mhurhangee/ep-ind-claims huggingface dataset:
A mobile station apparatus to which a plurality of cells are assigned from a base station apparatus, wherein the mobile station apparatus is adapted to: receive first setting information from the base station apparatus, the first setting information regarding a first cell, the first cell being one of the plurality of the cells, the first setting information including parameters for a random access procedure; receive second setting information regarding a secondary cell, the secondary cell being one of the plurality of the cells, the secondary cell being other than the first cell, the second setting information including part of the parameters for the random access procedure used for a non-contention based random access procedure; execute the random access procedure on the first cell by using the first setting information during communication with the base station apparatus; and execute the non-contention based random access procedure on the secondary cell by using the second setting information during communication with the base station apparatus. receive first setting information from the base station apparatus, the first setting information regarding a first cell, the first cell being one of the plurality of the cells, the first setting information including parameters for a random access procedure; the first setting information regarding a first cell, the first cell being one of the plurality of the cells, the first setting information including parameters for a random access procedure; receive second setting information regarding a secondary cell, the secondary cell being one of the plurality of the cells, the secondary cell being other than the first cell, the second setting information including part of the parameters for the random access procedure used for a non-contention based random access procedure; the secondary cell being one of the plurality of the cells, the secondary cell being other than the first cell, the second setting information including part of the parameters for the random access procedure used for a non-contention based random access procedure; execute the random access procedure on the first cell by using the first setting information during communication with the base station apparatus; and execute the non-contention based random access procedure on the secondary cell by using the second setting information during communication with the base station apparatus.
A method for a secure transaction without physical support of a security identifier and without token consisting in recording on a biometric server B a biometric profile P 1 linked intrinsically to a unique user U 1, said profile P 1 being associated with at least one service identifier, recorded on a server S distinct from the biometric server B, said service identifier being accessible by the user U 1, and, during a transaction, acquiring the biometric profile of a user P 1, in transmitting it to the biometric server B for comparison with the biometric profiles recorded and in searching for and activating, on the service server S, a service associated with the profile P 1, characterized in that the step of recording a new user comprises, at the time of receipt by a central server of a profile P 1, the execution of a step of generating a master key, and in that the execution of a transaction includes: - when said central server receives a profile Pi, the execution of a step of searching for the pair (Pi, IDR x) on the biometric server B and the application of the reverse function FR -1 to the piece of data IDR x, in order to determine the key X, - then searching on the server P, if so required, for personal information Ii by applying the function FP to said key X, in order to compute the identification IDP x and to obtain the personal information Ii, - and eventually searching for at least one service SE j on at least one server S by applying the function FSE to said key X, in order to compute the identifier IDSE x and obtain the service SE j. - when said central server receives a profile Pi, the execution of a step of searching for the pair (Pi, IDR x) on the biometric server B and the application of the reverse function FR -1 to the piece of data IDR x, in order to determine the key X, - then searching on the server P, if so required, for personal information Ii by applying the function FP to said key X, in order to compute the identification IDP x and to obtain the personal information Ii, - and eventually searching for at least one service SE j on at least one server S by applying the function FSE to said key X, in order to compute the identifier IDSE x and obtain the service SE j.
System having a pivotable armrest, having a bracket means and having a pendulum element, wherein the armrest is articulated on the bracket means so as to be pivotable about a primary axis, wherein the armrest is connected rotationally conjointly to a connecting element and the bracket means has the pendulum element, wherein the pendulum element is pivotable about a secondary axis, wherein the connecting element and the pendulum element are designed such that, when a force acts on the system, the pendulum element can be pivoted into a first position, wherein the pivoted pendulum element, in the first position, interacts in positively locking fashion with the connecting element such that the positive locking action counteracts a pivoting of the connecting element along a second direction of rotation, wherein the first direction of rotation runs oppositely to the second direction of rotation, characterized in that the pendulum element is preloaded with a restoring force by way of a spring element, wherein the spring element is configured such that the restoring force counteracts a pivoting movement of the pendulum element along the first direction of rotation, wherein the spring element is articulated on the bracket means, wherein the spring element is configured such that the force acting on the system must exceed a threshold value for the pivoting of the pendulum element, wherein the spring element is configured such that, in the absence of the force acting on the system, the spring element returns the pendulum element into its original position immediately after an accident situation or after a braking situation.
