mhurhangee/patent-ind-claim-en huggingface dataset:
A terminal device for communicating with a base station using a Time Division Duplex, TDD, method, the terminal device comprising: a control unit configured to transmit uplink control signal based on setting information indicating a first resource which is periodically placed in each of a plurality of bandwidth parts included in a component carrier and which is to be used in transmission of the uplink control signal, wherein the setting information contains, for each of the plurality of bandwidth parts, information indicating a radio frame in which the first resource is placed and information indicating a slot in which the first resource is placed in the radio frame, characterized in that the setting information is adapted to have the first resource being placed in slots arriving at periodicity of a predetermined slot count in a radio frame, and the setting information contains information indicating the periodicity, and in that the control unit is configured to, when the uplink control signal is not transmittable in the first resource, skip transmission of the uplink control signal in the first resource. a control unit configured to transmit uplink control signal based on setting information indicating a first resource which is periodically placed in each of a plurality of bandwidth parts included in a component carrier and which is to be used in transmission of the uplink control signal, wherein the setting information contains, for each of the plurality of bandwidth parts, information indicating a radio frame in which the first resource is placed and information indicating a slot in which the first resource is placed in the radio frame, characterized in that the setting information is adapted to have the first resource being placed in slots arriving at periodicity of a predetermined slot count in a radio frame, and the setting information contains information indicating the periodicity, and in that the control unit is configured to, when the uplink control signal is not transmittable in the first resource, skip transmission of the uplink control signal in the first resource.
Tyre tread based on one or more diene elastomers, on one or more reinforcing fillers, on a crosslinking system, characterized in that said tread further comprises at least one compound (A) selected from a metal chelate comprising at least one ligand and at least one metal, a pigment and their mixture, said metal chelate being selected from iron porphyrins, preferably iron porphines, iron hemiporphyrazine, iron hemin, iron phthalocyanines and copper phthalocyanines, said pigment being selected from diketopyrrolopyrroles, anthraquinones, quinacridones, perylenes and pyrazolo-quinazolones, preferably diketopyrrolopyrroles, said compound A representing from 1 to 30 phr.
An oil-lubricated helium compressor system configured to supply gas to an expander operating at cryogenic temperatures, the compressor system comprising: an air cooled compressor having a first supply side and a first return side ; a water cooled compressor having a second supply side and a second return side ; a gas supply manifold connected to the respective supply side of each compressor and a high pressure side of the expander; a gas return manifold connected to the respective return side of each compressor and the low pressure side of the expander; check valves configured to prevent gas from flowing from either compressor into the gas return manifold ; a controller configured to control the cross-over from one compressor to the other; and a plurality of sensors configured to detect critical operating parameters connected to the controller and configured to provide critical signals to the controller that are used to determine when to switch from the one compressor to the other such that the operation of the expander is not affected, wherein the sensors include temperature sensors for measuring one or more of the following temperatures: temperature of oil out of a water cooled after-cooler , of oil out of an air cooled after-cooler , of helium discharged out of the compressors , of oil leaving the compressor , of water in and out of a water cooled after-cooler , and indoor and outdoor air temperatures. an air cooled compressor having a first supply side and a first return side ; a water cooled compressor having a second supply side and a second return side ; a gas supply manifold connected to the respective supply side of each compressor and a high pressure side of the expander; a gas return manifold connected to the respective return side of each compressor and the low pressure side of the expander; check valves configured to prevent gas from flowing from either compressor into the gas return manifold ; a controller configured to control the cross-over from one compressor to the other; and a plurality of sensors configured to detect critical operating parameters connected to the controller and configured to provide critical signals to the controller that are used to determine when to switch from the one compressor to the other such that the operation of the expander is not affected, wherein the sensors include temperature sensors for measuring one or more of the following temperatures: temperature of oil out of a water cooled after-cooler , of oil out of an air cooled after-cooler , of helium discharged out of the compressors , of oil leaving the compressor , of water in and out of a water cooled after-cooler , and indoor and outdoor air temperatures.
