mhurhangee/patent-ind-claim-en huggingface dataset:
System for cooling a fluid of a circuit, referred to as a fluid circuit , for lubricating or cooling at least one component of a propulsion engine of an aircraft, the engine comprising an outer casing which extends in a longitudinal direction (X) between an air inlet opening and an ejection nozzle , a turbomachine having a turbomachine casing secured inside said outer casing by rectifier arms , and a fan arranged at said air inlet opening of said outer casing , upstream of said turbomachine , and designed to be able to generate a primary air flow feeding said turbomachine and a secondary air flow feeding a channel, referred to as a secondary channel , formed between said outer casing and said turbomachine casing , characterized in that said cooling system comprises : - a lubricating or cooling fluid reservoir ; - a plurality of components of said engine to be lubricated and/or cooled; and - at least one fluid flow pipe connecting said fluid reservoir and said plurality of components of said engine to be lubricated and/or cooled, - a cooling system of said fluid comprising a smooth heat exchanger, referred to as a skin exchanger , formed from two metal sheets facing one another and defining between them channels for the circulation of the said fluid, one of which sheets, referred to as the interface sheet, is intended to extend over the periphery of the inner wall of the outer casing so that the said skin exchanger does not comprise any fins immersed in the said secondary air flow and is configured to be arranged on an inner wall of said outer casing, said skin exchanger being in fluid communication with said fluid circuit and designed to be able to provide heat exchanges between said fluid of said fluid circuit and the air flowing through said secondary channel , the fluid circuit being characterized in that the exchanger is configured to be longitudinally arranged between said fan and the said rectifier arms . - a lubricating or cooling fluid reservoir ; - a plurality of components of said engine to be lubricated and/or cooled; and - at least one fluid flow pipe connecting said fluid reservoir and said plurality of components of said engine to be lubricated and/or cooled, - a cooling system of said fluid comprising a smooth heat exchanger, referred to as a skin exchanger , formed from two metal sheets facing one another and defining between them channels for the circulation of the said fluid, one of which sheets, referred to as the interface sheet, is intended to extend over the periphery of the inner wall of the outer casing so that the said skin exchanger does not comprise any fins immersed in the said secondary air flow and is configured to be arranged on an inner wall of said outer casing, said skin exchanger being in fluid communication with said fluid circuit and designed to be able to provide heat exchanges between said fluid of said fluid circuit and the air flowing through said secondary channel , the fluid circuit being characterized in that the exchanger is configured to be longitudinally arranged between said fan and the said rectifier arms .
An information processing apparatus comprising: acquisition means configured to acquire a plurality of pieces of viewpoint information, each of the plurality of pieces of viewpoint information representing a position of a virtual viewpoint and a line-of-sight direction from the virtual viewpoint used for generating a virtual viewpoint image based on a plurality of captured images obtained by imaging performed by a plurality of imaging apparatuses ; first output means arranged to output the plurality of pieces of viewpoint information acquired from the acquisition means to first generation means configured to generate a plurality of virtual viewpoint images based on a condition of first quality according to the plurality of pieces of viewpoint information, wherein the plurality of virtual viewpoint images corresponds to a same time and is displayed simultaneously on a display unit ; and second output means arranged to output a piece of viewpoint information selected by a user from among the plurality of pieces of viewpoint information to second generation means configured to generate a virtual viewpoint image based on a condition of second quality higher than the first quality according to the pieces of viewpoint information, wherein the selected piece of viewpoint information is a piece of viewpoint information corresponding to a virtual viewpoint image selected by the user from among the plurality of virtual viewpoint images displayed on the display unit. acquisition means configured to acquire a plurality of pieces of viewpoint information, each of the plurality of pieces of viewpoint information representing a position of a virtual viewpoint and a line-of-sight direction from the virtual viewpoint used for generating a virtual viewpoint image based on a plurality of captured images obtained by imaging performed by a plurality of imaging apparatuses ; first output means arranged to output the plurality of pieces of viewpoint information acquired from the acquisition means to first generation means configured to generate a plurality of virtual viewpoint images based on a condition of first quality according to the plurality of pieces of viewpoint information, wherein the plurality of virtual viewpoint images corresponds to a same time and is displayed simultaneously on a display unit ; and second output means arranged to output a piece of viewpoint information selected by a user from among the plurality of pieces of viewpoint information to second generation means configured to generate a virtual viewpoint image based on a condition of second quality higher than the first quality according to the pieces of viewpoint information, wherein the selected piece of viewpoint information is a piece of viewpoint information corresponding to a virtual viewpoint image selected by the user from among the plurality of virtual viewpoint images displayed on the display unit.
