mhurhangee/ep-ind-claims huggingface dataset:
Radio communication system for a railway infrastructure, comprising a on-board radio apparatus suitable for being installed on-board a train of said railway infrastructure and a plurality of trackside radio apparatuses (FRA#1, FRA#2,... FRA#n) suitable for being installed along a railway line along which said train travels, wherein: • said on-board radio apparatus comprises a first on-board radio unit (RU1) and a second on-board radio unit (RU2); and • each trackside radio apparatus (FRA#k) comprises a first trackside radio unit (RU1(FRA#k)) and a second trackside radio unit (RU2(FRA#k)), wherein said first on-board radio unit (RU1) is configured to transmit and/or receive data using a first radio link set up with the first trackside radio unit (RU1(FRA#k)) of a trackside radio apparatus (FRA#k) in a first frequency range, characterised in that said second on-board radio unit (RU2) is configured to transmit and/or receive said data using at the same time at least two second radio links set up with the second trackside radio units (RU2(FRA#k)) of at least two trackside radio apparatuses (FRA#k) in a second frequency range lower than said first frequency range and non overlapping with said first frequency range. • said on-board radio apparatus comprises a first on-board radio unit (RU1) and a second on-board radio unit (RU2); and • each trackside radio apparatus (FRA#k) comprises a first trackside radio unit (RU1(FRA#k)) and a second trackside radio unit (RU2(FRA#k)),
A disposable diaper, comprising: a front waistline portion, a rear waistline portion, a crotch portion positioned between the front waistline portion and the rear waistline portion; and an absorber spanning the crotch portion and extending in the front waistline portion and the rear waistline portion; and having a product longitudinal direction from the front waistline portion towards the rear waistline portion, and a product width direction perpendicular to the product longitudinal direction, the absorber including an absorbent core provided from the front waistline portion across the rear waistline portion, the disposal diaper comprising a sheet-like elastic element provided in the rear waistline portion, wherein the sheet-like elastic element includes a stretching portion configured to be stretchable in the product width direction, and the absorber comprises: a low rigidity portion where a basis weight is lower than a basis weight in the other parts of the absorber or an absorbent core does not exist, and a non-stretching portion that is unstretchable in the product width direction, and the non-stretching portion is provided on the crotch portion side of the stretching portion, the low rigidity portion extends up to the end of the absorbent core on the side of the rear waistline portion, the width of the low rigidity portion in the product width direction widens towards the end on the side of the rear waistline portion in the product longitudinal direction, the absorber includes a pair of stretch control portions where the stretchability in the product width direction is more controlled than the stretchability in the other portions, the stretch control portions are formed at each of the outer sides of the low rigidity portion in the product width direction, and the sheet-like elastic element overlaps at least a part of the low rigidity portion and the stretch control portions in a plan view of the disposable diaper. a low rigidity portion where a basis weight is lower than a basis weight in the other parts of the absorber or an absorbent core does not exist, and a non-stretching portion that is unstretchable in the product width direction, and
An optical unit configured such that light emitted from a light emitting element is introduced through a proximal end side of said optical unit and emitted through a distal end side of said optical unit, said optical unit comprising a light condensing section and a light transmitting section with its axis coincided with an axis of the light condensing section, wherein: the light condensing section is in a shape of a body of rotation substantially widening from a proximal end toward a distal end with centering on its optical axis, and comprises a concave section that opens at a proximal end face of the light condensing section to accommodate the light emitting element, a side circumferential face to reflect the light from the light emitting element inward and a distal end face to introduce the light from the light emitting element into the light transmitting section, the light transmitting section is in a substantially cylindrical shape, and comprises a proximal end face to introduce the light from the light condensing section, a side circumferential face to reflect the light introduced from the proximal end face inward and a distal end face to emit the light introduced from the proximal end face outside, and a diameter of the distal end face of the light condensing section is larger than a diameter of the promixal end face of the light transmitting section, characterised in that the light transmitting section is integrally formed at a distal end of the light condensing section. the light condensing section is in a shape of a body of rotation substantially widening from a proximal end toward a distal end with centering on its optical axis, and comprises a concave section that opens at a proximal end face of the light condensing section to accommodate the light emitting element, a side circumferential face to reflect the light from the light emitting element inward and a distal end face to introduce the light from the light emitting element into the light transmitting section, the light transmitting section is in a substantially cylindrical shape, and comprises a proximal end face to introduce the light from the light condensing section, a side circumferential face to reflect the light introduced from the proximal end face inward and a distal end face to emit the light introduced from the proximal end face outside, and a diameter of the distal end face of the light condensing section is larger than a diameter of the promixal end face of the light transmitting section,
Iron comprising an ironing sole plate comprising at least one steam outlet orifice and a heating body comprising a steam chamber connected by a steam distribution circuit to the at least one steam outlet orifice, the steam chamber having a bottom wall comprising a water injection zone on which water is intended to be injected to produce steam, the heating body comprising a first electrical heating resistor extending into a first zone of the bottom wall and a second electrical heating resistor, the first electrical heating resistor having a curved portion (18.3) extending between two connecting ends (18A, 18B) to its electrical supply and the second electrical heating resistor having a curved portion (19.3) extending between two connecting ends (19A, 19B) for its electrical supply, and the first electrical heating resistor and the second electrical heating resistor being arranged head-to-tail, the curved portions (18.3, 19.3) of the first and second electrical resistors (18, 19) being arranged opposite one another, characterised in that the second electrical heating resistor extends into a second zone of the bottom wall of the steam chamber.
