mhurhangee/ep-ind-claims huggingface dataset:
A method for upgrading a wireless data card in a home gateway, comprising: downloading, by the home gateway, upgrade data by using a firmware over-the-air download technique, wherein said upgrade data comprises first upgrade data used for upgrading the wireless data card; and upgrading said wireless data card by using said first upgrade data, wherein the wireless data card is upgraded by the home gateway; wherein said upgrade data further comprises second upgrade data used for upgrading said home gateway. downloading, by the home gateway, upgrade data by using a firmware over-the-air download technique, wherein said upgrade data comprises first upgrade data used for upgrading the wireless data card; and upgrading said wireless data card by using said first upgrade data, wherein the wireless data card is upgraded by the home gateway; wherein said upgrade data further comprises second upgrade data used for upgrading said home gateway.
A door opening and closing structure (100, 100a, 100b, 100c, 100d, 100e), adapted to be combined with a tent to shield or open a space in the tent, wherein the door opening and closing structure (100, 100a, 100b, 100c, 100d, 100e) comprising: a door plate, wherein the door plate is foldable; a transverse bar (120, 120b), connected to the door plate; a zipper, the transverse bar (120, 120b) is connected to the zipper, and the door plate is disposed with the zipper; and a pulling string, the pulling string is connected to the transverse bar (120, 120b), wherein when a tension is applied on the pulling string and the tension is greater than a gravity of the transverse bar (120, 120b) and at least a portion of the door plate, the transverse bar (120, 120b) is pulled by the pulling string along an extension direction of the zipper to pull open at least a portion of the zipper, and the at least a portion of the door plate is driven by the transverse bar (120, 120b) to move along the extension direction to form an opening, and when the tension is less than the gravity of the transverse bar (120, 120b) and the at least a portion of the door plate, the transverse bar (120, 120b) moves along a gravity direction to close the at least a portion of the zipper and the door plate is driven by the transverse bar (120, 120b) to move along the gravity direction to reduce the opening. a door plate, wherein the door plate is foldable; a transverse bar (120, 120b), connected to the door plate; a zipper, the transverse bar (120, 120b) is connected to the zipper, and the door plate is disposed with the zipper; and a pulling string, the pulling string is connected to the transverse bar (120, 120b), wherein when a tension is applied on the pulling string and the tension is greater than a gravity of the transverse bar (120, 120b) and at least a portion of the door plate, the transverse bar (120, 120b) is pulled by the pulling string along an extension direction of the zipper to pull open at least a portion of the zipper, and the at least a portion of the door plate is driven by the transverse bar (120, 120b) to move along the extension direction to form an opening, and when the tension is less than the gravity of the transverse bar (120, 120b) and the at least a portion of the door plate, the transverse bar (120, 120b) moves along a gravity direction to close the at least a portion of the zipper and the door plate is driven by the transverse bar (120, 120b) to move along the gravity direction to reduce the opening.
A method of transmitting reference signals, RS, from a first station using a transmit antenna with a number of antenna ports to a second station for determining channel state information, CSI, of a radio channel between the first station and the second station, the method comprising the steps of: defining a first set of precoders for the number of antenna ports; deriving, based on the first set, a second set of precoders for the number of antenna ports, wherein a second rank of the second set of precoders is different from a first rank of the first set of precoders, and the second rank of the second set is less than the number of antenna ports, and wherein each of the antenna ports is associated with non-zero energy by at least one of the precoders of the second set; and transmitting the RS using each of the precoders of the second set, wherein each of the precoders (502; 702) of at least one of the first set and the second set corresponds to one or more beams, and wherein deriving the second set from the first set includes splitting a beam corresponding to a precoder of the first set into multiple beams each corresponding to a precoder of the second set, or merging two or more beams each corresponding to a precoder of the first set into a beam corresponding to a precoder of the second set. defining a first set of precoders for the number of antenna ports; deriving, based on the first set, a second set of precoders for the number of antenna ports, wherein a second rank of the second set of precoders is different from a first rank of the first set of precoders, and the second rank of the second set is less than the number of antenna ports, and wherein each of the antenna ports is associated with non-zero energy by at least one of the precoders of the second set; and transmitting the RS using each of the precoders of the second set, wherein each of the precoders (502; 702) of at least one of the first set and the second set corresponds to one or more beams, and wherein deriving the second set from the first set includes splitting a beam corresponding to a precoder of the first set into multiple beams each corresponding to a precoder of the second set, or merging two or more beams each corresponding to a precoder of the first set into a beam corresponding to a precoder of the second set.
