mhurhangee/ep-ind-claims huggingface dataset:
A mobile communication system comprising: - a user equipment; and - a plurality of base stations configured to perform radio communication with the user equipment, wherein -- a first base station that is one of the plurality of base stations is adapted to notify the user equipment of an uplink transmission parameter for the first base station, -- the first base station is adapted to notify a second base station that is another of the plurality of base stations of the uplink transmission parameter for the first base station, -- the user equipment is adapted to transmit an uplink signal using the uplink transmission parameter for the first base station, and -- the second base station is adapted to receive, in accordance with the uplink transmission parameter for the first base station, the uplink signal transmitted from the user equipment using the uplink transmission parameter for the first base station. - a user equipment; and - a plurality of base stations configured to perform radio communication with the user equipment, -- a first base station that is one of the plurality of base stations is adapted to notify the user equipment of an uplink transmission parameter for the first base station, -- the first base station is adapted to notify a second base station that is another of the plurality of base stations of the uplink transmission parameter for the first base station, -- the user equipment is adapted to transmit an uplink signal using the uplink transmission parameter for the first base station, and -- the second base station is adapted to receive, in accordance with the uplink transmission parameter for the first base station, the uplink signal transmitted from the user equipment using the uplink transmission parameter for the first base station.
A computer-implemented method for wireless access point discovery, the method comprising: scanning a set of channels in a first scan iteration to discover one or more wireless access points (105, 106); determining a discovery profile based on one or more discovered wireless access points; and scanning a subset of the set of channels in a second scan iteration, wherein the subset of the set of channels consists of non-overlapping channels selected according to the discovery profile; wherein determining the discovery profile further comprises matching one or more discovered channels associated with the one or more discovered wireless access points (105, 106) to one or more channels in the subset, wherein the subset is one of a plurality of subsets, and wherein each subset is associated with a geographic location. scanning a set of channels in a first scan iteration to discover one or more wireless access points (105, 106); determining a discovery profile based on one or more discovered wireless access points; and scanning a subset of the set of channels in a second scan iteration, wherein the subset of the set of channels consists of non-overlapping channels selected according to the discovery profile;
A medical device comprising a graft material and a stent affixed to and extending from the graft material, wherein the stent is formed from a plurality of struts with bends in between them defining apices, first and second separate and spaced apart fastenings (64, 66), affixing the stent to the graft material, each fastening including at least one turn of an elongate flexible fibre through the graft material and around a portion of the stent, wherein the first spaced apart fastening is placed at the apex of the bend and the second spaced apart fastening is placed on one of the struts adjacent the bend of a particular apex in a stent.
Connector cavity assembly for a medical device, comprising - at least one connector cavity extending in a longitudinal axis and comprising a plurality of electrically conductive electrode contacts spaced apart from each other and a plurality of electrically insulating insulation elements, wherein the electrode contacts and the insulation elements are arranged alternatingly, and - a connector cavity housing, wherein the at least one connector cavity is removably arranged within the connector cavity housing, characterized in that the connector cavity housing exerts a pretension along the longitudinal axis on the at least one connector cavity leading to a liquid-tight sealing between the insulation elements and the electrode contacts. - at least one connector cavity extending in a longitudinal axis and comprising a plurality of electrically conductive electrode contacts spaced apart from each other and a plurality of electrically insulating insulation elements, wherein the electrode contacts and the insulation elements are arranged alternatingly, and - a connector cavity housing,
An aqueous liquid comprising an aptamer or a salt thereof that binds to FGF2, and a non-electrolytic osmoregulator, wherein the aptamer or a salt thereof is stable for a long term such that the proportion of a monomer aptamer after storage of the preparation enclosed in a glass bottle at 4°C for 3 months is not less than 70%, and wherein the osmoregulator is mannitol.
Tugger train arrangement or towing assembly (1, 3) comprising a tugger train element (1aa; 1ab) which is designed to receive at least one logistics element, and comprising a further tugger train element which is designed to receive at least one logistics element, and/or comprising a towing truck, the tugger train element (1aa; 1ab) being connected (in each case) by means of a flexible shear coupling to the further tugger train element and/or to the towing truck, characterized in that the tugger train element (1aa; 1ab) is connected to a further tugger train element (1aa; 1ab) by means of a rigid shear coupling to a first tugger train, wherein the tugger train elements (1aa, 1ab) of the first tugger train are designed to be lowered and raised together on at least one side of the transverse direction in the vertical direction independently of the opposite side in the transverse direction. a tugger train element (1aa; 1ab) which is designed to receive at least one logistics element, and comprising a further tugger train element which is designed to receive at least one logistics element, and/or comprising a towing truck, the tugger train element (1aa; 1ab) being connected (in each case) by means of a flexible shear coupling to the further tugger train element and/or to the towing truck, characterized in that the tugger train element (1aa; 1ab) is connected to a further tugger train element (1aa; 1ab) by means of a rigid shear coupling to a first tugger train, wherein the tugger train elements (1aa, 1ab) of the first tugger train are designed to be lowered and raised together on at least one side of the transverse direction in the vertical direction independently of the opposite side in the transverse direction.