A method for diagnosing a fault in a component of an autonomous vehicle, comprising: receiving, from an electrical sub-component of the component, an electrical signal; detecting at least one transient component in a voltage and/or a current signal of the electrical signal, wherein detecting the at least one transient component comprises correlating the voltage signal and/or the current signal with a plurality of transient signal templates; receiving, from an electronic sub-component of the component, a status message; and determining, based on the detected at least one transient component in the voltage and/or a current signal of the electrical signal and the status message, an operational status of the component. receiving, from an electrical sub-component of the component, an electrical signal; detecting at least one transient component in a voltage and/or a current signal of the electrical signal, wherein detecting the at least one transient component comprises correlating the voltage signal and/or the current signal with a plurality of transient signal templates; receiving, from an electronic sub-component of the component, a status message; and determining, based on the detected at least one transient component in the voltage and/or a current signal of the electrical signal and the status message, an operational status of the component.
A control system of an autonomous vehicle, the control system comprising: a self-driving system; and one or more computing devices (110, 410, 420, 430, 440) in communication with the self-driving system, the one or more computing devices being configured to: receive a pickup location and a destination location, from a trip request that is associated with a client device (420, 430, 440); cause the self-driving system to navigate the autonomous vehicle to the pickup location; send a prompt to the client device to collect semantic information related to the pickup location; determine a specified location based on the semantic information received in response to the prompt, wherein the specified location is a more precise or updated pickup location; identify one or more semantic markers for the specified location from the semantic information; and send a message to the client device identifying the specified location using the one or more semantic markers. a self-driving system; and one or more computing devices (110, 410, 420, 430, 440) in communication with the self-driving system, the one or more computing devices being configured to: receive a pickup location and a destination location, from a trip request that is associated with a client device (420, 430, 440); cause the self-driving system to navigate the autonomous vehicle to the pickup location; send a prompt to the client device to collect semantic information related to the pickup location; determine a specified location based on the semantic information received in response to the prompt, wherein the specified location is a more precise or updated pickup location; identify one or more semantic markers for the specified location from the semantic information; and send a message to the client device identifying the specified location using the one or more semantic markers. receive a pickup location and a destination location, from a trip request that is associated with a client device (420, 430, 440); cause the self-driving system to navigate the autonomous vehicle to the pickup location; send a prompt to the client device to collect semantic information related to the pickup location; determine a specified location based on the semantic information received in response to the prompt, wherein the specified location is a more precise or updated pickup location; identify one or more semantic markers for the specified location from the semantic information; and send a message to the client device identifying the specified location using the one or more semantic markers.
Container for a package or parcel shipment which is to be dispatched or received, it being possible for the container to be fastened in the gap region of the door of the property by means of a lug, in particular without any structural intervention, comprising a base element and a cover element with a closure mechanism which can be opened only with authorization, it being possible for a shipment to be introduced into the container or removed from the container through said cover element, wherein the base element and the cover element are connected to one another by foldable side walls (8, 11), and the cover element and base element can be moved in relation to one another, in particular in the vertical direction, by virtue of the side walls (8, 11) being folded together or, at least to some extent, unfolded, and wherein, in the unfolded state, the foldable side walls (8, 11) form a textile tube, which extends vertically between the base element and cover element and encloses an interior with an at least essentially horizontal rectangular cross section, characterized in that the two side walls of at least one pair of mutually opposite side walls each have a plurality of horizontally running fold lines with outwardly and inwardly oriented fold-line edges following alternately one after the other in a vertical direction, and the two side walls of a second pair of mutually opposite side walls each have a plurality of horizontally running fold lines with an outwardly oriented fold-line edge in each case, wherein each of these side walls has at least one zone (D 1, D 2, D 3, D 4, D 5, D 6), wherein each zone (D 1, D 2, D 3, D 4, D 5, D 6) present has two fold lines, each with an inwardly oriented fold-line edge, which cross over in the centre point of the zone and both also cross over the centre of a horizontal fold line.
