mhurhangee/ep-ind-claims huggingface dataset:
An electronic device, comprising: one or more sensors; a processor; and a memory electrically coupled with the processor, storing one or more applications associated with one or more preset conditions, wherein the memory stores instructions executable by the processor to: select at least one sensor of the one or more sensors to detect movement of the electronic device and select a sampling frequency of the selected at least one sensor based on usage state information of the electronic device, wherein the usage state information comprises a count indicating a number of activations of a specific application during a first preset period of time, and wherein if the number of activations of the specific application exceeds at least one threshold, the sampling frequency is increased; detect the movement of the electronic device using the selected at least one sensor at the selected sampling frequency; and when the detected movement corresponds to at least one preset condition of the one or more preset conditions, execute the specific application of the one or more applications associated with the at least one preset condition. one or more sensors; a processor; and a memory electrically coupled with the processor, storing one or more applications associated with one or more preset conditions, wherein the memory stores instructions executable by the processor to: select at least one sensor of the one or more sensors to detect movement of the electronic device and select a sampling frequency of the selected at least one sensor based on usage state information of the electronic device, wherein the usage state information comprises a count indicating a number of activations of a specific application during a first preset period of time, and wherein if the number of activations of the specific application exceeds at least one threshold, the sampling frequency is increased; detect the movement of the electronic device using the selected at least one sensor at the selected sampling frequency; and when the detected movement corresponds to at least one preset condition of the one or more preset conditions, execute the specific application of the one or more applications associated with the at least one preset condition. select at least one sensor of the one or more sensors to detect movement of the electronic device and select a sampling frequency of the selected at least one sensor based on usage state information of the electronic device, wherein the usage state information comprises a count indicating a number of activations of a specific application during a first preset period of time, and wherein if the number of activations of the specific application exceeds at least one threshold, the sampling frequency is increased; detect the movement of the electronic device using the selected at least one sensor at the selected sampling frequency; and when the detected movement corresponds to at least one preset condition of the one or more preset conditions, execute the specific application of the one or more applications associated with the at least one preset condition.
An endoscope system having an endoscope tip comprising: a front pointing optical assembly (101, 1101) for generating a first image of a body cavity at a first working distance and a second image at a second working distance, wherein the front optical assembly comprises a front lens assembly (107, 1107) mounted on a front image sensor (105, 1105) and wherein said front lens assembly (107, 1107) includes a first lens (109, 1107a) associated with said first working distance and a second lens (111, 1107b) associated with said second working distance, wherein both the first lens (109, 1107a) and the second lens (111, 1107b) are movable within said front lens assembly; at least one side pointing optical assembly (102, 103) for generating at least one side image of the body cavity; at least one illuminator (108, 118, 128, 1108, 1109) associated with each of said front pointing optical assembly (101, 1101) and said at least one side pointing optical assembly (102, 103); at least one actuation element located within said front pointing optical assembly (101, 1101); and a processing system configured to enable said at least one actuation element to: move said first lens (109, 1107a) out of an optical path that connects a line of sight from said front image sensor (105, 1105) to an object of interest within said body cavity; and move said second lens (111, 1107b) into said optical path to generate said second image. a front pointing optical assembly (101, 1101) for generating a first image of a body cavity at a first working distance and a second image at a second working distance, wherein the front optical assembly comprises a front lens assembly (107, 1107) mounted on a front image sensor (105, 1105) and wherein said front lens assembly (107, 1107) includes a first lens (109, 1107a) associated with said first working distance and a second lens (111, 1107b) associated with said second working distance, wherein both the first lens (109, 1107a) and the second lens (111, 1107b) are movable within said front lens assembly; at least one side pointing optical assembly (102, 103) for generating at least one side image of the body cavity; at least one illuminator (108, 118, 128, 1108, 1109) associated with each of said front pointing optical assembly (101, 1101) and said at least one side pointing optical assembly (102, 103); at least one actuation element located within said front pointing optical assembly (101, 1101); and a processing system configured to enable said at least one actuation element to: move said first lens (109, 1107a) out of an optical path that connects a line of sight from said front image sensor (105, 1105) to an object of interest within said body cavity; and move said second lens (111, 1107b) into said optical path to generate said second image. move said first lens (109, 1107a) out of an optical path that connects a line of sight from said front image sensor (105, 1105) to an object of interest within said body cavity; and move said second lens (111, 1107b) into said optical path to generate said second image.