A method for forming a closed frame-shaped spacer for an insulating glass pane by application of an initially pasty and subsequently solidifying strand which is delimited by a lower side, an upper side, a first side face and a second side face, and which has a nominal thickness between the lower side and the upper side as well as a nominal width between the two side faces (23, 24), onto a glass plate along the edge of the glass plate in a manner such that at a start of the strand, its thickness comprises a ramp over a section with length, wherein the thickness of the strand increases from zero to the nominal thickness, and at an end of the strand, said thickness decreases from the nominal thickness to zero in a manner which is complementary to the increasing ramp over the same section, overlapping the ramp, so that the surface of the ramp forms an interface between the start and the end of the strand, and post-treatment of the pasty strand, wherein at both of its side faces (23, 24), pressure is applied between a first jaw and a second jaw in a region which extends to either side of the edge of the interface between the start and the end of the strand, wherein at least the surface of the first jaw exerting pressure on the first side face of the strand which delimits the interior space of the insulating glass pane after assembly thereof has a property enabling the material of the strand which comes into contact with the surface of the first jaw to be removed therefrom by lifting the first jaw from the strand.
A refrigeration cycle apparatus comprising a refrigerant circuit including a compressor, a condenser, a pressure reducing device, and an evaporator connected by a refrigerant pipe, a refrigerant including a refrigerant having flammability being used as refrigerant circulating in the refrigerant circuit, a unit, the condenser, and the pressure reducing device being accommodated in the unit, the condenser being disposed in the unit in such a manner that a linear distance between a refrigerant outlet of the condenser and a refrigerant inlet of the pressure reducing device is shorter than a linear distance between a refrigerant inlet of the condenser and the refrigerant inlet of the pressure reducing device wherein the unit includes a first compartment in which the compressor is disposed and a second compartment in which the pressure reducing device is disposed, and the condenser is disposed between the first compartment and the second compartment in the unit. a refrigerant circuit including a compressor, a condenser, a pressure reducing device, and an evaporator connected by a refrigerant pipe, a refrigerant including a refrigerant having flammability being used as refrigerant circulating in the refrigerant circuit, a unit, the condenser, and the pressure reducing device being accommodated in the unit, the condenser being disposed in the unit in such a manner that a linear distance between a refrigerant outlet of the condenser and a refrigerant inlet of the pressure reducing device is shorter than a linear distance between a refrigerant inlet of the condenser and the refrigerant inlet of the pressure reducing device wherein the unit includes a first compartment in which the compressor is disposed and a second compartment in which the pressure reducing device is disposed, and the condenser is disposed between the first compartment and the second compartment in the unit.
Method for demodulating a signal carrying a message transmitted by a terrestrial beacon, executed by a system comprising a constellation of satellites (101, 102, 103, 104, 105, 106, 107, 108) suitable for detecting said signal and for repeating it towards a plurality of receiving stations on the ground (111, 112), and an analysis module suitable for receiving signals from said stations (111, 112), the method being characterized in that each receiving station (111, 112) transmits the signals that it receives from at least one satellite to the analysis module, said module realigning said signals in frequency and/or in time relative to one another, combining the realigned signals to generate a synthetic signal having an enhanced signal-to-noise ratio, and determining the content of said message and/or the modulation parameters of said synthetic signal.
A flight recorder, comprising: a memory core; an inner chamber housing the memory core; an outer chamber housing the inner chamber with a vacuum between the inner chamber and the outer chamber; and a first relay within the outer chamber configured to selectively connect and disconnect power from outside the outer chamber to the memory core. a memory core; an inner chamber housing the memory core; an outer chamber housing the inner chamber with a vacuum between the inner chamber and the outer chamber; and a first relay within the outer chamber configured to selectively connect and disconnect power from outside the outer chamber to the memory core.
