mhurhangee/ep-ind-claims huggingface dataset:
A controller configured to control properties of light emitted from a light emitting device, the controller comprising: a control device; and a processing unit; the control device being configured to enable a user to select a color point of the light emitted from the light emitting device in a color space of the light emitting device, the color point being defined based on a tint and a color temperature, wherein the selection of the color point is done via a single input provided to the control device; characterized in that the processing unit being configured to change the color point along a predetermined meandering curve allowing the user to adjust the color point of light emitted from the light emitting device based on the single input received via the control device, wherein the processing unit being configured to change the color point along said meandering curve extending along the black body locus, BBL, in accordance with the received single input, wherein a half period of the meandering curve is in the range from 300 to 1000 K, in the range from 350 to 700 K, or in the range from 400 to 600 K, and wherein the amplitude of the meandering curve is at least 10 standard deviation color matching, SDCM, at least 15 SDCM, or at least 20 SDCM. a control device; and a processing unit; the control device being configured to enable a user to select a color point of the light emitted from the light emitting device in a color space of the light emitting device, the color point being defined based on a tint and a color temperature, wherein the selection of the color point is done via a single input provided to the control device; characterized in that the processing unit being configured to change the color point along a predetermined meandering curve allowing the user to adjust the color point of light emitted from the light emitting device based on the single input received via the control device, wherein the processing unit being configured to change the color point along said meandering curve extending along the black body locus, BBL, in accordance with the received single input, wherein a half period of the meandering curve is in the range from 300 to 1000 K, in the range from 350 to 700 K, or in the range from 400 to 600 K, and wherein the amplitude of the meandering curve is at least 10 standard deviation color matching, SDCM, at least 15 SDCM, or at least 20 SDCM.
A process for preparing a fish egg cellular extract comprising: providing a fish egg cellular extract comprising 100 to 380 mg/ml protein in an aqueous solution; 0.1 to 10 mg/ml RNA; 0.1 to 5 mg/ml DNA and 0.1 -10% lipids w/w; wherein said extract has an osmolarity of from 330 to 440 mOsm, a pH of from 5.0 to 7.7, and density of from 0.8 to 1.4 g/ml, and heating said extract to a temperature of above 90°C for a time period of 1 to 30 minutes to provide a heat treated fish egg cellular extract. providing a fish egg cellular extract comprising 100 to 380 mg/ml protein in an aqueous solution; 0.1 to 10 mg/ml RNA; 0.1 to 5 mg/ml DNA and 0.1 -10% lipids w/w; wherein said extract has an osmolarity of from 330 to 440 mOsm, a pH of from 5.0 to 7.7, and density of from 0.8 to 1.4 g/ml, and heating said extract to a temperature of above 90°C for a time period of 1 to 30 minutes to provide a heat treated fish egg cellular extract.
Method for analysis and display of sensor data related to a wind turbine, comprising the steps of • retrieving a plurality of sets of enhanced sensor data, each comprising sensor data stored in association with sensor pose data that defines the pose of a sensor (42, 44) at the time at which the sensor data was acquired, wherein the sensor is a camera and the sensor data is image data; • displaying, on a display device, one or more images defined by the image data; • displaying at least two images ordered according to their associated sensor pose data; characterised in that the step of • displaying at least two images ordered according to their associated sensor pose data; comprises the steps of • determining a probability of occurrences of deviations within images of a sequence of images; • automatically displaying the sequence of images; • automatically modifying, according to this probability, at least one parameter that controls the displaying of the sequence of images. • retrieving a plurality of sets of enhanced sensor data, each comprising sensor data stored in association with sensor pose data that defines the pose of a sensor (42, 44) at the time at which the sensor data was acquired, wherein the sensor is a camera and the sensor data is image data; • displaying, on a display device, one or more images defined by the image data; • displaying at least two images ordered according to their associated sensor pose data; • displaying at least two images ordered according to their associated sensor pose data; • determining a probability of occurrences of deviations within images of a sequence of images; • automatically displaying the sequence of images; • automatically modifying, according to this probability, at least one parameter that controls the displaying of the sequence of images.
