mhurhangee/ep-ind-claims huggingface dataset:
A channel state information processing method, comprising: • configuring, by a network device, at least one piece of channel state information, CSI, reporting configuration information and resource configuration information corresponding to the at least one piece of CSI reporting configuration information, wherein one piece of the CSI reporting configuration information corresponds to at least two pieces of resource configuration information, wherein one of the at least two pieces of resource configuration information is used for interference measurement and comprises a channel state information-reference signal, CSI-RS, resource set, and wherein the CSI-RS resource set corresponds to at least one CSI report (S 201); and • sending, by the network device, the at least one piece of CSI reporting configuration information and the resource configuration information corresponding to the at least one piece of CSI reporting configuration information to a terminal device (S 202), wherein the CSI-RS resource set comprises at least one of an NZP CSI-RS resource and a zero power channel state information-reference signal, ZP CSI-RS, resource, and wherein the CSI-RS resource set corresponds to at least one interference measurement hypothesis. • configuring, by a network device, at least one piece of channel state information, CSI, reporting configuration information and resource configuration information corresponding to the at least one piece of CSI reporting configuration information, wherein one piece of the CSI reporting configuration information corresponds to at least two pieces of resource configuration information, wherein one of the at least two pieces of resource configuration information is used for interference measurement and comprises a channel state information-reference signal, CSI-RS, resource set, and wherein the CSI-RS resource set corresponds to at least one CSI report (S 201); and • sending, by the network device, the at least one piece of CSI reporting configuration information and the resource configuration information corresponding to the at least one piece of CSI reporting configuration information to a terminal device (S 202), wherein the CSI-RS resource set comprises at least one of an NZP CSI-RS resource and a zero power channel state information-reference signal, ZP CSI-RS, resource, and wherein the CSI-RS resource set corresponds to at least one interference measurement hypothesis.
Peptide characterized by comprising an amino acid sequence selected from the group consisting of SEQ ID No. 1, SEQ ID No. 2 and SEQ ID No. 3, or an amino acid sequence with at least 80% identity with the SEQ ID No. 1, SEQ ID No. 2 or SEQ ID No. 3 with antimicrobial activity.
A network access control method, performed by a terminal device, characterized by, comprising: receiving a network access control policy, wherein the network access control policy comprises a service priority of the public network and a service priority of the NPN; obtaining a network connection capability of the terminal device, the network connection capability comprising a capability of connecting to a public network and a non-public network that are mutually independent; and based on the network access control policy, performing access control on the terminal device according to a network service requirement and the network connection capability of the terminal device in response to the terminal device being in a connected state, the network service requirement comprising a network access requirement corresponding to a network service the terminal device is to process. receiving a network access control policy, wherein the network access control policy comprises a service priority of the public network and a service priority of the NPN; obtaining a network connection capability of the terminal device, the network connection capability comprising a capability of connecting to a public network and a non-public network that are mutually independent; and based on the network access control policy, performing access control on the terminal device according to a network service requirement and the network connection capability of the terminal device in response to the terminal device being in a connected state, the network service requirement comprising a network access requirement corresponding to a network service the terminal device is to process.
An access control device comprising a first housing, an obstacle mounted to move in translation in the first housing, a second housing receiving an electric motor-and-gearbox unit, and a deformable link connected to the obstacle and co-operating with the rotor gearbox unit, the device being characterized in that the second housing is spaced apart from the first housing, and in that the access control device has a mechanical return device (36 to 38) for returning the obstacle towards a projecting position outside the first housing, which device, is connected to the deformable link and is arranged in the second housing.
A cable assembly (102a, 102b), comprising: a plurality of conductors (108a, 108b) in a Litz cable arrangement, in which each of the plurality of conductors within the Litz cable arrangement is electrically insulated from each other; a layer of high temperature magnet wire insulation (110a, 110b) over the Litz cable arrangement; an inner silicone dielectric jacket (114a, 114b) over the layer of high temperature magnet wire insulation (110a, 110b); and an outer silicone jacket (120a, 120b) over the inner silicone dielectric jacket (114a, 114b). a plurality of conductors (108a, 108b) in a Litz cable arrangement, in which each of the plurality of conductors within the Litz cable arrangement is electrically insulated from each other; a layer of high temperature magnet wire insulation (110a, 110b) over the Litz cable arrangement; an inner silicone dielectric jacket (114a, 114b) over the layer of high temperature magnet wire insulation (110a, 110b); and an outer silicone jacket (120a, 120b) over the inner silicone dielectric jacket (114a, 114b).
