mhurhangee/patent-ind-claim-en huggingface dataset:
Method for providing information in a vehicle regarding a traffic situation in the surroundings of a crossing having at least one light signal system , into which crossing a plurality of lanes feed, in which first data regarding switching points in time of the light signal system are determined by the vehicle , second data regarding the traffic situation in the lanes in the surroundings of the crossing are determined by the vehicle , depending on the determined first and second data, graphic data are generated and displayed in the vehicle which show the length of a traffic jam before the light signal system in the direction of travel of the vehicle separately for the lanes , and the current status of the light signal system for the lanes characterized in that the lane in which the vehicle is located is detected, and if the distance of the vehicle from the beginning of a traffic jam in the direction of travel of the vehicle , in one of the lanes or in the lane in which the vehicle is located, has fallen below a limit value, the graphic data regarding the length of the traffic jam before the light signal system highlight the lane in which the vehicle is located, wherein the limit value is thereby selected such that the driver of the vehicle can promptly perceive the traffic situation in the surroundings of the crossing using the graphic data and, if necessary, perform a change of lanes before reaching the end of the traffic jam. first data regarding switching points in time of the light signal system are determined by the vehicle , second data regarding the traffic situation in the lanes in the surroundings of the crossing are determined by the vehicle , depending on the determined first and second data, graphic data are generated and displayed in the vehicle which show the length of a traffic jam before the light signal system in the direction of travel of the vehicle separately for the lanes , and the current status of the light signal system for the lanes characterized in that the lane in which the vehicle is located is detected, and if the distance of the vehicle from the beginning of a traffic jam in the direction of travel of the vehicle , in one of the lanes or in the lane in which the vehicle is located, has fallen below a limit value, the graphic data regarding the length of the traffic jam before the light signal system highlight the lane in which the vehicle is located, wherein the limit value is thereby selected such that the driver of the vehicle can promptly perceive the traffic situation in the surroundings of the crossing using the graphic data and, if necessary, perform a change of lanes before reaching the end of the traffic jam.
A process for preparing steviol glycosides composition, comprising the steps of: (a) providing Stevia rebaudiana plant biomass comprising at least one steviol glycoside, (b) providing solvent; (c) contacting the Stevia rebaudiana plant biomass with solvent to extract at least one steviol glycoside from the plant biomass; (d) separating the Stevia rebaudiana plant biomass to obtain a steviol glycosides composition comprising at least one steviol glycoside; wherein the step (a) Stevia rebaudiana plant belongs to Stevia rebaudiana cultivar B401084, 16105004, or progenies thereof, wherein representative samples of live plant tissues of said cultivars were deposited under CGMCC Accession No. 13389 and 13390; and wherein the % ratio of SvGn family steviol glycosides content to TSG content in the Stevia rebaudiana plant biomass is in the range from about 97.15% to about 100%. (a) providing Stevia rebaudiana plant biomass comprising at least one steviol glycoside, (b) providing solvent; (c) contacting the Stevia rebaudiana plant biomass with solvent to extract at least one steviol glycoside from the plant biomass; (d) separating the Stevia rebaudiana plant biomass to obtain a steviol glycosides composition comprising at least one steviol glycoside; wherein the step (a) Stevia rebaudiana plant belongs to Stevia rebaudiana cultivar B401084, 16105004, or progenies thereof, wherein representative samples of live plant tissues of said cultivars were deposited under CGMCC Accession No. 13389 and 13390; and wherein the % ratio of SvGn family steviol glycosides content to TSG content in the Stevia rebaudiana plant biomass is in the range from about 97.15% to about 100%.
Cutting tool for mechanical drilling or turning with an elongated shaft , on one end of which a cutting head is arranged for receiving the cutting tool and the other end of which is capable of being clamped in a tool holder of a machine tool, wherein the shaft has an elongated shaft core made from a carbon fibre-reinforced plastic and a shaft sleeve made from another material surrounding the shaft core and the shaft core is firmly attached, for the transmission of force, to the shaft sleeve , characterised in that the fibre volume content of carbon fibres in the fibre composite material of the shaft core is 70% to 90 %.
