mhurhangee/ep-ind-claims huggingface dataset:
A communication control method for identifying an interfering user terminal in a mobile communication system having a first base station and a second base station having a smaller coverage area than the first base station, comprising: a step A of transmitting information indicating interference in uplink detected by the second base station, from the second base station to the first base station; a step B of performing processing by the first base station and/or the second base station to change a radio environment around the boundary of a coverage area of the second base station; a step of receiving, by the first base station from first user terminals connected to the first base station, Reference Signal Received Quality, RSRQ, radio environment measurement reports; and a step C of identifying an interfering user terminal in the uplink by the first base station, among the first user terminals, based on the Reference Signal Received Quality, RSRQ, radio environment measurement reports. a step A of transmitting information indicating interference in uplink detected by the second base station, from the second base station to the first base station; a step B of performing processing by the first base station and/or the second base station to change a radio environment around the boundary of a coverage area of the second base station; a step of receiving, by the first base station from first user terminals connected to the first base station, Reference Signal Received Quality, RSRQ, radio environment measurement reports; and a step C of identifying an interfering user terminal in the uplink by the first base station, among the first user terminals, based on the Reference Signal Received Quality, RSRQ, radio environment measurement reports.
A damping device for a wind turbine tower, comprising: a damping member; a structural bracket, wherein the structural bracket connects the damping member to a mass block arranged on an object to be damped, wherein the structural bracket comprises a gear, and the gear is rotatably arranged on the structural bracket; a guide rail having a predetermined curvature, wherein a first end of the guide rail is configured to be rotatably connected to the object to be damped, and a second end of the guide rail is supported on the structural bracket, wherein a side portion of the guide rail is formed with a tooth portion that meshes with the gear, wherein, when the mass block swings, the swing of the mass block is converted into rotation through meshing transmission between the guide rail and the gear, and the rotation is transmitted to the damping member. a damping member; a structural bracket, wherein the structural bracket connects the damping member to a mass block arranged on an object to be damped, wherein the structural bracket comprises a gear, and the gear is rotatably arranged on the structural bracket; a guide rail having a predetermined curvature, wherein a first end of the guide rail is configured to be rotatably connected to the object to be damped, and a second end of the guide rail is supported on the structural bracket, wherein a side portion of the guide rail is formed with a tooth portion that meshes with the gear, wherein, when the mass block swings, the swing of the mass block is converted into rotation through meshing transmission between the guide rail and the gear, and the rotation is transmitted to the damping member.
Air heater for a drying tower, wherein the air heater comprises a combustion chamber, a burner, an air heating chamber, a process air inlet, a process air outlet and/or a flue gas outlet, wherein the air heater is configured such that process air is supplied to the air heating chamber via the process air inlet, heat produced by means of the burner in the combustion chamber is given off to the process air in the air heating chamber and the heated process air is discharged from the air heater via the process air outlet, and the air heater comprises a sacrificial combustion chamber, wherein the sacrificial combustion chamber is arranged inside the combustion chamber, the sacrificial combustion chamber comprises several openings and the openings are distributed over a shell surface of the sacrificial combustion chamber so that uniform heat distribution to the air heating chamber takes place, characterised in that the sacrificial combustion chamber is arranged around a flame of the burner.
A method for Bluetooth connection, performed by a wearable device comprising a first processor, a second processor, a first Bluetooth module, and a second Bluetooth module, the first processor being configured to run a first system, the second processor being configured to run a second system, the first processor being configured to communicate with the first Bluetooth module, and the second processor being configured to communicate with the second Bluetooth module, wherein the wearable device comprises a watch mode and a bracelet mode, and when the wearable device is in the watch mode, the first system and the second system run simultaneously; when the wearable device is in the bracelet mode, the first system is turned off and the second system is running, the method comprises: when the wearable device is in the watch mode and the first system is running, pairing (202; 502) with a terminal through the first Bluetooth module so as to obtain a terminal identifier corresponding to the terminal; in response to a mode switching instruction, turning off (204; 504) the first system and the first Bluetooth module and turning on the second Bluetooth module, wherein the mode switching instruction indicates the wearable device to switch from the watch mode to the bracelet mode; and establishing (206; 506) by the second system, a connection to the terminal through the second Bluetooth module according to the terminal identifier. when the wearable device is in the watch mode and the first system is running, pairing (202; 502) with a terminal through the first Bluetooth module so as to obtain a terminal identifier corresponding to the terminal; in response to a mode switching instruction, turning off (204; 504) the first system and the first Bluetooth module and turning on the second Bluetooth module, wherein the mode switching instruction indicates the wearable device to switch from the watch mode to the bracelet mode; and establishing (206; 506) by the second system, a connection to the terminal through the second Bluetooth module according to the terminal identifier.
