mhurhangee/patent-ind-claim-en huggingface dataset:
A messaging management server comprising: a processor; and a computer readable medium storing instructions that, when executed by the processor, configure the messaging management server to: send, to a messaging service provider , an indication that a second user has an active presence state on a user device, of a plurality of user devices (302a-c) associated with the second user, even if the second user is actually in an inactive presence state for the user device; receive, from the messaging service provider , a notification of an initial message originating from a first user and intended for receipt by the second user; and after a configurable preset duration has elapsed since receiving the notification, determine a first set of user devices, of the plurality of user devices (302a-c) associated with the second user, on which the second user is currently scheduled to be in an active presence state based on a presence schedule of the second user; and send the notification of the initial message to the first set of user devices. a processor; and a computer readable medium storing instructions that, when executed by the processor, configure the messaging management server to: send, to a messaging service provider , an indication that a second user has an active presence state on a user device, of a plurality of user devices (302a-c) associated with the second user, even if the second user is actually in an inactive presence state for the user device; receive, from the messaging service provider , a notification of an initial message originating from a first user and intended for receipt by the second user; and after a configurable preset duration has elapsed since receiving the notification, determine a first set of user devices, of the plurality of user devices (302a-c) associated with the second user, on which the second user is currently scheduled to be in an active presence state based on a presence schedule of the second user; and send the notification of the initial message to the first set of user devices. send, to a messaging service provider , an indication that a second user has an active presence state on a user device, of a plurality of user devices (302a-c) associated with the second user, even if the second user is actually in an inactive presence state for the user device; receive, from the messaging service provider , a notification of an initial message originating from a first user and intended for receipt by the second user; and after a configurable preset duration has elapsed since receiving the notification, determine a first set of user devices, of the plurality of user devices (302a-c) associated with the second user, on which the second user is currently scheduled to be in an active presence state based on a presence schedule of the second user; and send the notification of the initial message to the first set of user devices.
Device for reversibly adjusting a steering column of a motor vehicle, with a bearing block , in which a steering column housing with the steering column arranged in the steering column housing is mounted adjustably; a first pneumatic adjustment device , which is connected at a first axial end portion to a portion of the device that is arranged in a fixed position relative to the steering column housing and, at a second axial end portion , to the steering column housing , wherein the first pneumatic adjustment device is designed to adjust an angle of inclination (α). of the steering column housing ; and a second pneumatic adjustment device , which is connected at a first axial end portion to a fastening point of the motor vehicle and is connected at a second axial end portion , to the steering column housing , wherein the second pneumatic adjustment device is designed to adjust a height of the steering column housing , characterized in that the first pneumatic adjustment device and the second pneumatic adjustment device each have a first gas-filled compression spring and a second gas-filled compression spring , which gas-filled compression springs are arranged in a common housing , wherein the first gas-filled compression spring and the second gas-filled compression spring are arranged in the opposite direction.
An audio decoder (400; 500) for providing a decoded audio information (412; 512) on the basis of an encoded audio information (410; 510), the audio decoder comprising: a low frequency decoder (420; 520) configured to decode an encoded representation of a low frequency portion to obtain a decoded representation (422; 522) of the low frequency portion; and a bandwidth extension (430; 530) configured to obtain a bandwidth extension signal (432; 532) using a blind bandwidth extension for portions of an audio content for which no bandwidth extension parameters are included in the encoded audio information, and to obtain the bandwidth extension signal using a parameter-guided bandwidth extension for portions of the audio content for which bandwidth extension parameters are included in the encoded audio information; wherein the audio decoder is configured to decide whether to use a blind bandwidth extension or a parameter-guided bandwidth extension on the basis of the encoded representation of the low frequency portion without evaluating a bandwidth extension mode signaling flag.
