mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling the operation of the communication network, the method including a source connected by two relays (R1, R2) to a destination node, the operation being defined by a sending mode (ME1, ME2, ME3) and a receiving mode (MR1, MR2, MR3) for each relay (R1, R2), the method including: - the detection of the reception mode (MR1, MR2, MR3) of each relay (R1, R2) of the communication network, the reception mode (MR1, MR2, MR3) of a relay (R1, R2) being: - a first reception mode in which the considered relay (R1, R2) is capable of receiving messages coming from the source without implementing an interference management technique, or - a second reception mode in which the considered relay (R1, R2) is capable of receiving the messages coming from the source after implementing an interference management technique, or - a third reception mode in which the considered relay (R1, R2) is not capable of receiving messages coming from the source even after implementing an interference management technique, and - controlling the sending mode (ME1, ME2, ME2-bis, ME3) of the communication network as a function of the reception mode (MR1, MR2, MR3) detected for each of the two relays (R1, R2). - the detection of the reception mode (MR1, MR2, MR3) of each relay (R1, R2) of the communication network, the reception mode (MR1, MR2, MR3) of a relay (R1, R2) being: - a first reception mode in which the considered relay (R1, R2) is capable of receiving messages coming from the source without implementing an interference management technique, or - a second reception mode in which the considered relay (R1, R2) is capable of receiving the messages coming from the source after implementing an interference management technique, or - a third reception mode in which the considered relay (R1, R2) is not capable of receiving messages coming from the source even after implementing an interference management technique, and - a first reception mode in which the considered relay (R1, R2) is capable of receiving messages coming from the source without implementing an interference management technique, or - a second reception mode in which the considered relay (R1, R2) is capable of receiving the messages coming from the source after implementing an interference management technique, or - a third reception mode in which the considered relay (R1, R2) is not capable of receiving messages coming from the source even after implementing an interference management technique, and - controlling the sending mode (ME1, ME2, ME2-bis, ME3) of the communication network as a function of the reception mode (MR1, MR2, MR3) detected for each of the two relays (R1, R2).
A method for determining whether a subject undergoing statin treatment is at risk to develop one or more CVD complications, such as acute myocardial infarction and/or CVD death, comprising a. determining in a sample from said subject one or more lipid-lipid concentration ratio(s), wherein (an) increased or decreased lipid-lipid concentration ratio(s) in said sample, when compared to a control sample, is (are) indicative of said subject having an increased risk of developing one or more CVD complications, such as AMI or CVD death, wherein the lipid-lipid concentration ratio whose increase is compared to the control is Cer(d18:1/16:0)/Cer(d18:1/24:0); and wherein the lipid-lipid concentration ratio whose decrease is compared to the control is Cer(d18:1/24:0)/Cer(d18:1/24:1); or b. determining in a sample from said subject a lipid-clinical concentration ratio, wherein a decreased lipid-clinical concentration ratio in said sample, when compared to a control sample, is indicative of said subject having an increased risk of developing one or more CVD complications, such as AMI or CVD death, wherein the lipid-clinical concentration ratio whose decrease is compared to the control is Cer(d18:1/24:0)/supersensitive C-reactive protein. a. determining in a sample from said subject one or more lipid-lipid concentration ratio(s), wherein (an) increased or decreased lipid-lipid concentration ratio(s) in said sample, when compared to a control sample, is (are) indicative of said subject having an increased risk of developing one or more CVD complications, such as AMI or CVD death, wherein the lipid-lipid concentration ratio whose increase is compared to the control is Cer(d18:1/16:0)/Cer(d18:1/24:0); and wherein the lipid-lipid concentration ratio whose decrease is compared to the control is Cer(d18:1/24:0)/Cer(d18:1/24:1); or b. determining in a sample from said subject a lipid-clinical concentration ratio, wherein a decreased lipid-clinical concentration ratio in said sample, when compared to a control sample, is indicative of said subject having an increased risk of developing one or more CVD complications, such as AMI or CVD death, wherein the lipid-clinical concentration ratio whose decrease is compared to the control is Cer(d18:1/24:0)/supersensitive C-reactive protein.