A laundry handling apparatus, comprising: a cabinet ; a tub provided inside the cabinet to receive washing water; an electric heater to raise a temperature of the washing water of the tub ; an air pump to supply air under a water surface of the electric heater so as to raise a water level of the washing water brought into contact with the electric heater ; and a circulation flow path through which the washing water of the tub is discharged out of the tub and circulates back into the tub ; wherein the air pump is configured to supply air to the circulation flow path , wherein: the circulation flow path comprises: a draw-out pipe having one end connected to the tub ; a filter unit connected to another end of the draw-out pipe ; a circulation pump having a suction side connected to the filter unit ; and an introduction pipe having one end portion connected to a discharge side of the circulation pump and another end connected to the tub , and the air pump is connected to the filter unit . a cabinet ; a tub provided inside the cabinet to receive washing water; an electric heater to raise a temperature of the washing water of the tub ; an air pump to supply air under a water surface of the electric heater so as to raise a water level of the washing water brought into contact with the electric heater ; and a circulation flow path through which the washing water of the tub is discharged out of the tub and circulates back into the tub ; wherein the air pump is configured to supply air to the circulation flow path , wherein: the circulation flow path comprises: a draw-out pipe having one end connected to the tub ; a filter unit connected to another end of the draw-out pipe ; a circulation pump having a suction side connected to the filter unit ; and an introduction pipe having one end portion connected to a discharge side of the circulation pump and another end connected to the tub , and the air pump is connected to the filter unit . a draw-out pipe having one end connected to the tub ; a filter unit connected to another end of the draw-out pipe ; a circulation pump having a suction side connected to the filter unit ; and an introduction pipe having one end portion connected to a discharge side of the circulation pump and another end connected to the tub , and the air pump is connected to the filter unit .
A light grid arrangement, comprising: one or more light transmitters and one or more light receivers , wherein the light transmitters and light receivers are mounted on supports, one of which is fixedly mounted and the other is rotatably movable, wherein the transmission energy and the signal evaluation are changed, based on the respective distance between the light transmitter(s) and the light receiver(s) , wherein the component of the beam intensity in the direction of the light receivers and/or the beam shape of the light transmitters and/or the sensitivity and/or the reception lobe of the light receivers is adapted, depending on the relative position of the supports and the distance between light transmitters and light receivers . one or more light transmitters and one or more light receivers , wherein the light transmitters and light receivers are mounted on supports, one of which is fixedly mounted and the other is rotatably movable, wherein the transmission energy and the signal evaluation are changed, based on the respective distance between the light transmitter(s) and the light receiver(s) , wherein the component of the beam intensity in the direction of the light receivers and/or the beam shape of the light transmitters and/or the sensitivity and/or the reception lobe of the light receivers is adapted, depending on the relative position of the supports and the distance between light transmitters and light receivers .
An audio processing method, comprising: receiving audio data in a first format; processing the audio data in the first format to produce audio data in a second format, the second format being a reduced or simplified version of the first format; performing a loudness correction process on the audio data in the second format to produce loudness-corrected audio data in the second format; determining a first power of the audio data in the second format; determining a second power of the loudness-corrected audio data in the second format; determining a second-format loudness correction factor for the audio data in the second format, the second-format loudness correction factor being based, at least in part, on a power ratio of the first power to the second power; determining a power relationship between the audio data in the first format and the audio data in the second format; determining a first-format loudness correction factor for the audio data in the first format, the first-format loudness correction factor being based, at least in part, on the power ratio and the power relationship; and outputting the first-format loudness correction factor and the second-format loudness correction factor. receiving audio data in a first format; processing the audio data in the first format to produce audio data in a second format, the second format being a reduced or simplified version of the first format; performing a loudness correction process on the audio data in the second format to produce loudness-corrected audio data in the second format; determining a first power of the audio data in the second format; determining a second power of the loudness-corrected audio data in the second format; determining a second-format loudness correction factor for the audio data in the second format, the second-format loudness correction factor being based, at least in part, on a power ratio of the first power to the second power; determining a power relationship between the audio data in the first format and the audio data in the second format; determining a first-format loudness correction factor for the audio data in the first format, the first-format loudness correction factor being based, at least in part, on the power ratio and the power relationship; and outputting the first-format loudness correction factor and the second-format loudness correction factor.