An industrial automation device comprising at least: electronic part (111-1) -powered means for connecting wire-lessly (102-1) to a low-power wide area network , said electronic part -powered means comprising first identification information in the low-power wide area network and being arranged at least to receive data addressed to the first identification information and store (111-3) the data received when the industrial automation device is not connected to an electrical network, said electronic part (111-1) -powered means comprising one or more electronic parts providing said means with power; means for connecting the industrial automation device to the electrical network; and means for updating , in response to connecting the industrial automation device to the electrical network, one or more features in the industrial automation device by the data received. electronic part (111-1) -powered means for connecting wire-lessly (102-1) to a low-power wide area network , said electronic part -powered means comprising first identification information in the low-power wide area network and being arranged at least to receive data addressed to the first identification information and store (111-3) the data received when the industrial automation device is not connected to an electrical network, said electronic part (111-1) -powered means comprising one or more electronic parts providing said means with power; means for connecting the industrial automation device to the electrical network; and means for updating , in response to connecting the industrial automation device to the electrical network, one or more features in the industrial automation device by the data received.
Cage for a wound rotor of an electric machine, said wound rotor comprising a body having an alternation of teeth and slots , said slots being intended to receive a part of a rotor winding, said cage being designed to be mounted about the body of the wound rotor , wherein said cage comprises a first part and a second part that are intended to be secured to one another, each part comprising an end ring and a circumferential plurality of rods extending from said end ring parallel to the axis (X) of revolution of the end ring , each rod having a main portion and an end portion , and, for each rod of said first part , the end portion of said rod is shaped so as to be able to be secured to the end portion of at least one complementary rod of the second part when the two parts are each installed at a longitudinal end of the body of the rotor , such that said two secured complementary rods form a slot wedge extending between the two end rings of the two parts of the cage , each main portion of rod having a cross section substantially in the shape of an isosceles triangle, the base of which has a substantially concave curved shape, and of which the height extends in a substantially radial direction relative to the associated end ring , and wherein at least two complementary rods each have an end portion of reduced thickness relative to the main portion , and have a substantially right prism shape with a rectangular base, of which one base face extends in the extension of said main portion and the other base face has a tab shape.
Electric linear motor comprising at least one linear stator designed to be located in a fixed correlation to an environment, particularly building, and at least one mover (24, 26; 126) designed for connection with an element to be moved (16; 16a-16d) and co-acting to move along the stator, which motor comprises a stator beam (18; 114) supporting said at least one stator , which stator beam has at least one side face (42-48; 116-124) carrying ferromagnetic poles of said stator spaced apart by a pitch (d), and which mover (24, 26; 126) comprises at least one counter-face facing said side face(s) of the stator beam, in which counter-face electro-magnetic components of the mover (24, 26; 126) are arranged to co-act with the ferromagnetic poles of the stator beam, characterized in that the mover (24, 26; 126) has a C-profile surrounding the stator beam (18; 114), and that the mover has four counter-faces arranged in a rectangular configuration and facing the four side faces (42-48) of the stator beam , wherein preferably each of the counter-faces comprises the electro-magnetic components of the mover and the opening in the C-profile is configured to accommodate (the) fastening element of the stator beam.
A method of generating data streams, comprising: generating at least two data streams (i00, i01) by interleaving first Forward Error Correction, FEC, encoded data with second FEC encoded data according to a data unit comprising at least two bits, wherein two data units (00, 41; 40, 01) next to each other in any one of the at least two data streams are from the first FEC encoded data and from the second FEC encoded data, respectively, and wherein in each pair of adjacent data streams of the at least two data streams (i00, i01), data units (00, 40; 41, 01) located at a same position in the data streams of the respective pair comprise a data unit from the first FEC encoded data and a data unit from the second FEC encoded data ; and generating an interleaved data stream (i2') by interleaving the at least two data streams (i00, i01) according to one bit. generating at least two data streams (i00, i01) by interleaving first Forward Error Correction, FEC, encoded data with second FEC encoded data according to a data unit comprising at least two bits, wherein two data units (00, 41; 40, 01) next to each other in any one of the at least two data streams are from the first FEC encoded data and from the second FEC encoded data, respectively, and wherein in each pair of adjacent data streams of the at least two data streams (i00, i01), data units (00, 40; 41, 01) located at a same position in the data streams of the respective pair comprise a data unit from the first FEC encoded data and a data unit from the second FEC encoded data ; and generating an interleaved data stream (i2') by interleaving the at least two data streams (i00, i01) according to one bit.
