mhurhangee/ep-ind-claims huggingface dataset:
A communications device, the communications device comprising a transmitter (104.t) configured to transmit signals representing data to an infrastructure equipment of a mobile communications network via a first wireless access interface and to transmit signals via a second wireless access interface to one or more communications apparatus which can act as relay nodes, a receiver (104.r) configured to receive signals from the infrastructure equipment in a cell of the mobile communications network via the first wireless access interface and to receive signals via the second wireless access interface from the one or more communications apparatus which can act as relay nodes, the signals indicating an identifier of the cell of the mobile communications network served by the infrastructure equipment, and a controller (104.c) configured to control the transmitter and the receiver, wherein the controller is configured to form a relay assist request message with the identifier of the cell and in combination with the transmitter and the receiver to transmit the relay assist request message on the second wireless access interface for reception by the one or more communications apparatus which can act as relay nodes to assist in communicating signals representing data to the infrastructure equipment via the first wireless access interface, to receive from at least one of the communications apparatus, via the second wireless access interface, a relay response message providing an indication that the communications apparatus can act as a relay node for the communications device, and to transmit signals representing the data, for transmission to the infrastructure equipment, to the communications apparatus acting as a relay node via the second wireless access interface.
Method for adjusting a cleaning device of a combine harvester, wherein the cleaning device has a blower and at least one screen (40, 42, 82) which can be made to move in an oscillating fashion and has a screen opening size which can be adjusted by means of an extraneous-force-activated actuator (50, 52, 84) which is connected to a control device, and the method comprises the following steps: determining and adjusting a first screen opening size (dsetp) which is adapted for a horizontal orientation of the combine harvester; determining an inclination angle (α, β) of a slope gradient in the forward direction of the combine harvester, and feeding a signal relating to the inclination angle (α, β) to the control device; characterized in that the control device causes the actuator (50, 52, 82) to adjust the screen opening size as it travels along a slope, in such a way that the screen opening size, projected into the horizontal, of the screen (40, 42, 82), corresponds at least approximately to the first screen opening size (dsetp). determining and adjusting a first screen opening size (dsetp) which is adapted for a horizontal orientation of the combine harvester; determining an inclination angle (α, β) of a slope gradient in the forward direction of the combine harvester, and feeding a signal relating to the inclination angle (α, β) to the control device; characterized in that the control device causes the actuator (50, 52, 82) to adjust the screen opening size as it travels along a slope, in such a way that the screen opening size, projected into the horizontal, of the screen (40, 42, 82), corresponds at least approximately to the first screen opening size (dsetp).
A method of completing a wellbore, comprising: positioning an expandable tubular having a support layer disposed on an exterior of the expandable tubular inside a casing; mechanically expanding the tubular and the support layer, wherein a distance between an outer diameter of the support layer and an inner diameter of the casing is reduced sufficiently to prevent burst of the tubular; and hydraulically expanding the support layer into contact with the casing. positioning an expandable tubular having a support layer disposed on an exterior of the expandable tubular inside a casing; mechanically expanding the tubular and the support layer, wherein a distance between an outer diameter of the support layer and an inner diameter of the casing is reduced sufficiently to prevent burst of the tubular; and hydraulically expanding the support layer into contact with the casing.
A floor cleaning machine comprising: a vacuum source; a base module; a suction inlet mounted to the base module and in fluid communication with vacuum source; a motor mounted to the base module; at least one first agitator brush supported by the base module and operably connected with the motor, the at least one first agitator brush rotating about a first axis; and at least one second agitator brush supported by the base module and operably connected with the motor, the at least one second agitator brush rotating about a second axis, which is oriented generally perpendicular to the first axis, and wherein the motor drives both the at least one first agitator brush and the at least one second agitator brush, characterized in that the floor cleaning machine further includes a first transmission on a first side of the motor operatively connecting the motor to the at least one first agitator brush and a second transmission on a second side of the motor operatively connecting the motor to the at least one second agitator brush. a vacuum source; a base module; a suction inlet mounted to the base module and in fluid communication with vacuum source; a motor mounted to the base module; at least one first agitator brush supported by the base module and operably connected with the motor, the at least one first agitator brush rotating about a first axis; and at least one second agitator brush supported by the base module and operably connected with the motor, the at least one second agitator brush rotating about a second axis, which is oriented generally perpendicular to the first axis, and wherein the motor drives both the at least one first agitator brush and the at least one second agitator brush, characterized in that the floor cleaning machine further includes a first transmission on a first side of the motor operatively connecting the motor to the at least one first agitator brush and a second transmission on a second side of the motor operatively connecting the motor to the at least one second agitator brush.
