mhurhangee/patent-ind-claim-en huggingface dataset:
A method for performing, by a first user equipment, UE , wireless communication, the method being performed by the first UE and comprising: obtaining (S1410, S1510) information related to sidelink, SL, bandwidth part, BWP; obtaining (S1420, S1520) information regarding a measurement gap period related to positioning of the first UE , wherein a transmission of SL data is not allowed in the measurement gap period, in which only an SL positioning reference signal, PRS, is allowed to be transmitted; selecting (S1420, S1530) the SL BWP or the measurement gap period, for use in a transmission of the PRS; transmitting (S1430, S1540) the PRS based on the selected SL BWP or measurement gap period; and performing (S1450, S1550) the positioning based on the PRS, wherein the measurement gap period is selected for the transmission of the PRS, based on bandwidth of the SL BWP being narrower than a first threshold, and wherein the measurement gap period is selected for use in the transmission of the PRS, based on a priority value of the PRS being less than or equal to a threshold. obtaining (S1410, S1510) information related to sidelink, SL, bandwidth part, BWP; obtaining (S1420, S1520) information regarding a measurement gap period related to positioning of the first UE , wherein a transmission of SL data is not allowed in the measurement gap period, in which only an SL positioning reference signal, PRS, is allowed to be transmitted; selecting (S1420, S1530) the SL BWP or the measurement gap period, for use in a transmission of the PRS; transmitting (S1430, S1540) the PRS based on the selected SL BWP or measurement gap period; and performing (S1450, S1550) the positioning based on the PRS, wherein the measurement gap period is selected for the transmission of the PRS, based on bandwidth of the SL BWP being narrower than a first threshold, and wherein the measurement gap period is selected for use in the transmission of the PRS, based on a priority value of the PRS being less than or equal to a threshold.
A semiconductor package, comprising: a chip including a pad formed on a first surface thereof; at least one via-substrate including a via ; a mold configured to encapsulate the chip and the at least one via-substrate ; a vertical conductive channel connected to the via while passing through the mold ; an optical device arranged on a surface of the semiconductor package (10a; 16) to be electrically connected to the vertical conductive channel ; a wiring pattern configured to electrically connect the via and the pad to each other; an external connection terminal configured to electrically connect the semiconductor package (10a; 16) to the outside; and a passivation layer which is formed on the first surface and in which the wiring pattern is embedded. a chip including a pad formed on a first surface thereof; at least one via-substrate including a via ; a mold configured to encapsulate the chip and the at least one via-substrate ; a vertical conductive channel connected to the via while passing through the mold ; an optical device arranged on a surface of the semiconductor package (10a; 16) to be electrically connected to the vertical conductive channel ; a wiring pattern configured to electrically connect the via and the pad to each other; an external connection terminal configured to electrically connect the semiconductor package (10a; 16) to the outside; and a passivation layer which is formed on the first surface and in which the wiring pattern is embedded.
A hydroformed composite material comprising: an expanded spun bonded nonwoven layer having a loft of at least 1.3 times greater than an original loft of an original unexpanded spun bonded nonwoven web from which the expanded spun bonded nonwoven layer was created, and an air permeability of at least 1.2 times greater than an original air permeability of the original unexpanded spun bonded nonwoven web; and a formed film layer comprising a plurality of extended cells containing continuous fibers and/or fibrils of the expanded spun bonded nonwoven layer, wherein the plurality of the extended cells are apertured , and wherein a plurality of the fibrils extend outwardly from the formed film layer, beyond a plane containing apexes of the extended cells of the formed film layer. an expanded spun bonded nonwoven layer having a loft of at least 1.3 times greater than an original loft of an original unexpanded spun bonded nonwoven web from which the expanded spun bonded nonwoven layer was created, and an air permeability of at least 1.2 times greater than an original air permeability of the original unexpanded spun bonded nonwoven web; and a formed film layer comprising a plurality of extended cells containing continuous fibers and/or fibrils of the expanded spun bonded nonwoven layer, wherein the plurality of the extended cells are apertured , and wherein a plurality of the fibrils extend outwardly from the formed film layer, beyond a plane containing apexes of the extended cells of the formed film layer.
A pharmaceutical composition comprising a therapeutically effective amount of a compound having the structure: or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable excipient; and further comprising an additional medicament, wherein the additional medicament is cefiderocol.