Apparatus comprising: an antenna feed for directing RF signals to and/or from an antenna ; and coupling means configured to couple a signal from a radiating portion of the antenna and configured to dynamically monitor and/or calibrate the antenna , the antenna comprising one or more antenna elements and a ground plane, the coupling means comprising: the ground plane of the antenna; an aperture which passes through the ground plane of the antenna ; and a conductor for coupling a signal carried by the one or more antenna elements , part of the conductor extending over at least part of the aperture , wherein the coupling means is further configured to couple signals from respective radiating portions of a plurality of such antennas , the coupling means further comprising a plurality of such apertures spaced apart from the one or more antenna elements of the plurality of antennas, and wherein the conductor is arranged such that respective parts of the conductor extend over at least part of each aperture , and wherein the plurality of antennas are arranged as an array comprising one or more rows of antennas , and wherein the conductor extends from a first terminal (C1) of a connecting port to each of the apertures , and wherein the connecting port is configured for connection to measurement and/or calibration equipment and/or to lead off to a transceiver, transmitter and/or receiver circuitry. an antenna feed for directing RF signals to and/or from an antenna ; and coupling means configured to couple a signal from a radiating portion of the antenna and configured to dynamically monitor and/or calibrate the antenna , the antenna comprising one or more antenna elements and a ground plane, the coupling means comprising: the ground plane of the antenna; an aperture which passes through the ground plane of the antenna ; and a conductor for coupling a signal carried by the one or more antenna elements , part of the conductor extending over at least part of the aperture , the ground plane of the antenna; an aperture which passes through the ground plane of the antenna ; and a conductor for coupling a signal carried by the one or more antenna elements , part of the conductor extending over at least part of the aperture , wherein the coupling means is further configured to couple signals from respective radiating portions of a plurality of such antennas , the coupling means further comprising a plurality of such apertures spaced apart from the one or more antenna elements of the plurality of antennas, and wherein the conductor is arranged such that respective parts of the conductor extend over at least part of each aperture , and wherein the plurality of antennas are arranged as an array comprising one or more rows of antennas , and wherein the conductor extends from a first terminal (C1) of a connecting port to each of the apertures , and wherein the connecting port is configured for connection to measurement and/or calibration equipment and/or to lead off to a transceiver, transmitter and/or receiver circuitry.
A device comprising: a stator ; and a rotor configured to rotate at least partially within the stator or around the stator , the rotor being separated from the stator by a gap comprising a partial vacuum, the rotor comprising: a shaft configured to permit a flow of coolant; and a plurality of microchannels formed within the rotor and fluidly coupled to the shaft , the microchannels configured to permit the coolant to pass from the shaft through at least a portion of the rotor in order to provide cooling for the rotor ; and wherein the rotor comprises: a plurality of rotor teeth ; a plurality of rotor windings ; and wherein at least one of the microchannels passes through at least a portion of one of the rotor teeth along a longitudinal direction aligned with a rotation axis of the rotor . a stator ; and a rotor configured to rotate at least partially within the stator or around the stator , the rotor being separated from the stator by a gap comprising a partial vacuum, the rotor comprising: a shaft configured to permit a flow of coolant; and a plurality of microchannels formed within the rotor and fluidly coupled to the shaft , the microchannels configured to permit the coolant to pass from the shaft through at least a portion of the rotor in order to provide cooling for the rotor ; and wherein the rotor comprises: a plurality of rotor teeth ; a plurality of rotor windings ; and wherein at least one of the microchannels passes through at least a portion of one of the rotor teeth along a longitudinal direction aligned with a rotation axis of the rotor . a shaft configured to permit a flow of coolant; and a plurality of microchannels formed within the rotor and fluidly coupled to the shaft , the microchannels configured to permit the coolant to pass from the shaft through at least a portion of the rotor in order to provide cooling for the rotor ; and wherein the rotor comprises: a plurality of rotor teeth ; a plurality of rotor windings ; and a plurality of rotor teeth ; a plurality of rotor windings ; and wherein at least one of the microchannels passes through at least a portion of one of the rotor teeth along a longitudinal direction aligned with a rotation axis of the rotor .