A method of detecting shaft break in a gas turbine engine having a shaft system, the shaft system comprising a shaft that couples a compressor and a turbine; the method comprises steps to: a. construct a frequency response model of the shaft system; b. determine a notch frequency (f N) and a first torsional frequency (f 1T) for the shaft system from the model; c. measure a rotational speed of the shaft; d. detect the presence or absence of a notch at the notch frequency (f N) in the measured speed; and e. generate a shaft break signal in response to the absence of the notch. a. construct a frequency response model of the shaft system; b. determine a notch frequency (f N) and a first torsional frequency (f 1T) for the shaft system from the model; c. measure a rotational speed of the shaft; d. detect the presence or absence of a notch at the notch frequency (f N) in the measured speed; and e. generate a shaft break signal in response to the absence of the notch.
Method for producing a battery, in which a cell stack comprising at least one single cell in a cell housing and an electronic component (100, 202), which mainly consists of a hardened plastic part, in which an electronic protection circuit and outer contact areas (101, 204) of the battery are integrated and embedded in such a way that they constitute part of one and the same component and can be installed in one step during the production of the battery, are arranged in an injection mould and the remaining free space is filled with a liquid plastics compound, which is subsequently cured.
A multi-array ultrasonic probe apparatus, comprising: n tiles (101, 98) which are configured to transmit and receive ultrasonic beams; and a substrate comprising n guide portions on which the n tiles are mounted, respectively, to be aligned in a multi-array, wherein the substrate further comprises: n adhesive portions which are disposed in a lower portion of the n guide portions; characterized in that the substrate further comprises: n outlets which are configured to discharge, to an outside of the substrate, an excess of an adhesive material disposed in the adhesive portions. n tiles (101, 98) which are configured to transmit and receive ultrasonic beams; and a substrate comprising n guide portions on which the n tiles are mounted, respectively, to be aligned in a multi-array, wherein the substrate further comprises: n adhesive portions which are disposed in a lower portion of the n guide portions; characterized in that the substrate further comprises: n outlets which are configured to discharge, to an outside of the substrate, an excess of an adhesive material disposed in the adhesive portions. n adhesive portions which are disposed in a lower portion of the n guide portions; characterized in that the substrate further comprises: n outlets which are configured to discharge, to an outside of the substrate, an excess of an adhesive material disposed in the adhesive portions. n outlets which are configured to discharge, to an outside of the substrate, an excess of an adhesive material disposed in the adhesive portions.
A pipe fitting comprising a hollow tubular sleeve comprising a first open end and a second open end, wherein the first open end is configured to receive a first pipe and the second open end is configured to receive a second pipe; a first pair of circumferential sealing zones proximal to the first open end of the sleeve comprising a first inner circumferential sealing zone and a first outer circumferential sealing zone, wherein the first inner circumferential sealing zone comprises a first inner coil to form a seal with an inserted pipe; a first circumferential pressure chamber arranged between the first inner circumferential sealing zone and the first outer circumferential sealing zone, wherein the first circumferential pressure chamber comprises a first inlet; and a first valve and current connector fluidically coupled to the first inlet and electronically connected to the first inner coil.
A power supply arrangement for an injector drive circuit configured to operate in an energy recovery mode, the power supply arrangement receiving an input voltage and including: voltage boost means (24, 124) for increasing the input voltage to a power supply output voltage (Vsupply), the voltage boost means including a three-phase boost system including first, second and third inductors (74a, 74b, 74c); switch means (28; 28a, 28b, 28c) operable between open and closed states to control current flow through said voltage boost means (24, 124), and a primary controller for generating at least one control signal (130; 230, 64, 130A, 130B, 130C) for the switch means to control switch status, characterised in that the primary controller includes: (i) an injection control algorithm for controlling injection, the injection control algorithm being arranged to generate a signal representative of a characteristic of a forthcoming injection event that is about to take place; and (ii) a predictive control algorithm for receiving the representative signal and for adjusting at least one parameter of the at least one control signal in dependence upon the representative signal, thereby to regulate the power supply output voltage (Vsupply). voltage boost means (24, 124) for increasing the input voltage to a power supply output voltage (Vsupply), the voltage boost means including a three-phase boost system including first, second and third inductors (74a, 74b, 74c); switch means (28; 28a, 28b, 28c) operable between open and closed states to control current flow through said voltage boost means (24, 124), and a primary controller for generating at least one control signal (130; 230, 64, 130A, 130B, 130C) for the switch means to control switch status, characterised in that the primary controller includes: (i) an injection control algorithm for controlling injection, the injection control algorithm being arranged to generate a signal representative of a characteristic of a forthcoming injection event that is about to take place; and (ii) a predictive control algorithm for receiving the representative signal and for adjusting at least one parameter of the at least one control signal in dependence upon the representative signal, thereby to regulate the power supply output voltage (Vsupply). (i) an injection control algorithm for controlling injection, the injection control algorithm being arranged to generate a signal representative of a characteristic of a forthcoming injection event that is about to take place; and (ii) a predictive control algorithm for receiving the representative signal and for adjusting at least one parameter of the at least one control signal in dependence upon the representative signal, thereby to regulate the power supply output voltage (Vsupply).