Control valve, comprising a valve housing with a valve inlet and valve outlet (12-1, 12-2) and a valve cover, a valve seat that is fixed to the housing and arranged in the flow channel between the valve inlet and valve outlet (12-1, 12-2), a valve member that is designed to complement the valve seat, and a drive rod which passes through the housing cover in a sealing manner and which is used to connect the valve member to a drive located on the outside of the housing, which valve cover comprises a sealing arrangement which is used to seal the drive rod with respect to the valve cover, characterized in that the valve seat and/or the valve member are/is made of an aerogel material or are/is coated with an aerogel coating.
A machine for making and dispensing liquid, semi-liquid and/or semi-solid food products comprising an operating unit comprising a cylinder for processing a mixture of a basic product and air, a chamber for the transit of a heat exchange fluid, the chamber being located around the cylinder, a dispensing tap and means for treating the heat exchange fluid and supplying it to the transit chamber; a flexible container for containing the basic product and housed in a rigid container; a duct for feeding the basic product to the processing cylinder, means for generating a flow of pressurised air, said means being designed to send pressurised air into the rigid container in such a way that it acts on the flexible container to cause the transfer of the basic product from the flexible container to the processing cylinder; characterised in that it comprises a sensor, mounted along the feed duct, apt to send a signal indicating the mixture flow rate to a check and control unit; said check and control unit acting on the means which generate the flow of pressurised air to adjust the pressure of the air flow rate generated according to the mixture flow rate value measured by the sensor, in order to regulate a flow rate of basic product through the feed duct.
A method for operating an electric air compressor assembly, especially in a vehicle, said assembly including an electric motor and a compressor which is mechanically coupled to the electric motor and which is capable of providing compressed air to a tank, the method comprising: - monitoring the temperature of at least one component (11, 15) of the electric air compressor assembly and controlling the motor speed as a function of said temperature; - running the motor at a first speed S1, which results in the temperature increasing; - when the temperature reaches a temperature threshold, which is lower than a maximum admissible temperature (Tmax), running the motor at a second speed S2 > S1 until a predetermined desired pressure (Pset) in the tank is reached. - monitoring the temperature of at least one component (11, 15) of the electric air compressor assembly and controlling the motor speed as a function of said temperature; - running the motor at a first speed S1, which results in the temperature increasing; - when the temperature reaches a temperature threshold, which is lower than a maximum admissible temperature (Tmax), running the motor at a second speed S2 > S1 until a predetermined desired pressure (Pset) in the tank is reached.
An epothilone glycoside having anticancer activity, said epothilone glycoside having a formula of wherein R 1 + R 2 = O, R 3 = R 4 = H, R 5 = glycosyl epothilone glycoside A-1 R 1 + R 2 = O, R 3 = R 5 = H, R 4 = glycosyl epothilone glycoside A-2 R 1 + R 2 = O, R 3 = CH 3, R 4 = H, R 5 = glycosyl epothilone glycoside B-1 R 1 + R 2 = O, R 3 = CH 3, R 5 = H, R 4 = glycosyl epothilone glycoside B-2, or wherein R 4 = H, R 5 = glycosyl epothilone glycoside C-1 R 4 = glycosyl, R 5 = H epothilone glycoside C-2.
