mhurhangee/patent-ind-claim-en huggingface dataset:
An infotainment device for a vehicle, comprising: - computing means, - sensing means adapted to distinguish a vehicle driving situation from a vehicle stopping situation, and connected to the computing means - input means connected to the calculation means and allowing to input information from a user according to : a first input mode requiring visual contact with the input means for a duration of more than two seconds, a second input mode imposing a visual contact with the input means of a duration equal to or less than two seconds, characterized in that the computing means are configured to propose only the second input mode when the vehicle is in a driving situation. - computing means, - sensing means adapted to distinguish a vehicle driving situation from a vehicle stopping situation, and connected to the computing means - input means connected to the calculation means and allowing to input information from a user according to : a first input mode requiring visual contact with the input means for a duration of more than two seconds, a second input mode imposing a visual contact with the input means of a duration equal to or less than two seconds, characterized in that the computing means are configured to propose only the second input mode when the vehicle is in a driving situation. a first input mode requiring visual contact with the input means for a duration of more than two seconds, a second input mode imposing a visual contact with the input means of a duration equal to or less than two seconds, characterized in that the computing means are configured to propose only the second input mode when the vehicle is in a driving situation.
A telecommunications tray assembly comprising: a) a first telecommunications tray including a first connection arrangement including an upper part and a lower part and including a first indexing arrangement including a first part and a second part; and b) a second telecommunications tray, identical to the first telecommunications tray, including a second connection arrangement including an upper part and a lower part and a second indexing arrangement including a first part and a second part; c) wherein the upper part of the second telecommunications tray is rotatably connected to the lower part of the first telecommunications tray and wherein the first part of the first indexing arrangement engages with the second part of the second indexing arrangement to provide a holding force when the first tray is moved into an open position and when the first tray is moved into a closed position. a) a first telecommunications tray including a first connection arrangement including an upper part and a lower part and including a first indexing arrangement including a first part and a second part; and b) a second telecommunications tray, identical to the first telecommunications tray, including a second connection arrangement including an upper part and a lower part and a second indexing arrangement including a first part and a second part; c) wherein the upper part of the second telecommunications tray is rotatably connected to the lower part of the first telecommunications tray and wherein the first part of the first indexing arrangement engages with the second part of the second indexing arrangement to provide a holding force when the first tray is moved into an open position and when the first tray is moved into a closed position.
Metal alloy containing: - a weight percentage of aluminium greater than or equal to 7,5% and less than or equal to 10,0%; - a weight percentage of manganese greater than or equal to 12,0% and less than or equal to 18,0%; - a weight percentage of iron greater than or equal to 2,5% and less than or equal to 6,0%; - a weight percentage of silver greater than 0,4% and less than or equal to 2,0%; - possibly an overall weight percentage of zinc and tin greater than or equal to 0% and less than or equal to 2,0%; - possibly an overall weight percentage of further impurity elements greater than or equal to 0% and less than 0,4%; - a weight percentage of copper such that a sum of said weight percentages of aluminium, manganese, iron, silver, zinc, tin, further impurity elements and copper is equal to 100%. - a weight percentage of aluminium greater than or equal to 7,5% and less than or equal to 10,0%; - a weight percentage of manganese greater than or equal to 12,0% and less than or equal to 18,0%; - a weight percentage of iron greater than or equal to 2,5% and less than or equal to 6,0%; - a weight percentage of silver greater than 0,4% and less than or equal to 2,0%; - possibly an overall weight percentage of zinc and tin greater than or equal to 0% and less than or equal to 2,0%; - possibly an overall weight percentage of further impurity elements greater than or equal to 0% and less than 0,4%; - a weight percentage of copper such that a sum of said weight percentages of aluminium, manganese, iron, silver, zinc, tin, further impurity elements and copper is equal to 100%.