A data scheduling method, comprising: storing (S301, S501, S601), in a first queue, received service data that is sent from a first network to a second network; generating (S302, S502, S602) test data that is to be sent from the first network to the second network and that is for testing whether an actual bandwidth reaches a committed bandwidth, and storing the test data in a second queue; preferentially scheduling (S303, S503, S603) the service data in the first queue to be in a third queue, and in response to determining that a rate of the service data is lower than a preset limit rate, scheduling the test data in the second queue to be in the third queue to reach the limit rate; and sending the service data and/or the test data in the third queue at the limit rate to the second network. storing (S301, S501, S601), in a first queue, received service data that is sent from a first network to a second network; generating (S302, S502, S602) test data that is to be sent from the first network to the second network and that is for testing whether an actual bandwidth reaches a committed bandwidth, and storing the test data in a second queue; preferentially scheduling (S303, S503, S603) the service data in the first queue to be in a third queue, and in response to determining that a rate of the service data is lower than a preset limit rate, scheduling the test data in the second queue to be in the third queue to reach the limit rate; and sending the service data and/or the test data in the third queue at the limit rate to the second network.
An opening adjusting device for adjusting an opening of a door for a vehicle, the opening adjusting device being intended to be used at a door checking mechanism including a movement restriction portion configured to be fixed at the door (D) for the vehicle, the door checking mechanism being provided with a check link including a first end portion being rotatably mounted on a vehicle body (B), the check link extending at an inside of the door (D) for the vehicle, the check link being relatively movable in a longitudinal direction of the check link relative to the movement restriction portion , the door checking mechanism including a stopper portion being provided at a second end portion of the check link extending at the inside of the door (D) for the vehicle, the opening adjusting device comprising: an opening adjusting block including a first portion and a second portion having a predetermined distance from the first portion in a moving direction of the check link ; and the movement restriction portion ; wherein the movement restriction portion is configured to restrict the opening adjusting block from moving to the first end portion of the check link by coming in contact with the first portion ; and in a case where the movement restriction portion restricts the opening adjusting block from moving to the first end portion of the check link , the opening adjusting block is configured to restrict the check link from moving to the first end portion of the check link by a contact of the second portion with the stopper portion , characterized in that the second portion is formed as an inclination surface having a predetermined angle relative to the stopper portion . an opening adjusting block including a first portion and a second portion having a predetermined distance from the first portion in a moving direction of the check link ; and the movement restriction portion ; wherein the movement restriction portion is configured to restrict the opening adjusting block from moving to the first end portion of the check link by coming in contact with the first portion ; and in a case where the movement restriction portion restricts the opening adjusting block from moving to the first end portion of the check link , the opening adjusting block is configured to restrict the check link from moving to the first end portion of the check link by a contact of the second portion with the stopper portion , characterized in that the second portion is formed as an inclination surface having a predetermined angle relative to the stopper portion .
A multi-pane insulated glass comprising at least two panes between which an edge seal is introduced, wherein the edge seal has a peripheral spacer , wherein the edge seal separates a pane intermediate space from a pane exterior space , wherein a primary sealant is provided between the peripheral spacer and the panes that seals the pane intermediate space from the pane exterior space , characterized in that an elastic seal is provided which, viewed from the pane intermediate space , is arranged in front of the primary sealant and provides a seal between the spacer and a pane , whereas the spacer provides a compensation space for a primary sealant flowing in the direction of the elastic seal , whereas the compensation space comprises at least one through-hole into a cavity of the spacer .
A method of transmitting an uplink signal by a user equipment, UE , in a wireless communication system, the method comprising: receiving first information related to a repetition of a transmission of a physical uplink control channel, PUCCH, for a bandwidth part, BWP; receiving second information related to a transmission of an uplink signal; and based on that the repetition of the transmission of the PUCCH and the transmission of the uplink signal are overlapped and a priority of the PUCCH is smaller than a priority of the uplink signal: transmitting the uplink signal based on the information; and dropping the repetition of the transmission of the PUCCH. receiving first information related to a repetition of a transmission of a physical uplink control channel, PUCCH, for a bandwidth part, BWP; receiving second information related to a transmission of an uplink signal; and based on that the repetition of the transmission of the PUCCH and the transmission of the uplink signal are overlapped and a priority of the PUCCH is smaller than a priority of the uplink signal: transmitting the uplink signal based on the information; and dropping the repetition of the transmission of the PUCCH. transmitting the uplink signal based on the information; and dropping the repetition of the transmission of the PUCCH.
