mhurhangee/ep-ind-claims huggingface dataset:
A method, using a data processor, to generate an access map for reaching, independent of origin, a travel destination, said method comprising the following steps: a) Selecting, within a focus zone identifying an area around the travel destination, a set of access points, where access points are facilities that allow a change of transportation mode; b) Computing access paths to the travel destination from one or more access points in the set of selected access points; c) Listing crossings that at least one of the computed access paths pass through; d) For each listed crossing: i/ evaluating the probability that the listed crossing is passed through by an access path and calculating at least one complexity score evaluating a complexity of the listed crossing; ii/ determining a set of Points of Interest, Pols, along the roads passing through the listed crossing and calculating a quality score for each Pol in the set of Pols, the quality score of a Pol in the set of Pols evaluating a relevancy of the Pol to facilitate orientation; iii/ selecting the most relevant Pols from the set of Pols based on their quality scores; e) Generating the access map including the access paths and the selected Pols; f) Outputting the generated access map. a) Selecting, within a focus zone identifying an area around the travel destination, a set of access points, where access points are facilities that allow a change of transportation mode; b) Computing access paths to the travel destination from one or more access points in the set of selected access points; c) Listing crossings that at least one of the computed access paths pass through; d) For each listed crossing: i/ evaluating the probability that the listed crossing is passed through by an access path and calculating at least one complexity score evaluating a complexity of the listed crossing; ii/ determining a set of Points of Interest, Pols, along the roads passing through the listed crossing and calculating a quality score for each Pol in the set of Pols, the quality score of a Pol in the set of Pols evaluating a relevancy of the Pol to facilitate orientation; iii/ selecting the most relevant Pols from the set of Pols based on their quality scores; i/ evaluating the probability that the listed crossing is passed through by an access path and calculating at least one complexity score evaluating a complexity of the listed crossing; ii/ determining a set of Points of Interest, Pols, along the roads passing through the listed crossing and calculating a quality score for each Pol in the set of Pols, the quality score of a Pol in the set of Pols evaluating a relevancy of the Pol to facilitate orientation; iii/ selecting the most relevant Pols from the set of Pols based on their quality scores; e) Generating the access map including the access paths and the selected Pols; f) Outputting the generated access map.
Image compression method comprising the following steps applied to at least one image: • Decorrelating the image by applying thereto a mathematical transform so as to obtain a set of coefficients, • Decomposing the image into blocks and, for each block of the image, • Quantizing said coefficients using a dead-zone uniform scalar quantizer having a semi-dead zone of size T and a quantization step Δ, • Coding the quantized coefficients, • Determine the size T of the semi-dead zone of the scalar quantizer by minimizing the difference between an estimated quantization distortion D, dependent at least on said size T, and a target quantization distortion D c without constraint on the flow obtained after compression, the method being characterized in that the estimated quantization distortion D corresponds to a mean error made while quantizing said coefficients using the dead-zone uniform scalar quantizer, the estimated quantization distortion being determined as the sum of a first term representative of the quantization distortion engendered by the zeroing of the coefficients the modulus of which is less than the size T of the semi-dead zone and a second term representative of the quantization distortion engendered by the quantization, with the quantization step Δ, of the coefficients having a modulus greater than or equal to the size T of the semi-dead zone, said second term being determined by the following calculation: α 2 M T T 2 12, where α is a preset parameter of the quantizer and M is the number of coefficients the modulus of which is greater than or equal to the size T of the semi-dead zone of the scalar quantizer. • Decorrelating the image by applying thereto a mathematical transform so as to obtain a set of coefficients, • Decomposing the image into blocks and, for each block of the image, • Quantizing said coefficients using a dead-zone uniform scalar quantizer having a semi-dead zone of size T and a quantization step Δ, • Coding the quantized coefficients, • Determine the size T of the semi-dead zone of the scalar quantizer by minimizing the difference between an estimated quantization distortion D, dependent at least on said size T, and a target quantization distortion D c without constraint on the flow obtained after compression,
Garbage truck comprising a hopper for collecting refuse, a compactor for compacting refuse inside the hopper, machine vision means, and a control unit connected to the machine vision means and configured for monitoring an area of the interior of the hopper so as to determine a volume of refuse present inside the hopper for controlling the compactor according to a given operating mode depending on the volume of refuse present in the hopper, characterized in that the machine vision means comprise: - a source of modulated light arranged for illuminating a volume in the interior of the hopper with modulated light; - a camera sensor connected to the source of modulated light and arranged for receiving light reflected by the hopper so as to determine distances from the camera sensor to different points in the hopper based on time difference between the emission of modulated light and its return to the camera sensor; and - means for periodically generating three-dimensional geometries corresponding to the interior of the hopper from said determined distances so as to determine a volume of refuse present in the hopper, wherein the control unit is configured to automatically set the compactor to operate according to a mode in which it is manually operated by an operator when a profile of a volume of refuse in the hopper is considered not to have a normal distribution, associated to the presence of strange elements in the hopper. - a source of modulated light arranged for illuminating a volume in the interior of the hopper with modulated light; - a camera sensor connected to the source of modulated light and arranged for receiving light reflected by the hopper so as to determine distances from the camera sensor to different points in the hopper based on time difference between the emission of modulated light and its return to the camera sensor; and - means for periodically generating three-dimensional geometries corresponding to the interior of the hopper from said determined distances so as to determine a volume of refuse present in the hopper,
