mhurhangee/patent-ind-claim-en huggingface dataset:
A method of wireless communication in a wireless communication network for a scheduled entity to communicate with a scheduling entity, the method comprising: receiving downlink control information, DCI, comprising a DCI format, the DCI format comprising scheduling information that lacks at least a portion of demodulation reference signal, DMRS, scheduling information for a DMRS; determining one or more parameters, wherein the one or more parameters comprise at least one of semi-static parameters or dynamic parameters; identifying a DMRS configuration of the DMRS, wherein the DMRS configuration comprises at least antenna port information and DMRS sequence initialization information identified based on the one or more parameters, characterized in that identifying the DMRS configuration of the DMRS further comprises: calculating a modular of a DMRS scrambling identifier or a cell identifier to determine the antenna port information, wherein the modular is selected based on at least one of a DMRS configuration type or a DMRS maximum length; and communicating the DMRS associated with an uplink transmission or a downlink transmission between the scheduled entity and the scheduling entity using the DMRS configuration. receiving downlink control information, DCI, comprising a DCI format, the DCI format comprising scheduling information that lacks at least a portion of demodulation reference signal, DMRS, scheduling information for a DMRS; determining one or more parameters, wherein the one or more parameters comprise at least one of semi-static parameters or dynamic parameters; identifying a DMRS configuration of the DMRS, wherein the DMRS configuration comprises at least antenna port information and DMRS sequence initialization information identified based on the one or more parameters, characterized in that identifying the DMRS configuration of the DMRS further comprises: calculating a modular of a DMRS scrambling identifier or a cell identifier to determine the antenna port information, wherein the modular is selected based on at least one of a DMRS configuration type or a DMRS maximum length; and communicating the DMRS associated with an uplink transmission or a downlink transmission between the scheduled entity and the scheduling entity using the DMRS configuration. calculating a modular of a DMRS scrambling identifier or a cell identifier to determine the antenna port information, wherein the modular is selected based on at least one of a DMRS configuration type or a DMRS maximum length; and communicating the DMRS associated with an uplink transmission or a downlink transmission between the scheduled entity and the scheduling entity using the DMRS configuration.
An LED illuminating apparatus comprising: an LED lighting assembly , and a driver configured to drive the LED lighting assembly , wherein the LED illuminating apparatus further comprises a replaceable control unit configured to control the driver , and a receiving unit connected between the control unit and the driver , and wherein the receiving unit is configured as a second power line communication assembly to receive an instruction signal from the control unit and is further configured to transmit the same to the driver , wherein the LED illuminating apparatus is configured to be in a form of traditional fluorescent luminaire, and comprises a starter socket and a lamp holder for mounting the LED lighting assembly configured to be in a form of traditional fluorescent lamp tube, wherein the control unit is configured to be in a form of a starter applied to the traditional fluorescent luminaire and the control unit can be inserted into the starter socket, and wherein the control unit comprises a first power line communication assembly to transmit said instruction signal to said second power line communication assembly and a function assembly .
A food processor comprising a food processor base provided with a switch assembly and a driving member , and a food processing cup assembly removably assembled on the food processor base , wherein the food processing cup assembly comprises: - a food processing cup ; - a lid for covering the food processing cup and comprising a lid locking portion ; - a connecting rod comprising a connecting rod body , an abutting portion and a connecting rod locking portion located at opposite ends of the connecting rod body ; and - a connecting rod locking member ; wherein when the lid is placed in position on the food processing cup and the food processing cup assembly is assembled on the food processor base , the lid locking portion presses the connecting rod locking portion to drive the connecting rod to move downward toward the switch assembly , so that the abutting portion triggers the switch assembly to be turned on; the food processor being characterized in that the switch assembly is configured such that when the switch assembly is turned on, the driving member drives the connecting rod locking member to drive the connecting rod to continue to move downward, so that the lid locking portion is locked with the connecting rod locking portion , and the connecting rod locking member is locked with the connecting rod . - a food processing cup ; - a lid for covering the food processing cup and comprising a lid locking portion ; - a connecting rod comprising a connecting rod body , an abutting portion and a connecting rod locking portion located at opposite ends of the connecting rod body ; and - a connecting rod locking member ; wherein when the lid is placed in position on the food processing cup and the food processing cup assembly is assembled on the food processor base , the lid locking portion presses the connecting rod locking portion to drive the connecting rod to move downward toward the switch assembly , so that the abutting portion triggers the switch assembly to be turned on; the food processor being characterized in that the switch assembly is configured such that when the switch assembly is turned on, the driving member drives the connecting rod locking member to drive the connecting rod to continue to move downward, so that the lid locking portion is locked with the connecting rod locking portion , and the connecting rod locking member is locked with the connecting rod .
