mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method performed by a data processing apparatus, the method comprising: receiving a signal comprising a current temperature from a temperature sensor near a motion sensor; receiving at least one signal comprising a current temperature near at least one additional temperature sensor located in the same room as the motion sensor, but at another point throughout the room; determining an adjustment for the motion sensor based on the current temperature near the motion sensor, past temperatures near the motion sensor, at least one current temperature near the additional temperature sensor and at least one past temperature near the additional temperature sensor;; and sending the adjustment to the motion sensor. receiving a signal comprising a current temperature from a temperature sensor near a motion sensor; receiving at least one signal comprising a current temperature near at least one additional temperature sensor located in the same room as the motion sensor, but at another point throughout the room; determining an adjustment for the motion sensor based on the current temperature near the motion sensor, past temperatures near the motion sensor, at least one current temperature near the additional temperature sensor and at least one past temperature near the additional temperature sensor;; and sending the adjustment to the motion sensor.
An apparatus comprised in an intermediate entity, the apparatus comprising: means for receiving, from a first entity, signaling including at least one parameter describing a user plane payload format that the first entity wants to receive and an encoding that the first entity wants to receive; means for forwarding the at least one parameter in signaling to a second entity; and means for signaling, when media no longer needs to be sent towards the first entity but towards a third entity, the at least one parameter to the third entity, means for receiving from the third entity, at least one second parameter describing the format and encoding the third entity has selected to receive the user plane; means for comparing the at least one second parameter with the at least one parameter; and means for configuring, when the at least one second parameter differs from the at least one parameter, a media gateway to modify user plane packets received from the second entity to a transport format and encoding the third entity wants to receive and then forward the packets to the third entity. means for receiving, from a first entity, signaling including at least one parameter describing a user plane payload format that the first entity wants to receive and an encoding that the first entity wants to receive; means for forwarding the at least one parameter in signaling to a second entity; and means for signaling, when media no longer needs to be sent towards the first entity but towards a third entity, the at least one parameter to the third entity, means for receiving from the third entity, at least one second parameter describing the format and encoding the third entity has selected to receive the user plane; means for comparing the at least one second parameter with the at least one parameter; and means for configuring, when the at least one second parameter differs from the at least one parameter, a media gateway to modify user plane packets received from the second entity to a transport format and encoding the third entity wants to receive and then forward the packets to the third entity.
A method for providing alignment in a die picking process, comprising: aligning a semiconductor wafer based on a reference die; forming an indicator line relative to the reference die by picking a number of dice along a line extending across the wafer; the method further characterized by: using the indicator line to monitor a position of a picking machine relative to the wafer. aligning a semiconductor wafer based on a reference die; forming an indicator line relative to the reference die by picking a number of dice along a line extending across the wafer; the method further characterized by: using the indicator line to monitor a position of a picking machine relative to the wafer.
A resin switching assist method for a molding machine, the method assisting an operator in performing a resin switching process of discharging a former resin from a heating cylinder and then supplying a succeeding resin to the heating cylinder, the method comprising: in advance of the resin switching process, for each of different resins, estimating a zero shear viscosity of each resin by using a conversion function expression whose parameters are a melt flow rate and a set temperature of the heating cylinder, registering the estimated zero shear viscosity in a first database in a molding machine controller, and registering a purge resin required amount in a second database in the molding machine controller, the purge resin required amount corresponding to a viscosity difference between the zero shear viscosity of the former resin and the zero shear viscosity of the succeeding resin; and in the resin switching process, obtaining the zero shear viscosity of the former resin and the zero shear viscosity of the succeeding resin from the first database by inputting a melt flow rate of the former resin and a melt flow rate of the succeeding resin to the molding machine controller, obtaining a viscosity difference between the zero shear viscosity of the former resin and the zero shear viscosity of the succeeding resin, obtaining an amount of a purge resin required for resin switching, as a purge resin required amount, from the second database, and displaying at least the obtained purge resin required amount. in advance of the resin switching process, for each of different resins, estimating a zero shear viscosity of each resin by using a conversion function expression whose parameters are a melt flow rate and a set temperature of the heating cylinder, registering the estimated zero shear viscosity in a first database in a molding machine controller, and registering a purge resin required amount in a second database in the molding machine controller, the purge resin required amount corresponding to a viscosity difference between the zero shear viscosity of the former resin and the zero shear viscosity of the succeeding resin; and in the resin switching process, obtaining the zero shear viscosity of the former resin and the zero shear viscosity of the succeeding resin from the first database by inputting a melt flow rate of the former resin and a melt flow rate of the succeeding resin to the molding machine controller, obtaining a viscosity difference between the zero shear viscosity of the former resin and the zero shear viscosity of the succeeding resin, obtaining an amount of a purge resin required for resin switching, as a purge resin required amount, from the second database, and displaying at least the obtained purge resin required amount.