A method implemented at a first network function, NF, comprising: detecting that a path between the first NF and a second NF has failed, wherein the second NF maintains one or more data network connections or sessions established between one or more user equipments, UEs, and one or more data networks; selecting an available second NF for the at least one of the one or more data network connections or sessions; and sending at least one address or address range of at least one UE corresponding to the at least one of the one or more data network connections or sessions and respective priority metric of the at least one address or address range to the available second NF, wherein the priority metric has a higher priority than a normal metric used by the available second NF, and wherein the priority metric is associated with a valid time, and when the valid time expires, the normal metric is used for the at least one address or address range, and wherein a higher priority indicates a shortest path of the available second NF towards the at least one address or address range. detecting that a path between the first NF and a second NF has failed, wherein the second NF maintains one or more data network connections or sessions established between one or more user equipments, UEs, and one or more data networks; selecting an available second NF for the at least one of the one or more data network connections or sessions; and sending at least one address or address range of at least one UE corresponding to the at least one of the one or more data network connections or sessions and respective priority metric of the at least one address or address range to the available second NF, wherein the priority metric has a higher priority than a normal metric used by the available second NF, and wherein the priority metric is associated with a valid time, and when the valid time expires, the normal metric is used for the at least one address or address range, and wherein a higher priority indicates a shortest path of the available second NF towards the at least one address or address range.
An electronic device (100; 200), comprising: a set of circuitry; an antenna; a first passive circuitry; and a first switch (104; 202) having a first state and a second state, the first switch (104; 202) selectively operable to electrically couple the first passive circuitry across the antenna in the first state of the first switch and to electrically decouple the first passive circuitry from across the antenna in the second state of the first switch, characterized in that the set of circuity comprises a power supply circuit that provides wireless charging of a battery, in the first state of the first switch the antenna and the first passive circuitry form a passive electronic article surveillance, EAS circuit with a first resonant frequency and in the second state of the first switch the set of circuitry and the antenna form an inductive charger with a respective second resonant frequency that is different from the first resonant frequency. a set of circuitry; an antenna; a first passive circuitry; and a first switch (104; 202) having a first state and a second state, the first switch (104; 202) selectively operable to electrically couple the first passive circuitry across the antenna in the first state of the first switch and to electrically decouple the first passive circuitry from across the antenna in the second state of the first switch, characterized in that the set of circuity comprises a power supply circuit that provides wireless charging of a battery, in the first state of the first switch the antenna and the first passive circuitry form a passive electronic article surveillance, EAS circuit with a first resonant frequency and in the second state of the first switch the set of circuitry and the antenna form an inductive charger with a respective second resonant frequency that is different from the first resonant frequency.
A method for converting into an electric vehicle a vehicle with an internal combustion engine equipped with a chassis including a platform, the method being characterized in that it comprises the following steps: - preparing a conversion kit, including an electric motor, a battery pack, an inverter and a battery management system; - making an opening in the platform by cutting and removing material from the platform; - coupling the conversion kit to the vehicle, where the battery pack is placed in the opening made in the platform. - preparing a conversion kit, including an electric motor, a battery pack, an inverter and a battery management system; - making an opening in the platform by cutting and removing material from the platform; - coupling the conversion kit to the vehicle, where the battery pack is placed in the opening made in the platform.
Muzzle device for a projectile-firing device, comprising a body adapted to be fixed at a muzzle of a projectile firing device and comprising an axial passageway for permitting the passage of a projectile leaving said muzzle along an axis in a forwards direction and at least one lateral port having an inner end opening into said passageway and an outer end opening at an outer surface of said body, said lateral port having a proximal wall and a distal wall, said proximal wall being situated closer to said muzzle than said distal wall, wherein said distal wall comprises, considered in a plane containing said axis and a midline of said lateral port: - a first distal wall portion having a concave cross-section; - a second distal wall portion adjacent to said first distal wall portion and having a convex cross-section; - a third distal wall portion adjacent to said second distal wall portion and having a concave cross-section; and characterized in that said distal wall further comprises: - a fourth distal wall portion adjacent to said third distal wall portion and having a convex cross-section, said fourth distal wall portion terminating at said outer surface of said body at an acute angle thereto. - a first distal wall portion having a concave cross-section; - a second distal wall portion adjacent to said first distal wall portion and having a convex cross-section; - a third distal wall portion adjacent to said second distal wall portion and having a concave cross-section; and characterized in that said distal wall further comprises: - a fourth distal wall portion adjacent to said third distal wall portion and having a convex cross-section, said fourth distal wall portion terminating at said outer surface of said body at an acute angle thereto. - a fourth distal wall portion adjacent to said third distal wall portion and having a convex cross-section, said fourth distal wall portion terminating at said outer surface of said body at an acute angle thereto.