A shutter mechanism comprising: a shutter configured to move in one direction to close an opening, a shutter support supporting the shutter; and an elastic member configured to bias the shutter and the shutter support in opposite directions, wherein the shutter includes: at least one abutting portion configured to hook on the shutter support with the at least one abutting portion being biased by the elastic member; and a beam configured to be elastically deformable such that the at least one abutting portion deforms in a direction intersecting the one direction, characterized in that the at least one abutting portion has an elastic function and is configured to deform in a direction away from the beam by a force in a direction in which the elastic member biases or a force having a same direction with the biasing force. a shutter configured to move in one direction to close an opening, a shutter support supporting the shutter; and an elastic member configured to bias the shutter and the shutter support in opposite directions, wherein the shutter includes: at least one abutting portion configured to hook on the shutter support with the at least one abutting portion being biased by the elastic member; and a beam configured to be elastically deformable such that the at least one abutting portion deforms in a direction intersecting the one direction, at least one abutting portion configured to hook on the shutter support with the at least one abutting portion being biased by the elastic member; and a beam configured to be elastically deformable such that the at least one abutting portion deforms in a direction intersecting the one direction, characterized in that the at least one abutting portion has an elastic function and is configured to deform in a direction away from the beam by a force in a direction in which the elastic member biases or a force having a same direction with the biasing force.
A moldable adhesive ring comprising: at least two adhesive layers; and at least one layer of thin, flexible, elastic film between two adjacent adhesive layers to form a composite adhesive structure, wherein the moldable adhesive is configured to be manipulated by rolling or folding the composite adhesive structure onto itself such that an inner surface of the composite adhesive structure upon rolling provides a counteracting force to allow the edge of the rolled composite adhesive structure to partially return to its original size and shape; characterized in that a surface of the moldable adhesive ring is fitted with a film component, wherein the film component is made of a material that is resistant to effluent, thin and flexible; and where the film component provides a consistent attachment surface for an adhesive of a pouch that is configured to be attached to the film component. at least two adhesive layers; and at least one layer of thin, flexible, elastic film between two adjacent adhesive layers to form a composite adhesive structure, wherein the moldable adhesive is configured to be manipulated by rolling or folding the composite adhesive structure onto itself such that an inner surface of the composite adhesive structure upon rolling provides a counteracting force to allow the edge of the rolled composite adhesive structure to partially return to its original size and shape; characterized in that a surface of the moldable adhesive ring is fitted with a film component, wherein the film component is made of a material that is resistant to effluent, thin and flexible; and where the film component provides a consistent attachment surface for an adhesive of a pouch that is configured to be attached to the film component.
A system for detecting an epileptic seizure in a lying person, characterised in that it comprises: - at least one motion sensor with at least one measurement axis provided with fastening elements for attaching said motion sensor to said person; - first determination means for determining a first probability of at least a first state transition diagram of the nocturnal activity of a lying person with respect to data representing the measurement signals of the motion sensor, said first diagram comprising predetermined probabilities of oriented transitions between two different or identical states, the probabilities of the states of said first diagram being predetermined; - second determination means for determining a second probability of at least a second state transition diagram for an epileptic seizure with respect to data representing the measurement signals of the motion sensor, a second diagram comprising predetermined probabilities of oriented transitions between two different or identical states, the probabilities of the states of said second diagram being predetermined; - association means for associating a state of said person as a function of the probabilities of the measurement signals of the motion sensor; - first calculation means (CALC1) for calculating ratios (φ 1, φ 1) between the first probability and the second probability; and - detection means (DETEC) for detecting an epileptic seizure when at least one of said calculated relations (φ 1, φ 1) is below a threshold (λ 1, λ 2). - at least one motion sensor with at least one measurement axis provided with fastening elements for attaching said motion sensor to said person; - first determination means for determining a first probability of at least a first state transition diagram of the nocturnal activity of a lying person with respect to data representing the measurement signals of the motion sensor, said first diagram comprising predetermined probabilities of oriented transitions between two different or identical states, the probabilities of the states of said first diagram being predetermined; - second determination means for determining a second probability of at least a second state transition diagram for an epileptic seizure with respect to data representing the measurement signals of the motion sensor, a second diagram comprising predetermined probabilities of oriented transitions between two different or identical states, the probabilities of the states of said second diagram being predetermined; - association means for associating a state of said person as a function of the probabilities of the measurement signals of the motion sensor; - first calculation means (CALC1) for calculating ratios (φ 1, φ 1) between the first probability and the second probability; and - detection means (DETEC) for detecting an epileptic seizure when at least one of said calculated relations (φ 1, φ 1) is below a threshold (λ 1, λ 2).