A magnetic filter for a central heating or cooling system, the magnetic filter comprising: a pipe having an inlet end and an outlet end , and a filtration portion between the inlet and outlet ends , the diameter of the filtration portion of the pipe being greater than the diameter of the inlet end of the pipe and also greater than the diameter of the outlet end of the pipe , and a magnet assembly attached to the pipe , around an outside surface of the filtration portion of the pipe , the magnet assembly being retained on the pipe on a hinge or pivot to allow movement of the magnet assembly relative to the pipe , and the magnet assembly being movable relative to the pipe from a position close to the pipe to a position more distant from the pipe , the magnet assembly comprising a plurality of magnetic elements in a clamshell arrangement, and the magnet assembly comprising at least two rigid sections connected to each other at the hinge or pivot to form the clamshell arrangement. a pipe having an inlet end and an outlet end , and a filtration portion between the inlet and outlet ends , the diameter of the filtration portion of the pipe being greater than the diameter of the inlet end of the pipe and also greater than the diameter of the outlet end of the pipe , and a magnet assembly attached to the pipe , around an outside surface of the filtration portion of the pipe , the magnet assembly being retained on the pipe on a hinge or pivot to allow movement of the magnet assembly relative to the pipe , and the magnet assembly being movable relative to the pipe from a position close to the pipe to a position more distant from the pipe , the magnet assembly comprising a plurality of magnetic elements in a clamshell arrangement, and the magnet assembly comprising at least two rigid sections connected to each other at the hinge or pivot to form the clamshell arrangement.
A method for genome-wide determination of the presence or absence of a loss of heterozygosity (LOH) in a biological sample, said sample comprising one or more DNA molecules, the method comprising: a) obtaining DNA from said biological sample; b) allowing hybridization of said DNA with one or more labeled nucleic acid probes; c) capturing said hybridized DNA:probes; d) performing sequencing of said captured DNA, thereby obtaining reads; e) mapping said reads to a reference genome; f) separating the on-and off-target reads; g) obtaining off-target read counts; and using said off-target read counts for determining the presence or absence of a LOH. a) obtaining DNA from said biological sample; b) allowing hybridization of said DNA with one or more labeled nucleic acid probes; c) capturing said hybridized DNA:probes; d) performing sequencing of said captured DNA, thereby obtaining reads; e) mapping said reads to a reference genome; f) separating the on-and off-target reads; g) obtaining off-target read counts;
A process cartridge comprising: a photosensitive drum ; a rotatable developing roller for developing an electrostatic latent image formed on said photosensitive drum ; a coupling member including a driving force receiving portion for receiving a driving force to be transmitted to said developing roller , wherein said driving force receiving portion is movable relative to said developing roller in a direction crossing an axis of said driving force receiving portion ; an urging portion for urging said driving force receiving portion in the direction crossing the axis of said developing roller ; a supporting portion for rotatably supporting said driving force receiving portion so as to be movable together with said driving force receiving portion relative to said developing roller in the direction crossing the axis of said driving force receiving portion ; and an abutting portion for receiving said supporting portion urged by said urging portion , and a rotatable developer supplying roller provided with a gear configured to transmit the driving receiving force received by said driving force receiving portion to a gear provided at said developing roller , wherein said abutting portion is positioned outside an outer periphery of said photosensitive drum in a plane perpendicular to the axis of said developing roller , and wherein said coupling member is provided on the shaft of the developer supplying roller or is drive connected to the developer supplying roller by gears . a photosensitive drum ; a rotatable developing roller for developing an electrostatic latent image formed on said photosensitive drum ; a coupling member including a driving force receiving portion for receiving a driving force to be transmitted to said developing roller , wherein said driving force receiving portion is movable relative to said developing roller in a direction crossing an axis of said driving force receiving portion ; an urging portion for urging said driving force receiving portion in the direction crossing the axis of said developing roller ; a supporting portion for rotatably supporting said driving force receiving portion so as to be movable together with said driving force receiving portion relative to said developing roller in the direction crossing the axis of said driving force receiving portion ; and an abutting portion for receiving said supporting portion urged by said urging portion , and a rotatable developer supplying roller provided with a gear configured to transmit the driving receiving force received by said driving force receiving portion to a gear provided at said developing roller , wherein said abutting portion is positioned outside an outer periphery of said photosensitive drum in a plane perpendicular to the axis of said developing roller , and wherein said coupling member is provided on the shaft of the developer supplying roller or is drive connected to the developer supplying roller by gears .
