mhurhangee/ep-ind-claims huggingface dataset:
A distortion imparting device, comprising: a first amplification part (102, 103) comprising an attenuator configured to attenuate an input audio signal on the basis of an attenuation factor set by a user and to generate an attenuated audio signal and a preamplifier configured to amplify the attenuated audio signal; a power amplifier serially connected to the first amplification part (102, 103); and a limiting part (104, 107) comprising a limiting circuit which is connected between an output terminal of the first amplification part (102, 103) and an input terminal of the power amplifier and is configured to provide an input voltage to the input terminal of the power amplifier and to limit said input voltage to a clip voltage that is predetermined, the distortion imparting device being characterized in that the limiting part (104, 107) comprises a clip voltage determination part which is configured to determine the clip voltage on the basis of the attenuation factor and a power supply voltage supplied to the power amplifier. a first amplification part (102, 103) comprising an attenuator configured to attenuate an input audio signal on the basis of an attenuation factor set by a user and to generate an attenuated audio signal and a preamplifier configured to amplify the attenuated audio signal; a power amplifier serially connected to the first amplification part (102, 103); and a limiting part (104, 107) comprising a limiting circuit which is connected between an output terminal of the first amplification part (102, 103) and an input terminal of the power amplifier and is configured to provide an input voltage to the input terminal of the power amplifier and to limit said input voltage to a clip voltage that is predetermined, the distortion imparting device being characterized in that the limiting part (104, 107) comprises a clip voltage determination part which is configured to determine the clip voltage on the basis of the attenuation factor and a power supply voltage supplied to the power amplifier.
Gearbox unit for a motor vehicle, wherein the motor vehicle has a first wheel axle and a second wheel axle, the second wheel axle being composed of at least one first sub-axle and one second sub-axle, wherein a first connecting shaft which is operatively connectible to the first sub-axle, a second connecting shaft which is operatively connectible to the second sub-axle, and a coupling gearbox which has a drive input shaft operatively connectible to a drive assembly of the motor vehicle and a drive output shaft operatively connectible to the first wheel axle are present, wherein, by way of said coupling gearbox, the drive input shaft is operatively connected in a torque-splitting fashion to the first connecting shaft and to the second connecting shaft, and wherein the drive output shaft is operatively connectible, by means of a first coupling and a second coupling, to the drive input shaft such that each can shift separately, wherein a first overlay gearing is provided in the operative connection between the first coupling and the drive input shaft, and a second overlay gearing is provided in the operative connection between the second coupling and the drive input shaft, characterised in that an operative connection established by way of the overlay gearings (7,8) between the drive output shaft and the drive input shaft is not present by way of the coupling gearbox.
An in-vitro diagnosis device, for detection of at least one reaction between an antigen of blood group phenotype and an antibody directed specifically against this antigen, from a sample of blood or one of its components, characterized in that it comprises: - a support, and - a hydrophobic porous membrane of thickness between 0.05 mm and 1.5 mm and whereof the diameter of the pores is between 2 and 30 μ m, said membrane comprising at least one hydrophilic reactional area intended to receive said sample, the surface of the hydrophilic reactional area being less than the surface of the hydrophobic porous membrane. - a support, and - a hydrophobic porous membrane of thickness between 0.05 mm and 1.5 mm and whereof the diameter of the pores is between 2 and 30 μ m, said membrane comprising at least one hydrophilic reactional area intended to receive said sample, the surface of the hydrophilic reactional area being less than the surface of the hydrophobic porous membrane.
