mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication performed at a user equipment, UE, comprising: receiving timing information for an uplink subframe and a time-frequency resource configuration for the uplink subframe, wherein receiving the timing information for the uplink subframe comprises receiving an indication of a timing offset of the uplink subframe relative to a trigger transmission, the time-frequency resource configuration identifying a correspondence between at least one receive beam in a set of one or more receive beams and at least one set of time-frequency resources in one or more sets of time-frequency resources of the uplink subframe; selecting at least a first set of time-frequency resources of the uplink subframe on which to transmit, the first set of time-frequency resources selected based at least in part on a transmit beam of the UE, a correspondence of the transmit beam to a receive beam in the set of one or more receive beams, and a correspondence of the receive beam to the selected first set of time-frequency resources; and transmitting a grantless transmission on at least the first set of time-frequency resources. receiving timing information for an uplink subframe and a time-frequency resource configuration for the uplink subframe, wherein receiving the timing information for the uplink subframe comprises receiving an indication of a timing offset of the uplink subframe relative to a trigger transmission, the time-frequency resource configuration identifying a correspondence between at least one receive beam in a set of one or more receive beams and at least one set of time-frequency resources in one or more sets of time-frequency resources of the uplink subframe; selecting at least a first set of time-frequency resources of the uplink subframe on which to transmit, the first set of time-frequency resources selected based at least in part on a transmit beam of the UE, a correspondence of the transmit beam to a receive beam in the set of one or more receive beams, and a correspondence of the receive beam to the selected first set of time-frequency resources; and transmitting a grantless transmission on at least the first set of time-frequency resources.
A method of a User Equipment, in the following also referred to as UE, configured with Discontinuous Reception, in the following also referred to as DRX, comprising: starting a period in response to start of an Uplink, in the following also referred to as UL, transmission ; and monitoring a first downlink control signaling including a puncturing indication during the period ; wherein the period ends in response to an end of the UL transmission, and the method further comprises suspending or stopping the UL transmission if the first downlink control signaling is received by the UE ; and characterized by : stopping the period when the first downlink control signaling is received. starting a period in response to start of an Uplink, in the following also referred to as UL, transmission ; and monitoring a first downlink control signaling including a puncturing indication during the period ; wherein the period ends in response to an end of the UL transmission, and the method further comprises suspending or stopping the UL transmission if the first downlink control signaling is received by the UE ; and characterized by : stopping the period when the first downlink control signaling is received.
A tetracycline derivative for use in an in vivo method for predicting or diagnosing age-related macular degeneration and/or Alzheimer's disease in a subject by detecting hydroxyapatite (HAP) deposits in the retina tissue of the subject, the method comprising: administering a tetracycline derivative to the subject in an amount sufficient for binding to any HAP deposits in the retina tissue of the subject; irradiating the retina tissue with electromagnetic radiation in an amount sufficient to excite the tetracycline derivative; scanning the retina tissue of the subject with a fluorescence lifetime imaging device and monitoring the lifetime of a fluorescent signal of any bound tetracycline derivative to HAP deposits; obtaining a profile of HAP deposits in the subject, wherein the HAP deposits bound to the tetracycline derivative exhibit a longer fluorescence lifetime compared to the fluorescence lifetime of the background tissue; and using the obtained profile to diagnose or predict age-related macular degeneration and/or Alzheimer's disease in the subject, wherein the tetracycline derivative bound to the HAP deposits has a fluorescence lifetime from about 1.2 to about 6 nsec and is selected from the group consisting of chlortetracycline and doxycycline. administering a tetracycline derivative to the subject in an amount sufficient for binding to any HAP deposits in the retina tissue of the subject; irradiating the retina tissue with electromagnetic radiation in an amount sufficient to excite the tetracycline derivative; scanning the retina tissue of the subject with a fluorescence lifetime imaging device and monitoring the lifetime of a fluorescent signal of any bound tetracycline derivative to HAP deposits; obtaining a profile of HAP deposits in the subject, wherein the HAP deposits bound to the tetracycline derivative exhibit a longer fluorescence lifetime compared to the fluorescence lifetime of the background tissue; and using the obtained profile to diagnose or predict age-related macular degeneration and/or Alzheimer's disease in the subject, wherein the tetracycline derivative bound to the HAP deposits has a fluorescence lifetime from about 1.2 to about 6 nsec and is selected from the group consisting of chlortetracycline and doxycycline.