Power converter for driving a three-phase AC motor with three phase conductors, having: - a first connection for connecting a first of the three phase conductors of the three-phase AC motor, wherein a current which is to be output by means of the first connection is routed to the first connection by means of an electrical feed line , - a second connection for connecting a second of the three phase conductors, - a third connection for connecting a third of the three phase conductors, - a first current sensor which is designed to measure a current which is output at the second connection , and - a second current sensor which is designed to measure a current which is output at the third connection , characterized by - an earth-fault and short-circuit identification circuit which is designed to detect an earth fault and a short circuit of the first connection , having: - a coil , without a soft-magnetic core and with a winding, which is arranged adjacent to the electrical feed line , wherein the winding does not surround the electrical feed line, and - an evaluation device which is designed to evaluate a voltage, which is induced in the winding, for earth-fault and short-circuit identification, - wherein the power converter has precisely one earth-fault and short-circuit identification circuit and precisely two current sensors . - a first connection for connecting a first of the three phase conductors of the three-phase AC motor, wherein a current which is to be output by means of the first connection is routed to the first connection by means of an electrical feed line , - a second connection for connecting a second of the three phase conductors, - a third connection for connecting a third of the three phase conductors, - a first current sensor which is designed to measure a current which is output at the second connection , and - a second current sensor which is designed to measure a current which is output at the third connection , - an earth-fault and short-circuit identification circuit which is designed to detect an earth fault and a short circuit of the first connection , having: - a coil , without a soft-magnetic core and with a winding, which is arranged adjacent to the electrical feed line , wherein the winding does not surround the electrical feed line, and - an evaluation device which is designed to evaluate a voltage, which is induced in the winding, for earth-fault and short-circuit identification, - wherein the power converter has precisely one earth-fault and short-circuit identification circuit and precisely two current sensors .
A road surface state determination apparatus comprising: an acquisition interface configured to acquire an image representing a road surface imaged by a camera; and a controller configured to determine whether the road surface is wet or dry on the basis of a spatial change in luminance of pixels in a continuous region included in the image, wherein the controller is further configured to perform a process to detect a lane marking on the road surface from a change in luminance of the pixels in the continuous region included in the image, to determine that the road surface is dry when detection of the lane marking is successful, and to determine that the road surface is wet when detection of the lane marking is unsuccessful due to an edge of the lane marking not being detected. an acquisition interface configured to acquire an image representing a road surface imaged by a camera; and a controller configured to determine whether the road surface is wet or dry on the basis of a spatial change in luminance of pixels in a continuous region included in the image, wherein the controller is further configured to perform a process to detect a lane marking on the road surface from a change in luminance of the pixels in the continuous region included in the image, to determine that the road surface is dry when detection of the lane marking is successful, and to determine that the road surface is wet when detection of the lane marking is unsuccessful due to an edge of the lane marking not being detected.
A data processing system configured to mount on a vehicle , the data processing system comprising: communication circuitry configured to: receive sensor data from a sensor on the vehicle, wherein the sensor data indicates a contamination level of a supply air for the vehicle; and receive context data from another system on the vehicle; and processing circuitry configured to: determine an extent to which the contamination level exceeds a baseline level, wherein the baseline level is an indication of the historical level of contamination at a location on the vehicle and/or at a geographic location of the vehicle; and generate a recommended maintenance item to be performed on the vehicle based on the sensor data and further based on the context data. communication circuitry configured to: receive sensor data from a sensor on the vehicle, wherein the sensor data indicates a contamination level of a supply air for the vehicle; and receive context data from another system on the vehicle; and receive sensor data from a sensor on the vehicle, wherein the sensor data indicates a contamination level of a supply air for the vehicle; and receive context data from another system on the vehicle; and processing circuitry configured to: determine an extent to which the contamination level exceeds a baseline level, wherein the baseline level is an indication of the historical level of contamination at a location on the vehicle and/or at a geographic location of the vehicle; and generate a recommended maintenance item to be performed on the vehicle based on the sensor data and further based on the context data. determine an extent to which the contamination level exceeds a baseline level, wherein the baseline level is an indication of the historical level of contamination at a location on the vehicle and/or at a geographic location of the vehicle; and generate a recommended maintenance item to be performed on the vehicle based on the sensor data and further based on the context data.
