mhurhangee/ep-ind-claims huggingface dataset:
Radio-focus guiding method comprising the following steps: a) an entity called a "visitor" starts from a preset location, and directs himself towards a radio source of number k = 1, respectively k = k last, by means of observation of the intensity of this source of number k = 1, respectively k = k last, measured by a communication device Evisitor borne by said visitor, until the visitor has reached this source of number k = 1, respectively k = k last; and b) said visitor directs himself in succession, for k = 1, 2,..., k last -1, respectively k = k last, k last -1,...,2, from a radio source of number k to a radio source of number (k+1), respectively (k-1), by means of the observation of the intensity of this source of number (k+1), respectively (k-1), measured by said device Evisitor, until the visitor has reached this source of number (k+1), respectively (k-1); characterized in that each of said radio sources of number k, for k = 1,...,k last, is a virtual source, called a "temporal-spatial-beacon", produced by a respective signal of number k or the superposition of a plurality of respective signals of number k, each of these signals being emitted by a respective communication device ER i, where i = 1,...,N and N≥1, said communication devices ER i being placed in various locations in a preset environment, or in the vicinity of said environment, and in that said respective signal of number k results from the time reversal of a signal that was recorded beforehand by at least one of said devices ER i during a learning phase in which an entity, called a "guide", passed through said environment along a certain path, said guide being equipped with a communication device Eguide emitting in succession a respective signal of number k for each value of the number k ranging from k = 1 to k = k last. a) an entity called a "visitor" starts from a preset location, and directs himself towards a radio source of number k = 1, respectively k = k last, by means of observation of the intensity of this source of number k = 1, respectively k = k last, measured by a communication device Evisitor borne by said visitor, until the visitor has reached this source of number k = 1, respectively k = k last; and b) said visitor directs himself in succession, for k = 1, 2,..., k last -1, respectively k = k last, k last -1,...,2, from a radio source of number k to a radio source of number (k+1), respectively (k-1), by means of the observation of the intensity of this source of number (k+1), respectively (k-1), measured by said device Evisitor, until the visitor has reached this source of number (k+1), respectively (k-1);
Method for manufacturing a burner assembly for a gas turbine combustor; the burner assembly comprising a pilot burner extending along a longitudinal axis and a premix burner surrounding the pilot burner; the method comprising the step of manufacturing at least one portion of the pilot burner by means of an additive manufacturing technique; wherein the step of manufacturing at least one portion of the pilot burner comprises: manufacturing a lance which is provided with an end tip, with a first conduit supplied, in use, with a first fuel, and with a second conduit supplied, in use, with air; and manufacturing at least one first thermal bridge (20; 20a, 20b, 20c) connecting distinct parts (6, 7; 6, 8; 7, 10) of the pilot burner; wherein, in use, the temperature difference (ΔT) between said parts (6, 7; 6, 8; 7, 10) of the pilot burner is lower than a threshold value; wherein the first thermal bridge connects at least one wall of the first conduit having, in use, the temperature of the first fuel with a wall of the second conduit having, in use, the air temperature; the method being characterized in that the first thermal bridge is hollow so as to create a channel for the passage of a fluid. manufacturing a lance which is provided with an end tip, with a first conduit supplied, in use, with a first fuel, and with a second conduit supplied, in use, with air; and manufacturing at least one first thermal bridge (20; 20a, 20b, 20c) connecting distinct parts (6, 7; 6, 8; 7, 10) of the pilot burner; wherein, in use, the temperature difference (ΔT) between said parts (6, 7; 6, 8; 7, 10) of the pilot burner is lower than a threshold value; wherein the first thermal bridge connects at least one wall of the first conduit having, in use, the temperature of the first fuel with a wall of the second conduit having, in use, the air temperature; the method being characterized in that the first thermal bridge is hollow so as to create a channel for the passage of a fluid.
A method for producing propylene oxide, characterized in that it comprises reacting propylene with hydrogen peroxide in the presence of an organic solvent and a crystalline titanosilicate catalyst that has an MWW structure containing Ti having been incorporated during crystallization, wherein the organic solvent is an organic solvent selected from the group consisting of ketone compounds, nitrile compounds, hydrocarbons and halogenated hydrocarbons, and wherein the oxidation reaction is carried out under a pressure of 0.1 MPa to 20 MPa.
