mhurhangee/ep-ind-claims huggingface dataset:
A compound which is a benzimidazolyl isoxazole of formula: wherein: R 0 and R, which are the same or different, are each H or C 1-6 alkyl; R 9, R 9' and R 9", which are the same or different, are each H or F; X is -(alk) n -, -alk-C(=O)-NR-, -alk-NR-C(=O)- or -alk-C(=O)-; R 1 is selected from -S(=O) 2 R', a 4- to 6-membered, C-linked heterocyclic group which is unsubstituted or substituted and an N-linked spiro group of the following formula: R 2 and R 2', which are the same or different, are each H or C 1-6 alkyl; or R 2 and R 2' form, together with the C atom to which they are attached, a C 3-6 cycloalkyl group; R 3 and R 3, which are the same or different, are each H, C 1-6 alkyl, OH or F; R 4 is phenyl or a 5- to 12-membered, N-containing heteroaryl group and is unsubstituted or substituted; alk is C 1-6 alkylene; R' is C 1-6 alkyl; and n is 0 or 1; or a pharmaceutically acceptable salt thereof. R 0 and R, which are the same or different, are each H or C 1-6 alkyl; R 9, R 9' and R 9", which are the same or different, are each H or F; X is -(alk) n -, -alk-C(=O)-NR-, -alk-NR-C(=O)- or -alk-C(=O)-; R 1 is selected from -S(=O) 2 R', a 4- to 6-membered, C-linked heterocyclic group which is unsubstituted or substituted and an N-linked spiro group of the following formula: R 2 and R 2', which are the same or different, are each H or C 1-6 alkyl; or R 2 and R 2' form, together with the C atom to which they are attached, a C 3-6 cycloalkyl group; R 3 and R 3, which are the same or different, are each H, C 1-6 alkyl, OH or F; R 4 is phenyl or a 5- to 12-membered, N-containing heteroaryl group and is unsubstituted or substituted; alk is C 1-6 alkylene; R' is C 1-6 alkyl; and n is 0 or 1;
A tube connector for internal attachment to an end of a tube (20,20',20"), comprising: a support body; at least one anchor body (11,11',11") extending from said support body, said at least one anchor body (11,11',11") having a lengthwise through-passage; a tightening body having a lengthwise through-passage and an end face facing an end face of the anchor body (11,11',11"); an expansion body comprising a through-passage and a pair of opposed end faces, one of which bears against the end face of the anchor body (11,11',11") and the other of which bears against the end face of the tightening body; an operating rod extending through the lengthwise through-passages of the anchor body (11,11',11"), the expansion body and the tightening body, the operating rod being arranged to draw the tightening body towards the anchor body (11,11',11") to thereby cause the expansion body to expand radially outwards to bear against an inside surface of the tube (20,20',20") and fix the tube connector to the tube (20,20',20") in an operative configuration; characterised in that the support body has at least one external surface which lies in a same or lower plane as that of a corresponding external surface of one of the at least one anchor body (11,11',11") such that at least a part of said external surface of the support body can be covered from view by a suitably shaped end of the tube (20,20',20") when it is connected to said one of the at least one anchor body (11,11',11"). a support body; at least one anchor body (11,11',11") extending from said support body, said at least one anchor body (11,11',11") having a lengthwise through-passage; a tightening body having a lengthwise through-passage and an end face facing an end face of the anchor body (11,11',11"); an expansion body comprising a through-passage and a pair of opposed end faces, one of which bears against the end face of the anchor body (11,11',11") and the other of which bears against the end face of the tightening body; an operating rod extending through the lengthwise through-passages of the anchor body (11,11',11"), the expansion body and the tightening body, the operating rod being arranged to draw the tightening body towards the anchor body (11,11',11") to thereby cause the expansion body to expand radially outwards to bear against an inside surface of the tube (20,20',20") and fix the tube connector to the tube (20,20',20") in an operative configuration; characterised in that the support body has at least one external surface which lies in a same or lower plane as that of a corresponding external surface of one of the at least one anchor body (11,11',11") such that at least a part of said external surface of the support body can be covered from view by a suitably shaped end of the tube (20,20',20") when it is connected to said one of the at least one anchor body (11,11',11").