A wireless sound-emitting device, comprising: a housing adapted to be coupled to a wall at a source of electric power; at least one loudspeaker positioned at a periphery of the housing, the at least one loudspeaker being arranged to emit, from behind a protective grille, acoustic signals in a direction facing sideways out of the housing and parallel to the wall when the housing is coupled to the wall; a control module configured to output an electric audio signal to the at least one loudspeaker for driving the at least one loudspeaker, and the loudspeaker configured to convert the electric audio signal into the acoustic signals; and a wireless communications module in electrical communication with the control module. a housing adapted to be coupled to a wall at a source of electric power; at least one loudspeaker positioned at a periphery of the housing, the at least one loudspeaker being arranged to emit, from behind a protective grille, acoustic signals in a direction facing sideways out of the housing and parallel to the wall when the housing is coupled to the wall; a control module configured to output an electric audio signal to the at least one loudspeaker for driving the at least one loudspeaker, and the loudspeaker configured to convert the electric audio signal into the acoustic signals; and a wireless communications module in electrical communication with the control module.
A mass spectrometer comprising: an ion mobility separator for separating ions according to their ion mobility; one or more first devices or stages (1,2) arranged upstream of said ion mobility separator, wherein said ion mobility separator is coupled to said one or more first devices or stages such that said ion mobility separator is provided or filled with gas from said one or more first devices or stages, wherein said one or more first devices or stages (1,2) comprise an ion source, and wherein the pressure within said ion mobility separator is less than the pressure within or at said one or more first devices or stages (1,2); one or more second devices or stages (5,6) arranged downstream of said ion mobility separator, wherein said one or more second devices or stages Z (5,6) comprises a mass analyser, and wherein the pressure within said ion mobility separator is greater than the pressure within or at said one or more second devices or stages (5,6); and a control system arranged and adapted: (i) to monitor directly or indirectly the operating environment within said ion mobility separator; and (ii) to control said operating environment within said ion mobility separator based on said monitoring by controlling one or more gas flows to or within one or more of said one or more first devices or stages (1,2). an ion mobility separator for separating ions according to their ion mobility; one or more first devices or stages (1,2) arranged upstream of said ion mobility separator, wherein said ion mobility separator is coupled to said one or more first devices or stages such that said ion mobility separator is provided or filled with gas from said one or more first devices or stages, wherein said one or more first devices or stages (1,2) comprise an ion source, and wherein the pressure within said ion mobility separator is less than the pressure within or at said one or more first devices or stages (1,2); one or more second devices or stages (5,6) arranged downstream of said ion mobility separator, wherein said one or more second devices or stages Z (5,6) comprises a mass analyser, and wherein the pressure within said ion mobility separator is greater than the pressure within or at said one or more second devices or stages (5,6); and a control system arranged and adapted: (i) to monitor directly or indirectly the operating environment within said ion mobility separator; and (ii) to control said operating environment within said ion mobility separator based on said monitoring by controlling one or more gas flows to or within one or more of said one or more first devices or stages (1,2). (i) to monitor directly or indirectly the operating environment within said ion mobility separator; and (ii) to control said operating environment within said ion mobility separator based on said monitoring by controlling one or more gas flows to or within one or more of said one or more first devices or stages (1,2).
An object detection controller for detecting objects (112, 114, 116) moving in a first direction in a computed tomography imaging system, said object detection controller including a processor coupled to a memory device and to the CT imaging system, said object detection controller is configured to detect objects (112, 114, 116) by: receiving CT imaging data generated by the CT imaging system; generating a plurality of CT imaging slices from the CT imaging data; assembling a plurality of segments based on the generated plurality of CT imaging slices, wherein two neighboring segments of the plurality of segments include at least one equivalent CT imaging slice; in response to receiving a stop request: causing the CT imaging system to cease a flow of objects (112, 114, 116); discarding one or more of the plurality of CT imaging slices associated with a first segment and a second segment of the plurality of segments, wherein the first segment and the second segment are being assembled at the time the stop request is received; causing the CT imaging system to move the objects (112, 114, 116) in a second direction for an interruption distance, wherein the second direction is opposite the first direction; causing the CT imaging system to move the objects (112, 114, 116) in the first direction; and reassembling the first segment and the second segment based on newly received CT imaging slices. receiving CT imaging data generated by the CT imaging system; generating a plurality of CT imaging slices from the CT imaging data; assembling a plurality of segments based on the generated plurality of CT imaging slices, wherein two neighboring segments of the plurality of segments include at least one equivalent CT imaging slice; in response to receiving a stop request: causing the CT imaging system to cease a flow of objects (112, 114, 116); discarding one or more of the plurality of CT imaging slices associated with a first segment and a second segment of the plurality of segments, wherein the first segment and the second segment are being assembled at the time the stop request is received; causing the CT imaging system to move the objects (112, 114, 116) in a second direction for an interruption distance, wherein the second direction is opposite the first direction; causing the CT imaging system to move the objects (112, 114, 116) in the first direction; and reassembling the first segment and the second segment based on newly received CT imaging slices. causing the CT imaging system to cease a flow of objects (112, 114, 116); discarding one or more of the plurality of CT imaging slices associated with a first segment and a second segment of the plurality of segments, wherein the first segment and the second segment are being assembled at the time the stop request is received; causing the CT imaging system to move the objects (112, 114, 116) in a second direction for an interruption distance, wherein the second direction is opposite the first direction; causing the CT imaging system to move the objects (112, 114, 116) in the first direction; and reassembling the first segment and the second segment based on newly received CT imaging slices.