A controller for a DSL system comprising: a state transition control unit configured to evaluate whether to instruct a DSL line of the DSL system operating on a first line profile to transition operation to one or more of a plurality of potential line profiles, wherein the state transition control unit comprises: a collecting means to collect operational data pertaining to the DSL line operating on the first line profile; and an analyzing means to evaluate a current state of the DSL line operating on the first line profile and one or more target states based on reported performance data and/or estimated performance data for the DSL line when the DSL line uses the first line profile, wherein the operational data collected is used to provide the reported performance data and/or estimated performance data; and an operating mode instruction signal generating means to instruct the DSL line to transition operation to one of the plurality of potential line profiles selected from the plurality of potential line profiles based on the evaluated current state and the evaluated one or more target states, said selection made using a profile state transition matrix that indicates a plurality of possible transitions between line profiles; wherein the controller is coupled to the DSL system. a state transition control unit configured to evaluate whether to instruct a DSL line of the DSL system operating on a first line profile to transition operation to one or more of a plurality of potential line profiles, wherein the state transition control unit comprises: a collecting means to collect operational data pertaining to the DSL line operating on the first line profile; and an analyzing means to evaluate a current state of the DSL line operating on the first line profile and one or more target states based on reported performance data and/or estimated performance data for the DSL line when the DSL line uses the first line profile, wherein the operational data collected is used to provide the reported performance data and/or estimated performance data; and a collecting means to collect operational data pertaining to the DSL line operating on the first line profile; and an analyzing means to evaluate a current state of the DSL line operating on the first line profile and one or more target states based on reported performance data and/or estimated performance data for the DSL line when the DSL line uses the first line profile, wherein the operational data collected is used to provide the reported performance data and/or estimated performance data; and an operating mode instruction signal generating means to instruct the DSL line to transition operation to one of the plurality of potential line profiles selected from the plurality of potential line profiles based on the evaluated current state and the evaluated one or more target states, said selection made using a profile state transition matrix that indicates a plurality of possible transitions between line profiles; wherein the controller is coupled to the DSL system.
Method for determining the drinking water consumption in a drinking water system, preferably in a building, having a riser pipe 2) and several ring lines coming out therefrom and opening in again in the flow direction, wherein each ring line has at least one consumer and at least one measuring device wherein the consumption of the drinking water is determined in each ring line with a separate measuring device, wherein the measuring device has at least two throughflow meters, wherein the drinking water of the supply and return lines (6, 7) of the ring line flow through the measuring devices wherein the flow direction can vary, wherein the measuring device detects and correspondingly calculates the corresponding flow direction wherein the measuring devices of the ring lines communicate with one another for determining the drinking water consumption or the detected throughflow volumes are exchanged with one another and correspondingly calculated or the measuring devices are connected to one another via a central unit.
A catheter tube for a fecal drainage system comprising: a first layer including a thermoplastic elastomer; a second layer including a thermoplastic elastomer; and a film layer intermediate the first layer and the second layer, the film layer including an odor barrier material, which is nylon 669. a first layer including a thermoplastic elastomer; a second layer including a thermoplastic elastomer; and
An anti-microbial preservative for use in an ophthalmic product that is well tolerated by the human eye, the preservative comprising 0.04 wt. % sodium chlorite, 0.02 wt. %, 0.03 wt. %, 0.04 wt. % or 0.05 wt. % hydrogen peroxide, and 0.2 wt. % boric acid, wherein the preservative does not generate chlorine dioxide, and wherein the preservative is at a pH of 7.4.
A method for selecting events from an event log for presentation along a timeline, the method being performed in an environment including a server, the event log, a network and a client, the server being functionally coupled to the event log to control, maintain, and access data stored therein, the method comprising: receiving, at the server, a request from the client to retrieve events from the event log, wherein the request includes information associated with the timeline to define an interval of interest and a partition size; dividing the timeline into a plurality of segments based on the partition size; identifying, at the server, each segment having at least one relevant event therein, wherein a relevant event (204, 208, 210, 212-220) is an event which starts within the segment and overlaps with the interval of interest; determining, at the server, parameters associated with the at least one relevant event for each identified segment, wherein when multiple relevant events start in a particular identified segment, the determining condenses information regarding the multiple relevant events by selecting an earliest start time and a latest end time associated with the multiple relevant events; and providing, to the client to generate a presentation of the timeline and the at least one relevant event, the determined parameters along with an index which designates each identified segment. receiving, at the server, a request from the client to retrieve events from the event log, wherein the request includes information associated with the timeline to define an interval of interest and a partition size; dividing the timeline into a plurality of segments based on the partition size; identifying, at the server, each segment having at least one relevant event therein, wherein a relevant event (204, 208, 210, 212-220) is an event which starts within the segment and overlaps with the interval of interest; determining, at the server, parameters associated with the at least one relevant event for each identified segment, wherein when multiple relevant events start in a particular identified segment, the determining condenses information regarding the multiple relevant events by selecting an earliest start time and a latest end time associated with the multiple relevant events; and providing, to the client to generate a presentation of the timeline and the at least one relevant event, the determined parameters along with an index which designates each identified segment.
