mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication at a user equipment, UE, comprising: receiving, from a source base station, a conditional handover configuration that indicates one or more target base stations, one or more measurement thresholds for initiating a handover from the source base station to the one or more target base stations, and one or more timers associated with the handover to the one or more target base stations, wherein the one or more timers include at least a first conditional handover timer; determining, based at least in part on the conditional handover configuration, that a first measurement threshold for initiating the handover to a first target base station is satisfied; transmitting, based at least in part on the conditional handover configuration, a first random access request to the first target base station to initiate a first random access procedure for the handover to the first target base station; starting the first conditional handover timer for completing the first random access procedure responsive to the transmitting the first random access request; and determining a first conditional handover failure responsive to the first conditional handover timer expiring prior to completing the first random access procedure. receiving, from a source base station, a conditional handover configuration that indicates one or more target base stations, one or more measurement thresholds for initiating a handover from the source base station to the one or more target base stations, and one or more timers associated with the handover to the one or more target base stations, wherein the one or more timers include at least a first conditional handover timer; determining, based at least in part on the conditional handover configuration, that a first measurement threshold for initiating the handover to a first target base station is satisfied; transmitting, based at least in part on the conditional handover configuration, a first random access request to the first target base station to initiate a first random access procedure for the handover to the first target base station; starting the first conditional handover timer for completing the first random access procedure responsive to the transmitting the first random access request; and determining a first conditional handover failure responsive to the first conditional handover timer expiring prior to completing the first random access procedure.
A method of controlling a switching of a user device from a first cell to a second cell in a wireless network, the method comprising: determining a threshold speed based on a size of the second cell, wherein the threshold speed varies depending on the size of the second cell, wherein the threshold speed increases as the size of the second cell increases; determining whether a speed of the user device meets the threshold speed; and when it is determined that the speed of the user device meets the threshold speed, adjusting at least one of (i) a handover parameter or (ii) a cell reselection parameter in order to change a probability that the user device will switch from the first cell to the second cell. determining a threshold speed based on a size of the second cell, wherein the threshold speed varies depending on the size of the second cell, wherein the threshold speed increases as the size of the second cell increases; determining whether a speed of the user device meets the threshold speed; and when it is determined that the speed of the user device meets the threshold speed, adjusting at least one of (i) a handover parameter or (ii) a cell reselection parameter in order to change a probability that the user device will switch from the first cell to the second cell.
Compacting screw for processing waste and/or residue, comprising a screw head which is produced by means of a hardening process, wherein a first end of the compacting screw is formed by the screw head, and a second end by a screw mounting, wherein a screw body is arranged in between, characterized in that the hardening process is carried out on a cast screw head to introduce irregularities into the crystal lattice of the metal alloy from which the screw head is made, and that a layer produced by means of the hardening process is at least 0.8 mm thick.
A handover method performed by a first network element managing a first cell comprising: receiving cell information of a second cell sent by a second network element, wherein the second cell is a cell managed by the second network element, and the cell information comprises predicted cell load information of the second cell; and sending a handover instruction to a terminal in a case where the cell information satisfies a preset condition, wherein the handover instruction is used for instructing the terminal to perform handover to the second cell, and the case where the cell information satisfies the preset condition at least indicates that the predicted cell load information of the second cell is lower than a configured first threshold, wherein the predicted cell load information is used for indicating a predicted average load condition of the second cell within a specified time period after a current time, and the predicted cell load information comprises at least one of: cell power consumption, cell radio resource consumption, cell hardware load, and cell beam load, and wherein the first network element comprises at least one of: source station, station CU; the second network element comprises at least one of: target station, station DU. receiving cell information of a second cell sent by a second network element, wherein the second cell is a cell managed by the second network element, and the cell information comprises predicted cell load information of the second cell; and sending a handover instruction to a terminal in a case where the cell information satisfies a preset condition, wherein the handover instruction is used for instructing the terminal to perform handover to the second cell, and the case where the cell information satisfies the preset condition at least indicates that the predicted cell load information of the second cell is lower than a configured first threshold, wherein the predicted cell load information is used for indicating a predicted average load condition of the second cell within a specified time period after a current time, and the predicted cell load information comprises at least one of: cell power consumption, cell radio resource consumption, cell hardware load, and cell beam load, and wherein the first network element comprises at least one of: source station, station CU; the second network element comprises at least one of: target station, station DU.