Heating module for heating at least one film element , wherein the heating module has two or more heating segments each having one or more heating elements for heating a first region of the film element associated with the respective heating segment , wherein at least one of the heating segments comprises at least one sensor for measuring the state of the heating of the film element , and wherein the heating module has a setting device , by means of which the relative positional arrangement of two or more of the heating segments compared to each other can be changed, in particular wherein the setting device has one or more electrical servo motors and/or one or more pneumatic and/or hydraulic actuators, by means of which the relative positional arrangement of two or more of the heating segments compared to each other can be changed.
Liquid creamer comprising casein based protein, phospholipids, pectin, calcium, bicarbonate, citrate and oil wherein the casein based protein is selected from the group consisting of caseinates, micellar casein and combinations of these; the casein based protein is present at a level between 0.45 and 1.55 %, the phospholipids are present at a level between 0.1 and 0.7 %, the pectin is present at a level between 0.05 and 0.2 %, the calcium is present at a level between 0.025 and 0.075 %, the bicarbonate is present at a level between 0.07 and 0.15 %, the citrate is present at a level between 0.12 and 0.24 %, and the oil is present at a level between 6 and 16 %; all percentages being as a weight percentage of the liquid creamer. the casein based protein is selected from the group consisting of caseinates, micellar casein and combinations of these; the casein based protein is present at a level between 0.45 and 1.55 %, the phospholipids are present at a level between 0.1 and 0.7 %, the pectin is present at a level between 0.05 and 0.2 %, the calcium is present at a level between 0.025 and 0.075 %, the bicarbonate is present at a level between 0.07 and 0.15 %, the citrate is present at a level between 0.12 and 0.24 %, and the oil is present at a level between 6 and 16 %; all percentages being as a weight percentage of the liquid creamer.
A flutter damper for a nacelle of a gas turbine engine , comprising: an acoustic liner ; a first plurality of chambers disposed in a first circumferential array about the acoustic liner and configured for peak acoustical energy absorption at a frequency range that is associated with a first fan flutter mode; the first plurality of chambers in fluid communication with a flow surface that is a radially inner facing surface of the acoustic liner ; and a second plurality of chambers disposed in a second circumferential array about the acoustic liner and configured for peak acoustical energy absorption at a frequency range that is associated with a second fan flutter mode; the second plurality of chambers in fluid communication with the flow surface ; the first and second plurality of chambers disposed radially exterior to and in acoustic communication with the acoustic liner ; and wherein: the first plurality of chambers and second plurality of chambers are disposed in a grid pattern about the acoustic liner ; the grid pattern is defined by the first plurality of chambers and the second plurality of chambers disposed in three axially spaced rows including a first row and a second row aft of the first row; and circumferentially adjacent chambers in the three axially spaced rows are spaced from each other. an acoustic liner ; a first plurality of chambers disposed in a first circumferential array about the acoustic liner and configured for peak acoustical energy absorption at a frequency range that is associated with a first fan flutter mode; the first plurality of chambers in fluid communication with a flow surface that is a radially inner facing surface of the acoustic liner ; and a second plurality of chambers disposed in a second circumferential array about the acoustic liner and configured for peak acoustical energy absorption at a frequency range that is associated with a second fan flutter mode; the second plurality of chambers in fluid communication with the flow surface ; the first and second plurality of chambers disposed radially exterior to and in acoustic communication with the acoustic liner ; and wherein: the first plurality of chambers and second plurality of chambers are disposed in a grid pattern about the acoustic liner ; the grid pattern is defined by the first plurality of chambers and the second plurality of chambers disposed in three axially spaced rows including a first row and a second row aft of the first row; and circumferentially adjacent chambers in the three axially spaced rows are spaced from each other. the first plurality of chambers and second plurality of chambers are disposed in a grid pattern about the acoustic liner ; the grid pattern is defined by the first plurality of chambers and the second plurality of chambers disposed in three axially spaced rows including a first row and a second row aft of the first row; and circumferentially adjacent chambers in the three axially spaced rows are spaced from each other.
A terminal apparatus comprising: a monitor unit configured to monitor a first physical downlink control channel, PDCCH, candidate with aggregation level 8 and a second PDCCH candidate with aggregation level 16 in a CORESET mapped to one orthogonal frequency division multiplexing, OFDM, symbol; and a receiver configured to receive a physical downlink shared channel, PDSCH , which is scheduled by a PDCCH detected in the first PDCCH candidate, by assuming that a symbol of the PDSCH is mapped to a resource element that is not overlapping the second PDCCH candidate, wherein a smallest index of a first plurality of control channel elements, CCEs, that constitute the first PDCCH candidate is identical to a smallest index of a second plurality of CCEs that constitute the second PDCCH candidate, and each of a plurality of the CCEs constituting the CORESET includes six contiguous REGs in a frequency domain. a monitor unit configured to monitor a first physical downlink control channel, PDCCH, candidate with aggregation level 8 and a second PDCCH candidate with aggregation level 16 in a CORESET mapped to one orthogonal frequency division multiplexing, OFDM, symbol; and a receiver configured to receive a physical downlink shared channel, PDSCH , which is scheduled by a PDCCH detected in the first PDCCH candidate, by assuming that a symbol of the PDSCH is mapped to a resource element that is not overlapping the second PDCCH candidate, wherein a smallest index of a first plurality of control channel elements, CCEs, that constitute the first PDCCH candidate is identical to a smallest index of a second plurality of CCEs that constitute the second PDCCH candidate, and each of a plurality of the CCEs constituting the CORESET includes six contiguous REGs in a frequency domain.