An ink jet head comprising: a cationic photo-polymerizable resin layer (12; 21; 34) where an ejection opening for discharging liquid opens; and a liquid repellent layer (11; 23; 35) on a surface of the resin layer on the side where the ejection opening opens, wherein characterised in that the liquid repellent layer is a cured condensation product having a siloxane frame and an organic frame obtained by causing a cationic polymerizable group of a siloxane compound having a fluorine containing group and a cationic polymerizable group to react and cure. a cationic photo-polymerizable resin layer (12; 21; 34) where an ejection opening for discharging liquid opens; and a liquid repellent layer (11; 23; 35) on a surface of the resin layer on the side where the ejection opening opens, wherein characterised in that the liquid repellent layer is a cured condensation product having a siloxane frame and an organic frame obtained by causing a cationic polymerizable group of a siloxane compound having a fluorine containing group and a cationic polymerizable group to react and cure.
A method for performing a random access procedure in an unlicensed band, the method performed by a base station and comprising: receiving a random access preamble from a wireless device; and transmitting a random access response to the wireless device as a response to the random access preamble, the random access response including an uplink resource allocation assigned to a transmission of a scheduled message, a timing advance command, TAC, to be applied to the transmission of the scheduled message, a listen before talk, LBT, parameter to be applied to an LBT operation in the unlicensed band for the transmission of the scheduled message, wherein: based on the LBT parameter indicating a first LBT scheme, the base station instructs the wireless device to transmit the scheduled message after a channel in the unlicensed band is sensed to be idle for a predefined time, and based on the LBT parameter indicating a second LBT scheme, the base station instructs the wireless device to transmit the scheduled message after a channel in the unlicensed band is sensed to be idle for a channel detection time which is randomly selected by the wireless device. receiving a random access preamble from a wireless device; and transmitting a random access response to the wireless device as a response to the random access preamble, the random access response including an uplink resource allocation assigned to a transmission of a scheduled message, a timing advance command, TAC, to be applied to the transmission of the scheduled message, a listen before talk, LBT, parameter to be applied to an LBT operation in the unlicensed band for the transmission of the scheduled message, wherein: based on the LBT parameter indicating a first LBT scheme, the base station instructs the wireless device to transmit the scheduled message after a channel in the unlicensed band is sensed to be idle for a predefined time, and based on the LBT parameter indicating a second LBT scheme, the base station instructs the wireless device to transmit the scheduled message after a channel in the unlicensed band is sensed to be idle for a channel detection time which is randomly selected by the wireless device. based on the LBT parameter indicating a first LBT scheme, the base station instructs the wireless device to transmit the scheduled message after a channel in the unlicensed band is sensed to be idle for a predefined time, and based on the LBT parameter indicating a second LBT scheme, the base station instructs the wireless device to transmit the scheduled message after a channel in the unlicensed band is sensed to be idle for a channel detection time which is randomly selected by the wireless device.
A method for evaluating an orientation of an elevator car, the method, performed by a control unit, comprises: obtaining measurement data from at least one inclination sensor associated to the elevator car, the measurement data comprising data values indicative of an orientation of the elevator car, characterized in that the method further comprises: comparing the data values of the measurement data to reference data values, setting, in accordance with a comparison between the data values of the measurement data to the reference data values, a detection result to express one of the following: i) the orientation of the elevator car is proper, ii) the orientation of the elevator car is improper. obtaining measurement data from at least one inclination sensor associated to the elevator car, the measurement data comprising data values indicative of an orientation of the elevator car, characterized in that the method further comprises: comparing the data values of the measurement data to reference data values, setting, in accordance with a comparison between the data values of the measurement data to the reference data values, a detection result to express one of the following: i) the orientation of the elevator car is proper, ii) the orientation of the elevator car is improper. comparing the data values of the measurement data to reference data values, setting, in accordance with a comparison between the data values of the measurement data to the reference data values, a detection result to express one of the following: i) the orientation of the elevator car is proper, ii) the orientation of the elevator car is improper.
