mhurhangee/ep-ind-claims huggingface dataset:
A mobile communication device, configured for Machine Type Communication, MTC, or configured as a low priority device, comprising: a wireless module adapted for performing wireless transmissions and receptions to and from a service network; and a controller module adapted for starting a back-off timer in response to adding a Public Land Mobile Network, PLMN, identity to a forbidden PLMN list or in response to setting a subscriber identity card coupled to the mobile communication device as invalid, forbidding any access to the service network via the wireless module until the back-off timer expires, characterized in that said controller module is further adapted for, before the back-off timer expires, storing an amount of a remaining time for the back-off timer to expire in response to a power-off of the mobile communication device or in response to detaching from the service network via the wireless module; wherein the controller module is further adapted to determine whether the time elapsed from the power-off of the mobile communication device or from the detachment is greater than or equal to the remaining time, in response to a power-on of the mobile communication device; wherein the controller module is further adapted, in response to the elapsed time being less than the remaining time, to start the back-off timer with a result of the remaining time minus the elapsed time; and wherein the controller module is further adapted to store the forbidden PLMN list or the invalidity setting of the subscriber identity card, in response to the power-off of the mobile communication device. a wireless module adapted for performing wireless transmissions and receptions to and from a service network; and a controller module adapted for starting a back-off timer in response to adding a Public Land Mobile Network, PLMN, identity to a forbidden PLMN list or in response to setting a subscriber identity card coupled to the mobile communication device as invalid, forbidding any access to the service network via the wireless module until the back-off timer expires, characterized in that said controller module is further adapted for, before the back-off timer expires, storing an amount of a remaining time for the back-off timer to expire in response to a power-off of the mobile communication device or in response to detaching from the service network via the wireless module; wherein the controller module is further adapted to determine whether the time elapsed from the power-off of the mobile communication device or from the detachment is greater than or equal to the remaining time, in response to a power-on of the mobile communication device; wherein the controller module is further adapted, in response to the elapsed time being less than the remaining time, to start the back-off timer with a result of the remaining time minus the elapsed time; and wherein the controller module is further adapted to store the forbidden PLMN list or the invalidity setting of the subscriber identity card, in response to the power-off of the mobile communication device.
A lighting device comprising: a lighting device housing formed in an optically transmissive material, a light source arranged within said lighting device housing, driver electronics configured to drive said light source, arranged within said lighting device housing, wherein said lighting device housing comprises: a first housing portion and a second housing portion, characterized in that the first housing portion and the second housing portion are connected to each other by a flexible connecting portion, said first housing portion being configured to be folded about said flexible connecting portion to enclose said light source and said driver electronics within said lighting device housing, and; means for securing (106, 300) said first housing portion to said second housing portion to maintain said lighting device housing in a folded position, wherein said lighting device housing is formed in one piece. a lighting device housing formed in an optically transmissive material, a light source arranged within said lighting device housing, driver electronics configured to drive said light source, arranged within said lighting device housing, wherein said lighting device housing comprises: a first housing portion and a second housing portion, characterized in that the first housing portion and the second housing portion are connected to each other by a flexible connecting portion, said first housing portion being configured to be folded about said flexible connecting portion to enclose said light source and said driver electronics within said lighting device housing, and; means for securing (106, 300) said first housing portion to said second housing portion to maintain said lighting device housing in a folded position, wherein said lighting device housing is formed in one piece. a first housing portion and a second housing portion, characterized in that the first housing portion and the second housing portion are connected to each other by a flexible connecting portion, said first housing portion being configured to be folded about said flexible connecting portion to enclose said light source and said driver electronics within said lighting device housing, and; means for securing (106, 300) said first housing portion to said second housing portion to maintain said lighting device housing in a folded position, wherein said lighting device housing is formed in one piece.