A synthesizer comprising two cascaded PLL circuits including: - a two-point modulation phase locked loop, TPM PLL, circuit (100, 101, 102, 103, 104) configured to receive a frequency tuning signal and comprising a two-point modulation PLL to generate a stepped chirp signal in an intermediate frequency range, and - a subsampling PLL circuit (200, 201, 202, 204) configured to receive the stepped chirp signal generated by the TPM PLL circuit and comprising a subsampling PLL to generate a smoothened chirp signal in a mm-wave frequency range from the stepped chirp signal. - a two-point modulation phase locked loop, TPM PLL, circuit (100, 101, 102, 103, 104) configured to receive a frequency tuning signal and comprising a two-point modulation PLL to generate a stepped chirp signal in an intermediate frequency range, and - a subsampling PLL circuit (200, 201, 202, 204) configured to receive the stepped chirp signal generated by the TPM PLL circuit and comprising a subsampling PLL to generate a smoothened chirp signal in a mm-wave frequency range from the stepped chirp signal.
An elevator system comprising a controller, wherein the controller is configured for: engaging in a first communication with a facial recognition system that identifies a pet and a first person and rendering a plurality of determinations from the first communication, including: a first determination that the pet is proximate a first elevator lobby in a building, a second determination to provide instructions to a first elevator car responsive to the first communication, and engaging in a second communication with the first elevator car for effecting the second determination. a first determination that the pet is proximate a first elevator lobby in a building, a second determination to provide instructions to a first elevator car responsive to the first communication, and engaging in a second communication with the first elevator car for effecting the second determination.
A system of an implant placement device and an implant comprising: said implant, a sheath having a longitudinal axis; a tubular member having an opening formed on a distal end side thereof, movable along the longitudinal axis, and provided with a lumen communicating with the opening; a stylet being movable in the longitudinal axis within the lumen, and provided within the lumen so as to be turnable around the longitudinal axis; an operating part provided on a proximal end side of the stylet in order to turn the stylet around the longitudinal axis; a guide part provided on the proximal end side of the sheath to guide a movement of the operating part in a predetermined direction, thereby moving the sheath in the longitudinal axis with respect to the stylet and turning a distal end portion of the stylet around the longitudinal axis; and a first coupling portion formed at the distal end of the stylet, detachably coupled with an implant to be placed within a body tissue, and moving in the longitudinal axis and turning around the longitudinal axis along with the stylet and the implant inside the tubular member according to an operation of the operating part, wherein the first coupling portion is configured to pull and push the implant, wherein the implant has a second coupling portion that is capable of attaching to the first coupling portion of the stylet, the second coupling portion of the implant has an end face and a through hole, wherein the through hole has one end that opens on the end face, wherein the through hole is formed so as to extend from the end face in a direction orthogonal to the end face, said system being characterized in that the second coupling portion extends coaxially with the axis of the implant, and in that an edge of the second coupling portion opposite to the edge where the implant is connected is formed in a half-split shape along the axial cross-section of the implant, the first coupling portion of the stylet has an end face formed so as to abut on the end face of the second coupling portion and a projection, and the implant is capable of advancing and retracting integrally with the stylet in a state where the projection is inserted into the through hole, wherein, inside the tubular member, the second coupling portion is supported by an inner wall of the tubular member and the projection is stopped from slipping out of the through hole in a state where the second coupling portion and the first coupling portion are combined together, even if the end face and the end face move relatively in separating directions.
A method for comparing two data obtained from a data acquisition unit, implemented by processing means of a processing unit, the method comprising the computation of a similarity function between two feature vectors (x, y) of the data to be compared, said feature vectors (x, y) being frequency or spatial-frequency representations of said data, each component of which depends on one or several frequency bands, the method further comprising the comparison of a result of the computed similarity function with a threshold to determine whether the data belong to a common class, the method being characterized in that each feature vector of a datum is modelled as a sum of three independent Gaussian variables μ + ω + ε, wherein said variables are: - a mean μ of a class to which the vector belongs, - an intrinsic deviation ω and - an observation noise ε of the vector, each feature vector x being associated with a quality vector qx comprising information on the observation noise of the feature vector, each component of the quality vector qx being generated corresponding to a component of the feature vector x, depending on the frequency bands associated with said component, and a noise level and/or a resolution for said component, and in that the similarity function is computed from the feature vectors (x, y) and associated quality vectors (qx, qy), as a function of the covariance matrices (S μ, S ω, S εx, S εy) of the components of the feature vectors, comprising a covariance matrix of the means of the classes to which the vectors belong, called inter-class covariance matrix (S μ), and a covariance matrix of the vector deviations from the class means, called intra-class covariance matrix (S ω), and the covariance matrix of the observation noise (S εx, S εy) of each feature vector being obtained as a function of the associated quality vector. - a mean μ of a class to which the vector belongs, - an intrinsic deviation ω and - an observation noise ε of the vector,