A vehicle seat, in particular motor vehicle seat, having a) a base structure which is to be connected to the vehicle structure and on which a first pin is arranged, b) at least one backrest support which is articulated in a lockable manner on the base structure by means of at least one fitting, the first pin being offset in parallel with respect to the rotational axis of the fitting, c) a backrest structure which is articulated on the backrest support by means of a joint and can be locked to the backrest support by means of a locking apparatus and on which a second pin is arranged which is offset in parallel with respect to the joint, d) a backrest which has the backrest supports and backrest structure and can be moved relative to the base structure by means of a kinematic system, in order to transfer the vehicle seat from at least one use position, in which it can be sat on, into a non-use position or into a further use position and back again, a multiple-bar linkage, in particular a four-bar linkage, existing temporarily which controls the kinematic system, characterized in that e) a rigid stop link is provided which comes into contact temporarily with one of the two pins (3b, 20b), in order to form a mechanism element of the temporary four-bar linkage or other multiple-bar linkage, and which is articulated on the other of the two pins (3, 20b). a) a base structure which is to be connected to the vehicle structure and on which a first pin is arranged, b) at least one backrest support which is articulated in a lockable manner on the base structure by means of at least one fitting, the first pin being offset in parallel with respect to the rotational axis of the fitting, c) a backrest structure which is articulated on the backrest support by means of a joint and can be locked to the backrest support by means of a locking apparatus and on which a second pin is arranged which is offset in parallel with respect to the joint, d) a backrest which has the backrest supports and backrest structure and can be moved relative to the base structure by means of a kinematic system, in order to transfer the vehicle seat from at least one use position, in which it can be sat on, into a non-use position or into a further use position and back again, a multiple-bar linkage, in particular a four-bar linkage, existing temporarily which controls the kinematic system, characterized in that e) a rigid stop link is provided which comes into contact temporarily with one of the two pins (3b, 20b), in order to form a mechanism element of the temporary four-bar linkage or other multiple-bar linkage, and which is articulated on the other of the two pins (3, 20b).
A disposable hand cover (1a, 1b) comprising overlaid first (11a, 11b) and second layers (10a, 10b) that are sealed along an edge contour (4a, 4b, 5a, 5b) apart from an entrance opening (6a, 6b), wherein the layers (10a, 10b, 11a, 11b) are further sealed along internal contours (7a, 8a, 17a, 18a, 27a) that extend within the edge contour (4a, 4b, 5a, 5b), characterized in that the tensile strength of the sealed internal contours (7a, 8a, 17a, 18a, 27a) is lower than the tensile strength of the sealed edge contour (4a, 4b, 5a, 5b), so that the internal contours (7a, 8a, 17a, 18a, 27a) can be disrupted by the force of a hand inserted in the cover.
A system for loading BB-shot into an air weapon which comprises: - a loader, designed to be coupled to a weapon for storing a predetermined amount of BB-shot, said loader having an aperture for pressure transfer of at least one BB-shot ball at a time; - pressure means acting on the BB-shot stored in the loader to promote forced transfer thereof through said aperture; - a cartridge with a cylindrical body defining a longitudinal axis, which can be placed in said weapon and has a plurality of axial channels angularly offset by a predetermined angular pitch (p) for housing respective rows of BB-shot balls; - an elastic occluding member associated with said cartridge to hold the rows of BB-shot balls introduced into the channels; a substantially cylindrical intermediate element with a passage having an inlet for the BB-shot communicating with said aperture of said loader, and an outlet for the BB-shot which is designed to be longitudinally aligned with one of said channels of said cartridge; a detaching member interacting with said occluding member for locally disabling it at said outlet and allowing a row of BB-shot balls to be transferred into the channel aligned with said outlet; wherein said cartridge is discontinuously rotated by said pitch (p) about said longitudinal axis relative to said intermediate element for aligning said outlet of said passage with one respective channel of said cartridge at a time, to allow sequential introduction of rows of BB-shot balls. - a loader, designed to be coupled to a weapon for storing a predetermined amount of BB-shot, said loader having an aperture for pressure transfer of at least one BB-shot ball at a time; - pressure means acting on the BB-shot stored in the loader to promote forced transfer thereof through said aperture; - a cartridge with a cylindrical body defining a longitudinal axis, which can be placed in said weapon and has a plurality of axial channels angularly offset by a predetermined angular pitch (p) for housing respective rows of BB-shot balls; - an elastic occluding member associated with said cartridge to hold the rows of BB-shot balls introduced into the channels;
A nanoparticle comprising a core of a silicon-oxide based polymer with an organic compound that extends from the core, where the silicon-oxide based polymer of the core is formed using a sol-gel process, and the organic compound has a portion that can non-covalently bond with a polymer, and the silicon-oxide based polymer of the core is formed using a nanoparticle precursor structure of the formula (R 1 O) w Si(R 2 -A-R) z and at least one silicon alkoxide of the formula Si(OR 3) 4 in the sol-gel process, where A is the portion that can non-covalently bond with the polymer, A is a urethane group, R, R 1, R 2 and R 3 are each independently an organic group, and w and z are each independently 1 to 3.