A mobile communication method comprising the steps of: causing a first mobility management node to restart while a bearer for a mobile station is established between a serving gateway device and a packet data network gateway device; causing (S1001, S1002, S2001, S2002, S3001, S3002) the serving gateway device to transmit a notification signal containing identification information of the mobile station to the first mobility management node, without releasing the bearer for the mobile station, when receiving a packet addressed to the mobile station after restart of the first mobility management node; causing (1004, 2004, 3004) the first mobility management node to transmit a paging signal to the mobile station, when receiving the notification signal containing the identification information of the mobile station from the serving gateway device; causing (1006, 2006, 3006) the mobile station to transmit an attach request signal to a second mobility management node, upon receipt of the paging signal; causing (2011, 3008) the second mobility management node to transmit a create session request signal to the serving gateway device, upon receipt of the attach request signal; causing the serving gateway device not only to release the bearer for the mobile station but also to transmit the create session request signal to the packet data network gateway device, upon receipt of the create session request signal; and establishing (1008, 2013, 3010) the bearer for the mobile station between the serving gateway device and the packet data network gateway device which receives the create session request signal. causing a first mobility management node to restart while a bearer for a mobile station is established between a serving gateway device and a packet data network gateway device; causing (S1001, S1002, S2001, S2002, S3001, S3002) the serving gateway device to transmit a notification signal containing identification information of the mobile station to the first mobility management node, without releasing the bearer for the mobile station, when receiving a packet addressed to the mobile station after restart of the first mobility management node; causing (1004, 2004, 3004) the first mobility management node to transmit a paging signal to the mobile station, when receiving the notification signal containing the identification information of the mobile station from the serving gateway device; causing (1006, 2006, 3006) the mobile station to transmit an attach request signal to a second mobility management node, upon receipt of the paging signal; causing (2011, 3008) the second mobility management node to transmit a create session request signal to the serving gateway device, upon receipt of the attach request signal; causing the serving gateway device not only to release the bearer for the mobile station but also to transmit the create session request signal to the packet data network gateway device, upon receipt of the create session request signal; and establishing (1008, 2013, 3010) the bearer for the mobile station between the serving gateway device and the packet data network gateway device which receives the create session request signal.
A method for manufacturing a machine component comprising at least two members (210,212) bolted together, the method comprising: forming a non-linear break notch in a workpiece; freezing the workpiece; and snapping the frozen workpiece apart along the non-linear break notch to form said first and second members (210,212) of the machine component; characterised in that the non-linear break notch includes a valley, a channel disposed in the valley, and a groove disposed in the channel; and wherein forming the non-linear break notch includes forging the workpiece to form the valley, machining the workpiece to form the channel, and machining the workpiece to form the groove. forming a non-linear break notch in a workpiece; freezing the workpiece; and snapping the frozen workpiece apart along the non-linear break notch to form said first and second members (210,212) of the machine component; characterised in that the non-linear break notch includes a valley, a channel disposed in the valley, and a groove disposed in the channel; and wherein forming the non-linear break notch includes forging the workpiece to form the valley, machining the workpiece to form the channel, and machining the workpiece to form the groove.
An air pollution control method characterized by comprising: upstream of a CO 2 recovery equipment for bringing CO 2 in flue gas into contact with a CO 2 absorption liquid so as to be absorbed and removed, injecting ammonia into the flue gas generated in a boiler so as to convert into ammonium sulfate a mist generation material in a gas state, the mist generation material being SO 3 that can become a source of mist generation in the CO 2 recovery equipment and entrain the CO 2 absorption liquid; and decreasing an amount of the mist generation material in the flue gas introduced to the CO 2 recovery equipment to a predetermined amount or less by removing from the flue gas, with a dust collector, the ammonium sulfate along with particulates. upstream of a CO 2 recovery equipment for bringing CO 2 in flue gas into contact with a CO 2 absorption liquid so as to be absorbed and removed, injecting ammonia into the flue gas generated in a boiler so as to convert into ammonium sulfate a mist generation material in a gas state, the mist generation material being SO 3 that can become a source of mist generation in the CO 2 recovery equipment and entrain the CO 2 absorption liquid; and decreasing an amount of the mist generation material in the flue gas introduced to the CO 2 recovery equipment to a predetermined amount or less by removing from the flue gas, with a dust collector, the ammonium sulfate along with particulates.