Aircraft having a cabin and at least one modular lavatory assembly , the modular lavatory assembly comprising: - a lavatory module having a housing, - a toilet system having a toilet and - at least one waterless service module having at least one service unit for personal use by a passenger, wherein the at least one service module is attached to an outside of the housing, wherein the housing encloses an inner space , which is free from a washbasin and from additional service modules, wherein the toilet is arranged in the inner space and wherein the housing comprises at least one opening for accessing the at least one service unit of the at least one service module from an inside of the housing with the at least one service module being configured for providing access through the at least one opening . - a lavatory module having a housing, - a toilet system having a toilet and - at least one waterless service module having at least one service unit for personal use by a passenger,
An electronic sensor comprising a controller ; a plurality of first pixels ; a plurality of second pixels having a lower light-receiving efficiency than the first pixels ; a first pixel group for detecting a first image information for a subject image, the first pixel group being configured to acquire a first exposure amount; and a second pixel group for detecting a second image information for the subject image, the second pixel group being configured to acquire a second exposure amount, the second exposure amount being lower than the first exposure amount, characterized in that, while photographing, the controller is configured to set a portion of the plurality of the first pixels and a portion of the plurality of the second pixels as the first pixel group, and at least another portion of the plurality of the first pixels and at least another portion of the plurality of the second pixels as the second pixel group, wherein the controller is further configured to acquire focusing state information using the portion of the plurality of the second pixels of the first pixel group, and wherein the controller is further configured to complete the subject image by combining at least the first image information and the second image information. a controller ; a plurality of first pixels ; a plurality of second pixels having a lower light-receiving efficiency than the first pixels ; a first pixel group for detecting a first image information for a subject image, the first pixel group being configured to acquire a first exposure amount; and a second pixel group for detecting a second image information for the subject image, the second pixel group being configured to acquire a second exposure amount, the second exposure amount being lower than the first exposure amount, characterized in that, while photographing, the controller is configured to set a portion of the plurality of the first pixels and a portion of the plurality of the second pixels as the first pixel group, and at least another portion of the plurality of the first pixels and at least another portion of the plurality of the second pixels as the second pixel group,
A gas turbine engine comprising a rotor disk having blades attached thereto and an adjacent rotor disk having blades attached thereto, the disk comprising: a hub; a rim with a forward portion and an aft portion ; a web extending between the hub and the rim ; and characterized by a plurality of circumferentially spaced snap segments in the rim, wherein each snap segment has a radially outward facing bearing surface, a front face, and a bottom, wherein the bearing surface abuts an aft portion of said adjacent rotor disk; and a plurality of circumferentially spaced radial scallops in the rim , wherein each radial scallop of the plurality of circumferentially spaced radial scallops is positioned between two snap segments in the rim to form cooling slots between the rotor disk and the adjacent rotor disk. a hub; a rim with a forward portion and an aft portion ; a web extending between the hub and the rim ; and characterized by a plurality of circumferentially spaced snap segments in the rim, wherein each snap segment has a radially outward facing bearing surface, a front face, and a bottom, wherein the bearing surface abuts an aft portion of said adjacent rotor disk; and a plurality of circumferentially spaced radial scallops in the rim , wherein each radial scallop of the plurality of circumferentially spaced radial scallops is positioned between two snap segments in the rim to form cooling slots between the rotor disk and the adjacent rotor disk.
Charging point comprising electrical devices for managing the charging of a vehicle drive battery, such as modules for controlling the charging current, measuring electricity, security, communication, payment, a connection cable or simply a socket for connecting such a cable, the charging point comprises a case , in which most of the electrical devices are mounted, and a cover placed on said case , the charging point having at least one socket for connecting a charging cable, and a protective flap for said socket , the at least one socket being mounted on the case , characterized in that its flap is mounted on the cover .