Lighting and/or signalling device for a motor vehicle , able to illuminate a zone (ZA) extending around the vehicle , comprising at least a first white light source associated with at least a first rotating lighting and/or signalling module, capable of generating a light beam in determined directions, a control member (OC) capable of controlling the rotation and the light intensity of the first rotating module, the first rotating module having a first face (MIR) and a second face (MOT) opposite the first: the first face (MIR) comprising a reflecting surface capable of directing the light beam emitted by the first white light source towards said zone (ZA) and the second face (MOT) supporting a pattern ; characterised in that said control unit (OC) is coupled to a vehicle access management device (GAV), said control unit (OC) controlling the rotation of the first rotating module with a first speed of rotation, following detection of a control signal received by the vehicle access management device (GAV), said detection initiating an animation cycle of fixed duration (T) to orient the first face (MIR) of the first rotating module towards said zone (ZA); said control unit (OC) then controlling the first module by a succession of at least two rotations, in one direction then in the other, of the first rotating module with a second speed of rotation lower than the first speed of rotation with a luminous intensity of the first white light source determined as a function of time; said control member (OC) controlling the first module , before the end of the cycle of determined duration (T), to present its second face (MOT) in a manner visible from the outside of the vehicle at the end of the cycle of determined duration (T).
A method for controlling active power output of a wind turbine generator in response to a frequency event on a power network to which the wind turbine generator is connected, wherein the active power output of the wind turbine generator is limited to be below an upper active power limit and/or above a lower active power limit, the method comprising: determining and dispatching active power references to a controller of the wind turbine generator for controlling the wind turbine generator , wherein, during the frequency event, in which the frequency level of the power network is outside a frequency deadband, the active power references are determined by: determining an active power value based on a measured frequency of the power network ; comparing the determined active power value with one of the upper active power limit or the lower active power limit; and if the determined active power value is outside the limit the active power reference is set equal to the limit , or if the determined active power value is not outside the limit the active power reference is set as the determined active power value ; wherein, after the frequency event, in which the frequency level of the power network is within the frequency deadband, the active power references are determined to change from the final value during the frequency event to a baseline active power value according to a ramp rate limit. wherein, during the frequency event, in which the frequency level of the power network is outside a frequency deadband, the active power references are determined by: determining an active power value based on a measured frequency of the power network ; comparing the determined active power value with one of the upper active power limit or the lower active power limit; and if the determined active power value is outside the limit the active power reference is set equal to the limit , or if the determined active power value is not outside the limit the active power reference is set as the determined active power value ; determining an active power value based on a measured frequency of the power network ; comparing the determined active power value with one of the upper active power limit or the lower active power limit; and if the determined active power value is outside the limit the active power reference is set equal to the limit , or if the determined active power value is not outside the limit the active power reference is set as the determined active power value ; wherein, after the frequency event, in which the frequency level of the power network is within the frequency deadband, the active power references are determined to change from the final value during the frequency event to a baseline active power value according to a ramp rate limit.
A kitchen device having a driving means with a driving shaft, and with at least one working tool comprising a main disc and a corresponding processing disc which are held coaxially in fixed relative mutual position by a fixing device, and with a central opening which is prepared to receive the driving shaft for rotating the said working tool to process food, wherein the working tool has a working surface that is formed by an upper surface of the main disc with a recess , a main disc opening , at least one knife extending radially between a center and periphery of the main disc , and with a portion of the top processing surface or portion of the bottom processing surface of the processing disc that is revealed by the opening , wherein the processing disc comprises a top processing surface with a first set of processing tools and a bottom processing surface , and in that a selection of an operational mode of the kitchen device is provided by flipping and/or rotating the processing disc with respect to the main disc .