Plug connector part having an electrically conductive shielding sleeve; a plug portion which for plug-connecting to an assigned mating plug connector part is disposed on the shielding sleeve; at least one electric contact element which is disposed in or on the plug portion; and a plastics material housing part which at least partially encases the shielding sleeve, characterized by a pressing element which is disposed on the shielding sleeve and connected to the plastics material housing part and has a receptacle installation and a sealing element which is disposed in the receptacle installation of the pressing element and for sealing a transition between the plastics material housing part and the shielding sleeve bears in a sealing manner on the shielding sleeve, wherein the plastics material housing part is made by insert-moulding a portion of the shielding sleeve.
A method for generating one or more components of a binaural room impulse response (BRIR) for headphone virtualization, comprising: selecting a predetermined directional pattern; generating, using the predetermined directional pattern, directionally-controlled reflections that impart a desired perceptual cue to an audio input signal corresponding to a sound source location, wherein the predetermined directional pattern describes how directions of arrival of the directionally-controlled reflections change as a function of time, and wherein the predetermined directional pattern has a wobble shape which, when applied to the directions of arrival of the directionally-controlled reflections, change away said directions of arrival from the direction of a corresponding virtual sound source location and oscillates back and forth therearound as a function of time; and combining at least the generated reflections to obtain the one or more components of the BRIR. selecting a predetermined directional pattern; generating, using the predetermined directional pattern, directionally-controlled reflections that impart a desired perceptual cue to an audio input signal corresponding to a sound source location, wherein the predetermined directional pattern describes how directions of arrival of the directionally-controlled reflections change as a function of time, and wherein the predetermined directional pattern has a wobble shape which, when applied to the directions of arrival of the directionally-controlled reflections, change away said directions of arrival from the direction of a corresponding virtual sound source location and oscillates back and forth therearound as a function of time; and combining at least the generated reflections to obtain the one or more components of the BRIR.
Refrigeration device, especially a no-frost device, refrigerator and/or freezer, comprising a thermally-insulating housing within which at least one product storage compartment that can be supplied with cold air by a fan and an evaporator chamber that holds an evaporator are provided, with the evaporator chamber being thermally separated from the storage compartment by a partition, an electronic control system for control of the refrigeration device and at least one light source for illuminating the storage compartment, characterised in that the evaporator and the partition and the electronic control system and/or the evaporator and the partition and the light source are provided as a module and the module further comprises plastic side support parts, with which the module can be fastened to opposing side walls of the housing.
A washer nozzle comprising: a nozzle body; a nozzle tip to be mounted in the interior of the nozzle body; and a nozzle holder having a head portion configured to store the nozzle body and a supply portion configured to supply cleaning liquid, the nozzle body including: a spray orifice configured to spray the cleaning liquid; a partitioning plate configured to partition the spray orifice into two-tiered parts; and a guide portion configured to be projected from an outer peripheral portion of the spray orifice of the nozzle body along the direction of a center axis of the nozzle body in order to guide a liquid spray sprayed from the spray orifice, characterized in that the guide portion is provided with a variable means for changing the length of the guide portion along the direction of the center axis of the nozzle body, whereby by changing the length of the guide portion, the length of a guide area from a distal end surface of the partitioning plate to a distal end surface of the guide portion is made variable, and wherein the variable means for changing the length of the guide portion is at least one slit formed on an outer peripheral surface of the guide portion at adequate intervals in the direction of the center axis, and is formed so as to allow the guide portion to be cut along the slit.
Caster of a wheeled vacuum cleaner with a caster housing and a wheel disposed in the caster housing off-centre on a circumferential section, wherein the wheel is supported axially-rotatable on the caster housing and the caster housing, at that circumferential section, at which the wheel is disposed, has the greatest axial height, characterised in that the caster housing is made of a metal and that a separate bush, which is made of plastic, for transmission of forces into the spatial axes, is disposed axially in the caster housing.