Method for automatic control of the position of a burden suspended in the main wire of a crane about an x-axis, a y-axis and a z-axis, wherein the x-axis is defined as a horizontally oriented axis oriented towards the crane outrigger arm, the z-axis is defined as a horizontally oriented axis extending orthogonal to the x-axis and the y-axis is defined as a vertically oriented axis extending orthogonal to the x-axis and z-axis, where the burden is connected to at least two tag lines which are connected to a number of winches corresponding to the number of tag lines, where the control of the position of the burden is performed by actuators on the respective winches which performs ease off / tightening of the respective tag lines based on signals from measurement units arranged on the burden , and/or the crane, and/or outside the burden and/or the crane, said signals being processed in a central monitoring- and control unit which transmits control signals to the actuators for the tag lines characterized in, that the signals consists of data relating to current measurements of a number of angles of rotation of the burden around the x-axis, y-axis and z-axis and/or changes in said angles over time, and/or positions and/or changes of positions over time of burden or the lifting device, measured by a registration unit arranged on the burden or on the lifting device in which the burden is arranged.
Plug insert for a coupling system for establishing an electric connection between two electric components, wherein the first component is positioned in a housing and comprises at least one busbar , and the second component is arranged outside the housing and comprises at least one current connection , and wherein an electrically conductive connection can be established between the busbar and the current connection by means of the plug insert , wherein the plug insert comprises an insulator part , in which a sleeve is fixed, characterized in that a washer nut is fixed in the insulator part , wherein the insulator part has a recess which is arranged such that the busbar can be inserted between the sleeve and the washer nut through the recess .
A nucleator for generating ice crystals for seeding water droplets used in a snow-making system , the nucleator comprising: a mixing chamber including a compressed air inlet for receiving compressed air directed along a mixing chamber axis, a water inlet for receiving water toward the mixing chamber axis and an exit orifice for delivering a mixture of compressed air and water ; a water filter comprising a cylindrical mesh particle filter for filtering water prior to passing through the water inlet , a nucleator block for receiving the mixture and configured for dividing and directing the mixture into a plurality of nozzle channels , each nozzle channel lying in a plane perpendicular to, and separated from, one another by a select number of degrees; and a plurality of nucleator nozzles , each of the plurality of nucleator nozzles configured with a nozzle inlet and a nozzle outlet, each of the plurality of nucleator nozzles further configured for receiving one of the plurality of nozzle channels at the nozzle inlet and continuously pressurizing the mixture along a convergent portion of the nozzle , thereby creating a pressurized mixture until the pressurized mixture reaches a core diameter of the nozzle , the pressurized mixture passing through the core diameter and directed through a divergent portion of the nozzle channel where the pressurized mixture depressurizes until exiting the nozzle outlet as tiny ice crystals, characterized in that the cylindrical mesh particle filter is inside a cylindrical wire filter comprised by the water filter . a mixing chamber including a compressed air inlet for receiving compressed air directed along a mixing chamber axis, a water inlet for receiving water toward the mixing chamber axis and an exit orifice for delivering a mixture of compressed air and water ; a water filter comprising a cylindrical mesh particle filter for filtering water prior to passing through the water inlet , a nucleator block for receiving the mixture and configured for dividing and directing the mixture into a plurality of nozzle channels , each nozzle channel lying in a plane perpendicular to, and separated from, one another by a select number of degrees; and a plurality of nucleator nozzles , each of the plurality of nucleator nozzles configured with a nozzle inlet and a nozzle outlet, each of the plurality of nucleator nozzles further configured for receiving one of the plurality of nozzle channels at the nozzle inlet and continuously pressurizing the mixture along a convergent portion of the nozzle , thereby creating a pressurized mixture until the pressurized mixture reaches a core diameter of the nozzle , the pressurized mixture passing through the core diameter and directed through a divergent portion of the nozzle channel where the pressurized mixture depressurizes until exiting the nozzle outlet as tiny ice crystals, characterized in that the cylindrical mesh particle filter is inside a cylindrical wire filter comprised by the water filter .
Pre-positioner for a profiled clamp , which is designed in two parts with a first element and a second element , wherein the first element can be secured onto a line end and the second element can be secured onto the profiled clamp , characterised in that the first element is designed to be bow-shaped with a foot portion which can be fixed onto the line end and a holding portion offset radially outwards relative to the foot portion , which holding portion has a recess , wherein the second element has a pin running in radial direction which can be inserted into the recess .