Apparatus for producing haematite, which comprises at least • reaction vessel , • outer delimitation , • support for iron , • holder for outer delimitation and support for iron , • at least one gas introduction unit for oxygen-containing gas, • inlet for iron(II) nitrate solution, haematite nucleus suspension and optionally water, • outlet for a nitrogen oxide-containing stream (NOX) and • outlet for the haematite pigment suspension, • wherein the outer delimitation is joined around part of the circumference to the support for iron and the other part of the circumference of the support for iron is joined to the interior wall of the reactor . • reaction vessel , • outer delimitation , • support for iron , • holder for outer delimitation and support for iron , • at least one gas introduction unit for oxygen-containing gas, • inlet for iron(II) nitrate solution, haematite nucleus suspension and optionally water, • outlet for a nitrogen oxide-containing stream (NOX) and • outlet for the haematite pigment suspension, • wherein the outer delimitation is joined around part of the circumference to the support for iron and the other part of the circumference of the support for iron is joined to the interior wall of the reactor .
A method implemented by a network element to support a plurality of network services between a computing device and the network element over non-channelized media using a single subscriber session, the method comprising the steps of: receiving from the computing device a request for a first network service, the request including a Media Access Control, MAC, address of the computing device; retrieving a user record from a database server based on the MAC address of the computing device; determining from the user record whether the computing device supports both the first network service and a second network service; creating a single dual-stack session that combines the first network service and the second network service upon determining that the computing device supports the first network service and the second network service; and enabling the computing device to access the first network service and the second network service, wherein the first network service and the second network service are managed by the single dual-stack session; wherein the dual-stack session is a Clientless Internet Protocol Services, CLIPS, dual-stack session that includes a CLIPS IPv4, CLIPSv4, stack for managing an IPv4 network service and a CLIPS IPv6, CLIPSv6, stack for managing an IPv6 network service. receiving from the computing device a request for a first network service, the request including a Media Access Control, MAC, address of the computing device; retrieving a user record from a database server based on the MAC address of the computing device; determining from the user record whether the computing device supports both the first network service and a second network service; creating a single dual-stack session that combines the first network service and the second network service upon determining that the computing device supports the first network service and the second network service; and enabling the computing device to access the first network service and the second network service, wherein the first network service and the second network service are managed by the single dual-stack session; wherein the dual-stack session is a Clientless Internet Protocol Services, CLIPS, dual-stack session that includes a CLIPS IPv4, CLIPSv4, stack for managing an IPv4 network service and a CLIPS IPv6, CLIPSv6, stack for managing an IPv6 network service.
A control device of an internal combustion engine controlling an internal combustion engine having a plurality of cylinders which comprises a variable compression ratio mechanism (A) able to change a mechanical compression ratio by moving a cylinder block relative to a crankcase, said control device comprising: a compression ratio detector configured to detect a mechanical compression ratio based on a value of a relative position parameter representing a relative positional relationship between the cylinder block and a piston with respect to a crank angle; and a compression ratio controller configured to feedback-control said variable compression ratio mechanism (A) so that the mechanical compression ratio detected by said compression ratio detector becomes a target mechanical compression ratio, characterised in that in feedback controlling said variable compression ratio mechanism (A), the compression ratio controller is configured not to use the mechanical compression ratio detected by said compression ratio detector when a crank angle is in a predetermined crank angle range including a time period where a cylinder pressure (P)is equal to or greater than a preset predetermined pressure at least at one cylinder where the fluctuation of said relative position parameter is greatest due to fluctuation of the cylinder pressure (P) accompanying combustion. a compression ratio detector configured to detect a mechanical compression ratio based on a value of a relative position parameter representing a relative positional relationship between the cylinder block and a piston with respect to a crank angle; and a compression ratio controller configured to feedback-control said variable compression ratio mechanism (A) so that the mechanical compression ratio detected by said compression ratio detector becomes a target mechanical compression ratio, characterised in that in feedback controlling said variable compression ratio mechanism (A), the compression ratio controller is configured not to use the mechanical compression ratio detected by said compression ratio detector when a crank angle is in a predetermined crank angle range including a time period where a cylinder pressure (P)is equal to or greater than a preset predetermined pressure at least at one cylinder where the fluctuation of said relative position parameter is greatest due to fluctuation of the cylinder pressure (P) accompanying combustion.