Dispensing device of a fluid substance comprising a manually operated pump equipped with a hollow stem movable in contrast to an elastic element, the hollow stem being associated to a piston sealedly sliding inside a cup body to define a compression chamber, the compression chamber being associated with a first valve element for the entry of the fluid substance into the compression chamber, the compression chamber being fluidly associated with a second valve element for the outlet of the fluid substance from the compression chamber, on the hollow stem being mounted a dispensing button equipped of a dispensing nozzle, the dispensing button providing at least one channel for feeding the fluid substance to the nozzle, the nozzle being formed by a substantially rigid body which is sealedly fixed in a seat of the dispenser button, the rigid body being associated with a deformable body which alone defines a dispensing port of the fluid substance so that, during dispensing, the deformable body at least in proximity of the dispensing port deforms, to return to its non-deformed configuration when dispensing is finished, the deformable body being overmoulded on the rigid body, the dispensing button, in correspondence with the seat having a cylindrical element on which the nozzle is fitted, the cylindrical element being distant from the deformable body, the dispensing device being characterized in that the nozzle has ribs, formed on the rigid body, centering the nozzle on the cylindrical element.
A packaged beverage, comprising: 0.05 to 0.5% by mass of non-polymer catechins; and 0.00001 to 0.005% by mass of thaumatin, wherein a percentage of a non-epicatechin of non-polymer catechins in is 5 to 25% by mass. 0.05 to 0.5% by mass of non-polymer catechins; and 0.00001 to 0.005% by mass of thaumatin,
A multi-layer wood composite block comprising a plurality of superimposed layers of wood, and at least one adhesive layer, wherein the at least one adhesive layer is arranged between successive layers of wood, wherein the at least one adhesive layer, in the cured state, has a hardness of between 70 and 100 Shore A, determined according to DIN EN ISO 868, and a hardness of between 20 and 60 Shore D, determined according to DIN EN ISO 868, and wherein the multi-layer wood composite block has a total carbon emission (TVOC) of less than or equal to 50 μg carbon/g determined according to VDA 277. a plurality of superimposed layers of wood, and at least one adhesive layer, wherein the at least one adhesive layer is arranged between successive layers of wood, wherein the at least one adhesive layer, in the cured state, has a hardness of between 70 and 100 Shore A, determined according to DIN EN ISO 868, and a hardness of between 20 and 60 Shore D, determined according to DIN EN ISO 868, and wherein the multi-layer wood composite block has a total carbon emission (TVOC) of less than or equal to 50 μg carbon/g determined according to VDA 277.
A method for identifying a device capable of communicating by Li-Fi, Light Fidelity, the method being characterized in that the method comprises the steps of: - generating and storing a list of first address data and a list of transmission frequencies (f i), each associated with a first address datum; - selecting second address data from the first address data to form an address of the MAC address type, Media Access Control, identifying the device capable of communicating by Li-Fi; - transforming each second address datum into a third address datum containing the value of the transmission frequency associated with the second address datum; - generating a global address from the third address data; - assigning the global address to the device capable of communicating by Li-Fi; - recording the global address in a memory module of the device capable of communicating by Li-Fi. - generating and storing a list of first address data and a list of transmission frequencies (f i), each associated with a first address datum; - selecting second address data from the first address data to form an address of the MAC address type, Media Access Control, identifying the device capable of communicating by Li-Fi; - transforming each second address datum into a third address datum containing the value of the transmission frequency associated with the second address datum; - generating a global address from the third address data; - assigning the global address to the device capable of communicating by Li-Fi; - recording the global address in a memory module of the device capable of communicating by Li-Fi.