A surface coated cutting tool comprising: a cutting tool body made of any one of tungsten carbide-based cemented carbide, titanium carbonitride-based cermet, and cubic boron nitride-based ultra-high pressure sintered material; and a hard coating layer provided on a surface of the cutting tool body, wherein the hard coating layer comprises at least a Ti and Al complex carbonitride layer formed by a chemical vapor deposition method, the complex carbonitride layer includes an alternate laminated structure made of a region A layer and a region B layer, each of which is represented by a composition formula (Ti 1-x Al x)(C y N 1-y), the alternate laminated structure having an average total layer thickness of 1-10 μm, in the region A layer, a content ratio x, which is an Al content relative to a total content amount of Ti and Al, satisfies 0.70≤x≤0.80; a content ratio y, which is a C content relative to a total content amount of C and N, satisfies 0.0005≤y≤0.005, each of x and y being atomic ratio; an average grain width W, which is an average value of grain width in a plane parallel to the surface of the cutting tool body, is 0.1 μm or less; and an average grain length L, which is an average value of grain length in a direction perpendicular to the surface of the cutting tool body, is 0.1 μm or less, in the region B layer, a content ratio x, which is an Al content relative to a total content amount of Ti and Al, satisfies 0.85≤x≤0.95; a content ratio y, which is a C content relative to a total content amount of C and N, satisfies 0.0005≤y≤0.005, each of x and y being atomic ratio; an average grain width W, which is an average value of grain width in a plane parallel to the surface of the cutting tool body, is 0.1 μm to 2.0 μm; and an average grain length L, which is an average value of grain length in a direction perpendicular to the surface of the cutting tool body, is 0.5 μm to 5.0 μm, the alternate laminated structure includes at least a pair of the region A layer and the region B layer which are alternately arranged, and a top layer of the alternate laminated structure is the region A layer.
A cell image search apparatus, comprising: an image set storage unit that stores an image set including a plurality of cell images, each having information of a sequence in which the cell images have been captured from a cell culturing process; a captured image acquisition unit that acquires a plurality of captured images obtained by imaging cells in time series; an image feature amount extraction unit that extracts an image feature amount from each cell image of the image set and each of the plurality of captured images; an image search unit that searches for captured images similar to each cell image of the image set, among the plurality of captured images, based on image feature amounts of each cell image of the image set and the plurality of captured images; and a search result output unit that outputs the result of the search in a case where captured images similar to at least two cell images and having a same imaging order as the information of sequence of the at least two cell images included in the image set are found by the image search unit. an image set storage unit that stores an image set including a plurality of cell images, each having information of a sequence in which the cell images have been captured from a cell culturing process; a captured image acquisition unit that acquires a plurality of captured images obtained by imaging cells in time series; an image feature amount extraction unit that extracts an image feature amount from each cell image of the image set and each of the plurality of captured images; an image search unit that searches for captured images similar to each cell image of the image set, among the plurality of captured images, based on image feature amounts of each cell image of the image set and the plurality of captured images; and a search result output unit that outputs the result of the search in a case where captured images similar to at least two cell images and having a same imaging order as the information of sequence of the at least two cell images included in the image set are found by the image search unit.
Automatic heel unit (1, 11, 550) for a ski binding, in particular a ski-touring binding, with a base element (3, 12) for mounting the automatic heel unit (1, 11) on the upper side of a ski and a carriage (5, 13) which is mounted on the base element (3, 12) and on which there is arranged a heel holder (8, 14) with two holding means (17.1, 17.2, 140.1, 140.2) for holding a ski boot in a heel region of the ski boot, wherein the two holding means (17.1, 17.2, 140.1, 140.2) are pins, which are aligned substantially in the longitudinal direction of the ski and as a result can engage in at least one corresponding opening in the heel region of the ski boot, a) wherein the automatic heel unit (1, 11) has a downhill position, in which the two holding means (17.1, 17.2, 140.1, 140.2) can interact with the heel region of the ski boot held in the ski binding in such a way that the ski boot is arrested in a lowered position, b) and the automatic heel unit (1, 11) has at least one climbing position, in which the heel region of the ski boot held in the ski binding is released, wherein, in the downhill position, the carriage (5, 13) with the heel holder (8, 14) is movable with respect to the base element (3, 12) in the longitudinal direction of the ski along a dynamic region and is acted upon by an elastic element (32, 126) with a forwardly directed force and is pressed in the direction of a front end of the dynamic region, characterized in that the automatic heel unit (1, 11, 550) comprises a stop that forms the front end of the dynamic region by hindering the carriage (5, 13) from further movement in the forward direction with respect to the base element (3, 12). a) wherein the automatic heel unit (1, 11) has a downhill position, in which the two holding means (17.1, 17.2, 140.1, 140.2) can interact with the heel region of the ski boot held in the ski binding in such a way that the ski boot is arrested in a lowered position, b) and the automatic heel unit (1, 11) has at least one climbing position, in which the heel region of the ski boot held in the ski binding is released,