A method for providing an environmental map for a vehicle, wherein the environmental map represents a portion of the environment and comprises cells which are each associated with a sub-portion from the portion of the environment of the vehicle, wherein each cell is associated with occupancy information which is based on the probability of the presence of an object or part of an object in the sub-portion associated with the cell in question; wherein the vehicle comprises a group of at least two driver assistance systems, which are each designed to assume an active and inactive state and which in the active state require occupancy information regarding portions of the environment of the vehicle which at least do not overlap completely; wherein the method comprises the following steps: determining the driver assistance system(s) which is (are) in the active state; determining the portion of the environment that the environmental map is intended to represent, on the basis of the portion or portions for which the driver assistance system or the driver assistance systems requires or require occupancy information in the active state; more especially, the portion of the environment that the environmental map is intended to represent comprises the portion or portions for which the driver assistance system or the driver assistance systems requires or require occupancy information in the active state. determining the driver assistance system(s) which is (are) in the active state; determining the portion of the environment that the environmental map is intended to represent, on the basis of the portion or portions for which the driver assistance system or the driver assistance systems requires or require occupancy information in the active state; more especially, the portion of the environment that the environmental map is intended to represent comprises the portion or portions for which the driver assistance system or the driver assistance systems requires or require occupancy information in the active state.
A communications system, consisting of multiple communication devices (4, 5) having resources such as subscriber lines, exchange lines, and call numbers, and a central data processing device, which are interconnected via a network, wherein the central data processing device can execute communication applications (2a,..., 2n) and wherein the communication devices (4, 5) each have a local software interface (41, 51) via which the control functions in the respective communication device (4, 5) can be controlled, characterized by a central software interface according to the CSTA standard disposed in the central data processing device for mapping the respective local interface (41, 51) of the communication devices (4, 5) onto a superordinate logical interface, such that the resources of the distributed communication system present themselves to the communication device as a single system; and that the central software interface, when a communication device created for the single system accesses a resource, automatically detects the communication device (4, 5) within the communication network in which a respective control function is to be executed and controls a data exchange for performing this control function with the respective communication device (4, 5).
Fertilizer made of an organic component containing nitrogen and phosphor, and a mineral component, characterised in that the organic component is a sludge product that has been produced from a sludge by nitrogen-releasing, biological partial decomposition of organic ingredients, - wherein a percentage of P 2 O 5 of the dry matter of the sludge product, which has calculationally been reduced by 3.0 percentage points, is more than twice as high as a percentage of nitrogen of the dry matter of the sludge product, which has been calculationally reduced by 1.5 percentage points, and - wherein a percentage of P 2 O 5 of the total dry matter of the sludge product and the mineral component is more than 3.0 %, - whereas a percentage of nitrogen of the total dry matter of the sludge product and the mineral component is less than 1.5 %. - wherein a percentage of P 2 O 5 of the dry matter of the sludge product, which has calculationally been reduced by 3.0 percentage points, is more than twice as high as a percentage of nitrogen of the dry matter of the sludge product, which has been calculationally reduced by 1.5 percentage points, and - wherein a percentage of P 2 O 5 of the total dry matter of the sludge product and the mineral component is more than 3.0 %, - whereas a percentage of nitrogen of the total dry matter of the sludge product and the mineral component is less than 1.5 %.
Infrared gas detection system comprising a gas inlet, an acceleration-sensitive infrared gas analyzer connected to the gas inlet and a secondary gas sensor connected to the gas inlet and which is less sensitive to acceleration than the IR gas analyzer, and an evaluation device adapted to evaluate the measurement signals from both the infrared gas analyzer and from the secondary gas sensor, such that a gas is identified only if both the infrared measurement signal and the secondary measurement signal coincide with said gas component and coincide in time.
A pneumatic tool (1A, 1B) comprising: a drive mechanism which is configured to be driven by compressed air of a first pressure; and a valve mechanism which is configured to be actuated by compressed air of a second pressure, which is higher than an atmospheric pressure and lower than the first pressure, and which is configured to switch whether or not to supply the compressed air of the first pressure to the drive mechanism. a drive mechanism which is configured to be driven by compressed air of a first pressure; and a valve mechanism which is configured to be actuated by compressed air of a second pressure, which is higher than an atmospheric pressure and lower than the first pressure, and which is configured to switch whether or not to supply the compressed air of the first pressure to the drive mechanism.