An imaging system for generating images of a person, wherein: - the imaging system is selected from the group consisting of an X-ray device, for instance a fluoroscopic device; a Computed Tomography imaging system, for instance a photon-counting Spectral CT imaging system; a Coherent Scatter Computed Tomography (CSCT) imaging system; a Positron Emission Tomography imaging system; and a Single Photon Emission Computerized Tomography (SPECT) imaging system; - the imaging system comprises a patient support in the form of a patient table; - the imaging system comprises a sensor system with a plurality of sensor units for emitting radiation that are integrated into or attached to the top of the patient table, each sensor unit having an adjacent sensitive zone in which the presence of a biological body induces a detection signal, wherein the sensor units are X-ray transparent; characterized in that the sensor units are microwave coils, and that the imaging system further comprises an evaluation and control unit for determining the spatial configuration of the biological body on the patient support from the detection signals by registration of the detection signals with an anatomical model of the biological body or with other previously acquired imaging data of the biological body. - the imaging system is selected from the group consisting of an X-ray device, for instance a fluoroscopic device; a Computed Tomography imaging system, for instance a photon-counting Spectral CT imaging system; a Coherent Scatter Computed Tomography (CSCT) imaging system; a Positron Emission Tomography imaging system; and a Single Photon Emission Computerized Tomography (SPECT) imaging system; - the imaging system comprises a patient support in the form of a patient table; - the imaging system comprises a sensor system with a plurality of sensor units for emitting radiation that are integrated into or attached to the top of the patient table, each sensor unit having an adjacent sensitive zone in which the presence of a biological body induces a detection signal, wherein the sensor units are X-ray transparent;
A method for positioning, performed by a terminal, the method comprising: collecting and analyzing (S11, S21) wireless messages of wireless devices in a current space to obtain a first characteristic pattern of the current space; performing a match with respect to the first characteristic pattern of the current space and preset characteristic patterns of a plurality of spaces, and obtaining (S13, S23), if a second characteristic pattern of the preset characteristic patterns matching the first characteristic pattern of the current space is determined present, space information corresponding to the second characteristic pattern, to determine a result for positioning the current space, wherein the characteristic pattern comprises a correspondence between an identifier and a signal quality of a wireless device, the method further comprising: collecting and analyzing, with respect to each space of the plurality of spaces, wireless messages received from each wireless device to obtain a MAC address and a RSSI of each wireless device so as to create the correspondence between each wireless device's MAC address and RSSI to obtain the characteristic pattern of the space, wherein collecting wireless messages received from each wireless device is performed multiple times, and RSSIs obtained from the multiple collections for each wireless device are grouped as a RSSI range of each wireless device, the method being characterised by, the largest RSSI and the smallest RSSI obtained for each wireless device from the multiple collections being selected to make up the RSSI range of each wireless device. collecting and analyzing (S11, S21) wireless messages of wireless devices in a current space to obtain a first characteristic pattern of the current space; performing a match with respect to the first characteristic pattern of the current space and preset characteristic patterns of a plurality of spaces, and obtaining (S13, S23), if a second characteristic pattern of the preset characteristic patterns matching the first characteristic pattern of the current space is determined present, space information corresponding to the second characteristic pattern, to determine a result for positioning the current space, wherein the characteristic pattern comprises a correspondence between an identifier and a signal quality of a wireless device, the method further comprising: collecting and analyzing, with respect to each space of the plurality of spaces, wireless messages received from each wireless device to obtain a MAC address and a RSSI of each wireless device so as to create the correspondence between each wireless device's MAC address and RSSI to obtain the characteristic pattern of the space, wherein collecting wireless messages received from each wireless device is performed multiple times, and RSSIs obtained from the multiple collections for each wireless device are grouped as a RSSI range of each wireless device, the method being characterised by, the largest RSSI and the smallest RSSI obtained for each wireless device from the multiple collections being selected to make up the RSSI range of each wireless device.