A mobile terminal device comprising: a touch panel configured to detect an input operation; an input detector configured to detect a predetermined contact of the input operation on the touch panel, and changes the frequency of detection by the touch panel; processing circuitry adapted to control the input detector to decrease the frequency of detection by the touch panel to a certain level when the input operation is not detected by the touch panel over a specified time period, and executes a specific operation when the predetermined contact of the input operation on the touch panel corresponding to the specific operation is detected by the input detector when the frequency of detection by the touch panel is the certain level, and a sensor unit configured to output a sensor value, and a display unit wherein the processing circuitry is configured to determine which of a specific operation to execute from a plurality of specific operations based on the sensor value, when the predetermined contact of the input operation on the touch panel is detected by the input detector and when the frequency of detection by the touch panel is the certain level; and wherein when the input operation ends in failure, the processing circuitry is furthermore configured to detect whether the input operation detected by the touch panel is similar to the predetermined contact and to display a guide representing the predetermined contact. a touch panel configured to detect an input operation; an input detector configured to detect a predetermined contact of the input operation on the touch panel, and changes the frequency of detection by the touch panel; processing circuitry adapted to control the input detector to decrease the frequency of detection by the touch panel to a certain level when the input operation is not detected by the touch panel over a specified time period, and executes a specific operation when the predetermined contact of the input operation on the touch panel corresponding to the specific operation is detected by the input detector when the frequency of detection by the touch panel is the certain level, and a sensor unit configured to output a sensor value, and a display unit wherein the processing circuitry is configured to determine which of a specific operation to execute from a plurality of specific operations based on the sensor value, when the predetermined contact of the input operation on the touch panel is detected by the input detector and when the frequency of detection by the touch panel is the certain level; and wherein when the input operation ends in failure, the processing circuitry is furthermore configured to detect whether the input operation detected by the touch panel is similar to the predetermined contact and to display a guide representing the predetermined contact.
A medicament for use in the prevention, alleviation or treatment of acute stress disorder or post-traumatic stress disorder, comprising a therapeutically effective amount of a carbamate compound of the following Formula 1, or a pharmaceutically acceptable salt, solvate or hydrate thereof: wherein, R 1 and R 2 are each independently selected from the group consisting of hydrogen, halogen, C 1 -C 8 alkyl, halo-C 1 -C 8 alkyl, C 1 -C 8 thioalkoxy and C 1 -C 8 alkoxy; and one of A 1 and A 2 is CH, and the other is N. R 1 and R 2 are each independently selected from the group consisting of hydrogen, halogen, C 1 -C 8 alkyl, halo-C 1 -C 8 alkyl, C 1 -C 8 thioalkoxy and C 1 -C 8 alkoxy; and one of A 1 and A 2 is CH, and the other is N.
A system for controlling transmissions in a wireless network comprising: a base station configured for bidirectional wireless communication with each of a plurality of wireless devices ; and a transmission constraints database having stored therein transmission constraints that define constraints on transmissions between the base station and the plurality of wireless devices , characterised in that the transmission constraints correspond to each of a plurality of battery types; and the base station is configured to receive battery characteristics from at least one of the plurality of wireless devices , the battery characteristics representing at least a battery type for the wireless device , and wherein the base station is configured to obtain transmission constraints by looking up the battery type in the transmission constraints database. a base station configured for bidirectional wireless communication with each of a plurality of wireless devices ; and a transmission constraints database having stored therein transmission constraints that define constraints on transmissions between the base station and the plurality of wireless devices , the transmission constraints correspond to each of a plurality of battery types; and the base station is configured to receive battery characteristics from at least one of the plurality of wireless devices , the battery characteristics representing at least a battery type for the wireless device , and wherein the base station is configured to obtain transmission constraints by looking up the battery type in the transmission constraints database.
A shoe-forming member comprising a thermoplastic elastomer, the thermoplastic elastomer comprising: - a matrix comprising a polypropylene resin and an aromatic polymer; and - a domain comprising a crosslinked elastomer, wherein the aromatic polymer comprises a poly-α-methylstyrene structure in at least part of its molecule and the domain is covered by the polypropylene resin. - a matrix comprising a polypropylene resin and an aromatic polymer; and - a domain comprising a crosslinked elastomer, wherein