A computer-implemented method of acquiring a fingerprint image from a fingerprint sensor with an array of sensor elements spanning a sensing area, comprising: - monitoring groups (110; 111; 114) of sensor elements located at group-wise spaced apart positions in the array of sensor elements, to determine the location of a touch occurring on the array of sensor elements; - from the array of sensor elements, acquiring , at respective points in time, fingerprint sub-images which are confined in size to a subarea of the sensing area; wherein one or more of the sub-images is/are selected from a location about the location of the touch; - as the fingerprint sub-images are acquired, computing values of a statistical indicator from the fingerprint sub-images, the statistical indicator being selected from the group of: a percentile or quantile of a distribution of intensity values in the sub-images; a median value, a mean value, a total variation distance, and a divergence measure, such as an asymmetrical or symmetrical divergence measure of the distribution relative to a predefined distribution; - evaluating the slope of the values of the statistical indicator over time as the values are computed; and - acquiring a full fingerprint image when the slope is below a predefined slope threshold. - monitoring groups (110; 111; 114) of sensor elements located at group-wise spaced apart positions in the array of sensor elements, to determine the location of a touch occurring on the array of sensor elements; - from the array of sensor elements, acquiring , at respective points in time, fingerprint sub-images which are confined in size to a subarea of the sensing area; wherein one or more of the sub-images is/are selected from a location about the location of the touch; - as the fingerprint sub-images are acquired, computing values of a statistical indicator from the fingerprint sub-images, the statistical indicator being selected from the group of: a percentile or quantile of a distribution of intensity values in the sub-images; a median value, a mean value, a total variation distance, and a divergence measure, such as an asymmetrical or symmetrical divergence measure of the distribution relative to a predefined distribution; - evaluating the slope of the values of the statistical indicator over time as the values are computed; and - acquiring a full fingerprint image when the slope is below a predefined slope threshold.
A method for batch-processing multiple data in a first processor which is operated by a first power, the method comprising: transmitting batching data configuration information to a second processor which is operated by a second power according to batching option information of a plurality of applications, wherein the first power is larger than the second power; receiving, from the second processor, batching data acquired based on the batching data configuration information; and batch-processing the received batching data according to the batching option information, for the plurality of applications, wherein the batching option information indicates, for each of the plurality of applications, at least one data type and one data arrangement scheme required to perform an operation, wherein the batching data configuration information includes information about all data types indicated by the batching option information, and one representative data arrangement scheme from among the data arrangement schemes in the batching option information, selected according to a priority level of each of the plurality of applications, wherein the at least one data type is one of sensing data collected from at least one sensor of the second processor, and context data calculated using the sensing data by the second processor, and wherein batch-processing the batching data comprises rearranging the batching data according to the batching option information and providing the rearranged batching data to the respective applications. transmitting batching data configuration information to a second processor which is operated by a second power according to batching option information of a plurality of applications, wherein the first power is larger than the second power; receiving, from the second processor, batching data acquired based on the batching data configuration information; and batch-processing the received batching data according to the batching option information, for the plurality of applications, wherein the batching option information indicates, for each of the plurality of applications, at least one data type and one data arrangement scheme required to perform an operation, wherein the batching data configuration information includes information about all data types indicated by the batching option information, and one representative data arrangement scheme from among the data arrangement schemes in the batching option information, selected according to a priority level of each of the plurality of applications, wherein the at least one data type is one of sensing data collected from at least one sensor of the second processor, and context data calculated using the sensing data by the second processor, and wherein batch-processing the batching data comprises rearranging the batching data according to the batching option information and providing the rearranged batching data to the respective applications.
A warrant recording system , comprising a setting apparatus and a tire pressure detector , characterized by : the setting apparatus provided with a communication unit , a control unit , and a reading and writing unit , the communication unit further connected with internet for acquiring a standard time ; and the tire pressure detector signally connected with the setting apparatus , the tire pressure detector including a central processing unit , an information storing unit , and an air pressure detection unit ; the central processing unit is coupled with the information storing unit and the air pressure detection unit , wherein the setting apparatus receives the standard time through the communication unit and writes the standard time into the information storing unit through the reading and writing unit , such that an initial timestamp is recorded by the information storing unit , wherein the initial timestamp refers to the corresponding standard time being written into the tire pressure detector . the setting apparatus provided with a communication unit , a control unit , and a reading and writing unit , the communication unit further connected with internet for acquiring a standard time ; and the tire pressure detector signally connected with the setting apparatus , the tire pressure detector including a central processing unit , an information storing unit , and an air pressure detection unit ; the central processing unit is coupled with the information storing unit and the air pressure detection unit , wherein the setting apparatus receives the standard time through the communication unit and writes the standard time into the information storing unit through the reading and writing unit , such that an initial timestamp is recorded by the information storing unit , wherein the initial timestamp refers to the corresponding standard time being written into the tire pressure detector .