Method for operating a washing machine for items of laundry, the washing machine comprising a drum which is arranged in an outer tub so as to be rotatable about an axis of rotation and has at least one drum rib (16, 18) that is arranged on an inside of the drum facing the items of laundry and is intended for moving the items of laundry in the drum, and the washing machine also comprising at least one reservoir (10, 20) for storing a detergent, characterised in that at least one of the at least one drum rib (16, 18) is designed as a metering rib for dispensing the detergent stored in at least one of the at least one reservoir onto the items of laundry, characterised by the following method step: automatically or semi-automatically transferring the drum into at least one filling position of the drum for manually filling the at least one reservoir arranged on the at least one metering rib with a detergent, in the semi-automatic transfer the drum being automatically transferred into one of the at least one filling position of the drum after a user input on a user interface of the washing machine.
An artificial valve for implantation in a patient's blood vessel comprising - a first and a second valve member each having a first smooth surface (11, 21) facing each other so as to form a sealing contact between the first and second valve members and each of the first and second valve members further having at least one blood flow passage (13, 23a) extending from the first smooth surface (11, 21) to a second surface (12, 22) located on an opposite side of the respective valve member, wherein at least one of the valve members is arranged so as to be displaceable relative to the other valve member in a slidable manner, whereas said other valve member is stationary, such that the passage of the second valve member can be brought into at least partial alignment with the passage of the first valve member while maintaining the sealing contact between the first and second valve members, and - a displacing mechanism for the relative displacement of the valve members (10, 20), characterized in that the displacing mechanism is a blood-pressure driven mechanism, which is driven by forces exerted by the blood pressure. - a first and a second valve member each having a first smooth surface (11, 21) facing each other so as to form a sealing contact between the first and second valve members and each of the first and second valve members further having at least one blood flow passage (13, 23a) extending from the first smooth surface (11, 21) to a second surface (12, 22) located on an opposite side of the respective valve member, wherein at least one of the valve members is arranged so as to be displaceable relative to the other valve member in a slidable manner, whereas said other valve member is stationary, such that the passage of the second valve member can be brought into at least partial alignment with the passage of the first valve member while maintaining the sealing contact between the first and second valve members, and - a displacing mechanism for the relative displacement of the valve members (10, 20),
Exhaust treatment device for an exhaust gas apparatus of an internal combustion engine, in particular in a motor vehicle, - having a pipe-shaped housing which has two half shells (5, 6), which are fastened to one another at two longitudinal sides disposed oppositely to one another respectively along flange ridges (7, 8) projecting radially to the outside, - having at least one exhaust treatment insert through which exhaust gas can flow which is disposed in the housing, - having a bearing mat composed from a bearing material which encloses coaxially the respective exhaust treatment insert, said bearing mat being pressed for the positional fixing of the exhaust treatment insert in the housing radially between the respective exhaust treatment insert and the housing, characterised in - that at least in the case of one half shell (5, 6) at at least one longitudinal side in a flange region (9, 10) having the respective flange ridge (7, 8), a widening is formed for the reception of radially spreading bearing material when the half shells (5, 6) are pressed together for welding the flange ridges (7, 8) - that at the respective longitudinal side both half shells (5, 6) have in the respective flange region (9, 10) in each case one such widening, which together form a receiving zone, - that the two widenings of the receiving zone are designed mirror symmetrically in profile with respect to one plane, in which the flange ridges (7, 8) abut on one another. - having a pipe-shaped housing which has two half shells (5, 6), which are fastened to one another at two longitudinal sides disposed oppositely to one another respectively along flange ridges (7, 8) projecting radially to the outside, - having at least one exhaust treatment insert through which exhaust gas can flow which is disposed in the housing, - having a bearing mat composed from a bearing material which encloses coaxially the respective exhaust treatment insert, said bearing mat being pressed for the positional fixing of the exhaust treatment insert in the housing radially between the respective exhaust treatment insert and the housing, - that at least in the case of one half shell (5, 6) at at least one longitudinal side in a flange region (9, 10) having the respective flange ridge (7, 8), a widening is formed for the reception of radially spreading bearing material when the half shells (5, 6) are pressed together for welding the flange ridges (7, 8) - that at the respective longitudinal side both half shells (5, 6) have in the respective flange region (9, 10) in each case one such widening, which together form a receiving zone, - that the two widenings of the receiving zone are designed mirror symmetrically in profile with respect to one plane, in which the flange ridges (7, 8) abut on one another.