A measuring device for measuring a body temperature of a living being, in particular of a human being, with a measuring unit for measuring the body temperature, having a heat-conducting element, by means of which a heat flow is formable between a body of the living being and the measuring unit during the use of the measuring device as intended having an outer layer, which is arranged on an upper side of the measuring device opposite to the body during use as intended, and which is adhered to an outer adhesive layer of the measuring device, and having a first adhesive layer for fastening the measuring device on the body of the living being, wherein the first adhesive layer is arranged at a side of the measuring device facing the body intended therefor, wherein the heat-conducting element is made of metal, the measuring device includes a skin-compatible protective layer, characterized in that the skin-compatible protective layer is arranged between the first adhesive layer and the measuring unit and the heat-conducting element is arranged between the skin-compatible protective layer and the measuring unit, and the outer layer and the outer adhesive layer project laterally beyond the protective layer and the first adhesive layer in edge regions (20a, 20b) of the measuring device. with a measuring unit for measuring the body temperature, having a heat-conducting element, by means of which a heat flow is formable between a body of the living being and the measuring unit during the use of the measuring device as intended having an outer layer, which is arranged on an upper side of the measuring device opposite to the body during use as intended, and which is adhered to an outer adhesive layer of the measuring device, and having a first adhesive layer for fastening the measuring device on the body of the living being, wherein the first adhesive layer is arranged at a side of the measuring device facing the body intended therefor, wherein the heat-conducting element is made of metal, the measuring device includes a skin-compatible protective layer, characterized in that the skin-compatible protective layer is arranged between the first adhesive layer and the measuring unit and the heat-conducting element is arranged between the skin-compatible protective layer and the measuring unit, and the outer layer and the outer adhesive layer project laterally beyond the protective layer and the first adhesive layer in edge regions (20a, 20b) of the measuring device.
A method of manufacturing an embossed-in-register flooring material, comprising: a step S1 of manufacturing an embossed-in-register PVC transparent film, wherein a transfer printing film is in contact with one surface of a PVC transparent film, and at the same time, forming embossed-in-register patterns on the other surface of the PVC transparent film, and then the transfer printing film is removed from the PVC transparent film; and a step S3 of laminating the embossed-in-register PVC transparent film on an upper surface of a PVC bottom layer, wherein, in step S1, no glass paper is used, and wherein the position of the printed pattern of a printing layer formed on one surface of the PVC transparent film and the position of the embossed-in-register pattern formed on the other surface of the PVC transparent film match. a step S1 of manufacturing an embossed-in-register PVC transparent film, wherein a transfer printing film is in contact with one surface of a PVC transparent film, and at the same time, forming embossed-in-register patterns on the other surface of the PVC transparent film, and then the transfer printing film is removed from the PVC transparent film; and a step S3 of laminating the embossed-in-register PVC transparent film on an upper surface of a PVC bottom layer, wherein, in step S1, no glass paper is used, and wherein the position of the printed pattern of a printing layer formed on one surface of the PVC transparent film and the position of the embossed-in-register pattern formed on the other surface of the PVC transparent film match.
A method of operation of a node in a wireless communication system, comprising: providing, to a wireless device, an indication of a position of a transient period during a time mask, wherein the position of the transient period is adapted to a clear channel assessment period at the wireless device or the position of the transient period is such that the transient period occurs partially during a clear channel assessment period at the wireless device, and wherein the time mask defines an OFF period during which a transmitter of the wireless device is to be off, an ON period during which the transmitter of the wireless device is to be on, and the transient period wherein the transient period is a period during which the transmitter of the wireless device is to ramp-up or ramp-down.