Sensor system for capacitively measuring the fill level of a liquid medium in a container, comprising a receptacle, which is provided with two contact regions for the contact with an exterior surface of the received container, and with at least one level detection electrode (C 1, C 2, C 11, C 12, C 21, C 22) disposed in each of the contact regions for capacitively detecting the liquid level in the container, characterised in that the sensor system has a capacitive coupling measuring device (C 11, C 12, C 21, C 22) for capacitively determining correct coupling of the container in the receptacle, wherein means are present for generating electric fields for the level and coupling measurement and means are present for capturing the complex impedance of different level detection electrodes (C 11, C 12, C 21, C 22) according to magnitude, phase and their change over time.
Hydraulic coupler unit for the control of a valve, in particular of a control valve of a fuel injector, wherein the coupler unit comprises a longitudinally movable coupler piston, a longitudinally movable valve piston and a coupler housing and transmits a movement of an actuator element, in particular of a piezoelectric actuator element, to a valve pin, wherein, in the coupler housing, there is formed a housing bore through which the valve piston projects, wherein a pressure space is formed between the coupler piston and the valve piston, wherein the pressure space can be filled with fuel, wherein, in the coupler piston, there is formed a piston bore in which the valve piston is guided in longitudinally movable fashion, and wherein the coupler piston is guided in longitudinally movable fashion on the coupler housing, wherein the guide between coupler piston and coupler housing comprises a guide sleeve, characterized in that the guide sleeve is arranged so as to at least partially radially surround the coupler housing and the coupler piston, wherein the guide sleeve is guided in longitudinally movable fashion on the coupler housing, and wherein the coupler piston is guided in longitudinally movable fashion in the guide sleeve.
Method of performing a cryptographic operation by using a remote cryptographic key, the method comprising: • a server computer system receiving from a client computer system a user request to perform the cryptographic operation at the server computer system which comprises a multi-repository manager and a plurality of repositories (107, 108) for storing remote cryptographic keys in one repository or another depending on a critical nature of the keys, wherein the plurality of repositories comprises a Hardware Security Module for critical keys and a less secure repository for less critical keys; • the multi-repository manager obtaining a set of references to remote cryptographic keys allowed to the user request from the repositories of remote cryptographic keys (107, 108); • the multi-repository manager establishing, based on remote key selection criteria, a remote cryptographic key referenced in the set of references to remote cryptographic keys as the remote cryptographic key to be used for performing the cryptographic operation; • the multi-repository manager requesting performance of the cryptographic operation to the repository (107, 108) wherein the remote cryptographic key to be used is stored depending on the critical nature of the key, said cryptographic operation to be performed by using said remote cryptographic key; • the multi-repository manager obtaining the result of the cryptographic operation from the repository of remote cryptographic keys (107, 108) that has performed the cryptographic operation; • the server computer system sending the result of the cryptographic operation to the client computer system. • a server computer system receiving from a client computer system a user request to perform the cryptographic operation at the server computer system which comprises a multi-repository manager and a plurality of repositories (107, 108) for storing remote cryptographic keys in one repository or another depending on a critical nature of the keys, wherein the plurality of repositories comprises a Hardware Security Module for critical keys and a less secure repository for less critical keys; • the multi-repository manager obtaining a set of references to remote cryptographic keys allowed to the user request from the repositories of remote cryptographic keys (107, 108); • the multi-repository manager establishing, based on remote key selection criteria, a remote cryptographic key referenced in the set of references to remote cryptographic keys as the remote cryptographic key to be used for performing the cryptographic operation; • the multi-repository manager requesting performance of the cryptographic operation to the repository (107, 108) wherein the remote cryptographic key to be used is stored depending on the critical nature of the key, said cryptographic operation to be performed by using said remote cryptographic key; • the multi-repository manager obtaining the result of the cryptographic operation from the repository of remote cryptographic keys (107, 108) that has performed the cryptographic operation; • the server computer system sending the result of the cryptographic operation to the client computer system.