A unit for processing agricultural products, having a longitudinal direction and comprising: - a receptacle having a storage volume and including first and second longitudinal ends (16, 18), a loading opening formed at the first longitudinal end that opens into the storage volume, and a conveyor configured to move said products from the first to the second longitudinal end; - a cleaning unit disposed at the second longitudinal end of the receptacle and configured to clean the products; - a chassis supporting the receptacle and the cleaning unit and including an axle, and displacement means configured so that the receptacle takes alternately: o a first position; and o a second position in which the receptacle is moved relative to the chassis so that the first longitudinal end is lowered relative to the first position, so as to allow the loading of products into the storage volume by the loading opening. - a receptacle having a storage volume and including first and second longitudinal ends (16, 18), a loading opening formed at the first longitudinal end that opens into the storage volume, and a conveyor configured to move said products from the first to the second longitudinal end; - a cleaning unit disposed at the second longitudinal end of the receptacle and configured to clean the products; - a chassis supporting the receptacle and the cleaning unit and including an axle, and displacement means configured so that the receptacle takes alternately: o a first position; and o a second position in which the receptacle is moved relative to the chassis so that the first longitudinal end is lowered relative to the first position, so as to allow the loading of products into the storage volume by the loading opening. o a first position; and o a second position in which the receptacle is moved relative to the chassis so that the first longitudinal end is lowered relative to the first position, so as to allow the loading of products into the storage volume by the loading opening.
A system for imaging of vibrations in a scene, the system comprising: at least one coherent light source configured to illuminate the scene comprising multiple scene elements, an optical unit configured to focus light scattered from the multiple scene elements onto a pixelated detector comprising multiple pixels such that light scattered from each scene element of the multiple scene elements is focused on a corresponding pixel of the multiple pixels on the pixelated detector, wherein the detector is configured to provide, for each pixel of the multiple pixels, a pixel intensity signal of the pixel thereof, to thereby yield corresponding multiple pixel intensity signals, wherein the optical unit further comprises a spatially patterned mask configured to enhance a modulation of the pixel intensity signals and to increase a ratio between the modulation of the pixel intensity signals and a DC thereof, and a processing unit configured to analyze each pixel intensity signal of the multiple pixel intensity signals and to derive, for each pixel of the multiple pixels and based on the respective pixel intensity signal, a vibration spectrum of the scene element in the scene that correspond to the pixel thereof, to thereby yield corresponding multiple vibration spectrums, wherein the processing unit is configured to optimize the spatial pattern of the mask according to specified criteria. at least one coherent light source configured to illuminate the scene comprising multiple scene elements, an optical unit configured to focus light scattered from the multiple scene elements onto a pixelated detector comprising multiple pixels such that light scattered from each scene element of the multiple scene elements is focused on a corresponding pixel of the multiple pixels on the pixelated detector, wherein the detector is configured to provide, for each pixel of the multiple pixels, a pixel intensity signal of the pixel thereof, to thereby yield corresponding multiple pixel intensity signals, wherein the optical unit further comprises a spatially patterned mask configured to enhance a modulation of the pixel intensity signals and to increase a ratio between the modulation of the pixel intensity signals and a DC thereof, and a processing unit configured to analyze each pixel intensity signal of the multiple pixel intensity signals and to derive, for each pixel of the multiple pixels and based on the respective pixel intensity signal, a vibration spectrum of the scene element in the scene that correspond to the pixel thereof, to thereby yield corresponding multiple vibration spectrums, wherein the processing unit is configured to optimize the spatial pattern of the mask according to specified criteria.
Device for marking an ophthalmic lens, said ophthalmic lens being produced from at least one predetermined material, including a laser configured to produce permanent engravings on the ophthalmic lens, the device being characterized in that the laser is configured to emit a focused pulsed beam of ultraviolet laser radiation, the focused beam having at least the following parameters: - a radiation wavelength comprised between 230 nm and 290 nm; - a pulse duration comprised between about 0.1 ns and about 5 ns; - an energy per pulse at the focal point comprised between about 10 μJ and about 80 μJ; - a peak power comprised between about 10 kW and about 100 kW, where the peak power is the instantaneous power of the laser during a pulse; and - a pulse frequency comprised between about 100 Hz and about 10 kHz. - a radiation wavelength comprised between 230 nm and 290 nm; - a pulse duration comprised between about 0.1 ns and about 5 ns; - an energy per pulse at the focal point comprised between about 10 μJ and about 80 μJ; - a peak power comprised between about 10 kW and about 100 kW, where the peak power is the instantaneous power of the laser during a pulse; and - a pulse frequency comprised between about 100 Hz and about 10 kHz.