Apparatus comprising a separating unit for separating containers from a portion of sheet material, collecting trays provided with seats, each seat being intended for housing a respective container, a conveying device, positioned below said separating unit, for conveying towards said separating unit said collecting trays, said conveying device comprising reference means (71, 76) for positioning said collecting trays in a preset position with respect to said separating unit such that each container can be received in a corresponding seat of said collecting tray, wherein said reference means (71, 76) comprises at least a reference element projecting from said conveying device, said collecting trays being intended for abutting on said at least a reference element, wherein said reference means (71, 76) comprises detecting means for detecting the passage of said at least a reference element, said detecting means being connected to a control device which is programmed for regulating the position of said conveying device in function of the signal received from said detecting means so that said seats are arranged at said containers.
Ventilation device, in particular an air circulating device, having a housing that comprises an air inlet zone and an air outlet zone, wherein a cross-flow fan, which comprises an impeller wheel and is provided with a vortex creator, and a heat exchanger are arranged in said housing, characterised in that the cross-flow fan and the heat exchanger are arranged, without laterally overlapping, laterally adjacent to one another in such a manner that an end face of the heat exchanger lies facing the cross-flow fan so that the end face of the heat exchanger points towards the cross-flow fan in such a manner that the ratio of the diameter of the impeller wheel of the cross-flow fan with respect to the height of the housing is ≥ 0.5, preferably ≥ 0.6, and that the heat exchanger is arranged lying in the housing in such a manner that an air flow chamber that is provided below the heat exchanger expands in the direction of the impeller wheel, wherein air that comes from the heat exchanger is conveyed towards the impeller wheel of the cross-flow fan both by way of the air flow chamber as well as by way of the end face of the heat exchanger that is facing the cross-flow fan.
An augmented reality device for use during a surgical procedure, the device comprising: an augmented reality display to present, within a surgical field while permitting the surgical field to be viewed through the augmented reality display, a virtual feature corresponding to a physical feature hidden by an anatomical aspect of a patient, the virtual feature having a virtual position and orientation corresponding to a first physical position and orientation of the physical feature, the physical feature including at least one of a soft tissue or a bone; a sensor to detect movement of the anatomical aspect or the physical feature; and a processor to, in response to the detected movement of the anatomical aspect or the physical feature, cause the virtual feature to move such that the virtual position and orientation of the virtual feature correspond to a second physical position and orientation of the physical feature. an augmented reality display to present, within a surgical field while permitting the surgical field to be viewed through the augmented reality display, a virtual feature corresponding to a physical feature hidden by an anatomical aspect of a patient, the virtual feature having a virtual position and orientation corresponding to a first physical position and orientation of the physical feature, the physical feature including at least one of a soft tissue or a bone; a sensor to detect movement of the anatomical aspect or the physical feature; and a processor to, in response to the detected movement of the anatomical aspect or the physical feature, cause the virtual feature to move such that the virtual position and orientation of the virtual feature correspond to a second physical position and orientation of the physical feature.
Geomat of natural sheep's wool for preventing erosion, for re-cultivating fallow land and for cultivating plants, characterized in that the geomat essentially consists of one endless string of natural sheep's wool, which is arranged in a meander pattern in the desired width of the mat and the meanders are connected in longitudinal direction.