A composition comprising: (i) one or more unsaturated silane compounds according to the Formula: G 1 R 1 SiZ wherein G 1 is an olefinically unsaturated hydrocarbon group, optionally heteroatom-substituted with one or more oxygen and/or nitrogen atoms; R 1 is selected from the group consisting of alkyl, aryl, aralkyl and arenyl; and Z is a divalent hydrolyzable alkanedioxy group that forms a cyclic structure with the silicon atom of Formula; and (ii) a system of at least two peroxides comprising a first peroxide having a first 0.1 hour half-life temperature, selected from bis-(2,4-dichlorobenzoyl)peroxide, dilauroyl peroxide, dibenzoyl peroxide, 1,1-bis-(tert-butylperoxy)-3,3,5-trimethylcyclohexane, tert-butyl peroxybenzoate and dicumyl peroxide, and a second peroxide having a second 0.1 hour half-life temperature, selected from tert-butyl peroxybenzoate, dicumyl peroxide, tert-butyl cumyl peroxide, 2,5-dimethyl-2,5-bis-(tert-butyl peroxy)3-hexyne and di-tert-butyl peroxide, the first and second 0.1 hour half-life temperatures in said composition having a temperature differential in the range of about 5 °C to about 110 °C. (i) one or more unsaturated silane compounds according to the Formula: G 1 R 1 SiZ wherein G 1 is an olefinically unsaturated hydrocarbon group, optionally heteroatom-substituted with one or more oxygen and/or nitrogen atoms; R 1 is selected from the group consisting of alkyl, aryl, aralkyl and arenyl; and Z is a divalent hydrolyzable alkanedioxy group that forms a cyclic structure with the silicon atom of Formula; and (ii) a system of at least two peroxides comprising a first peroxide having a first 0.1 hour half-life temperature, selected from bis-(2,4-dichlorobenzoyl)peroxide, dilauroyl peroxide, dibenzoyl peroxide, 1,1-bis-(tert-butylperoxy)-3,3,5-trimethylcyclohexane, tert-butyl peroxybenzoate and dicumyl peroxide, and a second peroxide having a second 0.1 hour half-life temperature, selected from tert-butyl peroxybenzoate, dicumyl peroxide, tert-butyl cumyl peroxide, 2,5-dimethyl-2,5-bis-(tert-butyl peroxy)3-hexyne and di-tert-butyl peroxide, the first and second 0.1 hour half-life temperatures in said composition having a temperature differential in the range of about 5 °C to about 110 °C.
A method for detecting decimal floating point quantum exceptions, the method comprising the steps of accepting at least one decimal floating point operand (102, 104); obtaining a machine instruction containing an instruction for a decimal floating point operation; and characterised by: executing the machine instruction comprising: determining the preferred quantum based upon the at least one decimal floating point operand, the preferred quantum indicating a defined value represented by a least significant digit of a significand of the decimal floating point result; performing a decimal floating point operation on the at least one decimal floating point operand to produce a decimal floating point result; determining, in response to a control field in the machine instruction, that the quantum of the decimal floating point result is different than the preferred quantum; and providing, in response to the step of determining that the quantum of the decimal floating point result is different than the preferred quantum, an output indicating a quantum exception, the quantum exception occurring only in response to the quantum of the decimal floating point result being different than the preferred quantum. executing the machine instruction comprising: determining the preferred quantum based upon the at least one decimal floating point operand, the preferred quantum indicating a defined value represented by a least significant digit of a significand of the decimal floating point result; performing a decimal floating point operation on the at least one decimal floating point operand to produce a decimal floating point result; determining, in response to a control field in the machine instruction, that the quantum of the decimal floating point result is different than the preferred quantum; and providing, in response to the step of determining that the quantum of the decimal floating point result is different than the preferred quantum, an output indicating a quantum exception, the quantum exception occurring only in response to the quantum of the decimal floating point result being different than the preferred quantum. determining the preferred quantum based upon the at least one decimal floating point operand, the preferred quantum indicating a defined value represented by a least significant digit of a significand of the decimal floating point result; performing a decimal floating point operation on the at least one decimal floating point operand to produce a decimal floating point result; determining, in response to a control field in the machine instruction, that the quantum of the decimal floating point result is different than the preferred quantum; and providing, in response to the step of determining that the quantum of the decimal floating point result is different than the preferred quantum, an output indicating a quantum exception, the quantum exception occurring only in response to the quantum of the decimal floating point result being different than the preferred quantum.