A removable unit for an additive manufacturing system, the removable unit comprising: a build material supply system or a build platform upon which an object is constructed; a controller; a power interface to connect the removable unit to a base unit of an additive manufacturing system, and the power interface comprising: a first power coupling to provide a first voltage from the base unit; and a second power coupling to provide a second voltage from the base unit, the second voltage being lower than the first voltage; a power supply unit to convert the first voltage to the second voltage; a power multiplexer, electrically coupled to the power supply unit and the second power coupling, and having a power multiplexer output, the controller to cause the power multiplexer to switch between: the output being electrically coupled to the power supply unit when the first voltage is available at the first power coupling, and the output being electrically coupled to the second voltage from the second power coupling when the first voltage is not available at the first power coupling. a build material supply system or a build platform upon which an object is constructed; a controller; a power interface to connect the removable unit to a base unit of an additive manufacturing system, and the power interface comprising: a first power coupling to provide a first voltage from the base unit; and a second power coupling to provide a second voltage from the base unit, the second voltage being lower than the first voltage; a first power coupling to provide a first voltage from the base unit; and a second power coupling to provide a second voltage from the base unit, the second voltage being lower than the first voltage; a power supply unit to convert the first voltage to the second voltage; a power multiplexer, electrically coupled to the power supply unit and the second power coupling, and having a power multiplexer output, the controller to cause the power multiplexer to switch between: the output being electrically coupled to the power supply unit when the first voltage is available at the first power coupling, and the output being electrically coupled to the second voltage from the second power coupling when the first voltage is not available at the first power coupling. the output being electrically coupled to the power supply unit when the first voltage is available at the first power coupling, and the output being electrically coupled to the second voltage from the second power coupling when the first voltage is not available at the first power coupling.
A vehicle tire inflation system, comprising: an air supply source in fluid communication with a tire of said vehicle; a pneumatic conduit extending between and being in fluid communication with said air supply source and said tire; characterized by a pump (101;122;174;198) including an inlet and an outlet, said inlet receiving air from atmosphere, said pump compressing said air, and said outlet being in fluid communication with said pneumatic conduit independently of said air supply source, and means for actuating said pump (101;122;174;198) to increase an air pressure in said pneumatic conduit above the air pressure from said air supply source. an air supply source in fluid communication with a tire of said vehicle; a pneumatic conduit extending between and being in fluid communication with said air supply source and said tire;
Device of a motor vehicle comprising a silencer damping the noise of the engine exhaust gases, which has a closed jacket comprising exhaust gas input and output orifices, and an aerodynamic deflector on said silencer, characterized in that said device comprises a thermally insulating screen jacketing the outer surface of the jacket of the silencer, a portion of which forms said aerodynamic deflector, characterized in that said thermally insulating screen is secured to the outer surface of the jacket of the silencer on the one hand by welds, and on the other hand by fixing using at least one fixing means of fixing bracket type, welded to said outer surface of the jacket of the silencer and disposed on the portion of the thermally insulating screen forming the aerodynamic deflector.
A heat exchanger comprising: a plurality of structures (203, 305) extending from a base plate where adjacent structures (203, 305) are separated by at least a first distance (w); and at least one cover plate positioned over ends of the plurality of structures (203, 305) so that the at least one cover plate is spaced from the ends of the plurality of structures (203, 305) by a second distance (d) where the second distance (d) is smaller than the first distance (w); wherein the at least one cover plate is brazed to the plurality of structures (203, 305) by brazing material provided between the ends of the plurality of structures (203, 305) and the at least one cover plate; characterised in that wherein the brazing material is provided in a discontinuous configuration so that gaps are provided between portions of brazing material so that a brazing join is formed from brazing material that has flowed into spacing between the at least one cover plate and the ends of the plurality of structures (203, 305). a plurality of structures (203, 305) extending from a base plate where adjacent structures (203, 305) are separated by at least a first distance (w); and at least one cover plate positioned over ends of the plurality of structures (203, 305) so that the at least one cover plate is spaced from the ends of the plurality of structures (203, 305) by a second distance (d) where the second distance (d) is smaller than the first distance (w); wherein the at least one cover plate is brazed to the plurality of structures (203, 305) by brazing material provided between the ends of the plurality of structures (203, 305) and the at least one cover plate; characterised in that wherein the brazing material is provided in a discontinuous configuration so that gaps are provided between portions of brazing material so that a brazing join is formed from brazing material that has flowed into spacing between the at least one cover plate and the ends of the plurality of structures (203, 305).