A glue injection apparatus, comprising: a glue melting unit (10, 400) including a rotatable turntable (11, 402) and a fixed member (12, 403); a feed groove being provided on a surface of the turntable facing the fixed member (12, 403); raw material in the feed groove being melted into glue solution when the turntable (11, 402) rotates relative to the fixed member (12, 403); a glue injection unit (20, 500) in communication with the glue melting unit (10, 400), a glue solution entering the glue injection unit (20, 500) when the turntable (11, 402) rotates; the glue injection unit (20, 500) being capable of injecting the glue solution inside it into a mold;. characterized by: a main body provided with a cavity; and an input one-way valve in communication with the cavity, which is opened when a pressure differential outside the cavity is greater than an internal pressure differential, so as to input the glue solution. a glue melting unit (10, 400) including a rotatable turntable (11, 402) and a fixed member (12, 403); a feed groove being provided on a surface of the turntable facing the fixed member (12, 403); raw material in the feed groove being melted into glue solution when the turntable (11, 402) rotates relative to the fixed member (12, 403); a glue injection unit (20, 500) in communication with the glue melting unit (10, 400), a glue solution entering the glue injection unit (20, 500) when the turntable (11, 402) rotates; the glue injection unit (20, 500) being capable of injecting the glue solution inside it into a mold;. characterized by: a main body provided with a cavity; and an input one-way valve in communication with the cavity, which is opened when a pressure differential outside the cavity is greater than an internal pressure differential, so as to input the glue solution. a main body provided with a cavity; and an input one-way valve in communication with the cavity, which is opened when a pressure differential outside the cavity is greater than an internal pressure differential, so as to input the glue solution.
An electronic device for generating a composite image, comprising: a first image sensor located at one surface of a housing of the electronic device and configured to provide a first angle of view; a second image sensor located at the one surface and configured to provide a second angle of view, wherein the second angle of view is located within the first angle of view; a memory configured to store a first image captured by the first image sensor and a second image captured by the second image sensor; and a processor configured to be electrically connected with the memory, characterized in that the processor is configured to: crop an object from the second image based on a depth-map generated based on at least a part of the first image and at least a corresponding part of the second image; and generate a composite image by composing the cropped object with the first image. a first image sensor located at one surface of a housing of the electronic device and configured to provide a first angle of view; a second image sensor located at the one surface and configured to provide a second angle of view, wherein the second angle of view is located within the first angle of view; a memory configured to store a first image captured by the first image sensor and a second image captured by the second image sensor; and a processor configured to be electrically connected with the memory, characterized in that the processor is configured to: crop an object from the second image based on a depth-map generated based on at least a part of the first image and at least a corresponding part of the second image; and generate a composite image by composing the cropped object with the first image. crop an object from the second image based on a depth-map generated based on at least a part of the first image and at least a corresponding part of the second image; and generate a composite image by composing the cropped object with the first image.
An absorbent article comprising, an absorbent body interposed between a liquid permeable top sheet and a liquid impermeable back sheet, a low compression portion and a high compression portion being formed on a bottom surface of a compressed groove that is recessed from a skin contact surface side, wherein the high compression portion includes regularly-arranged high compression portions that are regularly arranged in a longitudinal direction of the compressed groove, a large-area high compression portion that is arranged in the compressed groove and has an area larger than an area of each of the regularly-arranged high compression portions, and an auxiliary high compression portion that is arranged at one side, in a longitudinal direction of the absorbent article, of the large-area high compression portion through the low compression portion so as to surround the one side, in the longitudinal direction of the absorbent article, of the large-area high compression portion.
A method for operating a wind power installation which is connected to a network connection point of an electrical supply network and is intended to produce and feed electrical energy into the electrical supply network, wherein the electrical supply network has a network nominal frequency (f NENN) and is operated at a network frequency (f N), and the wind power installation, which comprises an electrical generator with a generator nominal power, can be regulated on the basis of the network frequency (f N), comprising the steps of: - using the electrical generator to produce an electrical generator power for feeding into the electrical supply network, - feeding the electrical generator power or a part of it into the electrical supply network as electrical feed-in power (P EIN) on the basis of the network frequency (f N), wherein - in a first supporting stage, the electrical generator power (P GEN) is reduced on the basis of the network frequency (f N) in order to accordingly reduce the electrical feed-in power (P EIN), and - in a second supporting stage, the electrical feed-in power (P EIN) is reduced such that the electrical feed-in power (P EIN) is less than the electrical generator power (P GEN). characterized in that - according to the second supporting stage, the electrical feed-in power (P EIN) is reduced if the network frequency (f N) changes with a frequency gradient (df N /dt) which exceeds a predetermined limiting gradient. - using the electrical generator to produce an electrical generator power for feeding into the electrical supply network, - feeding the electrical generator power or a part of it into the electrical supply network as electrical feed-in power (P EIN) on the basis of the network frequency (f N), wherein - in a first supporting stage, the electrical generator power (P GEN) is reduced on the basis of the network frequency (f N) in order to accordingly reduce the electrical feed-in power (P EIN), and - in a second supporting stage, the electrical feed-in power (P EIN) is reduced such that the electrical feed-in power (P EIN) is less than the electrical generator power (P GEN). characterized in that - in a first supporting stage, the electrical generator power (P GEN) is reduced on the basis of the network frequency (f N) in order to accordingly reduce the electrical feed-in power (P EIN), and - in a second supporting stage, the electrical feed-in power (P EIN) is reduced such that the electrical feed-in power (P EIN) is less than the electrical generator power (P GEN). - according to the second supporting stage, the electrical feed-in power (P EIN) is reduced if the network frequency (f N) changes with a frequency gradient (df N /dt) which exceeds a predetermined limiting gradient.