A pro-resolving mediator for use in a method of reducing or preventing lower genital tract irritation in a female subject, the method comprising administering an effective amount of the pro-resolving mediator topically to a treatment site of the subject's lower genital tract, wherein the irritation is associated with a genital tract inflammatory condition selected from the group consisting of localized provoked vulvodynia (LPV), lichen planus, lichen sclerosus, desquamative inflammatory vaginitis, atrophic vulvovaginitis associated with breast cancer, and chronic pruritus, and wherein the pro-resolving mediator is selected from the group consisting of Resolvin D 2 , Resolvin D 3 , Resolvin D 4 , Resolvin D 5 , Resolvin E 1 , Maresin-1, epi-Maresin-1, Lipoxin A 4 , Protectin D1, Protectin DX, and DHA; or a mixture comprising DHA, 14-HDHA, 17-HDHA, and 18-HEPE. wherein the irritation is associated with a genital tract inflammatory condition selected from the group consisting of localized provoked vulvodynia (LPV), lichen planus, lichen sclerosus, desquamative inflammatory vaginitis, atrophic vulvovaginitis associated with breast cancer, and chronic pruritus, and wherein the pro-resolving mediator is selected from the group consisting of Resolvin D 2 , Resolvin D 3 , Resolvin D 4 , Resolvin D 5 , Resolvin E 1 , Maresin-1, epi-Maresin-1, Lipoxin A 4 , Protectin D1, Protectin DX, and DHA; or a mixture comprising DHA, 14-HDHA, 17-HDHA, and 18-HEPE.
A high-speed blender, comprising a cup body ; a cover body , provided with a detecting member ; and an electric assembly, comprising an elastic member , an electric contact , and an electric elastic piece , wherein an end of the elastic member is connected to the detecting member , and another end is connected to the electric contact ; the electric contact is disposed on the cover body , and is reciprocable along an axial direction of the elastic member ; the electric elastic piece is disposed on an open peripheral wall of the cup body , and is electrically connected to a control device of the high-speed blender; and when the cover body covers the cup body , the electric contact correspondingly compresses the electric elastic piece under elasticity of the elastic member , so that the detecting member is electrically connected to the control device . a cup body ; a cover body , provided with a detecting member ; and an electric assembly, comprising an elastic member , an electric contact , and an electric elastic piece , wherein an end of the elastic member is connected to the detecting member , and another end is connected to the electric contact ; the electric contact is disposed on the cover body , and is reciprocable along an axial direction of the elastic member ; the electric elastic piece is disposed on an open peripheral wall of the cup body , and is electrically connected to a control device of the high-speed blender; and when the cover body covers the cup body , the electric contact correspondingly compresses the electric elastic piece under elasticity of the elastic member , so that the detecting member is electrically connected to the control device .
A fluid flow cell for use in analysis of fluid samples , the fluid flow cell being configured for hydrodynamic focusing and comprising: a housing including a number of fluid-guiding surfaces ; at least two fluid inlets disposed in one of the fluid-guiding surfaces , the at least two fluid inlets for introducing at least two guide fluid streams into the flow cell that define a flow path for a central fluid stream that passes through the housing of the flow cell ; at least one fluid outlet disposed in one of the fluid-guiding surfaces and spaced from the at least two fluid inlets and in fluid communication with the flow path; a first reagent inlet port disposed in one of the fluid-guiding surfaces between the at least two fluid inlets and the at least one fluid outlet and in fluid communication with the flow path and a first detection substrate disposed within the housing and spaced from the first reagent inlet port , the flow cell characterized in that the flow cell comprises: a first reagent evacuation port disposed in one of the fluid-guiding surfaces between the at least two fluid inlets and the at least one fluid outlet , positioned immediately downstream from the first reagent inlet port , and in fluid communication with the flow path, the first reagent evacuation port being operable to evacuate a leading edge of a first reagent sample that has been injected into the flow path for the central fluid stream passing through the flow cell through the first reagent inlet port prior to the first reagent sample reaching the first detection substrate . a housing including a number of fluid-guiding surfaces ; at least two fluid inlets disposed in one of the fluid-guiding surfaces , the at least two fluid inlets for introducing at least two guide fluid streams into the flow cell that define a flow path for a central fluid stream that passes through the housing of the flow cell ; at least one fluid outlet disposed in one of the fluid-guiding surfaces and spaced from the at least two fluid inlets and in fluid communication with the flow path; a first reagent inlet port disposed in one of the fluid-guiding surfaces between the at least two fluid inlets and the at least one fluid outlet and in fluid communication with the flow path and a first detection substrate disposed within the housing and spaced from the first reagent inlet port , the flow cell characterized in that the flow cell comprises: a first reagent evacuation port disposed in one of the fluid-guiding surfaces between the at least two fluid inlets and the at least one fluid outlet , positioned immediately downstream from the first reagent inlet port , and in fluid communication with the flow path, the first reagent evacuation port being operable to evacuate a leading edge of a first reagent sample that has been injected into the flow path for the central fluid stream passing through the flow cell through the first reagent inlet port prior to the first reagent sample reaching the first detection substrate .
