mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: receiving, at user equipment, UE, capable of operating in compliance with one or more 3 rd Generation Partnership Project, 3GPP, Long Term Evolution, LTE, standards, a channel state information, CSI, processes set associated with a Coordinated Multi-Point, CoMP, scheme for the UE to receive coordinated signals from more than two transmission points; generating one or more CSI reports using the CSI processes set based on constraining CSI feedback for implementing the CoMP scheme by increasing an amount of time for the UE to process the CSI processes set to generate the one or more CSI reports if more than one CSI report is to be generated by scaling a periodicity of CSI reports and assigning different subframe offsets of given CSI measurements subframes associated with given CSI processes, and serially generating the more than one CSI reports; and transmitting the one or more generated CSI reports to facilitate implementing the CoMP scheme, wherein if more than one CSI reports are to be transmitted, transmitting the more than one CSI reports in different time occasions. receiving, at user equipment, UE, capable of operating in compliance with one or more 3 rd Generation Partnership Project, 3GPP, Long Term Evolution, LTE, standards, a channel state information, CSI, processes set associated with a Coordinated Multi-Point, CoMP, scheme for the UE to receive coordinated signals from more than two transmission points; generating one or more CSI reports using the CSI processes set based on constraining CSI feedback for implementing the CoMP scheme by increasing an amount of time for the UE to process the CSI processes set to generate the one or more CSI reports if more than one CSI report is to be generated by scaling a periodicity of CSI reports and assigning different subframe offsets of given CSI measurements subframes associated with given CSI processes, and serially generating the more than one CSI reports; and transmitting the one or more generated CSI reports to facilitate implementing the CoMP scheme, wherein if more than one CSI reports are to be transmitted, transmitting the more than one CSI reports in different time occasions.
A system for introducing fuel into the exhaust tract of a motor vehicle, comprising a fuel evaporator, which comprises a housing (11a, 11b, 11c), which has an inlet and an outlet, and a heating device arranged in the housing, and a pump for pumping fuel into the fuel evaporator via the inlet, characterized in that the inlet of the pump is connected to a branching, which comprises a first branch for supplying fuel and a second branch for supplying air.
A method comprising: receiving, by an access point in a wireless local area network (WLAN), a plurality of wireless interference signals from an interfering device; deriving, by the access point, a fast Fourier transformation pattern from the plurality of wireless interference signals received from the interfering device; transmitting, by the access point, the FFT pattern to a centralized repository that is remote to the access point; receiving, by the access point, a classifier or a classifying result from the centralized repository; and classifying, by the access point, the interfering device into a specific device type using the classifier received from the centralized repository based on the FFT pattern. receiving, by an access point in a wireless local area network (WLAN), a plurality of wireless interference signals from an interfering device; deriving, by the access point, a fast Fourier transformation pattern from the plurality of wireless interference signals received from the interfering device; transmitting, by the access point, the FFT pattern to a centralized repository that is remote to the access point; receiving, by the access point, a classifier or a classifying result from the centralized repository; and classifying, by the access point, the interfering device into a specific device type using the classifier received from the centralized repository based on the FFT pattern.
An articulated member (2a-2h) including a tool for processing walls of a work, said member being consisted over its length of arms (9, 12, 13) mounted at least in series and articulated to each other to allow the member to be retracted or extended, said member having, on the one hand, a proximal end provided with means for the mounting thereof on a vehicle adapted to move along said work, and on the other hand, a distal end carrying the tool, two at least of the arms (12, 13) forming a pantograph with two articulated arms of the Z-shaped type (1b, 1b'), consisted, on the one hand, of a lower main arm and of its lower counter-arm, and on the other hand, of an upper main arm and its upper counter-arm, respectively, the lower main arm and its lower counter-arm being articulated at one of their two respective ends to a same support, said Z-shaped pantograph including at least one double-acting cylinder extended between the support and the lower counter-arm and being configured so that, during the folding and unfolding movements thereof, its distal end is translated along a determined translation plane, said folding and unfolding movements of said Z-shaped pantograph being controlled by said at least one double-acting cylinder, said articulated member further including a retractable arm mounted in series over the length of said member, said retractable arm being able to tilt between a fixed working position in which the contribution of the retractable arm to the height of the articulated member is maximum, and a retracted position, the contribution of the retractable arm to the height of the articulated member being reduced in said retracted position, and the retractable arm further comprising a folded position in which the contribution of the retractable arm to the height of the articulated member is minimum, said articulated member including, in the order, between its proximal end and its distal end: the pantograph with two articulated arms of the Z-shaped type (1b, 1b') and the retractable arm.