An abutment kit and a dental implant , the abutment kit for attachment to the dental implant , the dental implant having a threaded bore and the abutment kit for engaging the surrounding gingival tissue, the abutment kit comprising: a base including a lower region and an upper region, the lower region including an anti- rotational feature for non-rotationally mating with the dental implant , the upper region including a first anti-rotational structure and a first axial retention structure ; and a variety of abutment caps in the shape of differently anatomically shaped teeth, each abutment cap having a second anti-rotational structure for mating with the first anti- rotational structure and a second axial retention structure for mating with the first axial retention structure , the abutment cap having an upper surface that includes information markers , the information markers for providing information concerning each abutment cap and the underlying dental implant . a base including a lower region and an upper region, the lower region including an anti- rotational feature for non-rotationally mating with the dental implant , the upper region including a first anti-rotational structure and a first axial retention structure ; and a variety of abutment caps in the shape of differently anatomically shaped teeth, each abutment cap having a second anti-rotational structure for mating with the first anti- rotational structure and a second axial retention structure for mating with the first axial retention structure , the abutment cap having an upper surface that includes information markers , the information markers for providing information concerning each abutment cap and the underlying dental implant .
A method for reducing a backlight crosstalk impact of an optical assembly which comprises at least two wavelength channels, characterized in that the method for reducing a backlight crosstalk impact of an optical assembly comprises: sequentially setting a laser drive current of a target wavelength channel as a first drive current, collecting backlight crosstalk data of the target wavelength channel to other wavelength channels, and generating a corresponding first crosstalk data matrix; sequentially setting another laser drive current of the target wavelength channel as a second drive current, collecting backlight crosstalk data of the target wavelength channel to other wavelength channels, and generating a corresponding second crosstalk data matrix; performing fitting on the first crosstalk data matrix and the second crosstalk data matrix to acquire a crosstalk data calibration matrix; calculating target backlight data of the target wavelength channel according to the crosstalk data calibration matrix, so as to calculate front light transmitting power of the target wavelength channel according to the target backlight data, thereby monitoring the optical assembly according to the front light transmitting power. sequentially setting a laser drive current of a target wavelength channel as a first drive current, collecting backlight crosstalk data of the target wavelength channel to other wavelength channels, and generating a corresponding first crosstalk data matrix; sequentially setting another laser drive current of the target wavelength channel as a second drive current, collecting backlight crosstalk data of the target wavelength channel to other wavelength channels, and generating a corresponding second crosstalk data matrix; performing fitting on the first crosstalk data matrix and the second crosstalk data matrix to acquire a crosstalk data calibration matrix; calculating target backlight data of the target wavelength channel according to the crosstalk data calibration matrix, so as to calculate front light transmitting power of the target wavelength channel according to the target backlight data, thereby monitoring the optical assembly according to the front light transmitting power.
A method for wireless communication of vehicle-to-anything, V2X, messages performed by a first vehicle , comprising: detecting presence of an obstacle in a driving path of a second vehicle; determining a sight stopping distance between the second vehicle and the obstacle; and transmitting , to the second vehicle, where the second vehicle is within a message range of the first vehicle, and where the sight stopping distance between the second vehicle and the obstacle is within a threshold, a message including a notification of the obstacle, wherein determining the sight stopping distance is based at least in part on an oncoming speed of the second vehicle, a location of the obstacle and a detected speed of the obstacle, wherein the message range is a function of the sight stopping distance. detecting presence of an obstacle in a driving path of a second vehicle; determining a sight stopping distance between the second vehicle and the obstacle; and transmitting , to the second vehicle, where the second vehicle is within a message range of the first vehicle, and where the sight stopping distance between the second vehicle and the obstacle is within a threshold, a message including a notification of the obstacle, wherein determining the sight stopping distance is based at least in part on an oncoming speed of the second vehicle, a location of the obstacle and a detected speed of the obstacle, wherein the message range is a function of the sight stopping distance.
Muscle resistance apparatus comprising a framework , a user support member attached to the framework upon which at least part of a user's body weight can be supported in use, means for producing at least one resistive force and a movable section , the movable section being linked at least one position along its length to the, or each, resistive force , wherein a first elongate part of the movable section is attached to the framework by a connection whereby the first elongate part can be displaced, and a second elongate part of the movable section is connected to the first part of the movable section by a second connection whereby the second elongate part can be displaced, and wherein, in use, the first and second parts of the movable section are independently movable with respect to one another in an angular and/or linear fashion and the resistive force is applied to both the first and second parts , characterized in that the apparatus comprises locking means to lock the first or second part in place to allow a single joint of the user's body to be exercised.