A method for manufacturing a gear by performing rolling processing on a tooth part of a sintered gear raw material, the method comprising, when the rolling processing is performed on the tooth part of the gear raw material , pressing the gear raw material toward a center of rotation of the gear raw material by a rolling machine and, when at least the rolling processing is performed on the tooth part of the gear raw material toward a center of a thickness thereof by a pressing machine , the method being characterized in that the pressing machine presses a region (A) where an internal density of the tooth part of the gear raw material decreases.
An article of footwear , comprising: an upper ; a sole structure attached to the upper, the sole structure having a midfoot region ; a motorized tensioning device fixedly attached to the midfoot region ; the motorized tensioning device including a motor assembly coupled to a shaft member by a gear reduction system ; wherein the gear reduction system includes a first gear member intermeshed with a second gear member ; wherein the motor assembly actuates the gear reduction system when the motorized tensioning device is activated; wherein the gear reduction system enables the first gear to transfer motion to the second gear in a first rotational direction when the motorized tensioning device is activated; and wherein the gear reduction system prevents the second gear from transferring motion to the first gear , characterized in that the shaft member has a first end portion , a center portion , and a second end portion , wherein a first reel member is concentrically mounted at the first end portion , wherein a second reel member is concentrically mounted at the second end portion , and wherein the first gear and the second gear are positioned at the center portion . an upper ; a sole structure attached to the upper, the sole structure having a midfoot region ; a motorized tensioning device fixedly attached to the midfoot region ; the motorized tensioning device including a motor assembly coupled to a shaft member by a gear reduction system ; wherein the gear reduction system includes a first gear member intermeshed with a second gear member ; wherein the motor assembly actuates the gear reduction system when the motorized tensioning device is activated; wherein the gear reduction system enables the first gear to transfer motion to the second gear in a first rotational direction when the motorized tensioning device is activated; and wherein the gear reduction system prevents the second gear from transferring motion to the first gear , characterized in that the shaft member has a first end portion , a center portion , and a second end portion , wherein a first reel member is concentrically mounted at the first end portion , wherein a second reel member is concentrically mounted at the second end portion , and wherein the first gear and the second gear are positioned at the center portion .
An apparatus comprising: one or more processors ; and, memory in communication with the one or more processors, the memory comprising code that, when executed, causes the one or more processors to control the apparatus to: receive a password for access; increment an index tracking a number of forced failures that have been previously forced, wherein a forced failure comprises an access failure that is forced for any password received, whether the password is correct or incorrect; determine if the index indicates that a forced failure is to be performed in response to the received password by determining if the index is less than a desired number of forced failures; and, if the index indicates the forced failure is to be performed: force an access failure; and, repeat the receive, increment, and the determine operations; and if the index does not indicate a forced failure is to be performed: grant the access if the password is correct and reset the index to zero and repeat the receive, increment, and the determine operations if the password is incorrect. one or more processors ; and, memory in communication with the one or more processors, the memory comprising code that, when executed, causes the one or more processors to control the apparatus to: receive a password for access; increment an index tracking a number of forced failures that have been previously forced, wherein a forced failure comprises an access failure that is forced for any password received, whether the password is correct or incorrect; determine if the index indicates that a forced failure is to be performed in response to the received password by determining if the index is less than a desired number of forced failures; and, if the index indicates the forced failure is to be performed: force an access failure; and, repeat the receive, increment, and the determine operations; and if the index does not indicate a forced failure is to be performed: grant the access if the password is correct and reset the index to zero and repeat the receive, increment, and the determine operations if the password is incorrect. receive a password for access; increment an index tracking a number of forced failures that have been previously forced, wherein a forced failure comprises an access failure that is forced for any password received, whether the password is correct or incorrect; determine if the index indicates that a forced failure is to be performed in response to the received password by determining if the index is less than a desired number of forced failures; and, if the index indicates the forced failure is to be performed: force an access failure; and, repeat the receive, increment, and the determine operations; and force an access failure; and, repeat the receive, increment, and the determine operations; and if the index does not indicate a forced failure is to be performed: grant the access if the password is correct and reset the index to zero and repeat the receive, increment, and the determine operations if the password is incorrect.