NFC card comprising: - an antenna circuit comprising at least one antenna coil having one magnetic axis, and - at least one integrated circuit linked to the antenna circuit, characterized in that: - the magnetic axis of the antenna coil is substantially parallel to the plane of the card, and - the magnetic axis of the antenna coil is at an angle of 45° ± 25° with respect to a longitudinal axis of the card. - an antenna circuit comprising at least one antenna coil having one magnetic axis, and - at least one integrated circuit linked to the antenna circuit, - the magnetic axis of the antenna coil is substantially parallel to the plane of the card, and - the magnetic axis of the antenna coil is at an angle of 45° ± 25° with respect to a longitudinal axis of the card.
Method for acquiring transverse position information of a motor vehicle on a carriageway, characterised in that at least a part of the radar data describing the carriageway is taken with at least one radar sensor of the motor vehicle, the environmental features describing the location of a carriageway boundary are detected and localised by evaluating the radar data, from these a path of the carriageway boundaries of the carriageway and lateral distances of the motor vehicle from the carriageway boundaries are acquired and the transverse position information is acquired as the or as a function of the lateral distances of the motor vehicle from the carriageway boundaries, wherein a high-precision radar sensor with a semiconductor chip implemented by the radar transceiver is used as the at least one radar sensor and a passage from the road surface to another ground surface is detected and localised as environmental features, wherein a lane position assignment of the motor vehicle is determined as the transverse position information additionally taking into account at least one additional piece of information of at least the number of traffic lanes of the carriageway, wherein carriageway distribution information derived from digital map data, which comprises partial information describing the presence and/or width and/or the location of a section of the carriageway not used as a traffic lane, is taken into account as the additional piece of information.
Automatic dishwasher, in particular a household dishwasher, comprising a washing container that provides a washing chamber and has a loading opening, a washing chamber door for closing the loading opening in a fluid-tight manner, and a metering device, in particular provided by the washing chamber door, for dispensing pourable detergent in a metered manner, the metering device having a detergent channel that leads to a detergent dispensing opening, and a detergent outlet that leads into the washing chamber, a movable tube that provides a discharge channel being provided for fluidically connecting the detergent dispensing opening and the detergent outlet, characterised by a pulse generator that acts on a channel wall of the detergent channel and interacts with an end portion of the movable tube.
An accessory (200, 500) detachably mountable to an imaging apparatus and capable of communication with the imaging apparatus when mounted to the imaging apparatus, the accessory (200, 500) comprising: a mount unit (250, 550a) where a plurality of electric contacts are arrayed (2001 - 2012), wherein the plurality of electric contacts (2001 - 2012) include: a first electric contact configured to receive supply of electric power from the imaging apparatus, a second electric contact configured to set a ground level of the first electric contact, a third electric contact configured to transmit and receive data between the imaging apparatus and the accessory, and a fourth electric contact configured to make notification of a timing relating to communication using the third electric contact, wherein the fourth electric contact is disposed adjacent to the second electric contact on the mount unit (250, 550a), and the third electric contact is disposed on the opposite side from the second electric contact across the fourth electric contact, the mount unit (250, 550a) comprises a contact holding member configured to hold the plurality of electric contacts (2001 - 2012), and the contact holding member is provided with two tiers, each tier holding a different number of electric contacts (2001 - 2012) from each other. a mount unit (250, 550a) where a plurality of electric contacts are arrayed (2001 - 2012), wherein the plurality of electric contacts (2001 - 2012) include: a first electric contact configured to receive supply of electric power from the imaging apparatus, a second electric contact configured to set a ground level of the first electric contact, a third electric contact configured to transmit and receive data between the imaging apparatus and the accessory, and a fourth electric contact configured to make notification of a timing relating to communication using the third electric contact, a first electric contact configured to receive supply of electric power from the imaging apparatus, a second electric contact configured to set a ground level of the first electric contact, a third electric contact configured to transmit and receive data between the imaging apparatus and the accessory, and a fourth electric contact configured to make notification of a timing relating to communication using the third electric contact, wherein the fourth electric contact is disposed adjacent to the second electric contact on the mount unit (250, 550a), and the third electric contact is disposed on the opposite side from the second electric contact across the fourth electric contact, the mount unit (250, 550a) comprises a contact holding member configured to hold the plurality of electric contacts (2001 - 2012), and the contact holding member is provided with two tiers, each tier holding a different number of electric contacts (2001 - 2012) from each other.