An indulgent edible composition that mimics chocolate as it melts in the oral cavity comprising: (a) 0.35 wt.% to 4.5 wt.% of a starch, wherein the starch when combined with water in a weight ratio of 5:95 starch to water and cooked for 10 minutes at 100°C, has a viscosity at 22°C of 0.03 Pa·s to 2 Pa·s at a shear rate of 10 s -1 as measured using a Paar Physica MCR 500 Modular Compact Rheometer using a 5cm, 1° Cone and Plate configuration; (b) 1.5 wt.% to 27 wt.% of a protein-containing component that is capable of at least 70% hydration in water without coagulating; (c) 2.5 wt.% to 45 wt.% of a sweetener that is at least 90% free of crystals in the edible composition when at least 70% hydrated; (d) 12.5 wt.% to 54 wt.% of a fat-containing component that melts at a temperature of 45°C or less; (e) 0.25 wt.% to 3.15 wt.% of a hydrocolloid gelling agent that facilitates the formation of a gel matrix that will break down at a temperature of 45°C or less; and (f) 0.005 wt.% to 1.35 wt.% of an edible surfactant that is food-grade and has a HLB value of 0 to 12, wherein the weight percentages are on a total weight basis of the composition, and wherein the edible composition has a final moisture content from 10% to 50% moisture by weight of the composition and a viscosity at 75°C of 5 Pa·s to 40 Pa·s at a shear rate of 20 s -1 as measured using a Paar Physica MCR 500 Modular Compact Rheometer using a 5cm, 1° Cone and Plate configuration. (a) 0.35 wt.% to 4.5 wt.% of a starch, wherein the starch when combined with water in a weight ratio of 5:95 starch to water and cooked for 10 minutes at 100°C, has a viscosity at 22°C of 0.03 Pa·s to 2 Pa·s at a shear rate of 10 s -1 as measured using a Paar Physica MCR 500 Modular Compact Rheometer using a 5cm, 1° Cone and Plate configuration; (b) 1.5 wt.% to 27 wt.% of a protein-containing component that is capable of at least 70% hydration in water without coagulating; (c) 2.5 wt.% to 45 wt.% of a sweetener that is at least 90% free of crystals in the edible composition when at least 70% hydrated; (d) 12.5 wt.% to 54 wt.% of a fat-containing component that melts at a temperature of 45°C or less; (e) 0.25 wt.% to 3.15 wt.% of a hydrocolloid gelling agent that facilitates the formation of a gel matrix that will break down at a temperature of 45°C or less; and (f) 0.005 wt.% to 1.35 wt.% of an edible surfactant that is food-grade and has a HLB value of 0 to 12, wherein the weight percentages are on a total weight basis of the composition, and wherein the edible composition has a final moisture content from 10% to 50% moisture by weight of the composition and a viscosity at 75°C of 5 Pa·s to 40 Pa·s at a shear rate of 20 s -1 as measured using a Paar Physica MCR 500 Modular Compact Rheometer using a 5cm, 1° Cone and Plate configuration.
Device for melting glass comprising a furnace equipped with electrodes in contact with the mass of vitrifiable materials, the said furnace comprising a side opening connected to a feeder channel for the molten glass, a removable barrier dipping into the glass in or before the opening so that a vertical plane passing through the upstream face of the barrier touches the biggest horizontal circle which can be inscribed the furthest downstream in the furnace, barrier excluded, the said biggest circle being at the height of the highest side of the bottom of the channel, characterized in that the barrier is removable and is in the furnace and is supported against the side walls (7, 7') of the furnace on either side of the opening