An assisting force control device adapted for use in a bicycle including an electric motor and a crankshaft, said assisting force control device comprising: a driving member to be coupled co-rotatably to the crankshaft; a strain sensor disposed on said driving member, and operable to output a response signal corresponding to a deformation amount of said driving member; a torque calculation unit coupled to said strain sensor for calculating and outputting a torque signal according to the response signal; a rotational speed detection unit to be mounted on the crankshaft and operable to output a rotational speed detecting signal based on a rotational speed of the crankshaft; and a control unit including a receiving module for receiving the rotational speed detecting signal and the torque signal from said rotational speed detection unit and said torque calculation unit, respectively, and a processing module coupled to said receiving module for generating a force control signal to control the electric motor according to the rotational speed detecting signal and the torque signal, characterized in that said driving member is to be sleeved co-rotatably on the crankshaft, and said assisting force control device further comprises a driven member to be sleeved on the crankshaft and connected to said driving member for co-rotation therewith and wherein, when the crankshaft and the driving member are rotated, the driven member becomes a load to the driving member to result in slight deformation of the driving member. a driving member to be coupled co-rotatably to the crankshaft; a strain sensor disposed on said driving member, and operable to output a response signal corresponding to a deformation amount of said driving member; a torque calculation unit coupled to said strain sensor for calculating and outputting a torque signal according to the response signal; a rotational speed detection unit to be mounted on the crankshaft and operable to output a rotational speed detecting signal based on a rotational speed of the crankshaft; and a control unit including a receiving module for receiving the rotational speed detecting signal and the torque signal from said rotational speed detection unit and said torque calculation unit, respectively, and a processing module coupled to said receiving module for generating a force control signal to control the electric motor according to the rotational speed detecting signal and the torque signal, characterized in that a receiving module for receiving the rotational speed detecting signal and the torque signal from said rotational speed detection unit and said torque calculation unit, respectively, and a processing module coupled to said receiving module for generating a force control signal to control the electric motor according to the rotational speed detecting signal and the torque signal, characterized in that
An optoelectronic distributed measurement device based on optical fiber, said device comprising a continuous light source transmitting a continuous light signal at a first frequency v 0, a modulator able to impose a frequency offset v A of at least 100 MHz on the continuous signal and to transform it into a pulse signal to be injected into an optical fiber to be tested and a photo-detection module able to detect a backscatter signal, from the optical fiber to be tested, resulting from a spontaneous Brillouin backscattering and/or from a Rayleigh backscattering from said optical fiber to be tested, said device being characterized in that it also comprises a first coupler and a second coupler, said first coupler being able to divide said continuous light signal into two signals of identical frequency distributed into two arms, - a first arm connecting the first coupler to a reference fiber block including a reference fiber, said reference fiber block being able to emitting another light signal of frequency v 0 - v bref, where v bref is the Brillouin frequency of the reference fiber without deformation and at a reference temperature, - a second arm connecting the first coupler to the second coupler located upstream of the photo-detection module and able to transmit to the second coupler a continuous light signal at a frequency v 0, thus constituting a local oscillator, said second coupler being able to couple the signal from the local oscillator to the backscattering signal from said optical fiber to be tested before transmitting it to the photo-detection module, the backscattering signal being modulated at a frequency v rB equal to v 0 - v bref + v A + v bAS, where v bAS is the anti-Stokes Brillouin backscattering frequency which can be measured at any point z of said optical fiber, where v A is the natural frequency at the modulator, and said photo-detection module being able to transmit the received backscattering signal to a processing module able to link the modulation of the backscattering signal to a temperature value and to a deformation value at any point z of said optical fiber to be tested. - a first arm connecting the first coupler to a reference fiber block including a reference fiber, said reference fiber block being able to emitting another light signal of frequency v 0 - v bref, where v bref is the Brillouin frequency of the reference fiber without deformation and at a reference temperature, - a second arm connecting the first coupler to the second coupler located upstream of the photo-detection module and able to transmit to the second coupler a continuous light signal at a frequency v 0, thus constituting a local oscillator,
A composition for use in treating diffuse large B-cell lymphoma, comprising JQ1, JQ6, JQ8, JQ13, JQ33 and/or JQ35 in combination with an anti-apoptotic agent selected from the group consisting of ABT263, ABT199, ABT737 and obatoclax.
A cobalt electrowinning method, wherein electrolysis is performed using an electrowinning anode, comprising a conductive substrate and a catalytic layer formed on the conductive substrate, characterized in that the catalytic layer contains amorphous iridium oxide or amorphous ruthenium oxide.