A pharmaceutical combination for use in preventing or treating cancer comprising: 1) a compound of the following formula 1 or pharmaceutically acceptable salt thereof as the first active ingredient; and 2) a topoisomerase inhibitor as the second active ingredient, wherein the topoisomerase inhibitor is selected from the group consisting of topotecan, irinotecan, lurtotecan, exatecan, and pharmaceutically acceptable salts thereof, wherein the cancer is colorectal cancer or ovarian cancer: 1) a compound of the following formula 1 or pharmaceutically acceptable salt thereof as the first active ingredient; and 2) a topoisomerase inhibitor as the second active ingredient, wherein the topoisomerase inhibitor is selected from the group consisting of topotecan, irinotecan, lurtotecan, exatecan, and pharmaceutically acceptable salts thereof, wherein the cancer is colorectal cancer or ovarian cancer:
A visual attention detection apparatus configured to predict a region in a video likely to attract visual attention, the visual attention detector comprising: a feature extraction unit configured to extract a spatiotemporal feature from a local region in a video, the spatiotemporal feature representing a spatial and a temporal change in an image in the local region; a hashing unit configured to convert a spatiotemporal feature value for the local region into a hash value using a hash function, and to select a training value mapped to the hash value for the local region using a hash table wherein the training value learned in advance for a spatiotemporal feature is registered in a bucket mapped to the hash value; and an attention measure determining unit configured to determine an attention measure for the local region on the basis of the distance between the spatiotemporal feature value for the local region and the selected training value such that the larger the distance the larger the attention measure; characterized in that the hashing unit includes a plurality of hash tables; and the attention measure determining unit computes a plurality of attention measures, each being determined using a hash table in the plurality of hash tables, and combines the plurality of attention measures to thereby determine a final attention measure. a feature extraction unit configured to extract a spatiotemporal feature from a local region in a video, the spatiotemporal feature representing a spatial and a temporal change in an image in the local region; a hashing unit configured to convert a spatiotemporal feature value for the local region into a hash value using a hash function, and to select a training value mapped to the hash value for the local region using a hash table wherein the training value learned in advance for a spatiotemporal feature is registered in a bucket mapped to the hash value; and an attention measure determining unit configured to determine an attention measure for the local region on the basis of the distance between the spatiotemporal feature value for the local region and the selected training value such that the larger the distance the larger the attention measure; characterized in that the hashing unit includes a plurality of hash tables; and the attention measure determining unit computes a plurality of attention measures, each being determined using a hash table in the plurality of hash tables, and combines the plurality of attention measures to thereby determine a final attention measure.
A head-up display that projects an image on a reflective member having transparency to cause an observer to visually recognize a virtual image, the head-up display comprising: a display screen that displays the image; a scanning laser configured to scan a surface of the display screen to form the image; an optical system (120, 130) that projects the image displayed by the display screen on the reflective member, the optical system (120, 130) comprising: a relay optical system that forms an intermediate image in the air from the image of the display screen, and a projection optical system that projects the intermediate image on the reflective member; and a driving device configured to rotate and move the display screen in an optical axis direction (Lc) of the optical system (120, 130) such that a drawing cycle of the scanning laser and a swing cycle of the display screen are synchronized, wherein the intermediate image is larger than the display image displayed on of the screen. a display screen that displays the image; a scanning laser configured to scan a surface of the display screen to form the image; an optical system (120, 130) that projects the image displayed by the display screen on the reflective member, the optical system (120, 130) comprising: a relay optical system that forms an intermediate image in the air from the image of the display screen, and a projection optical system that projects the intermediate image on the reflective member; and a driving device configured to rotate and move the display screen in an optical axis direction (Lc) of the optical system (120, 130) such that a drawing cycle of the scanning laser and a swing cycle of the display screen are synchronized, wherein the intermediate image is larger than the display image displayed on of the screen. a relay optical system that forms an intermediate image in the air from the image of the display screen, and a projection optical system that projects the intermediate image on the reflective member; and a driving device configured to rotate and move the display screen in an optical axis direction (Lc) of the optical system (120, 130) such that a drawing cycle of the scanning laser and a swing cycle of the display screen are synchronized, wherein the intermediate image is larger than the display image displayed on of the screen.