A securing and monitoring device, • having a structure, in which among others safety pushbuttons or safety switches are disposed, • the safety pushbutton is surrounded by an illumination apparatus, which consists of fibre optic material, • at least one lighting means is provided in the structure, which means serves as the light source for the illumination apparatus, characterized in that • the illumination apparatus - is configured to be essentially conical, and - with its larger diameter abuts against the lighting means. • having a structure, in which among others safety pushbuttons or safety switches are disposed, • the safety pushbutton is surrounded by an illumination apparatus, which consists of fibre optic material, • at least one lighting means is provided in the structure, which means serves as the light source for the illumination apparatus, • the illumination apparatus - is configured to be essentially conical, and - with its larger diameter abuts against the lighting means. - is configured to be essentially conical, and - with its larger diameter abuts against the lighting means.
An antenna comprising: a plurality of rigid antenna ribs, adjacent antenna ribs being relatively moveable between first and second positions (30, 32); and a flexible antenna reflector layer; wherein the antenna is characterized by a flexible support member extending behind the flexible antenna reflector layer between adjacent antenna ribs, the flexible support member having first and second sets of openings (44, 46) therein; a drawstring extending through the first set of openings in the flexible support member between adjacent ribs; a rear support cord behind the flexible support member between adjacent ribs; a plurality of tie cords ending between the flexible antenna reflector layer and the rear support cord and passing through respective ones of the second set of openings in the flexible support member; and a biasing member for maintaining tension in the drawstring as adjacent antenna ribs move between the first and second positions so that the flexible support member defines a pleated support body for the flexible antenna reflector layer. a plurality of rigid antenna ribs, adjacent antenna ribs being relatively moveable between first and second positions (30, 32); and a flexible antenna reflector layer; wherein the antenna is characterized by a flexible support member extending behind the flexible antenna reflector layer between adjacent antenna ribs, the flexible support member having first and second sets of openings (44, 46) therein; a drawstring extending through the first set of openings in the flexible support member between adjacent ribs; a rear support cord behind the flexible support member between adjacent ribs; a plurality of tie cords ending between the flexible antenna reflector layer and the rear support cord and passing through respective ones of the second set of openings in the flexible support member; and a biasing member for maintaining tension in the drawstring as adjacent antenna ribs move between the first and second positions so that the flexible support member defines a pleated support body for the flexible antenna reflector layer.
A method performed at a user equipment, UE, for transmitting and receiving signal, comprising: receiving code block groups, CBGs, of a transport block, TB, included in a physical downlink shared channel, PDSCH; generating hybrid automatic repeat request, HARQ, feedback bits including a negative acknowledgement, NACK, bit for each of the received CBGs in case that each of the received CBGs are correctly detected based on cyclic redundancy checks, CRCs, for each CBG while the TB is not correctly detected based on CRC for the TB; and transmitting the generated HARQ feedback bits, wherein in case that a number of the received CBGs, NCBG, is less than a configured maximum number, Nmax_CBG, of CBGs, at least one NACK bit is further generated, wherein a number of the at least one NACK bit further generated is equal to a difference between the Nmax _CBG and the NCBG, wherein the UE receives a signaling from a base station to configure a HARQ-ACK spatial bundling, and wherein in case that a CBG-based scheduling is configured for at least one carrier, the HARQ-ACK spatial bundling is not configured by the base station for the at least one carrier at a same time. receiving code block groups, CBGs, of a transport block, TB, included in a physical downlink shared channel, PDSCH; generating hybrid automatic repeat request, HARQ, feedback bits including a negative acknowledgement, NACK, bit for each of the received CBGs in case that each of the received CBGs are correctly detected based on cyclic redundancy checks, CRCs, for each CBG while the TB is not correctly detected based on CRC for the TB; and transmitting the generated HARQ feedback bits, wherein in case that a number of the received CBGs, NCBG, is less than a configured maximum number, Nmax_CBG, of CBGs, at least one NACK bit is further generated, wherein a number of the at least one NACK bit further generated is equal to a difference between the Nmax _CBG and the NCBG, wherein the UE receives a signaling from a base station to configure a HARQ-ACK spatial bundling, and wherein in case that a CBG-based scheduling is configured for at least one carrier, the HARQ-ACK spatial bundling is not configured by the base station for the at least one carrier at a same time.