A balancing shaft , comprising a shaft having a bearing journal , which, over part of or the whole circumference, is radially set back with respect to axial shoulders of shaft sections adjacent to the bearing journal , and a needle bearing , which is arranged on the bearing journal and has an outer ring , which forms the outer raceway of the needles , characterised in that the needle bearing serves both as a radial bearing and as the only axial bearing of the balancing shaft , wherein the outer ring is provided with axial shoulders and the needles are supported both on the axial shoulders of the shaft sections and on the axial shoulders of the outer ring in both axial directions.
Measuring module for a busbar system , in which an electrical device is contactable with the busbars of the busbar system , via a busbar adapter placed on busbars (2-i), for connection to current phases (L), wherein the measuring module is insertable between the busbar adapter and the electrical device and contains a measuring unit which measures, as electrical characteristic values, the phase shifts (Δφ) in the current phases (L) applied to the electrical device via the inserted measuring module , and reports the measurement results to an external evaluation unit , the measuring module being constructionally configured in such a way that the measuring module can be placed on the busbar adapter when said adapter is under electrical voltage, without there being a risk for the user, and the measuring module having a transmission unit connected to the measuring unit , contacts of the measuring module being introduced into the measuring module in a finger-safe manner, in such a way that the measuring module and/or the electrical device can be mounted and dismounted live.
A heat exchanger plate for a plate heat exchanger for treatment of a liquid feed, the heat exchanger plate defines a front surface and an opposite rear surface, a first longitudinal edge extending in a longitudinal direction and an opposite second longitudinal edge extending parallel to the first longitudinal edge and a centre axis (C) extending substantially centrally between and in parallel with the first longitudinal edge and the second longitudinal edge , the heat exchanger plate further defining an evaporation section on the front surface for vaporizing the liquid feed, a separation section on the front surface for separating vaporized feed and non-vaporized feed, a first and a second brine section on the front surface for receiving the non-vaporized feed and a condensation section for condensing the vaporized feed, the separation sections being located between the evaporation section and the condensation section in the longitudinal direction, the first brine section being located between the evaporation section and the first longitudinal edge and the second brine section being located between the evaporation section and the second longitudinal edge , the evaporation section comprises obliquely extending ridges and valleys and the separation section comprises transversally extending ridges and valleys , characterized in that each plate comprising a pair of front surface flow guiding elements for directing the vaporized feed towards the central axis and/or for directing the non-vaporized feed towards the respective brine section , each front surface flow guiding element defining an elongated ridge in the plate on the front surface between the evaporation section , the separation section and the respective brine section and extending in an oblique angle relative to the longitudinal direction, wherein when the heat exchanging plate being arranged successively with identical heat exchanging plates front surface to front surface and rear surface to rear surface to form a plate package of a heat exchanger, the obliquely extending ridges of the evaporation section contact each other at contact points, the transversally extending ridges of the separation section fall into each other and the elongated ridges of opposing plates contact each other along elongated contact surfaces.
An image forming apparatus configured to perform an image forming operation on a recording medium (P) and allow a replenishment container for replenishing toner to be detachably attached thereto, the image forming apparatus comprising: a drum unit including a photosensitive drum ; a development unit (230; 330) configured to be movable relative to the drum unit , the development unit (230; 330) including a development roller , a reception portion configured to receive the replenishment container , and a containing portion for containing the toner replenished from the replenishment container ; and a housing containing the drum unit and the development unit (230; 330), the housing including an opening/closing member , the opening/closing member being movable between a cover position, at which the opening/closing member covers the reception portion , and an exposing position, at which the reception portion is exposed; wherein the image forming apparatus further comprises a support member (233; 333; 433) configured to be movable between a support position, at which the support member (233; 333; 433) supports the development unit (230; 330), and a retracted position, at which the support member (233; 333; 433) is retracted from the support position, in conjunction with the movement of the opening/closing member , characterized in that the support member (233; 333; 433) is located at the support position when the opening/closing member is located at the exposing position, and the support member (233; 333; 433) is located at the retracted position when the opening/closing member is located at the cover position. a drum unit including a photosensitive drum ; a development unit (230; 330) configured to be movable relative to the drum unit , the development unit (230; 330) including a development roller , a reception portion configured to receive the replenishment container , and a containing portion for containing the toner replenished from the replenishment container ; and a housing containing the drum unit and the development unit (230; 330), the housing including an opening/closing member , the opening/closing member being movable between a cover position, at which the opening/closing member covers the reception portion , and an exposing position, at which the reception portion is exposed; wherein the image forming apparatus further comprises a support member (233; 333; 433) configured to be movable between a support position, at which the support member (233; 333; 433) supports the development unit (230; 330), and a retracted position, at which the support member (233; 333; 433) is retracted from the support position, in conjunction with the movement of the opening/closing member , characterized in that the support member (233; 333; 433) is located at the support position when the opening/closing member is located at the exposing position, and the support member (233; 333; 433) is located at the retracted position when the opening/closing member is located at the cover position.