A wireless communications method, comprising sending, by a network device , a first signal to a terminal , receiving , by the network device from the terminal, a first uplink message, wherein the first uplink message comprises identification information of the first signal, and the first signal comprises a channel state information reference signal, CSI-RS, or a synchronization signal block; determining , by the network device, a first control resource set, CORESET according to a correspondence between the first signal and the first CORESET; and sending , by the network device to the terminal, a first response message responding to the first uplink message, on the first CORESET, wherein the method further comprises: sending, by the network device to the terminal, first indication information, wherein the first indication information is used to indicate the correspondence. sending, by a network device , a first signal to a terminal , receiving , by the network device from the terminal, a first uplink message, wherein the first uplink message comprises identification information of the first signal, and the first signal comprises a channel state information reference signal, CSI-RS, or a synchronization signal block; determining , by the network device, a first control resource set, CORESET according to a correspondence between the first signal and the first CORESET; and sending , by the network device to the terminal, a first response message responding to the first uplink message, on the first CORESET, wherein the method further comprises: sending, by the network device to the terminal, first indication information, wherein the first indication information is used to indicate the correspondence.
A method performed by a network node of a radio access network, RAN, the method comprising: establishing a connection with a user equipment,UE, in a cell served by the network node; determining that the UE is engaged in unauthorized aerial operation; and based on determining the unauthorized aerial operation, performing at least one of the following operations: restricting the performance of the connection, wherein restricting the performance of the connection comprises at least one of the following: refraining from allocating any cell resources for one or more data radio bearers, DRBs, associated with the connection; reducing transmission rates for the one or more DRBs associated with the connection; and reducing the priority of the UE, for access to the cell resources, to less than the respective priorities of other UEs in the cell; and sending to the UE a message comprising: an indication that the connection will be released; and one or more conditions that the UE must meet before attempting to reestablish the connection. establishing a connection with a user equipment,UE, in a cell served by the network node; determining that the UE is engaged in unauthorized aerial operation; and based on determining the unauthorized aerial operation, performing at least one of the following operations: restricting the performance of the connection, wherein restricting the performance of the connection comprises at least one of the following: refraining from allocating any cell resources for one or more data radio bearers, DRBs, associated with the connection; reducing transmission rates for the one or more DRBs associated with the connection; and reducing the priority of the UE, for access to the cell resources, to less than the respective priorities of other UEs in the cell; and sending to the UE a message comprising: an indication that the connection will be released; and one or more conditions that the UE must meet before attempting to reestablish the connection. restricting the performance of the connection, wherein restricting the performance of the connection comprises at least one of the following: refraining from allocating any cell resources for one or more data radio bearers, DRBs, associated with the connection; reducing transmission rates for the one or more DRBs associated with the connection; and reducing the priority of the UE, for access to the cell resources, to less than the respective priorities of other UEs in the cell; and refraining from allocating any cell resources for one or more data radio bearers, DRBs, associated with the connection; reducing transmission rates for the one or more DRBs associated with the connection; and reducing the priority of the UE, for access to the cell resources, to less than the respective priorities of other UEs in the cell; and sending to the UE a message comprising: an indication that the connection will be released; and one or more conditions that the UE must meet before attempting to reestablish the connection. an indication that the connection will be released; and one or more conditions that the UE must meet before attempting to reestablish the connection.
An abnormality detection device for a container stack in which in the container stack , a plurality of containers where a code display surface recording container information is provided in a fixed position on a lateral outer surface of the stackable container are stacked such that the code display surfaces are positioned on a same side, and which determines a stacking abnormality in the container stack on a lateral side of a conveyance path where the container stack is conveyed with the code display surfaces oriented parallel to a conveyance direction, wherein a code reading means which captures images of the code display surfaces on the respective containers in the container stack is arranged on the lateral side of the conveyance path , a calculation processing means is additionally provided to which read data from the code reading means is input, the calculation processing means detects, from the read data of each of the code display surfaces , a position coordinate value of at least one fixed point (A to D) in each of the code display surfaces , and the stacking abnormality in the container stack is determined from the position coordinate value in each of the containers , characterized in that when the container stack which is conveyed on the conveyance path is in a position where all the code display surfaces in the container stack are present within an image capturing area of the code reading means , the images of all the code display surfaces are captured by the code reading means . wherein a code reading means which captures images of the code display surfaces on the respective containers in the container stack is arranged on the lateral side of the conveyance path , a calculation processing means is additionally provided to which read data from the code reading means is input, the calculation processing means detects, from the read data of each of the code display surfaces , a position coordinate value of at least one fixed point (A to D) in each of the code display surfaces , and the stacking abnormality in the container stack is determined from the position coordinate value in each of the containers , characterized in that when the container stack which is conveyed on the conveyance path is in a position where all the code display surfaces in the container stack are present within an image capturing area of the code reading means , the images of all the code display surfaces are captured by the code reading means .