A method for establishing a communications session, the method comprising: receiving at a load balancer (106a, 106b) a request to establish a communications session between a mobile origination endpoint and a destination endpoint, wherein the request is sent from a communication device server (110, 112) that serves the origination endpoint within a first geographic location; determining a path in a communications network at the load balancer (106a, 106b) by selecting an IP Media Gateway Controller (IP MGC) (104a - 104g) from a plurality of IP MGCs, wherein selecting the IP MGC (104a - 104g) is based on data in the request that is independent of the first geographic location and establishing the communications session between the origination endpoint and the destination endpoint through the determined path in the communications network, wherein the first geographic location is different from a second semi-static location associated with the originating endpoint, wherein said semi-static location is a location that does not change when the originating endpoint changes location, the method further comprising determining from the request the semi-static location and wherein the selecting the IP MGC (104a - 104g) is based on the semi-static location. receiving at a load balancer (106a, 106b) a request to establish a communications session between a mobile origination endpoint and a destination endpoint, wherein the request is sent from a communication device server (110, 112) that serves the origination endpoint within a first geographic location; determining a path in a communications network at the load balancer (106a, 106b) by selecting an IP Media Gateway Controller (IP MGC) (104a - 104g) from a plurality of IP MGCs, wherein selecting the IP MGC (104a - 104g) is based on data in the request that is independent of the first geographic location and establishing the communications session between the origination endpoint and the destination endpoint through the determined path in the communications network, wherein the first geographic location is different from a second semi-static location associated with the originating endpoint, wherein said semi-static location is a location that does not change when the originating endpoint changes location, the method further comprising determining from the request the semi-static location and wherein the selecting the IP MGC (104a - 104g) is based on the semi-static location.
A method for feeding electrical power into an electrical supply grid, comprising the steps: - rectifying a first AC voltage (U AC1) of electrical power, which is generated by a generator, into a first DC voltage (U DC1),and - stepping up the first DC voltage (U DC1) to a second DC voltage (U DC2) from a step-up converter, in particular so that the second DC voltage (U DC2) has a step-up ratio relative to the first DC voltage (U DC1),or - rectifying the first AC voltage (U AC1) into the second DC voltage (U DC2) from the active rectifier without generating the first DC voltage (U DC1), - inverting the second DC voltage (U DC2) into a second AC voltage (U AC2) from an inverter for feeding the electrical power into the electrical supply grid depending on a feed set point value (P Soll, Q Soll), characterized in that, the second DC voltage (U DC2) is set as a function of the feed set point value and/or actual value of the feed (P Soll, Q Soll), and wherein the second DC voltage (U DC2) is increased depending on an increase in the feed set point value or actual value (P Soll, O Soll) of the feed on the one hand by the step-up converter or on the other hand either by the active rectifier or by the inverter. - rectifying a first AC voltage (U AC1) of electrical power, which is generated by a generator, into a first DC voltage (U DC1),and - stepping up the first DC voltage (U DC1) to a second DC voltage (U DC2) from a step-up converter, in particular so that the second DC voltage (U DC2) has a step-up ratio relative to the first DC voltage (U DC1),or - rectifying the first AC voltage (U AC1) into the second DC voltage (U DC2) from the active rectifier without generating the first DC voltage (U DC1), - inverting the second DC voltage (U DC2) into a second AC voltage (U AC2) from an inverter for feeding the electrical power into the electrical supply grid depending on a feed set point value (P Soll, Q Soll),
A method for storing time series data from a plurality of channels in a flash memory in a resource efficient manner, the method comprising: receiving the time series data from the plurality of channels; aggregating the time series data of the respective associated channel for a time interval of predetermined length to a time series value; collecting the time series values into value series, wherein chronologically successive time series values for the respective channel for a predetermined time portion are stored consecutively in the value series; and writing the series of values of the plurality of channels at the time portion as a time block one after the other into the flash memory, wherein the time block is written into the flash memory in one writing process, wherein the time series data, in addition to the time interval, for one or more further time intervals (28c, 28d, 28d) are aggregated to further time series values (26b, 26c, 26d), wherein the one or more further time intervals (28c, 28d, 28d) are longer than the first interval and wherein the further time series values (26b, 26c, 26d) are stored as one or more further value series (30b, 30c, 30d) chronologically sequentially for the respective channels one after the other and the one or more further value series (30b, 30c, 30d) for the plurality of channels are written as further time blocks one after the other into the flash memory. receiving the time series data from the plurality of channels; aggregating the time series data of the respective associated channel for a time interval of predetermined length to a time series value; collecting the time series values into value series, wherein chronologically successive time series values for the respective channel for a predetermined time portion are stored consecutively in the value series; and writing the series of values of the plurality of channels at the time portion as a time block one after the other into the flash memory, wherein the time block is written into the flash memory in one writing process, wherein the time series data, in addition to the time interval, for one or more further time intervals (28c, 28d, 28d) are aggregated to further time series values (26b, 26c, 26d), wherein the one or more further time intervals (28c, 28d, 28d) are longer than the first interval and wherein the further time series values (26b, 26c, 26d) are stored as one or more further value series (30b, 30c, 30d) chronologically sequentially for the respective channels one after the other and the one or more further value series (30b, 30c, 30d) for the plurality of channels are written as further time blocks one after the other into the flash memory.