A wound dressing, which comprises: a cover layer adapted to establish a reservoir over a wound in which a negative pressure may be maintained, the cover layer including an opening therein through which atmospheric gasses and wound exudates may pass through the cover layer, a vacuum port affixed to the cover layer to establish a substantially fluid tight seal about the opening in the cover layer, the vacuum port including a hollow interior in fluid communication with the opening in the cover layer, and a connector to facilitate connection to a vacuum source; and a packing member affixed to the cover layer, the packing member adapted to fill the wound and to support the cover layer when a negative pressure is applied to the reservoir; and characterised in that the packing member includes a plurality of discrete elongated fingers extending distally from a distal side of the cover layer and wherein the elongated fingers are constructed of strips of a foam material. a cover layer adapted to establish a reservoir over a wound in which a negative pressure may be maintained, the cover layer including an opening therein through which atmospheric gasses and wound exudates may pass through the cover layer, a vacuum port affixed to the cover layer to establish a substantially fluid tight seal about the opening in the cover layer, the vacuum port including a hollow interior in fluid communication with the opening in the cover layer, and a connector to facilitate connection to a vacuum source; and a packing member affixed to the cover layer, the packing member adapted to fill the wound and to support the cover layer when a negative pressure is applied to the reservoir; and characterised in that the packing member includes a plurality of discrete elongated fingers extending distally from a distal side of the cover layer and wherein the elongated fingers are constructed of strips of a foam material.
An inorganic fiber comprising the fiberization product of 65 to 86 weight percent silica, 14 to 35 weight percent magnesia, and lithium oxide in any one of the following ranges: (i) greater than 0 to 0.05 weight percent, (ii) greater than 0 to 0.045 weight percent, (iii) from 0.002 to 0.04 weight percent, (iv) from 0.005 to 0.04 weight percent, (v) from 0.01 to 0.04 weight percent, (vi) from 0.02 to 0.04 weight percent, (vii) from 0.03 to 0.04 weight percent, or (viii) from 0.035 to 0.04 weight percent, and which does not contain strontium oxide.
A camera assembly comprising: a) a housing; b) a circuit board arranged within the housing; c) a lens holder comprising: a first portion made of a first plastic material capable of being laser welded to the housing of the camera assembly; and a second portion made of a second plastic material capable of blocking infrared radiation of the wavelength of 700 nm to 1 mm, wherein the first portion and the second portion are coupled together in nested relation, wherein the first portion further includes a flange and the flange is laser welded to the housing of the camera assembly, wherein the first plastic material is optically transmissive of the infrared wavelength. a) a housing; b) a circuit board arranged within the housing; c) a lens holder comprising: a first portion made of a first plastic material capable of being laser welded to the housing of the camera assembly; and a second portion made of a second plastic material capable of blocking infrared radiation of the wavelength of 700 nm to 1 mm, wherein the first portion and the second portion are coupled together in nested relation, a first portion made of a first plastic material capable of being laser welded to the housing of the camera assembly; and a second portion made of a second plastic material capable of blocking infrared radiation of the wavelength of 700 nm to 1 mm, wherein the first portion and the second portion are coupled together in nested relation, wherein the first portion further includes a flange and the flange is laser welded to the housing of the camera assembly, wherein the first plastic material is optically transmissive of the infrared wavelength.
A control unit (130, 300) for a heavy-duty vehicle, where the control unit (130, 300) is arranged to control the vehicle according to a mode of operation selected from at least three different modes of operation, where the mode of operation is configurable by a driver via a mode selection device (200, 400), where a first mode of operation is a mode of operation where the vehicle is in an inactivated state, where a second mode of operation is a stand-by mode of operation where the vehicle is in an active state, and where the control unit (130, 300) is arranged to turn off a combustion engine of the vehicle in case a vehicle state meets a pre-determined power-down criterion, and where a third mode of operation is a mode of operation where the vehicle is in the active state, and wherein the third mode of operation corresponds to a non-stand-by regular active state of the vehicle, and where the control unit (130, 300) is configured to require manual input from a driver prior to transitioning into the third mode of operation from the second mode of operation. where a first mode of operation is a mode of operation where the vehicle is in an inactivated state, where a second mode of operation is a stand-by mode of operation where the vehicle is in an active state, and where the control unit (130, 300) is arranged to turn off a combustion engine of the vehicle in case a vehicle state meets a pre-determined power-down criterion, and where a third mode of operation is a mode of operation where the vehicle is in the active state, and wherein the third mode of operation corresponds to a non-stand-by regular active state of the vehicle, and where the control unit (130, 300) is configured to require manual input from a driver prior to transitioning into the third mode of operation from the second mode of operation.