Method of management of telephone communication service in a communication network between a first and at least a second communication terminal, in which said first and second communication terminals have respective communication identifiers in the communication network, said first and second communication identifiers being respectively associated, at the level of a server, with first and second social network identifiers of a social network, said server being accessible from the communication network, said method comprising the following steps at the level of the server: /a/ receiving a communication request indicating at least the first and second social network identifiers; /b/ identifying the second communication identifier on the basis of the second social network identifier received in the communication request; /c/ sending an applicative notification destined for the second communication terminal on the basis of the second communication identifier, said applicative notification indicating the first social network identifier, the applicative notification furthermore comprising a telephone number, the method continuing with a telephone call from the second communication terminal to said telephone number. /a/ receiving a communication request indicating at least the first and second social network identifiers; /b/ identifying the second communication identifier on the basis of the second social network identifier received in the communication request; /c/ sending an applicative notification destined for the second communication terminal on the basis of the second communication identifier, said applicative notification indicating the first social network identifier, the applicative notification furthermore comprising a telephone number,
A control channel transmission method, applied at a network device side, comprising: sending, by at least two Transmission and Reception Points, TRPs, at least two candidate control channels, wherein there is a first corresponding link between information related to a first candidate control channel of the at least two candidate control channels and information related to other candidate control channels of the at least two candidate control channels except for the first candidate control channel, wherein the at least two candidate control channels are candidate Physical Downlink Control Channels, PDCCHs, wherein the at least two candidate control channels are in different Search Space sets, and the method is characterized in that the first corresponding link comprises a link between Search Space set indexes of the other candidate control channels and a Search Space set index of the first candidate control channel. sending, by at least two Transmission and Reception Points, TRPs, at least two candidate control channels, wherein there is a first corresponding link between information related to a first candidate control channel of the at least two candidate control channels and information related to other candidate control channels of the at least two candidate control channels except for the first candidate control channel, wherein the at least two candidate control channels are candidate Physical Downlink Control Channels, PDCCHs, wherein the at least two candidate control channels are in different Search Space sets, and the method is characterized in that the first corresponding link comprises a link between Search Space set indexes of the other candidate control channels and a Search Space set index of the first candidate control channel.
A volumetric fluid flow meter for measuring the accumulated flow, comprising: a housing including a flow inlet port having a connector configured for fastening to a faucet outlet; a flow divider through which the fluid originating from the faucet flows, having a predetermined fraction of the fluid redirected into a measurement compartment; wherein said measurement compartment comprising a container for fluid disposed therein, so as to provide a representation of the total volume V of fluid having flowed past said flow divider during a predetermined time interval through the relation V = f(s)*s+b, where s represents the fluid level, b is a bias constant and f(s) comprises one of a simple proportionality constant and an arbitrary weighting function, derived from the geometry of said measurement compartment and said flow divider; a flow outlet port configured to provide an outlet for fluids originating from the faucet; and characterized by further including a reset mechanism comprising a pressure chamber being able to change its shape in relation to the pressure of the fluid flowing through said pressure chamber, so as to directly or indirectly being able to obstruct or retract from an opening in said measurement compartment, whereby the fluid therein is contained or drained, giving said fluid flow meter the ability to automatically null itself after fluid flow has been shut off. a housing including a flow inlet port having a connector configured for fastening to a faucet outlet; a flow divider through which the fluid originating from the faucet flows, having a predetermined fraction of the fluid redirected into a measurement compartment; wherein said measurement compartment comprising a container for fluid disposed therein, so as to provide a representation of the total volume V of fluid having flowed past said flow divider during a predetermined time interval through the relation V = f(s)*s+b, where s represents the fluid level, b is a bias constant and f(s) comprises one of a simple proportionality constant and an arbitrary weighting function, derived from the geometry of said measurement compartment and said flow divider; a flow outlet port configured to provide an outlet for fluids originating from the faucet; and characterized by further including a reset mechanism comprising a pressure chamber being able to change its shape in relation to the pressure of the fluid flowing through said pressure chamber, so as to directly or indirectly being able to obstruct or retract from an opening in said measurement compartment, whereby the fluid therein is contained or drained, giving said fluid flow meter the ability to automatically null itself after fluid flow has been shut off.