A method performed by a user equipment, UE, in a wireless communication network for congestion control during sidelink transmissions, the method comprising: - determining that the UE is actively receiving in a subset of resources during a time interval; - estimating a congestion control metric for the time interval during which the UE is actively receiving in the subset of resources; and - selecting one or more transmission parameters to use for sidelink transmissions in accordance with the estimated congestion control metric. - determining that the UE is actively receiving in a subset of resources during a time interval; - estimating a congestion control metric for the time interval during which the UE is actively receiving in the subset of resources; and - selecting one or more transmission parameters to use for sidelink transmissions in accordance with the estimated congestion control metric.
A method of waking up a power supply of a power tool, the power supply including a first battery pack and a second battery pack, the method comprising: detecting, using an electronic controller (214, 222) on a circuit board assembly (210, 220) of the power tool, a trigger actuation, the circuit board assembly (210, 220) being connected to the power supply; controlling, using the electronic controller, a battery waking circuit including a first switch (510, 520) to close based on detecting the trigger actuation, the battery waking circuit being on the circuit board assembly; drawing a wake-up current from the first battery pack, through the first switch via a first current path, upon closing the first switch; and controlling, using a switch bridge of a motor control circuit on the circuit board assembly, a motor to draw a load current via a second current path separate from the first switch after the first battery pack is woken-up by the wake-up current. detecting, using an electronic controller (214, 222) on a circuit board assembly (210, 220) of the power tool, a trigger actuation, the circuit board assembly (210, 220) being connected to the power supply; controlling, using the electronic controller, a battery waking circuit including a first switch (510, 520) to close based on detecting the trigger actuation, the battery waking circuit being on the circuit board assembly; drawing a wake-up current from the first battery pack, through the first switch via a first current path, upon closing the first switch; and controlling, using a switch bridge of a motor control circuit on the circuit board assembly, a motor to draw a load current via a second current path separate from the first switch after the first battery pack is woken-up by the wake-up current.
Gearbox for a mechanized farming implement to interconnect motor means with elements for driving the implement, the gearbox comprising: - a casing of the gearbox, - an input shaft adapted to being driven in rotation by said motor means; - an output shaft adapted to driving said driving elements of the implement, - a pinion, called a sliding pinion, mounted so as to be mobile on the input shaft and being adapted to taking at least one forward gear-speed position in which a first transmission ratio is achieved between the input shaft and the output shaft, the shafts rotating in the same sense of rotation, and at least one reverse gear-speed position in which a second transmission ratio is achieved between the input shaft and the output shaft, the shafts rotating in opposite senses of rotation, - a mobile bracket extending into the interior of the casing of the gearbox and being adapted to cooperating with said sliding pinion and, enabling, by its movement, a modification of the transmission ratio between the input shaft and the output shaft, characterized in that it furthermore comprises a control lever to control the movement of said bracket, taking the form of a rod partly extending into the interior of the casing of the gearbox, a first extremity of said control lever being adapted to being connected to a control cable so that a load exerted on the control cable leads to a change in the gear ratio. - a casing of the gearbox, - an input shaft adapted to being driven in rotation by said motor means; - an output shaft adapted to driving said driving elements of the implement, - a pinion, called a sliding pinion, mounted so as to be mobile on the input shaft and being adapted to taking at least one forward gear-speed position in which a first transmission ratio is achieved between the input shaft and the output shaft, the shafts rotating in the same sense of rotation, and at least one reverse gear-speed position in which a second transmission ratio is achieved between the input shaft and the output shaft, the shafts rotating in opposite senses of rotation, - a mobile bracket extending into the interior of the casing of the gearbox and being adapted to cooperating with said sliding pinion and, enabling, by its movement, a modification of the transmission ratio between the input shaft and the output shaft,
Supply device for delivering film to a bundling machine and comprising, on one hand, at least one unwinding stand for receiving a reel of said film that is to be delivered, and, on the other hand, a connection means for attaching the following film to the film that is currently being supplied, the supply device comprising a support on which the at least one unwinding stand is mounted, said support being able to move with respect to the connection means so as to bring thereto the film that is being delivered, the at least one unwinding stand comprising a mandrel onto which a reel of film can be threaded, characterized in that the at least one unwinding stand also comprises a first roller for guiding the film from said reel when it is delivered by the supply device, and a retention means for retaining the free part of the film when it is standing by.