A method for transmitting reference signals, comprising: during carrier aggregation, a user equipment sending physical uplink shared channel, PUSCH, on one or more component carriers, and sending demodulation reference signals, DM RS, for the PUSCH on each section of bandwidth occupied by the PUSCH on each component carrier, wherein a DM RS sequence on a section of bandwidth is an independent sequence or part of an independent sequence and forms an independent sequence with DM RS sequences on multiple sections of bandwidth other than the section of bandwidth; and the section of bandwidth is a section of continuous bandwidth occupied by the PUSCH on any component carrier, or is any of the multiple sections of bandwidth occupied by the PUSCH on any component carrier. during carrier aggregation, a user equipment sending physical uplink shared channel, PUSCH, on one or more component carriers, and sending demodulation reference signals, DM RS, for the PUSCH on each section of bandwidth occupied by the PUSCH on each component carrier, wherein a DM RS sequence on a section of bandwidth is an independent sequence or part of an independent sequence and forms an independent sequence with DM RS sequences on multiple sections of bandwidth other than the section of bandwidth; and the section of bandwidth is a section of continuous bandwidth occupied by the PUSCH on any component carrier, or is any of the multiple sections of bandwidth occupied by the PUSCH on any component carrier.
A hydraulic reservoir comprising: a vortex chamber having a substantially cylindrical internal wall surface; a hydraulic fluid return line entering substantially tangentially to the internal wall surface of the vortex chamber; a hydraulic fluid suction line exiting substantially tangentially from the internal wall surface of the vortex chamber; an upper chamber, disposed in use above the vortex chamber and in fluid communication with the vortex chamber, characterized in that the vortex chamber and the upper chamber are separated by a diffuser plate, the diffuser plate having a shape which tapers upwardly from a periphery of the diffuser plate towards an aperture formed in the diffuser plate; and in that the upper chamber is capable of expansion and/or contraction in use in order to adjust continuously to the volume of the hydraulic fluid to be accommodated in the hydraulic reservoir. a vortex chamber having a substantially cylindrical internal wall surface; a hydraulic fluid return line entering substantially tangentially to the internal wall surface of the vortex chamber; a hydraulic fluid suction line exiting substantially tangentially from the internal wall surface of the vortex chamber; an upper chamber, disposed in use above the vortex chamber and in fluid communication with the vortex chamber, characterized in that the vortex chamber and the upper chamber are separated by a diffuser plate, the diffuser plate having a shape which tapers upwardly from a periphery of the diffuser plate towards an aperture formed in the diffuser plate; and in that the upper chamber is capable of expansion and/or contraction in use in order to adjust continuously to the volume of the hydraulic fluid to be accommodated in the hydraulic reservoir.
A method for forming a polymerisation catalyst, comprising: reacting a bromoketone compound with an aryl amine compound to form an amide compound; reacting the amide compound with an ethylene diamine compound, forming a terminal primary amine compound; and reacting the terminal primary amine compound with a bromoaryl compound to form a ligand, reacting the ligand with a metal compound to form a catalyst. reacting a bromoketone compound with an aryl amine compound to form an amide compound; reacting the amide compound with an ethylene diamine compound, forming a terminal primary amine compound; and reacting the terminal primary amine compound with a bromoaryl compound to form a ligand, reacting the ligand with a metal compound to form a catalyst.
Cooking hob comprising a control unit and a cooking panel, wherein - the control unit comprises at least one display formed as an input-output device, - at least a part of the display is touch-sensitive and/or formed as a touch screen, - the display is switchable between a cooking mode and a recipe mode, - the display includes at least one area, - in the cooking mode the area illustrates symbols and/or touch switches for controlling the cooking hob by a user, - in the recipe mode the area illustrates information as a two-dimensional representation for the user, and - the representation of information on the area is controlled or controllable by at least one symbol and/or touch switch on said area, - the control unit includes a switch button for switching over between the cooking mode and the recipe mode, characterized in that - the control unit comprises an on-off switch arranged outside and/or besides the display, - the display is an integrated part of the cooking panel, and - the on-off switch is arranged on said cooking panel. - the control unit comprises at least one display formed as an input-output device, - at least a part of the display is touch-sensitive and/or formed as a touch screen, - the display is switchable between a cooking mode and a recipe mode, - the display includes at least one area, - in the cooking mode the area illustrates symbols and/or touch switches for controlling the cooking hob by a user, - in the recipe mode the area illustrates information as a two-dimensional representation for the user, and - the representation of information on the area is controlled or controllable by at least one symbol and/or touch switch on said area, - the control unit includes a switch button for switching over between the cooking mode and the recipe mode, characterized in that - the control unit comprises an on-off switch arranged outside and/or besides the display, - the display is an integrated part of the cooking panel, and - the on-off switch is arranged on said cooking panel.
