node, the plurality of groups of handover resource configuration information and identification information of the corresponding network nodes to a mobile station; and receiving, by the first network node, handover indication information from the mobile station, the handover indication information indicating that the mobile station will be handed over, wherein after receiving, by the first network node, the handover indication information from the mobile station, the method further comprises: sending, by the first network node, first indication information to the mobile station, wherein the first indication information comprises identification information of the second network node, to enable the mobile station to determine handover resource configuration information corresponding to the identification information according to the identification information of the second network node in the first indication information, and the first indication information is to indicate the mobile station to communicate with the second network node by using a configuration indicated by the determined handover resource configuration information. determining, by a first network node, a plurality of groups of handover resource configuration information corresponding to a plurality of network nodes one to one, wherein the plurality of network nodes comprise a second network node; sending, by the first network node, the plurality of groups of handover resource configuration information and identification information of the corresponding network nodes to a mobile station; and receiving, by the first network node, handover indication information from the mobile station, the handover indication information indicating that the mobile station will be handed over, wherein after receiving, by the first network node, the handover indication information from the mobile station, the method further comprises: sending, by the first network node, first indication information to the mobile station, wherein the first indication information comprises identification information of the second network node, to enable the mobile station to determine handover resource configuration information corresponding to the identification information according to the identification information of the second network node in the first indication information, and the first indication information is to indicate the mobile station to communicate with the second network node by using a configuration indicated by the determined handover resource configuration information.