A method in a first wireless device (502i, 700), which is one of a plurality of wireless devices located in a geographical area associated with a wireless communications network, for determining whether to perform validation of one or more of a pool of un-validated messages, each addressed to one of the plurality of wireless devices; the method comprising: obtaining respective weightings associated with each of the plurality of wireless devices, wherein a weighting, associated with a wireless device, is representative of a number of un-validated messages the wireless device is able to validate in a unit of time; obtaining a zone list wherein the zone list comprises a list of the plurality of wireless devices and the respective weightings associated with the plurality of wireless devices; selecting an active list of one or more wireless devices from the plurality of wireless devices by selecting a first number of wireless devices from the zone list associated with the highest weightings such that a count of the pool of un-validated messages at a time, t, divided by a sum of the weightings associated with the first number of wireless devices, is less than or equal to a predetermined maximum time for validating an un-validated message; and responsive to the active list comprising the first wireless device, performing validation of the one or more of the pool of un-validated messages. obtaining respective weightings associated with each of the plurality of wireless devices, wherein a weighting, associated with a wireless device, is representative of a number of un-validated messages the wireless device is able to validate in a unit of time; obtaining a zone list wherein the zone list comprises a list of the plurality of wireless devices and the respective weightings associated with the plurality of wireless devices; selecting an active list of one or more wireless devices from the plurality of wireless devices by selecting a first number of wireless devices from the zone list associated with the highest weightings such that a count of the pool of un-validated messages at a time, t, divided by a sum of the weightings associated with the first number of wireless devices, is less than or equal to a predetermined maximum time for validating an un-validated message; and responsive to the active list comprising the first wireless device, performing validation of the one or more of the pool of un-validated messages.
A lentiviral vector comprising a recombinant polynucleotide encoding one or several polypeptides comprising at least one antigen for use in treatment in a prime-boost regimen by eliciting an immune response in a host against said polypeptides, wherein said antigen is a chimeric HIV-1 derived antigen which is a fusion protein comprising or consisting in the combination of the GAG derived antigen having a sequence chosen among the following: with an antigen derived from NEF, POL, TAT or REV of a HIV-1 virus strain or with a combination of such antigens.
A motor comprising: a rotation shaft; a rotor including a coupling hole in which the rotation shaft is disposed; a stator disposed outside the rotor; and a housing configured to receive the rotor and the stator, wherein the housing includes a body and a bracket disposed on one side of the body, wherein the bracket includes a hole through which the rotation shaft passes, a bearing pocket part disposed along a circumferential direction about a center of the hole, and a bearing disposed in the bearing pocket part, wherein the bearing has a first axial end surface, a second axial end surface opposite to the first axial end surface of the bearing and an outer circumferential surface, wherein the bearing pocket part has a first axial end surface in contact with the first axial end surface of the bearing, and an inner surface including a first surface in contact with the outer circumferential surface of the bearing and a second surface in contact with the second axial end surface of the bearing, characterized in that the inner surface of the bearing pocket part has a third surface disposed between the first surface and the second surface along the direction of the rotation shaft, wherein the third surface is connected to the second surface and spaced apart from the outer circumferential surface of the bearing. a rotation shaft; a rotor including a coupling hole in which the rotation shaft is disposed; a stator disposed outside the rotor; and a housing configured to receive the rotor and the stator, wherein the housing includes a body and a bracket disposed on one side of the body, wherein the bracket includes a hole through which the rotation shaft passes, a bearing pocket part disposed along a circumferential direction about a center of the hole, and a bearing disposed in the bearing pocket part, wherein the bearing has a first axial end surface, a second axial end surface opposite to the first axial end surface of the bearing and an outer circumferential surface, wherein the bearing pocket part has a first axial end surface in contact with the first axial end surface of the bearing, and an inner surface including a first surface in contact with the outer circumferential surface of the bearing and a second surface in contact with the second axial end surface of the bearing, characterized in that the inner surface of the bearing pocket part has a third surface disposed between the first surface and the second surface along the direction of the rotation shaft, wherein the third surface is connected to the second surface and spaced apart from the outer circumferential surface of the bearing.