A nail varnish, comprising nitrocellulose characterized in that it contains an isosorbide diester, a plasticizer of natural origin, derived from sorbitol, of formula hereafter: R1 and R2 being identical linear or branched C 6 -C 12 alkyl radicals.
Master cylinder having a stop arrangement for a retracted piston of the cylinder, having a stop ring which is connected to a housing of the master cylinder, and a piston rod stop which has a spherical bearing face (9, 10) on its side which faces the stop ring, which bearing face (9, 10) bears against a spherical bearing face of complementary configuration of the stop ring, characterized in that the piston rod stop comprises two half shells (4, 5) which are connected to one another and surround a piston rod of the master cylinder, which piston rod runs through the stop ring, in that the half shells (4, 5) are connected to one another with the aid of a connecting device (30, 41), in that each half shell (4, 5) is connected to the piston rod with the aid of a snap-action connection (12, 13), and in that the piston rod has at least one holding region (22, 23) which projects axially to the side of the stop ring and on which, in the assembled state, an axially projecting holding region of the piston rod stop acts in a locking manner.
An electric storage device comprising: a positive electrode including a positive electrode substrate and a positive electrode mixture layer, the positive electrode mixture layer being formed on the positive electrode substrate and containing a positive electrode active material; a negative electrode including a negative electrode substrate and a negative electrode mixture layer, the negative electrode mixture layer being formed on the negative electrode substrate and containing a negative electrode active material; and a separator disposed between the positive electrode and the negative electrode, wherein the separator yields a triple value of standard deviation of local air resistance which is determined in accordance with the description, as measured within a 5-mm diameter circle, of at least 20 seconds/10 cc but not more than 350 seconds/10 cc. a positive electrode including a positive electrode substrate and a positive electrode mixture layer, the positive electrode mixture layer being formed on the positive electrode substrate and containing a positive electrode active material; a negative electrode including a negative electrode substrate and a negative electrode mixture layer, the negative electrode mixture layer being formed on the negative electrode substrate and containing a negative electrode active material; and a separator disposed between the positive electrode and the negative electrode, wherein the separator yields a triple value of standard deviation of local air resistance which is determined in accordance with the description, as measured within a 5-mm diameter circle, of at least 20 seconds/10 cc but not more than 350 seconds/10 cc.
A laser leveling tool comprising: at least one laser diode for emitting a laser beam; a micro controller unit (MCU, 10) for controlling at least the operation of the laser diode; and a thermal sensor for sensing the internal temperature of the laser leveling tool; characterized in that the MCU is configured to reduce the operation power of the laser diode when the sensed internal temperature reaches a temperature threshold. at least one laser diode for emitting a laser beam; a micro controller unit (MCU, 10) for controlling at least the operation of the laser diode; and a thermal sensor for sensing the internal temperature of the laser leveling tool; characterized in that the MCU is configured to reduce the operation power of the laser diode when the sensed internal temperature reaches a temperature threshold.
A cleaning apparatus including a mop and a cleaning device, wherein: the mop includes: a mop material carrying member for holding mop material; and a mop abutment member, the cleaning device is for cleaning mop material which freely depends from the mop material carrying member of the mop, the cleaning device includes: one or more cleaning arrangements (22, 23) for cleaning mop material; and a pair of abutment members located with respect to the one or more cleaning arrangements (22, 23) and at least partially defining an access aperture through which access to the one or more cleaning arrangements (22, 23) is provided, and the mop abutment member and the pair of abutment members of the cleaning device are configured for abutment in use to limit movement of the mop material carrying member through the access aperture towards the one or more cleaning arrangements (22, 23); characterised in that, the one or more cleaning arrangements (22, 23) includes one or more brushes. the mop includes: a mop material carrying member for holding mop material; and a mop abutment member, a mop material carrying member for holding mop material; and a mop abutment member, the cleaning device is for cleaning mop material which freely depends from the mop material carrying member of the mop, the cleaning device includes: one or more cleaning arrangements (22, 23) for cleaning mop material; and a pair of abutment members located with respect to the one or more cleaning arrangements (22, 23) and at least partially defining an access aperture through which access to the one or more cleaning arrangements (22, 23) is provided, and one or more cleaning arrangements (22, 23) for cleaning mop material; and a pair of abutment members located with respect to the one or more cleaning arrangements (22, 23) and at least partially defining an access aperture through which access to the one or more cleaning arrangements (22, 23) is provided, and the mop abutment member and the pair of abutment members of the cleaning device are configured for abutment in use to limit movement of the mop material carrying member through the access aperture towards the one or more cleaning arrangements (22, 23);