A bale wrap mechanism for wrapping a bale with wrap material, the bale wrap mechanism comprising: a frame including a wrap chute formed from one or more perimeter walls, wherein the wrap chute includes a wrap axis extending longitudinally therethrough, wherein the one or more perimeter walls at least partially define a passageway through which a bale may be passed, a wrap arm having a mounting point movable with respect to the frame; a roll of wrap material coupleable to the mounting point of the wrap arm; and wherein the mounting point is configured to travel along a wrap path during a wrap process, and wherein the wrap path includes a plurality of segments; characterized in that the perimeter walls form one or more notches through which the wrap material may contact a bale; a brake assembly configured to adjust the tension of a wrap material, wherein the plurality of segments each separated from one another by a notch, and wherein the brake assembly is configured to adjust the tension wrap material in each segment independently. a frame including a wrap chute formed from one or more perimeter walls, wherein the wrap chute includes a wrap axis extending longitudinally therethrough, wherein the one or more perimeter walls at least partially define a passageway through which a bale may be passed, a wrap arm having a mounting point movable with respect to the frame; a roll of wrap material coupleable to the mounting point of the wrap arm; and wherein the mounting point is configured to travel along a wrap path during a wrap process, and wherein the wrap path includes a plurality of segments; characterized in that the perimeter walls form one or more notches through which the wrap material may contact a bale; a brake assembly configured to adjust the tension of a wrap material, wherein the plurality of segments each separated from one another by a notch, and wherein the brake assembly is configured to adjust the tension wrap material in each segment independently.
A spray head comprising: an inlet in fluid communication with a plurality of nozzles, and a respective impingement surface portion (22, 22a, 22c) associated with a respective nozzle of the plurality of nozzles, the respective impingement surface portion having a trailing edge, wherein each nozzle of the plurality of nozzles is adapted to produce, in use, a jet of fluid which is directed toward the respective impingement surface portion, wherein each jet of fluid impacts on the respective impingement surface portion and flows to the trailing edge of the impingement surface portion and breaks into a respective stream of droplets, each of the plurality of streams of droplets having an elongate transverse cross-section. an inlet in fluid communication with a plurality of nozzles, and a respective impingement surface portion (22, 22a, 22c) associated with a respective nozzle of the plurality of nozzles, the respective impingement surface portion having a trailing edge, wherein each nozzle of the plurality of nozzles is adapted to produce, in use, a jet of fluid which is directed toward the respective impingement surface portion, wherein each jet of fluid impacts on the respective impingement surface portion and flows to the trailing edge of the impingement surface portion and breaks into a respective stream of droplets, each of the plurality of streams of droplets having an elongate transverse cross-section.
A video decoding apparatus comprising: a decoder for outputting information on a block type for determining a size of a current block to be decoded, information on a transform/quantization type and a transformed/quantized residual block by decoding encoded data; an inverse quantizing/transforming unit for reconstructing a residual block by inverse-quantizing/transforming the transformed/quantized residual block according to transform sizes of transform blocks determined from the information on the transform/quantization type, wherein the transform sizes of the transform blocks are selected within a range equal to or smaller than a size of the residual block, depending on the information on the transform/quantization type; a predictor for generating a predicted block by predicting the current block, wherein the predicted block is generated by combining predicted subblocks which are generated by dividing the current block into subblocks and predicting the respective subblocks; an adder for reconstructing the current block by adding the reconstructed residual block and the predicted block; and a filtering unit for filtering a transform boundary between a transform block in the reconstructed current block and an adjacent transform block by using the information on the transform/quantization type. a decoder for outputting information on a block type for determining a size of a current block to be decoded, information on a transform/quantization type and a transformed/quantized residual block by decoding encoded data; an inverse quantizing/transforming unit for reconstructing a residual block by inverse-quantizing/transforming the transformed/quantized residual block according to transform sizes of transform blocks determined from the information on the transform/quantization type, wherein the transform sizes of the transform blocks are selected within a range equal to or smaller than a size of the residual block, depending on the information on the transform/quantization type; a predictor for generating a predicted block by predicting the current block, wherein the predicted block is generated by combining predicted subblocks which are generated by dividing the current block into subblocks and predicting the respective subblocks; an adder for reconstructing the current block by adding the reconstructed residual block and the predicted block; and a filtering unit for filtering a transform boundary between a transform block in the reconstructed current block and an adjacent transform block by using the information on the transform/quantization type.