A coffee machine including a grinder configured to grind coffee beans, and a chute configured to discharge ground beans ground by the grinder, the coffee machine comprising: a pivotable hammer; and a first holding member, wherein the hammer includes a striking member that abuts against the chute by an elastic force in an initial state, and a second holding member that sandwiches and holds a cup accommodating the ground beans discharged from the chute with the first holding member by the elastic force, and enters a striking preparation state in which the striking member is temporarily separated from the chute by pivoting from the initial state, the second holding member is disposed at a position where a distance from the first holding member is smaller than a thickness of a peripheral wall of the cup in the initial state, and the striking member applies an impact to the chute when the hammer returns from the striking preparation state to the initial state by the elastic force. a pivotable hammer; and a first holding member, wherein the hammer includes a striking member that abuts against the chute by an elastic force in an initial state, and a second holding member that sandwiches and holds a cup accommodating the ground beans discharged from the chute with the first holding member by the elastic force, and enters a striking preparation state in which the striking member is temporarily separated from the chute by pivoting from the initial state, the second holding member is disposed at a position where a distance from the first holding member is smaller than a thickness of a peripheral wall of the cup in the initial state, and the striking member applies an impact to the chute when the hammer returns from the striking preparation state to the initial state by the elastic force.
A method, comprising: creating an uplink message for an evolved universal terrestrial radio access network, the uplink message comprising an allocation for a sounding reference signal, wherein the sounding reference signal is configured, using one of eight different cyclic shift values, in a sounding reference signal bandwidth, the sounding reference signal sequence having a length of the number of resource blocks of the sounding reference signal bandwidth multiplied by the number of frequency pins 12 per resource block divided by a repetition factor of 2, wherein the sounding reference signal bandwidth is a multiple of four resource blocks for providing maximum cyclic shift separation between adjacent of the eight cyclic shift resources for sounding reference signals in the sounding reference signal bandwidth; and transmitting the uplink message. creating an uplink message for an evolved universal terrestrial radio access network, the uplink message comprising an allocation for a sounding reference signal, wherein the sounding reference signal is configured, using one of eight different cyclic shift values, in a sounding reference signal bandwidth, the sounding reference signal sequence having a length of the number of resource blocks of the sounding reference signal bandwidth multiplied by the number of frequency pins 12 per resource block divided by a repetition factor of 2, wherein the sounding reference signal bandwidth is a multiple of four resource blocks for providing maximum cyclic shift separation between adjacent of the eight cyclic shift resources for sounding reference signals in the sounding reference signal bandwidth; and transmitting the uplink message.
Injection syringe for dispensing a fluid, in particular for medical use, including a) a basic body which has a longitudinal axis and comprises a preferably hollow-cylindrical receiving space for receiving the fluid and a connection channel which communicates with the receiving space, wherein the connection channel opens out at a valve face of the basic body, b) a flow control element which is arranged so as to be movable on the basic body and comprises one or several flow channels (7, 7', 7"), wherein the flow channels (7, 7', 7") open out at a valve face of the flow control element, wherein the connection channel of the basic body and the flow channels (7, 7', 7") of the flow control element are directly or indirectly fluidically connected to one another or are movable into fluidic connection as a result of a relative movement of the basic body and the flow control element, wherein a sealing element is arranged between the valve face of the basic body and the valve face of the flow control element, wherein a cannula, in particular an injection needle or an irrigation cannula, is arranged or is arrangeable in such a manner on the flow control element that there is a fluid-tight fluid connection to a flow channel (7', 7"), wherein the cannula is fixedly inserted into the flow channel (7', 7'') and is arranged, in particular, parallel to the longitudinal axis of the basic body. a) a basic body which has a longitudinal axis and comprises a preferably hollow-cylindrical receiving space for receiving the fluid and a connection channel which communicates with the receiving space, wherein the connection channel opens out at a valve face of the basic body, b) a flow control element which is arranged so as to be movable on the basic body and comprises one or several flow channels (7, 7', 7"), wherein the flow channels (7, 7', 7") open out at a valve face of the flow control element,