A dental implant comprising: a body including: a core ; a bone-embedded endosseous section having a generally porous tantalum portion covering at least an exterior of the bone-embedded endosseous section, the porous tantalum portion having an outer height (I) approximately the same as an outer diameter (d) of the porous tantalum portion , wherein the core is made of a material different from the material forming the porous tantalum portion ; and an abutment portion , the abutment portion being made of a material different from the material forming the porous tantalum portion ; characterized in that the body further includes a non-porous reinforcing collar coronal of the endosseous section, wherein the abutment portion is integrally formed with one or both of the core and the non-porous reinforcing collar , wherein the reinforcing collar is made of a material different from the material of the porous tantalum portion . a body including: a core ; a bone-embedded endosseous section having a generally porous tantalum portion covering at least an exterior of the bone-embedded endosseous section, the porous tantalum portion having an outer height (I) approximately the same as an outer diameter (d) of the porous tantalum portion , wherein the core is made of a material different from the material forming the porous tantalum portion ; and an abutment portion , the abutment portion being made of a core ; a bone-embedded endosseous section having a generally porous tantalum portion covering at least an exterior of the bone-embedded endosseous section, the porous tantalum portion having an outer height (I) approximately the same as an outer diameter (d) of the porous tantalum portion , wherein the core is made of a material different from the material forming the porous tantalum portion ; and an abutment portion , the abutment portion being made of a material different from the material forming the porous tantalum portion ; characterized in that the body further includes a non-porous reinforcing collar coronal of the endosseous section, wherein the abutment portion is integrally formed with one or both of the core and the non-porous reinforcing collar , wherein the reinforcing collar is made of a material different from the material of the porous tantalum portion .
A device comprising a processor to: receive information of a set of devices including at least one network device , wherein the received information of the set of devices includes: an operating channel of each network device in the set of devices, a basic service set, BSS, color value of each network device in the set of devices, a received signal strength indication, RSSI, of each network device in the set of devices, and the number of active frames of each network device in the set of devices during a specified period; estimate interferences of each available BSS color value in a specified channel, based on a sum of interferences of the network devices with that available color value, wherein the interference of each network device is a function of the RSSI and number of active frames of the network device in the set of devices during the specified period; and select one BSS color value from the available BSS color values with an estimated interference lower than the estimated interference of others from the available BSS color values. receive information of a set of devices including at least one network device , wherein the received information of the set of devices includes: an operating channel of each network device in the set of devices, a basic service set, BSS, color value of each network device in the set of devices, a received signal strength indication, RSSI, of each network device in the set of devices, and the number of active frames of each network device in the set of devices during a specified period; estimate interferences of each available BSS color value in a specified channel, based on a sum of interferences of the network devices with that available color value, wherein the interference of each network device is a function of the RSSI and number of active frames of the network device in the set of devices during the specified period; and select one BSS color value from the available BSS color values with an estimated interference lower than the estimated interference of others from the available BSS color values.
An event notification system comprising: a control assembly ; and a wireless device configured to communicate with the control assembly at dynamically configurable frequencies, wherein the wireless device is configured to communicate with the control assembly at a first frequency when in a disarmed status, and communicate with the control assembly at a second frequency when in an armed status, characterised in that the first frequency is greater than the second frequency, wherein the control assembly is configured to receive a plurality of heartbeats from the wireless device and send a heartbeat response of a plurality of heartbeat responses to a respective heartbeat of the plurality of heartbeats, and wherein the first and second frequencies are heartbeat frequencies, and wherein the wireless device includes a plurality of awake states intervened by a plurality of sleep states, and each heartbeat of the plurality of heartbeats are sent during a respective awake state of the plurality of awake states. a control assembly ; and a wireless device configured to communicate with the control assembly at dynamically configurable frequencies, wherein the wireless device is configured to communicate with the control assembly at a first frequency when in a disarmed status, and communicate with the control assembly at a second frequency when in an armed status, characterised in that the first frequency is greater than the second frequency, wherein the control assembly is configured to receive a plurality of heartbeats from the wireless device and send a heartbeat response of a plurality of heartbeat responses to a respective heartbeat of the plurality of heartbeats, and wherein the first and second frequencies are heartbeat frequencies, and wherein the wireless device includes a plurality of awake states intervened by a plurality of sleep states, and each heartbeat of the plurality of heartbeats are sent during a respective awake state of the plurality of awake states.