Ankle support (1; 101) having a lateral side and a medial side , at least comprising: - a one-piece support frame (7; 107) with a bottom section, a top section and a connection section , the connection section connects the top section with the bottom section on the medial side of the ankle support, such that, when the ankle support is arranged on the lower leg, the ankle and the foot, the top section of the support frame is adapted to be located above the medial malleolus , - at least two draw straps which, when the ankle support is arranged on the foot, each run along different sides of the lower leg, wherein the bottom section of the support frame comprises a bottom medial section connected to the connection section , a bottom lateral section (15; 115) and a sole portion (17; 117) connecting the bottom medial section to the bottom lateral section, wherein the at least two draw straps connect the top section of the support frame to the bottom lateral section of the support frame on the lateral side of the ankle support, characterized in that the at least two draw straps cross each other on the lateral side of the ankle support . - a one-piece support frame (7; 107) with a bottom section, a top section and a connection section , the connection section connects the top section with the bottom section on the medial side of the ankle support, such that, when the ankle support is arranged on the lower leg, the ankle and the foot, the top section of the support frame is adapted to be located above the medial malleolus , - at least two draw straps which, when the ankle support is arranged on the foot, each run along different sides of the lower leg, wherein the bottom section of the support frame comprises a bottom medial section connected to the connection section , a bottom lateral section (15; 115) and a sole portion (17; 117) connecting the bottom medial section to the bottom lateral section, wherein the at least two draw straps connect the top section of the support frame to the bottom lateral section of the support frame on the lateral side of the ankle support, characterized in that the at least two draw straps cross each other on the lateral side of the ankle support . the bottom section of the support frame comprises a bottom medial section connected to the connection section , a bottom lateral section (15; 115) and a sole portion (17; 117) connecting the bottom medial section to the bottom lateral section, wherein the at least two draw straps connect the top section of the support frame to the bottom lateral section of the support frame on the lateral side of the ankle support, characterized in that the at least two draw straps cross each other on the lateral side of the ankle support .
A peptide consisting of the amino acid sequence of SEQ ID NO: 1, wherein the peptide forms a complex with a Major Histocompatibility Complex (MHC) molecule.
A method of manufacturing a high-pressure composite pressure vessel configured to contain a gas and/or liquid, the method comprising the steps of: providing an expandable core vessel (102; 118) configured to expand under pressure; providing an aligned discontinuous fiber composite material (104; 116), the aligned discontinuous fiber composite material (104; 106) comprising fibers that are between 5 mm and 100 mm in length, wherein the fibers are aligned in a prepreg tape; wrapping the expandable core vessel (102: 118) with the aligned discontinuous fiber-reinforced composite (104; 116); wrapping the expandable core vessel (102; 118) with a continuous fiber-reinforced composite ; expanding the expandable core vessel (102; 118) by pressurizing the expandable core vessel (102; 118) and by applying pressure to the aligned discontinuous fiber-reinforced composite (104; 116) and the continuous fiber-reinforced composite by the expanded core vessel (102; 118); heating the expanded core vessel (102; 118) under pressure and thereby consolidating the composite overwrap; and cooling the expanded core vessel (102; 118) under pressure resulting in the high-pressure composite pressure vessel . providing an expandable core vessel (102; 118) configured to expand under pressure; providing an aligned discontinuous fiber composite material (104; 116), the aligned discontinuous fiber composite material (104; 106) comprising fibers that are between 5 mm and 100 mm in length, wherein the fibers are aligned in a prepreg tape; wrapping the expandable core vessel (102: 118) with the aligned discontinuous fiber-reinforced composite (104; 116); wrapping the expandable core vessel (102; 118) with a continuous fiber-reinforced composite ; expanding the expandable core vessel (102; 118) by pressurizing the expandable core vessel (102; 118) and by applying pressure to the aligned discontinuous fiber-reinforced composite (104; 116) and the continuous fiber-reinforced composite by the expanded core vessel (102; 118); heating the expanded core vessel (102; 118) under pressure and thereby consolidating the composite overwrap; and cooling the expanded core vessel (102; 118) under pressure resulting in the high-pressure composite pressure vessel .