A method comprising: storing in a database a first avatar having a first level of detail, the first avatar being a three-dimensional graphical representation of a user including a first plurality of components; reducing a level of detail of each of the first plurality of components separately from other components in the first plurality of components; storing a second plurality of components comprising the reduced level of detail of each of the first plurality of components separately from the first avatar, each of the first and second plurality of components being at least one of a rig, a geometric model, or at least one texture; receiving a request for the first avatar in a second level of detail that comprises a lower level of detail than the first level of detail; and in response to receiving the request, assembling the second plurality of components to generate a second avatar having the second level of detail, the method further comprising: animating the second avatar by: retrieving a first facial texture of the first avatar in the second level of detail; retrieving a second facial texture of the first avatar in the second level of detail; and assembling the second avatar using the first facial texture, wherein the first facial texture in the assembled second avatar is swapped with the second facial texture during display of the second avatar to animate the second avatar. storing in a database a first avatar having a first level of detail, the first avatar being a three-dimensional graphical representation of a user including a first plurality of components; reducing a level of detail of each of the first plurality of components separately from other components in the first plurality of components; storing a second plurality of components comprising the reduced level of detail of each of the first plurality of components separately from the first avatar, each of the first and second plurality of components being at least one of a rig, a geometric model, or at least one texture; receiving a request for the first avatar in a second level of detail that comprises a lower level of detail than the first level of detail; and in response to receiving the request, assembling the second plurality of components to generate a second avatar having the second level of detail, the method further comprising: animating the second avatar by: retrieving a first facial texture of the first avatar in the second level of detail; retrieving a second facial texture of the first avatar in the second level of detail; and assembling the second avatar using the first facial texture, wherein the first facial texture in the assembled second avatar is swapped with the second facial texture during display of the second avatar to animate the second avatar. retrieving a first facial texture of the first avatar in the second level of detail; retrieving a second facial texture of the first avatar in the second level of detail; and assembling the second avatar using the first facial texture, wherein the first facial texture in the assembled second avatar is swapped with the second facial texture during display of the second avatar to animate the second avatar.
Tool for laying a strip for producing a green tyre blank, comprising: - a support, and - an arm bearing a strip extrusion member and a strip applicator roller, the arm being articulated with respect to the support about a first axis parallel to a geometric axis of the roller, characterized in that the arm is articulated with respect to the support about a second axis tangential to a circumference of the roller, at least one of the first and second axes passing through a centre of gravity of the arm. - a support, and - an arm bearing a strip extrusion member and a strip applicator roller,
A multi-purpose machine for processes concerning the production of wine, characterised in that it comprises a processing tank, a thermal conditioning assembly, a recirculation line for the recirculation of the substance being processed in the tank, a measuring-out assembly, which is suited to guarantee the correct amount of solid substance and of liquid substance to be inserted into the processing tank, a central control unit, which is suited to check the single conditions and to control the actions of the machine as a function of predetermined protocols; said recirculation line comprising a drawing branch comprising a recirculation pump and a mass flow meter interfaced with said central control unit, a first introduction branch having a discharge end extending inside the processing tank, and a second introduction branch having a discharge end that faces the inside of the processing tank flush with a lateral wall of the processing tank and shaped so as to create a laminar flow tangential to the lateral wall itself; said drawing branch and said introduction branches (17a, 17b) being connected to one another by means of valves that are controlled by said central control unit; the thermal conditioning assembly comprising a closed circuit of glycol water, a service water line (26, 28) comprising heating means, a temperature sensor housed inside the processing tank and interfaced with said central control unit, and a thermal conditioning jacket arranged around a lower portion of the lateral wall of the processing tank and suited to receive hot water from the service water line (26, 28) and cold water from the closed circuit of glycol water by means of respective introduction valves (28a, 24a) that are controlled by said central control unit; said measuring-out assembly comprising one or more additive tanks suited to house the products to be introduced into the processing tank for the specific processing procedure, a product introduction line suited to introduce the products, from the additive tanks, into the processing tank and comprising a measuring-out diaphragm pump interfaced with the central control unit and a solvent introduction line to introduce solvents into the processing tank; said solvent introduction line comprising a cold water conduit, a hot water conduit, heating means, from which the hot water conduit extends, a thermostatic mixing valve interfaced with the central control unit and into which the cold water conduit and the hot water conduit lead, a terminal introduction conduit extending from said thermostatic mixing valve and subject to the action of a litre-counting device interfaced with the central control unit, and wine conduit connected to the terminal introduction conduit and adapted to introduce in use wine into the processing tank as a solvent.