A power converter circuit which is connectable to a three-phase AC power supply via first to third input lines (Lr, Ls, Lt), and which is connectable to a capacitor via a positive-side DC power line and a negative-side DC power line, and which is connected to at least one current-limiting circuit for directly connecting any one of the first to third input lines (Lr, Ls, Lt) to one of the positive-side DC power line and the negative-side DC power line and that includes an opening/closing switch and a current-limiting resistor, the power converter circuit comprising: switching elements (Trp, Trn) that are provided on both upper and lower arms of a phase to which the current-limiting circuit is connected in the power converter circuit and that makes a current pathway between the first to third input lines (Lr, Ls, Lt) and the DC power lines (L1, L2) conductive in a conductive state; switching elements (Tsp, Tsn, Ttp, Ttn) that are provided on both upper and lower arms of at least one phase among phases to which the current-limiting circuit is not connected and that make a current pathway between the DC power lines (L1, L2) and the first to third input lines (Lr, Ls, Lt) conductive in a conductive state; and control units (300D, 300E) which control switching of the switching elements (Trp, Tsp, Ttp, Trn, Tsn, Ttn) and control opening and closing of the opening/closing switch, wherein the control units (300D, 300E) close the opening/closing switch until an inrush current becomes suppressed after start of energization of the power converter circuit, and control switching of each of the switching elements (Trp, Trn, Tsp, Tsn, Ttp, Ttn) so that the arm on the side to which the current-limiting circuit is not connected of at least one phase among the phases to which the current-limiting circuit is not connected enters a conductive state and the remaining arms enter a non-conductive state. switching elements (Trp, Trn) that are provided on both upper and lower arms of a phase to which the current-limiting circuit is connected in the power converter circuit and that makes a current pathway between the first to third input lines (Lr, Ls, Lt) and the DC power lines (L1, L2) conductive in a conductive state; switching elements (Tsp, Tsn, Ttp, Ttn) that are provided on both upper and lower arms of at least one phase among phases to which the current-limiting circuit is not connected and that make a current pathway between the DC power lines (L1, L2) and the first to third input lines (Lr, Ls, Lt) conductive in a conductive state; and control units (300D, 300E) which control switching of the switching elements (Trp, Tsp, Ttp, Trn, Tsn, Ttn) and control opening and closing of the opening/closing switch, wherein
A method for making a carbon-based aerogel in which the carbon atoms are arranged into a sheet-like nanostructure comprising: providing graphite oxide; creating a dispersion of the graphite oxide in a liquid by (a) adding graphite oxide in an amount in the range of 1 to 20 mg per milliliter of liquid, (b) creating a wet-gel dispersion, (c) exfoliating the graphite oxide in the liquid by ultrasonication; and drying the dispersion to form a graphene oxide aerogel by critical point drying or freeze drying the dispersion. providing graphite oxide; creating a dispersion of the graphite oxide in a liquid by (a) adding graphite oxide in an amount in the range of 1 to 20 mg per milliliter of liquid, (b) creating a wet-gel dispersion, (c) exfoliating the graphite oxide in the liquid by ultrasonication; and (a) adding graphite oxide in an amount in the range of 1 to 20 mg per milliliter of liquid, (b) creating a wet-gel dispersion, (c) exfoliating the graphite oxide in the liquid by ultrasonication; drying the dispersion to form a graphene oxide aerogel by critical point drying or freeze drying the dispersion.
A monitoring system comprising: a vibration sensor and/or microphone configured to generate, at an elevator system, one or more data streams describing the ride of the elevator system and comprising at least one of vibration data and audio data; a communication device configured to transmit sensor data based on the one or more data streams; and an analytics system remote from the elevator system, wherein the analytics system is configured to receive the sensor data from the communication device and to determine a ride quality of the elevator system, based on the sensor data, characterized in that: the vibration sensor is in either a sleep mode or an active mode at a given time, such that the vibration sensor measures vibrations during the active mode but not during the sleep mode, wherein the active mode is triggered in response to a first trigger event, the first trigger event being the presence of at least one person inside an elevator car of the elevator system; and/or the microphone is in either a sleep mode or an active mode at a given time, such that the microphone captures audio during the active mode but not during the sleep mode, wherein the active mode is triggered in response to a second trigger event, the second trigger event being the detection of no passengers present in the elevator car. a vibration sensor and/or microphone configured to generate, at an elevator system, one or more data streams describing the ride of the elevator system and comprising at least one of vibration data and audio data; a communication device configured to transmit sensor data based on the one or more data streams; and an analytics system remote from the elevator system, wherein the analytics system is configured to receive the sensor data from the communication device and to determine a ride quality of the elevator system, based on the sensor data, the vibration sensor is in either a sleep mode or an active mode at a given time, such that the vibration sensor measures vibrations during the active mode but not during the sleep mode, wherein the active mode is triggered in response to a first trigger event, the first trigger event being the presence of at least one person inside an elevator car of the elevator system; and/or the microphone is in either a sleep mode or an active mode at a given time, such that the microphone captures audio during the active mode but not during the sleep mode, wherein the active mode is triggered in response to a second trigger event, the second trigger event being the detection of no passengers present in the elevator car.