Rail vehicle having a higher floor region (11, 13) and a lower floor region arranged at a lower level than the higher floor region (11, 13), wherein a central longitudinal member (20, 21) arranged in the higher floor region (11, 13) and a floor element arranged in the lower floor region are indirectly welded, wherein - an intermediate element (40, 41) which completely or at least partially bridges the height difference between the lower floor region and the higher floor region (11, 13) is arranged between the central longitudinal member (20, 21) and the floor element, and - the central longitudinal member (20, 21) and the floor element are connected to one another by means of the intermediate element (40, 41), characterized in that - at least one weld seam extends along or at least also along the vehicle longitudinal direction and is arranged between the central longitudinal member (20, 21) and the intermediate element (40, 41), and at least one weld seam extends along or at least also along the vehicle longitudinal direction and is arranged between the intermediate element (40, 41) and the floor element. - an intermediate element (40, 41) which completely or at least partially bridges the height difference between the lower floor region and the higher floor region (11, 13) is arranged between the central longitudinal member (20, 21) and the floor element, and - the central longitudinal member (20, 21) and the floor element are connected to one another by means of the intermediate element (40, 41), characterized in that - at least one weld seam extends along or at least also along the vehicle longitudinal direction and is arranged between the central longitudinal member (20, 21) and the intermediate element (40, 41), and at least one weld seam extends along or at least also along the vehicle longitudinal direction and is arranged between the intermediate element (40, 41) and the floor element.
A method for controlling a motor vehicle by means of a parking assistance system, which can be controlled by remote control from outside a motor vehicle by the operator of the remote control, for parking the motor vehicle into a parking space in an automated fashion, wherein - the parking assistance system is suitable for parking in perpendicular parking spaces in forward travel and/or in reverse travel, - the remote control comprises a control means for controlling the forward travel and/or a control means for controlling the reverse travel of the motor vehicle, and - the parking assistance system comprises automated transverse guidance such that the vehicle is steered into the parking space in an automatically directed manner, wherein the method comprises the following steps: - surroundings information with respect to the vehicle surroundings is ascertained by the motor vehicle by means of a surroundings sensor system (6a, 6b, 6c) comprised by the vehicle; and - a parking space is detected by the motor vehicle on the basis of the surroundings information and - if a parking space has been detected - operation of the control means (12, 13) prompts the vehicle to be steered in an automated fashion into the parking space in a forward or reverse direction in a directed manner using automated transverse guidance; and, - if no parking space has been detected, operation of the control means (12, 13) prompts the vehicle to be steered straight on in automated fashion in the forward or reverse direction without turning of the steering wheel. - the parking assistance system is suitable for parking in perpendicular parking spaces in forward travel and/or in reverse travel, - the remote control comprises a control means for controlling the forward travel and/or a control means for controlling the reverse travel of the motor vehicle, and - the parking assistance system comprises automated transverse guidance such that the vehicle is steered into the parking space in an automatically directed manner, - surroundings information with respect to the vehicle surroundings is ascertained by the motor vehicle by means of a surroundings sensor system (6a, 6b, 6c) comprised by the vehicle; and - a parking space is detected by the motor vehicle on the basis of the surroundings information and - if a parking space has been detected - operation of the control means (12, 13) prompts the vehicle to be steered in an automated fashion into the parking space in a forward or reverse direction in a directed manner using automated transverse guidance; and, - if no parking space has been detected, operation of the control means (12, 13) prompts the vehicle to be steered straight on in automated fashion in the forward or reverse direction without turning of the steering wheel.