Method for applying at least one active ingredient in water intended for showering the body of a living being and flowing through a shower head which has a receiving chamber for an active ingredient provision, which receiving chamber is able to be flowed through by way of throughflow openings, wherein, during the showering process, the active ingredient provision is to be realized using containers for in each case one application that are able to be flowed through, the containers able to be flowed through contain plant constituents and/or plant extracts and are formed by capsules, filter bags or pads that are able to be flowed through, prior to each showering process during which active ingredients are to be supplied to the body, the shower head is opened, the container is inserted and the receiving chamber, with the exception of the throughflow openings, is closed off in a water-tight manner, a dosed active substance release is to be realized in that, during the showering process, the active substance is released from the container until the active substance provision is exhausted, and, after the showering process or prior to the next showering process during which a targeted active ingredient release is to be realized, the container is removed.
A milk frothing device for operation with a coffee machine, comprising a steam connection for connection to a steam supply line of the coffee machine, as well as a milk line for conveying milk, which is to be frothed, to frothing means, wherein a valve for adjusting the through flow, which encompasses an engagement area for interaction with actuator means of the coffee machine for operating the valve, is assigned to the milk line, wherein the valve is embodied as pinch valve, in the case of which the milk line can be deformed by applying a force by means of the actuator means for adjusting the through flow and the through flow cross section can thus be varied, characterized in that a pivot part, which is embodied and arranged such that it can be pivoted about a pivot axis relative to the milk line in response to an application of force by means of the actuator means, is assigned to the milk line for the deformation thereof.
One-touch control device of a controlled automatic gearbox of a motor vehicle, comprising a control lever: - which has a single stable position into which it is returned whatever the position previously occupied by the control lever; - which, from this single stable position, may occupy positions for selecting different modes (N, D, R) including a position for selecting an automatic normal drive mode, a position for selecting an automatic normal reverse mode, and a position for selecting a normal neutral mode; - and which from this single stable position may occupy positions (+, -) for manually selecting different forward gears; characterized in that - the device only allows a forward gear to be manually selected (+, -) when said automatic normal drive mode has been previously selected; - when the control lever is held in a position for manually selecting a forward gear for a period shorter than a predefined threshold value, the corresponding gear is selected and after release of the control lever, the gearbox returns to said automatic normal drive mode; - when the control lever is held in a position for manually selecting a forward gear for a period longer than said predefined threshold value, the corresponding gear is selected and the gearbox is in a permanent manual forward gear selection mode. - which has a single stable position into which it is returned whatever the position previously occupied by the control lever; - which, from this single stable position, may occupy positions for selecting different modes (N, D, R) including a position for selecting an automatic normal drive mode, a position for selecting an automatic normal reverse mode, and a position for selecting a normal neutral mode; - and which from this single stable position may occupy positions (+, -) for manually selecting different forward gears; - the device only allows a forward gear to be manually selected (+, -) when said automatic normal drive mode has been previously selected; - when the control lever is held in a position for manually selecting a forward gear for a period shorter than a predefined threshold value, the corresponding gear is selected and after release of the control lever, the gearbox returns to said automatic normal drive mode; - when the control lever is held in a position for manually selecting a forward gear for a period longer than said predefined threshold value, the corresponding gear is selected and the gearbox is in a permanent manual forward gear selection mode.