Assembly comprising a communication system and at least one contactless medium, the communication system comprising a first communication device adapted to read data on the contactless medium and a second communication device adapted to read data on the contactless medium, the first communication device comprising a first coupler and a first antenna defining a first communication region with the contactless medium such that, when the contactless medium is placed in the first communication region, the first communication device is able to establish communication with the contactless medium, and the second communication device comprising a second coupler and a second antenna defining a second communication region with the contactless medium such that, when the contactless medium is placed in the second communication region, the second communication device is able to establish communication with the contactless medium, the first and second communication regions (34, 48) overlapping, the communication system comprises an external controller, separate from the first and second communication devices (24, 36), configured to selectively activate the first and the second communication device (24, 36), characterised in that each of the first and second antennas (30, 42) is capable of converting an electrical signal into a modulable high-frequency magnetic field in order to transmit information to the contactless medium, and in that the contactless medium is constituted by a contactless payment card or a mobile telephone capable of near field communication, and the second communication device belongs to a contactless payment unit.
- A sandwich type panel particularly useful in the field of construction and building, consisting of a core made of insulating material, sandwiched between two plates (2,3) made of a rigid material, with which said core is made integral, the materials of said plates (2, 3) exhibiting an expansion behavior different from that of said core, furrow or groove type recesses being provided on at least one part of at least one surface of said core in contact with a plate (2,3), characterized by the fact that said recesses create core regions separated from each other, capable of undergoging, under the effect of expansion, slight independent lateral movements, the core material being chosen so as to allow such movements, making the core integral with the neighbouring plate at said regions being performed on at least one part thereof and being arranged not to impede the above-mentioned movements.
A clamp made of metal, for instance sheet metal, preferably wire, for attaching and securing roofing boards and roof tiles, the clamp comprising a first end part for attachment at a roof batten or a corresponding part of a roof substructure, and a second end part for attaching and securing the roofing board or the roof tile, the first end part being connected with the second end part by a bending arm, and the first end part being approximately U-shaped, the U-shaped first end part including a section forming the base thereof, which in the intended mounting position engages under the bottom side of an appropriately dimensioned roof batten, a free leg adjoining to the base that is angled relative to the base by more than 90° toward the base, and the leg leading to the bending arm adjoining to the other end of the base, characterized in that in the intended mounting position, the free leg is supported with its end on the first side face of the roof batten spaced to the bottom side thereof, that in the corner section between base and free leg an approximately triangular free space is left, and that the leg leading to the bending arm projects at right angles from the base in the first section immediately adjacent thereto and merges, via an adjoining V-shaped first angular portion having a tip projecting from the roof batten, into a second section extending coaxially with the first section, the bending arm adjoining to said second section via a second angular portion, said angular portion having a distance to the base that is equal to or greater than the height of the roof batten, in the intended mounting position the first section and the second section abutting over their complete length against the second side face of the roof batten, which is opposite to the first side face.