Method for cyclically screening a working-chamber opening when channelling in workpieces (201, 202), comprising at least the following steps: a) providing at least one workpiece on a conveying device, which leads through the working-chamber opening, on a first workpiece-dispatch space (11.1) which is outside the working chamber, and placing a first screening element on the first workpiece-dispatch space (11.1) or there behind, when viewed in the conveying direction; b) placing a second screening element behind a second workpiece-dispatch space (11.2), when viewed in the conveying direction; c) channelling the first workpiece into the working chamber and placing the first screening element at or in the working-chamber opening by indexing the conveying device; d) removing the first screening element from the working-chamber opening, and placing the said first screening element behind the second screening element, when viewed in the conveying direction, by means of a transport device; e) repeating steps b) to d) in relation to the following workpiece-dispatch spaces (11.2, 11.3,..., 11.m) of the conveying device and in each case with a rolling changeover of the screening elements (21, 22). a) providing at least one workpiece on a conveying device, which leads through the working-chamber opening, on a first workpiece-dispatch space (11.1) which is outside the working chamber, and placing a first screening element on the first workpiece-dispatch space (11.1) or there behind, when viewed in the conveying direction; b) placing a second screening element behind a second workpiece-dispatch space (11.2), when viewed in the conveying direction; c) channelling the first workpiece into the working chamber and placing the first screening element at or in the working-chamber opening by indexing the conveying device; d) removing the first screening element from the working-chamber opening, and placing the said first screening element behind the second screening element, when viewed in the conveying direction, by means of a transport device; e) repeating steps b) to d) in relation to the following workpiece-dispatch spaces (11.2, 11.3,..., 11.m) of the conveying device and in each case with a rolling changeover of the screening elements (21, 22).
Method for determining a position of a mobile terminal while using an aircraft, in particular an aeroplane, wherein transmission facilities of the mobile terminal are deactivated in the aircraft, and wherein the mobile terminal is equipped to receive navigation satellite signals of a navigation satellite system, characterised in that orbital data for navigation satellites (NS1, NS2) of the navigation satellite system is loaded onto the mobile terminal before using the aircraft, that while using the aircraft an application on the mobile terminal correlates a current time, a flight route of the aircraft, and positions of the navigation satellites (NS1, NS2) as determined with reference to the orbital data of the navigation satellites (NS1, NS2), that navigation satellites (NS1, NS2) receivable at the current time are determined therefrom, and that the receivable navigation satellites (NS1, NS2) are then compared with navigation satellite signals actually received by the mobile terminal.
Elevator arrangement comprising an elevator with an elevator control system, and a maintenance mode, which elevator further comprises an elevator car arranged to run up and down in an elevator shaft along its guide rails, and which elevator car is equipped with a roof and a car operating panel, wherein the arrangement comprises actuating means to open the roof of the elevator car which actuating means are operatively connected to the car operating panel of the elevator car, characterized in that there are predefined buttons of the car operating panel functioning in a normal operation mode of the elevator in one way, have been arranged to open and close the roof of the elevator car when pressed in the maintenance mode of the elevator.
Light module for a motor vehicle headlight, comprising a first semiconductor light source and a first primary optical system which focuses light from the first semiconductor light source into a first focal region, comprising a second semiconductor light source and a second primary optical system which focuses light from the second semiconductor light source into a second focal region, comprising an aperture combination (34; 68) projecting into the first focal region and into the second focal region, and comprising a refractive secondary optical system which collects light from the first semiconductor light source and the second semiconductor light source, which light emanates from the focal regions (24, 32), and directs said light into an area in front of the light module, the second focal region being different from the first focal region, and the refractive secondary optical system being in one piece, having a first partial volume (36.6) which is in the beam path of light from the first semiconductor light source, which light emanates from the first focal region, and having a second partial volume (36.7) which is in the beam path of light from the second semiconductor light source, which light emanates from the second focal region, a light entry surface (36.3) of the first partial volume (36.6) having a shape that focuses the first beam path more strongly in a direction that is horizontal when the light module is used as intended than in a direction that is vertical when used as intended, characterized in that a light exit surface (36.1) of the secondary optical system for the two partial volumes (36.6, 36.7) has a shape that focuses the light from the first semiconductor light source and the second semiconductor light source, which light exits from the light exit surface (36.1), more strongly in the vertical direction than in the horizontal direction when used as intended, and in that the light entry surface (36.4) of the second partial volume (36.7) is designed in such a way that the second partial volume (36.7) focuses the light from the second semiconductor light source less strongly overall in the horizontal direction than in the vertical direction.