A stent assembly adapted to be implanted in a blood vessel, comprising: an inner stent structure formed of a plurality of interconnected struts; an outer stent structure formed of a plurality of interconnected struts, the inner stent structure positioned within the outer stent structure to form a space therebetween, wherein the inner stent structure and outer stent structure collectively form a stent body sized and shaped to fit within a blood vessel, and wherein the struts of the inner stent structure are shorter than the struts of the outer stent structure ; and a mesh structure positioned at least partially in the space between the inner stent structure and outer stent structure such that the mesh structure is attached to the inner stent structure and outer stent structure in a sandwich arrangement. an inner stent structure formed of a plurality of interconnected struts; an outer stent structure formed of a plurality of interconnected struts, the inner stent structure positioned within the outer stent structure to form a space therebetween, wherein the inner stent structure and outer stent structure collectively form a stent body sized and shaped to fit within a blood vessel, and wherein the struts of the inner stent structure are shorter than the struts of the outer stent structure ; and a mesh structure positioned at least partially in the space between the inner stent structure and outer stent structure such that the mesh structure is attached to the inner stent structure and outer stent structure in a sandwich arrangement.
A single piece closure for use with a specimen collection container, comprising: a base portion having a first end adapted for engagement with an open end of the specimen collection container , a second end adapted for receiving a portion of a syringe assembly therein, and a snap ring on an underside of the closure for securing the closure to an upper rim adjacent the open end of the specimen collection container ; a luer fitting being part of the base portion ; at least one channel being part of the base portion and disposed about the luer fitting for venting an interior of the specimen collection container to atmosphere during introduction of a fluid specimen from the syringe assembly into the specimen collection container ; and a shielding portion being part of the base portion and adapted to transition from an open position in which fluid communication is established between the first end and the second end through the luer fitting , to a closed position in which the luer fitting is fully shielded by the shielding portion. a base portion having a first end adapted for engagement with an open end of the specimen collection container , a second end adapted for receiving a portion of a syringe assembly therein, and a snap ring on an underside of the closure for securing the closure to an upper rim adjacent the open end of the specimen collection container ; a luer fitting being part of the base portion ; at least one channel being part of the base portion and disposed about the luer fitting for venting an interior of the specimen collection container to atmosphere during introduction of a fluid specimen from the syringe assembly into the specimen collection container ; and a shielding portion being part of the base portion and adapted to transition from an open position in which fluid communication is established between the first end and the second end through the luer fitting , to a closed position in which the luer fitting is fully shielded by the shielding portion.
An information transmission method, applied to a terminal, comprising: receiving configuration information of a downlink transmission identification signal from a network device, wherein the configuration information comprises: a detection period and/or a detection position; detecting the downlink transmission identification signal on a first time-domain transmission unit of an unlicensed band according to the detection period and/or a detection position indicated by the configuration information, skipping performing physical downlink control channel, PDCCH, blind decoding in the case that no downlink transmission identification signal is detected; and performing PDCCH blind decoding on a time-domain transmission unit subsequent to the first time-domain transmission unit in the case that the downlink transmission identification signal is detected. receiving configuration information of a downlink transmission identification signal from a network device, wherein the configuration information comprises: a detection period and/or a detection position; detecting the downlink transmission identification signal on a first time-domain transmission unit of an unlicensed band according to the detection period and/or a detection position indicated by the configuration information, skipping performing physical downlink control channel, PDCCH, blind decoding in the case that no downlink transmission identification signal is detected; and performing PDCCH blind decoding on a time-domain transmission unit subsequent to the first time-domain transmission unit in the case that the downlink transmission identification signal is detected.