A steering assembly comprising: a steering wheel, the steering wheel being rotatable about a rotation axis, and defining a plane substantially perpendicular to the rotation axis; and a steering wheel mount supporting the steering wheel through a joint, the joint allowing tilting of the steering wheel about a tilt axis, the tilt axis being substantially perpendicular to the rotation axis, and wherein tilting of the steering wheel about the tilt axis changes a vertical angle (α) of the plane with respect to the steering wheel mount, characterized in that the steering wheel or the steering wheel mount has one or more guide elements (4, 4a, 4b, 4c) arranged at a side facing the steering wheel mount or the steering wheel, respectively, the one or more of guide elements (4, 4a, 4b, 4c) being radially spaced from the rotation axis; the steering wheel mount or the steering wheel has one or more substantially circular control faces (6, 6a, 6b, 6c), the control faces (6, 6a, 6b, 6c) arranged at a side of the steering wheel or the steering wheel mount facing the respective other, and the control faces (6, 6a, 6b, 6c) engaging with at least one of the guide elements (4a, 4b), and wherein at each rotational position (Φ) of the steering wheel, the one or more guide elements (4a, 4b) support the steering wheel in a predefined position with regard to the tilt axis so as to define the vertical angle (α) of the plane with respect to the surface of the steering wheel mount. a steering wheel, the steering wheel being rotatable about a rotation axis, and defining a plane substantially perpendicular to the rotation axis; and a steering wheel mount supporting the steering wheel through a joint, the joint allowing tilting of the steering wheel about a tilt axis, the tilt axis being substantially perpendicular to the rotation axis, and wherein tilting of the steering wheel about the tilt axis changes a vertical angle (α) of the plane with respect to the steering wheel mount, characterized in that the steering wheel or the steering wheel mount has one or more guide elements (4, 4a, 4b, 4c) arranged at a side facing the steering wheel mount or the steering wheel, respectively, the one or more of guide elements (4, 4a, 4b, 4c) being radially spaced from the rotation axis; the steering wheel mount or the steering wheel has one or more substantially circular control faces (6, 6a, 6b, 6c), the control faces (6, 6a, 6b, 6c) arranged at a side of the steering wheel or the steering wheel mount facing the respective other, and the control faces (6, 6a, 6b, 6c) engaging with at least one of the guide elements (4a, 4b), and wherein at each rotational position (Φ) of the steering wheel, the one or more guide elements (4a, 4b) support the steering wheel in a predefined position with regard to the tilt axis so as to define the vertical angle (α) of the plane with respect to the surface of the steering wheel mount.
A method for processing isolated fibrous cellulosic material from brown seaweed comprising: i) suspending the isolated fibrous cellulosic material in water to form a suspension; and ii) passing the suspension through a high shear homogeniser having at least one chamber with a gap of 70 microns to 250 microns, to produce cellulose nanofibrils; wherein the isolated fibrous cellulosic material is derived from fibrous cellulosic material extracted from brown seaweed together with alginate and subsequently separated from alginate and the isolated fibrous cellulosic material is not subjected to any pre-treatments to aid extraction of the cellulose nanofibrils, such as treatments with swelling, hydrolytic or oxidation agents prior to suspending in water, as required in known cellulose nanofibril production from wood-pulp; and wherein the suspension undergoes up to 7 passes through the at least one chamber. i) suspending the isolated fibrous cellulosic material in water to form a suspension; and ii) passing the suspension through a high shear homogeniser having at least one chamber with a gap of 70 microns to 250 microns, to produce cellulose nanofibrils; wherein the isolated fibrous cellulosic material is derived from fibrous cellulosic material extracted from brown seaweed together with alginate and subsequently separated from alginate and the isolated fibrous cellulosic material is not subjected to any pre-treatments to aid extraction of the cellulose nanofibrils, such as treatments with swelling, hydrolytic or oxidation agents prior to suspending in water, as required in known cellulose nanofibril production from wood-pulp; and wherein the suspension undergoes up to 7 passes through the at least one chamber.
Hydraulic valve for a pivoting motor adjuster of a camshaft, having a piston which is guided longitudinally displaceably along a first inner running face of a hydraulic liner of the hydraulic valve for the distribution of hydraulic fluid from a supply connector to two adjacent working connectors (A, B), the piston being longitudinally displaceable by means of an electromagnetically actuable actuator, and the actuator having a pole element of hollow configuration which is configured for receiving an armature which is axially displaceable in the pole element, a coil of the actuator being configured so as to enclose the pole element at least partially in such a way that, if a voltage is applied to the coil, a magnetic field is configured for the movement of the armature in the actuator, and the hydraulic liner, through which the hydraulic fluid can flow, being configured so as to at least adjoin the pole element, and the pole element having a tapered portion of its external diameter in the form of an external diameter constriction in the region of the coil in such a way that, starting from the external diameter constriction, the pole element is configured in the form of a pole core cone in the direction of the hydraulic liner and is configured in the form of a pole yoke in the direction which faces away from the hydraulic liner, and the hydraulic liner being received in a bore of a valve housing of the hydraulic valve, characterized in that, in the region of its end which is configured so as to face the hydraulic liner, the pole core cone has a sealing element for sealing the bore with respect to the coil, which sealing element is received in an annular groove of the pole core cone, which annular groove faces the valve housing, the pole yoke, the pole core cone and the hydraulic liner which is connected fixedly to the pole core cone being received with a common external diameter in the bore, and the pole core cone receiving a shoulder of the hydraulic liner.