A system for purifying a liquid feed stream to obtain a permeate, comprising: (a) an initial reverse osmosis stage having: a high pressure side with a high pressure side inlet for receiving the liquid feed stream and a high pressure side outlet for outputting a recycle stream and a concentrate stream, and a low pressure side with a low pressure side inlet for receiving the recycle stream from the high pressure side outlet, and a low pressure side outlet for outputting a diluted stream; (b) an intermediate section having one or more intermediate reverse osmosis stages arranged in series, wherein each intermediate stage has: a high pressure side with a high pressure side inlet and a high pressure side outlet, a low pressure side with a low pressure side inlet and a low pressure side outlet, a recycle stream and a concentrate stream exiting the high pressure side outlet, the recycle stream being sent to the low pressure side inlet, and an exit stream exiting the low pressure side outlet; and wherein the intermediate section receives the diluted stream from the initial reverse osmosis stage and outputs a purified stream; and (c) a final reverse osmosis stage having: a high pressure side having a high pressure side inlet for receiving the purified stream and a high pressure side outlet for outputting a reject stream, and a low pressure side that outputs the permeate. (a) an initial reverse osmosis stage having: a high pressure side with a high pressure side inlet for receiving the liquid feed stream and a high pressure side outlet for outputting a recycle stream and a concentrate stream, and a low pressure side with a low pressure side inlet for receiving the recycle stream from the high pressure side outlet, and a low pressure side outlet for outputting a diluted stream; (b) an intermediate section having one or more intermediate reverse osmosis stages arranged in series, wherein each intermediate stage has: a high pressure side with a high pressure side inlet and a high pressure side outlet, a low pressure side with a low pressure side inlet and a low pressure side outlet, a recycle stream and a concentrate stream exiting the high pressure side outlet, the recycle stream being sent to the low pressure side inlet, and an exit stream exiting the low pressure side outlet; and wherein the intermediate section receives the diluted stream from the initial reverse osmosis stage and outputs a purified stream; and (c) a final reverse osmosis stage having: a high pressure side having a high pressure side inlet for receiving the purified stream and a high pressure side outlet for outputting a reject stream, and a low pressure side that outputs the permeate.
A method of analysing network packets for preventing attacks of a network (10, 20) by filtering illegitimate network packets while letting legitimate network packets access the network (10, 20), the filtering being based on an association between network addresses and data packet classifications, the data packet classifications allowing determining whether a network packet is legit, the method being executed by a computing device, the computing device comprising a data structure associating the network addresses with network packet metadata, the data structure comprising a temporary storage pipeline and a hash table stored in a computer-readable memory, the method being characterized in that it comprises: upon determining that network packet metadata are to be inserted in the data structure, determining a location in the hash table at which the network packet metadata are to be inserted, the location being determined based on a hash function applied to a network address associated with the network packet metadata; if the location in the hash table is an empty cell, inserting the network packet metadata in the empty cell; if the location in the hash table is not an empty cell: transferring the pre-existing network packet metadata from the hash table to the temporary storage pipeline; inserting the network packet metadata at the location of the hash table freed from the pre-existing network packet metadata and operating a reinsertion routine on the temporary storage pipeline to reinsert the pre-existing network packet metadata into the hash table. upon determining that network packet metadata are to be inserted in the data structure, determining a location in the hash table at which the network packet metadata are to be inserted, the location being determined based on a hash function applied to a network address associated with the network packet metadata; if the location in the hash table is an empty cell, inserting the network packet metadata in the empty cell; if the location in the hash table is not an empty cell: transferring the pre-existing network packet metadata from the hash table to the temporary storage pipeline; inserting the network packet metadata at the location of the hash table freed from the pre-existing network packet metadata and operating a reinsertion routine on the temporary storage pipeline to reinsert the pre-existing network packet metadata into the hash table. transferring the pre-existing network packet metadata from the hash table to the temporary storage pipeline; inserting the network packet metadata at the location of the hash table freed from the pre-existing network packet metadata and operating a reinsertion routine on the temporary storage pipeline to reinsert the pre-existing network packet metadata into the hash table.