A method of coating a web with a release formulation, the method comprising: providing a coating station (1, 200, 300, 400) comprising a rotatable applicator roller to apply a release formulation coating to a web; applying a release formulation coating to a surface of the applicator roller, the release formulation comprising at least one silicone oil; feeding the web through the coating station (1, 200, 300, 400) such that the web engages with the applicator roller; and applying the release formulation coating to the web under a shearing force by rotating the applicator roller such that, at a location at which the web and the applicator roller engage, the surface of the applicator roller moves in the opposite direction to the direction the web is fed through the coating station (1, 200, 300, 400); wherein the release formulation comprises at least one silicone oil having alkene groups linked to the silicone chain of the silicone oil and a cross-linker comprising a silicone hydride component. providing a coating station (1, 200, 300, 400) comprising a rotatable applicator roller to apply a release formulation coating to a web; applying a release formulation coating to a surface of the applicator roller, the release formulation comprising at least one silicone oil; feeding the web through the coating station (1, 200, 300, 400) such that the web engages with the applicator roller; and applying the release formulation coating to the web under a shearing force by rotating the applicator roller such that, at a location at which the web and the applicator roller engage, the surface of the applicator roller moves in the opposite direction to the direction the web is fed through the coating station (1, 200, 300, 400); wherein the release formulation comprises at least one silicone oil having alkene groups linked to the silicone chain of the silicone oil and a cross-linker comprising a silicone hydride component.
A system (2, 66, 78) for suctioning a fluid, comprising: - a cabin monument for a cabin of a vehicle, the cabin monument having a vacuum source (36, 72) and a vacuum interface unit (3, 108), - at least one flexible hose (6, 52), having at least one first fluid line with a connector for connecting to the vacuum interface unit (3, 108), as well as an end connector (9, 90) for connecting to the unit to be evacuated (10, 18, 32), and - a hose receptacle (7, 115) and a hose retraction device for retracting and storing the hose (6, 52) when not in use, wherein the vacuum interface unit (3, 108) comprises an adapter for connecting the at least one fluid line, as well as a fluid trigger unit, wherein at least one controllable valve unit and a control unit (34, 110) for controlling the at least one valve unit (11, 46) are arranged in the cabin monument, wherein the control unit (34, 110) is designed for controlling the valve unit (11, 46) at least indirectly based on a trigger signal generated by the trigger unit, wherein the hose retraction device comprises at least one vacuum tube (50, 84) and a sealing element (54, 88), which is slidably supported in the vacuum tube (50, 84), wherein the vacuum tube (50, 84) is couplable with the vacuum source (36, 72), wherein the at least one flexible hose (6, 52) is mechanically attached to the sealing element (54, 88) such that it is movable by the sealing element (54, 88) upon providing a negative pressure to the vacuum tube (50, 84), and wherein the vacuum tube (50, 84) and the at least one flexible hose (6, 52) are independently couplable with the vacuum source (36, 72). - a cabin monument for a cabin of a vehicle, the cabin monument having a vacuum source (36, 72) and a vacuum interface unit (3, 108), - at least one flexible hose (6, 52), having at least one first fluid line with a connector for connecting to the vacuum interface unit (3, 108), as well as an end connector (9, 90) for connecting to the unit to be evacuated (10, 18, 32), and - a hose receptacle (7, 115) and a hose retraction device for retracting and storing the hose (6, 52) when not in use,
A method of wireless communication, comprising: receiving, at a user equipment, UE, a sounding reference signal, SRS, grant message from a base station, the SRS grant message comprising an indication of SRS parameters that include a timing component and a repetition parameter associated with one or more SRS transmissions, wherein the timing component is associated with a physical uplink transmission; and transmitting, to the base station, the one or more SRS transmissions according to the SRS grant message. receiving, at a user equipment, UE, a sounding reference signal, SRS, grant message from a base station, the SRS grant message comprising an indication of SRS parameters that include a timing component and a repetition parameter associated with one or more SRS transmissions, wherein the timing component is associated with a physical uplink transmission; and transmitting, to the base station, the one or more SRS transmissions according to the SRS grant message.
Broom comprising a handle and a sweeping element, a collection tank for waste, and electric suction means, characterized in that it comprises electric blower means and repressing means and ejection of waste means, and at least one waste suction inlet to the tank, which is common to a blower outlet for the waste outside the tank and the broom, the suction means and the blower and ejection means forming a unitary device and being implemented selectively to suck up or reject the waste out of the tank in an automated manner.