A method of cementing comprising: a) providing a cement slurry by mixing: - a cement composition comprising a cement and an amount of magnetic nanoparticles from 0.01 wt.% to 10 wt.% relative to the amount of cement (0.01% to 10% BWOC), wherein the magnetic nanoparticles have a mean particle size determined by Transmission Electron Microscopy (TEM) from 10 nm to 50 nm and a crystallite size determined by the Scherrer equation as disclosed in the description which is at least 80% of said mean particle size; and - water; and b) applying to the cement slurry an alternating magnetic field of from 25 mT to 60 mT at a frequency from 50 kHz to 200 kHz in order to set the cement slurry. a) providing a cement slurry by mixing: - a cement composition comprising a cement and an amount of magnetic nanoparticles from 0.01 wt.% to 10 wt.% relative to the amount of cement (0.01% to 10% BWOC), wherein the magnetic nanoparticles have a mean particle size determined by Transmission Electron Microscopy (TEM) from 10 nm to 50 nm and a crystallite size determined by the Scherrer equation as disclosed in the description which is at least 80% of said mean particle size; and - water; and - a cement composition comprising a cement and an amount of magnetic nanoparticles from 0.01 wt.% to 10 wt.% relative to the amount of cement (0.01% to 10% BWOC), wherein the magnetic nanoparticles have a mean particle size determined by Transmission Electron Microscopy (TEM) from 10 nm to 50 nm and a crystallite size determined by the Scherrer equation as disclosed in the description which is at least 80% of said mean particle size; and - water; and b) applying to the cement slurry an alternating magnetic field of from 25 mT to 60 mT at a frequency from 50 kHz to 200 kHz in order to set the cement slurry.
A method for the wet processing of material with a kneader and a downstream classifier , wherein the kneader is configured as a pure kneading member without a separation member and the classifier is disposed outside the kneader , characterized in that in that the circuit of kneader and classifier is traversed several times and, in so doing, free fibers are separated as fines in the classifier or are recovered as a product and the coarser substances return to the kneader, while accompanying substances pass from the kneader into a buffer and highly enriched accompanying substances depleted of free fibers and/or fines are discharged from the buffer.
A method for receiving at least one time division duplex, TDD, uplink, UL, downlink, /downlink, DL, configuration applicable to at least one frame by a user equipment, UE , in a wireless communication system, the method comprising: receiving, by the UE , a system information block, SIB, from a base station, BS , the SIB including a first TDD UL/DL configuration; monitoring, by the UE , a physical downlink control channel, PDCCH, on at least one DL subframe included in a first activity period of a discontinuous reception, DRX, cycle, the at least one DL subframe being indicated in the first TDD UL/DL configuration; receiving, by the UE , information about at least one second TDD UL/DL configuration on the monitored PDCCH; and applying, by the UE , the at least one second TDD UL/DL configuration to at least one first frame based on the received information, wherein the PDCCH is monitored based on an identifier of the UE , and wherein the first activity period is repeated periodically based on periodicity information for monitoring the PDCCH. receiving, by the UE , a system information block, SIB, from a base station, BS , the SIB including a first TDD UL/DL configuration; monitoring, by the UE , a physical downlink control channel, PDCCH, on at least one DL subframe included in a first activity period of a discontinuous reception, DRX, cycle, the at least one DL subframe being indicated in the first TDD UL/DL configuration; receiving, by the UE , information about at least one second TDD UL/DL configuration on the monitored PDCCH; and applying, by the UE , the at least one second TDD UL/DL configuration to at least one first frame based on the received information, wherein the PDCCH is monitored based on an identifier of the UE , and wherein the first activity period is repeated periodically based on periodicity information for monitoring the PDCCH.