Control unit for a battery system , comprising a power input for an operation voltage of the control unit provided by at least one battery cell ; a control module configured for performing at least one control function with respect to the at least one battery cell when being supplied with an operation voltage; and a startup module connected between the power input and the control module , wherein the startup module comprises: a data input configured for receiving an activation key; a non-volatile memory element storing a security identifier; a verification circuit connected to the data input and to the non-volatile memory element and configured for validating an input activation key with respect to the security identifier; and an activation circuit connected to the verification circuit and configured for interconnecting the power input and the control module for supplying the operation voltage to the control module in response to the validation of the activation key and is configured for not supplying the operation voltage to the control module if the validation of the activation key is negative. a power input for an operation voltage of the control unit provided by at least one battery cell ; a control module configured for performing at least one control function with respect to the at least one battery cell when being supplied with an operation voltage; and a startup module connected between the power input and the control module , wherein the startup module comprises: a data input configured for receiving an activation key; a non-volatile memory element storing a security identifier; a verification circuit connected to the data input and to the non-volatile memory element and configured for validating an input activation key with respect to the security identifier; and an activation circuit connected to the verification circuit and configured for interconnecting the power input and the control module for supplying the operation voltage to the control module in response to the validation of the activation key and is configured for not supplying the operation voltage to the control module if the validation of the activation key is negative. a data input configured for receiving an activation key; a non-volatile memory element storing a security identifier; a verification circuit connected to the data input and to the non-volatile memory element and configured for validating an input activation key with respect to the security identifier; and an activation circuit connected to the verification circuit and configured for interconnecting the power input and the control module for supplying the operation voltage to the control module in response to the validation of the activation key and is configured for not supplying the operation voltage to the control module if the validation of the activation key is negative.
A vessel for collection and preservation of fluid samples, comprising: a. a collection means at the upper end of the vessel; b. a reservoir at the lower end of the vessel , c. a reservoir seal means ; and d. a lid suited for sealable attachment to the vessel : wherein: the reservoir comprises an inner surface ; the reservoir seal means is configured to engage with the vessel to enclose the reservoir ; and characterised in that : the inner surface of the vessel and the inner surface of the lid circumscribe a first chamber; the inner surface of the reservoir and a bottom surface of the reservoir seal means circumscribe a second chamber; and the ratio of the volume of the second chamber to the volume of the first chamber is less than or equal to 0.20. a. a collection means at the upper end of the vessel; b. a reservoir at the lower end of the vessel , c. a reservoir seal means ; and d. a lid suited for sealable attachment to the vessel : the reservoir comprises an inner surface ; the reservoir seal means is configured to engage with the vessel to enclose the reservoir ; and characterised in that : the inner surface of the vessel and the inner surface of the lid circumscribe a first chamber; the inner surface of the reservoir and a bottom surface of the reservoir seal means circumscribe a second chamber; and the ratio of the volume of the second chamber to the volume of the first chamber is less than or equal to 0.20.
A recovery panel for an agricultural spraying system , the recovery panel overall extending along a vertical direction (Z) upwardly between a bottom and a top , and comprising: - an air duct comprising an air inlet port through which the air duct is supplied with air, - a recovery tray forming the bottom of the recovery panel and including a recovery opening through which the recovery tray is to recover surplus sprayed treatment liquid on the plants to be treated, the recovery opening extending about an overall vertical axis and being oriented upwards, the recovery opening being further occupied, at least partly, by a filter grid designed to allow circulation of surplus sprayed treatment liquid to the recovery tray and to retain plant waste on an upper surface of the filter grid , which is vertically opposite to the recovery tray , the recovery panel being characterised in that it further comprises at least one blow-out port communicating with the air duct or an additional air duct and designed to produce an air jet sweeping across the upper surface of the filter grid , so as to blow on the plant waste retained on the upper surface of the filter grid . - an air duct comprising an air inlet port through which the air duct is supplied with air, - a recovery tray forming the bottom of the recovery panel and including a recovery opening through which the recovery tray is to recover surplus sprayed treatment liquid on the plants to be treated, the recovery opening extending about an overall vertical axis and being oriented upwards, the recovery opening being further occupied, at least partly, by a filter grid designed to allow circulation of surplus sprayed treatment liquid to the recovery tray and to retain plant waste on an upper surface of the filter grid , which is vertically opposite to the recovery tray , the recovery panel being characterised in that it further comprises at least one blow-out port communicating with the air duct or an additional air duct and designed to produce an air jet sweeping across the upper surface of the filter grid , so as to blow on the plant waste retained on the upper surface of the filter grid .