A hydraulic system comprising a pressure source, an output, and a pressure booster arranged between the pressure source and the output, wherein inactivating means are provided inactivating or activating said pressure booster, which inactivating means are arranged in parallel to said pressure booster, said inactivating means connecting a booster input and a booster output when inactivating said booster, wherein said inactivating means are hydraulically operated by means of a hydraulic signal line branching off from a point positioned at or near said output, the signal line signalling a pressure at a load dependent position to said inactivating means, wherein the system can be operated with the pressure supplied by the pressure source alone, if this pressure is sufficient to operate a hydraulic consumer connected to the output, or it can be operated using the pressure booster to supply an elevated pressure to the output.
An aerosol-generating system comprising: a cartridge, the cartridge comprising: a heater assembly comprising at least four individually activatable heating elements (116, 118, 120, 122, 124, 126, 128, 130, 132, 134, 136, 138, 140) arranged in an array, and an aerosol-forming substrate on each of the heating elements; and an aerosol-generating device configured to engage the cartridge, the aerosol-generating device comprising: a power supply, and control circuitry; wherein the control circuitry is configured to control a supply of power from the power supply to each of the heating elements to generate an aerosol, and wherein the control circuitry is configured to activate the heating elements sequentially such that no two spatially adjacent heating elements are activated consecutively. a cartridge, the cartridge comprising: a heater assembly comprising at least four individually activatable heating elements (116, 118, 120, 122, 124, 126, 128, 130, 132, 134, 136, 138, 140) arranged in an array, and an aerosol-forming substrate on each of the heating elements; and a heater assembly comprising at least four individually activatable heating elements (116, 118, 120, 122, 124, 126, 128, 130, 132, 134, 136, 138, 140) arranged in an array, and an aerosol-forming substrate on each of the heating elements; and an aerosol-generating device configured to engage the cartridge, the aerosol-generating device comprising: a power supply, and control circuitry; a power supply, and control circuitry; wherein the control circuitry is configured to control a supply of power from the power supply to each of the heating elements to generate an aerosol, and wherein the control circuitry is configured to activate the heating elements sequentially such that no two spatially adjacent heating elements are activated consecutively.
A chip package using Land Grid Array, LGA, coupling, the chip package comprising: a multi-layer substrate (110, 210) comprising: transmission lines of a vertical structure comprising a signal via surrounded by at least two ground vias to form a coaxial shape or a co-planar waveguide, CPW, shape,and a coupling pad at a lowermost substrate layer of the multi-layer substrate (110, 210), a first integrated circuit, IC, (120, 220) directly connected to the signal via and the at least two ground vias by flip-chip bonding; a second integrated circuit, IC, (130, 230) connected to a grounding, GND in the multi-layer substrate by wire bonding; wherein a printed circuit board, PCB, directly contacts the multi-layer substrate via the coupling pad using the LGA coupling, wherein at least part of the PCB is concave to form a first cavity in which the first IC is included, wherein another part of the PCB is concave to form a second cavity in which the second IC is included, and wherein an operating frequency of the first IC being in an RF region is higher than that of the second IC being in a low frequency region. a multi-layer substrate (110, 210) comprising: transmission lines of a vertical structure comprising a signal via surrounded by at least two ground vias to form a coaxial shape or a co-planar waveguide, CPW, shape,and a coupling pad at a lowermost substrate layer of the multi-layer substrate (110, 210), a first integrated circuit, IC, (120, 220) directly connected to the signal via and the at least two ground vias by flip-chip bonding; a second integrated circuit, IC, (130, 230) connected to a grounding, GND in the multi-layer substrate by wire bonding; wherein a printed circuit board, PCB, directly contacts the multi-layer substrate via the coupling pad using the LGA coupling, wherein at least part of the PCB is concave to form a first cavity in which the first IC is included, wherein another part of the PCB is concave to form a second cavity in which the second IC is included, and wherein an operating frequency of the first IC being in an RF region is higher than that of the second IC being in a low frequency region. transmission lines of a vertical structure comprising a signal via surrounded by at least two ground vias to form a coaxial shape or a co-planar waveguide, CPW, shape,and a coupling pad at a lowermost substrate layer of the multi-layer substrate (110, 210), a first integrated circuit, IC, (120, 220) directly connected to the signal via and the at least two ground vias by flip-chip bonding; a second integrated circuit, IC, (130, 230) connected to a grounding, GND in the multi-layer substrate by wire bonding; wherein a printed circuit board, PCB, directly contacts the multi-layer substrate via the coupling pad using the LGA coupling, wherein at least part of the PCB is concave to form a first cavity in which the first IC is included, wherein another part of the PCB is concave to form a second cavity in which the second IC is included, and wherein an operating frequency of the first IC being in an RF region is higher than that of the second IC being in a low frequency region.