A computing system comprising: a base processing device configured to execute a first operating system to generate application content for an application associated with a user session; and a display device configured to execute a second operating system, the display device including a screen; wherein the base processing device is configured to display the application content on the screen through a mechanical data connection when the base processing device and the display device are mechanically connected; wherein the base processing device includes a Remote Graphics Software, RGS, sender configured to run in the first operating system, and the display device includes an RGS receiver configured to run in the second operating system; wherein the base processing device is configured to run the RGS sender as a background process in the first operating system when the base processing device and the display device are mechanically connected; and wherein the base processing device is configured to use the RGS sender to communicate the application content over a wireless data connection to the RGS receiver for display on the screen of the display device when the base processing device and the display device are mechanically disconnected, to thereby continuously implement and maintain the user session when the base processing device and display device are transitioned from the mechanically connected mode to the mechanically disconnected mode. a base processing device configured to execute a first operating system to generate application content for an application associated with a user session; and a display device configured to execute a second operating system, the display device including a screen; wherein the base processing device is configured to display the application content on the screen through a mechanical data connection when the base processing device and the display device are mechanically connected; wherein the base processing device includes a Remote Graphics Software, RGS, sender configured to run in the first operating system, and the display device includes an RGS receiver configured to run in the second operating system; wherein the base processing device is configured to run the RGS sender as a background process in the first operating system when the base processing device and the display device are mechanically connected; and wherein the base processing device is configured to use the RGS sender to communicate the application content over a wireless data connection to the RGS receiver for display on the screen of the display device when the base processing device and the display device are mechanically disconnected, to thereby continuously implement and maintain the user session when the base processing device and display device are transitioned from the mechanically connected mode to the mechanically disconnected mode.
A clothes drying or washing/drying machine, comprising a heater, a heat exchanger, a tub inside of which a rotary drum is located, and a compartment in fluidic communication with the tub, wherein the heat exchanger is to be positioned within said compartment, and is removable therefrom for being replaced, characterized in that the machine comprises a drawer and guiding means that make the exchanger separable from the machine, so that said exchanger can be replaced with said drawer by a user of the machine, and wherein the drawer comprises a cover which can be sealingly coupled to an outer edge of the compartment, a front frame coupled to the cover, a rear frame arranged parallel to the front frame, a first side wall, a second side wall and a bottom, wherein the bottom and the walls (115,116) are coupled to said frames (113,114), and wherein both the frames (113,114) are open, so as to allow the passage of air flows (71,52).
An evaporative humidifier comprising: a water reservoir; a wick unit configured to absorb water from the water reservoir, comprising a wick, and a wick holder for mounting the wick; and a fan unit arranged within a fan housing and configured to force an air flow to flow through the wick unit, wherein the fan housing comprises a top cover unit defining at least one annular air outlet at an outer part adjacent a circumference of the top cover unit; characterized in that a float is arranged in the wick holder for associating with a water level in the water reservoir, that the wick holder forms a substantially vertical guide along which the float is configured to move, the float clicks into the wick holder, that the wick holder is heavy enough not to float when it experiences a buoyancy force from the float, that the fan unit comprises a motor and an actuator for actuating the motor and that in operation the float is such arranged in the wick holder that it is buoyed by the water in the water reservoir so that the operation of the evaporative humidifier is controlled based on, at least in part, the water level in the water reservoir. a water reservoir; a wick unit configured to absorb water from the water reservoir, comprising a wick, and a wick holder for mounting the wick; and a fan unit arranged within a fan housing and configured to force an air flow to flow through the wick unit, wherein the fan housing comprises a top cover unit defining at least one annular air outlet at an outer part adjacent a circumference of the top cover unit; characterized in that a float is arranged in the wick holder for associating with a water level in the water reservoir, that the wick holder forms a substantially vertical guide along which the float is configured to move, the float clicks into the wick holder, that the wick holder is heavy enough not to float when it experiences a buoyancy force from the float, that the fan unit comprises a motor and an actuator for actuating the motor and that in operation the float is such arranged in the wick holder that it is buoyed by the water in the water reservoir so that the operation of the evaporative humidifier is controlled based on, at least in part, the water level in the water reservoir.