A computer-implemented method for designing a virtual garment or upholstery in a three-dimensional scene comprising the steps of: a) providing at least one pattern of said virtual garment or upholstery in the three-dimensional scene; b) providing a three-dimensional avatar in the three-dimensional scene; c) computing a signed distance field from a surface of the avatar, wherein each point of the 3D virtual space containing the avatar is attributed a numerical value expressing its distance from the nearest point of the surface of the avatar; d) positioning the pattern relative to the avatar by keeping a fixed orientation with respect to said distance field; and e) assembling the positioned pattern or patterns around the avatar to form said virtual garment or upholstery, and draping it onto the avatar; wherein said step d) comprises the sub-steps of: d1) pre-positioning the pattern relative to the avatar using a positioning device (KB, PD); and d3) automatically rotating the pattern so that a normal direction, or average normal direction, to said pattern becomes parallel to a normal direction, or average normal direction respectively, said average being over an area of an iso-distance surface of said distance field. a) providing at least one pattern of said virtual garment or upholstery in the three-dimensional scene; b) providing a three-dimensional avatar in the three-dimensional scene; c) computing a signed distance field from a surface of the avatar, wherein each point of the 3D virtual space containing the avatar is attributed a numerical value expressing its distance from the nearest point of the surface of the avatar; d) positioning the pattern relative to the avatar by keeping a fixed orientation with respect to said distance field; and e) assembling the positioned pattern or patterns around the avatar to form said virtual garment or upholstery, and draping it onto the avatar; d1) pre-positioning the pattern relative to the avatar using a positioning device (KB, PD); and d3) automatically rotating the pattern so that a normal direction, or average normal direction, to said pattern becomes parallel to a normal direction, or average normal direction respectively, said average being over an area of an iso-distance surface of said distance field.
A driving assistance method for a driver of a vehicle, equipped with a plurality of sensors able to deliver data concerning the overconsumption points of the vehicle, said method consisting in: - recording, at a defined frequency, data concerning the overconsumption points of the vehicle, while the vehicle is running along a defined course; - calculating indicators respectively for each of the overconsumption points; - constructing a journey profile combining all of the indicators after processing of the data recorded during the journey; and characterized in that the method consists: - from values of the indicators and statistical data of a population of drivers of vehicles of the same category - in calculating a rating for each overconsumption point; and - displaying the ratings to the driver; said ratings quantifying the eco-responsible behaviour of the driver. - recording, at a defined frequency, data concerning the overconsumption points of the vehicle, while the vehicle is running along a defined course; - calculating indicators respectively for each of the overconsumption points; - constructing a journey profile combining all of the indicators after processing of the data recorded during the journey; - from values of the indicators and statistical data of a population of drivers of vehicles of the same category - in calculating a rating for each overconsumption point; and - displaying the ratings to the driver; said ratings quantifying the eco-responsible behaviour of the driver.
An arrangement for introducing a liquid medium, e.g. urea, into exhaust gases from a combustion engine, which arrangement comprises - a mixing duct intended to have exhaust gases flowing through it, - first flow guide means for creating a first exhaust vortex in the mixing duct, which first flow guide means are adapted to causing the exhaust gases in this first vortex to rotate in a first direction of rotation during their movement downstream in the mixing duct, - an injection means for injecting the liquid medium in the form of a finely divided spray into exhaust gases which are led into the mixing duct in an exhaust flow at the centre of the first vortex, and - an injection chamber situated upstream of the mixing duct, intended to have exhaust gases flowing through it and connected to the mixing duct in such a way that the exhaust gases received in the injection chamber are led into the mixing duct in an exhaust flow at the centre of the first vortex, wherein the injection means is adapted to injecting the liquid medium into the injection chamber, characterized in that the arrangement comprises second flow guide means for creating a second exhaust vortex in the mixing duct concentrically with and externally about the first vortex, which second flow guide means are adapted to causing the exhaust gases in this second vortex to rotate in a second direction of rotation, which is opposite to said first direction of rotation, during their movement downstream in the mixing duct, wherein the arrangement comprises third flow guide means for creating a third exhaust vortex in the mixing duct concentrically with and externally about the second vortex, which third flow guide means are adapted to causing the exhaust gases in the third vortex to rotate in said first direction of rotation during their movement downstream in the mixing duct. - a mixing duct intended to have exhaust gases flowing through it, - first flow guide means for creating a first exhaust vortex in the mixing duct, which first flow guide means are adapted to causing the exhaust gases in this first vortex to rotate in a first direction of rotation during their movement downstream in the mixing duct, - an injection means for injecting the liquid medium in the form of a finely divided spray into exhaust gases which are led into the mixing duct in an exhaust flow at the centre of the first vortex, and - an injection chamber situated upstream of the mixing duct, intended to have exhaust gases flowing through it and connected to the mixing duct in such a way that the exhaust gases received in the injection chamber are led into the mixing duct in an exhaust flow at the centre of the first vortex, wherein the injection means is adapted to injecting the liquid medium into the injection chamber,