A landing gear control system for a commercial passenger aircraft having a retractable landing gear , the landing gear control system comprising a lever assembly comprising a manually operable lever movable from a first position to a second position, the lever assembly being arranged, in response to the lever moving to the second position, to output as a signal, a gear-up command that, in use, causes the landing gear to move from a down position to an up position, and a motor configured to move the lever from the first position to the second position in dependence on a signal received in response to the aircraft taking-off, a control module , which is arranged to output the signal that causes the motor to move the lever from the first position to the second position, wherein the lever both being configured to be operated by a pilot of the aircraft manually and operated by the motor, the lever has a range of movement from one extreme end to the other, the lever assembly only outputs the gear-up command when the lever has moved to or beyond a threshold position, CHARACTERISED IN THAT the control module is arranged to detect when the aircraft has taken off with the use of one or more detected states of the aircraft, the control module is arranged to output the signal that causes the motor to move the lever immediately after the aircraft has been deemed to have taken off by the control module, and the motor is arranged to provide force feedback to a user when operating the lever, wherein force feedback is provided to indicate that the lever has moved to or beyond the threshold position. a lever assembly comprising a manually operable lever movable from a first position to a second position, the lever assembly being arranged, in response to the lever moving to the second position, to output as a signal, a gear-up command that, in use, causes the landing gear to move from a down position to an up position, and a motor configured to move the lever from the first position to the second position in dependence on a signal received in response to the aircraft taking-off, a control module , which is arranged to output the signal that causes the motor to move the lever from the first position to the second position, wherein the lever both being configured to be operated by a pilot of the aircraft manually and operated by the motor, the lever has a range of movement from one extreme end to the other, the lever assembly only outputs the gear-up command when the lever has moved to or beyond a threshold position, CHARACTERISED IN THAT the control module is arranged to detect when the aircraft has taken off with the use of one or more detected states of the aircraft, the control module is arranged to output the signal that causes the motor to move the lever immediately after the aircraft has been deemed to have taken off by the control module, and the motor is arranged to provide force feedback to a user when operating the lever, wherein force feedback is provided to indicate that the lever has moved to or beyond the threshold position.
A method of processing images in an electronic device comprising: determining a pixel pattern of a unit block of the image by analyzing differences of luminance data between pixels in the unit block of the image, wherein the unit block comprises a block of 2 by 2 pixels of the image; calculating an average value of a first component of the colour difference data and an average value of a second component of the colour difference data of at least two pixels in the unit block when the pixel pattern indicates that the luminance data of the at least two pixels in the unit block are similar; and encoding data of the unit block of the image by replacing the colour difference data of the at least two pixels with the calculated average values and by inserting flag data corresponding to the pixel pattern into the unit block, wherein the encoded data of the unit block of the image includes the luminance data of the pixels of the unit block, the flag data of the pixel pattern and the encoded colour difference data. determining a pixel pattern of a unit block of the image by analyzing differences of luminance data between pixels in the unit block of the image, wherein the unit block comprises a block of 2 by 2 pixels of the image; calculating an average value of a first component of the colour difference data and an average value of a second component of the colour difference data of at least two pixels in the unit block when the pixel pattern indicates that the luminance data of the at least two pixels in the unit block are similar; and encoding data of the unit block of the image by replacing the colour difference data of the at least two pixels with the calculated average values and by inserting flag data corresponding to the pixel pattern into the unit block, wherein the encoded data of the unit block of the image includes the luminance data of the pixels of the unit block, the flag data of the pixel pattern and the encoded colour difference data.
A communications method, comprising: acquiring , by a mobility management entity, information of a user equipment, UE; determining, by the mobility management entity according to the information of the UE, that the UE is a power-saving UE; upon determining that the UE is a power-saving UE, generating , by the mobility management entity, a first indication, wherein the first indication is used for instructing a serving gateway to retain first data, and the first data is downlink data of the UE, wherein the first indication comprises a suggested waiting time period for the serving gateway to retain the first data; and sending , by the mobility management entity, the first indication to the serving gateway to instruct the serving gateway to retain the first data. acquiring , by a mobility management entity, information of a user equipment, UE; determining, by the mobility management entity according to the information of the UE, that the UE is a power-saving UE; upon determining that the UE is a power-saving UE, generating , by the mobility management entity, a first indication, wherein the first indication is used for instructing a serving gateway to retain first data, and the first data is downlink data of the UE, wherein the first indication comprises a suggested waiting time period for the serving gateway to retain the first data; and sending , by the mobility management entity, the first indication to the serving gateway to instruct the serving gateway to retain the first data.