A process for the manufacture of a thermal insulating product, comprising the following stages: - at least one stage of producing a foam from a mixture of mineral particles formed of a crystallized calcic part and of a crystallized magnesian part, the crystals of the calcic part and those of the magnesian part being aggregated in the form of composite aggregates, said calcic part comprising at least one carbonate chosen from the group consisting of calcite, aragonite and their mixtures and said magnesian part comprising hydromagnesite; - at least one stage of shaping, in particular by molding or casting or projecting this foam; - at least one stage of at least partial drying of the foam or the material thus obtained. - at least one stage of producing a foam from a mixture of mineral particles formed of a crystallized calcic part and of a crystallized magnesian part, the crystals of the calcic part and those of the magnesian part being aggregated in the form of composite aggregates, said calcic part comprising at least one carbonate chosen from the group consisting of calcite, aragonite and their mixtures and said magnesian part comprising hydromagnesite; - at least one stage of shaping, in particular by molding or casting or projecting this foam; - at least one stage of at least partial drying of the foam or the material thus obtained.
A method comprising: determining, at a central controller of a mattress system (10, 300), whether a user is snoring using biometric parameters, including measuring pressure variations using a pressure sensing means for monitoring the air pressure in an air mattress of the mattress system, analyzing the pressure changes detected by the pressure sensing means, determining one or more biometric parameters using information derived from the analyzed pressure changes, and comparing the biometric parameters with predetermined values, ranges, or patterns which are indicative of snoring; and in response to determining that the user is snoring, adjusting one or more zones of an adjustable foundation of the mattress system. determining, at a central controller of a mattress system (10, 300), whether a user is snoring using biometric parameters, including measuring pressure variations using a pressure sensing means for monitoring the air pressure in an air mattress of the mattress system, analyzing the pressure changes detected by the pressure sensing means, determining one or more biometric parameters using information derived from the analyzed pressure changes, and comparing the biometric parameters with predetermined values, ranges, or patterns which are indicative of snoring; and measuring pressure variations using a pressure sensing means for monitoring the air pressure in an air mattress of the mattress system, analyzing the pressure changes detected by the pressure sensing means, determining one or more biometric parameters using information derived from the analyzed pressure changes, and comparing the biometric parameters with predetermined values, ranges, or patterns which are indicative of snoring; and in response to determining that the user is snoring, adjusting one or more zones of an adjustable foundation of the mattress system.
Cage element for a fastening element having the following features: a. a first and a second face arranged opposite each other, and b. the first face forms at least partially an adhesive surface for fastening the cage element to a component, characterized in that c. the first and the second face arranged opposite each other are connected to each other by a circumferential limiting wall in order to define a receiving area (12, 12') for a connecting element and d. the second face includes an installation opening for a connecting element, wherein e. a connecting element is receivable in the receiving area (12, 12') through the installation opening and is holdable there floatingly in a form-fit manner and f. a wall element is shiftably arranged in the receiving area (12, 12') of the cage element and is arranged at least partially radially adjacent to the limiting wall. a. a first and a second face arranged opposite each other, and b. the first face forms at least partially an adhesive surface for fastening the cage element to a component, characterized in that c. the first and the second face arranged opposite each other are connected to each other by a circumferential limiting wall in order to define a receiving area (12, 12') for a connecting element and d. the second face includes an installation opening for a connecting element, wherein e. a connecting element is receivable in the receiving area (12, 12') through the installation opening and is holdable there floatingly in a form-fit manner and f. a wall element is shiftably arranged in the receiving area (12, 12') of the cage element and is arranged at least partially radially adjacent to the limiting wall.
A computer-implemented method, in a authentication/verification system or a computing device, for authenticating a user of a computing device, the method comprising: receiving an authentication request from a computing device; determining a context of the authentication request based on a most recent user action or a history of user activity; determining a physical location of a user of the computing device; determining, based on the context of the authentication request and the physical location of the user, an associate proximity detection, the associate proximity detection including steps to: identify a known associate based at least in part on at least one of the context of the authentication request or the physical location of the user; determine a physical location of the identified known associate; and determine a proximity of the user to the identified known associate, based on a comparison of the physical location of the computing device and the physical location of the identified known associate; and approving the authentication request when the determined proximity is within a threshold predetermined for the associate proximity detection. receiving an authentication request from a computing device; determining a context of the authentication request based on a most recent user action or a history of user activity; determining a physical location of a user of the computing device; determining, based on the context of the authentication request and the physical location of the user, an associate proximity detection, the associate proximity detection including steps to: identify a known associate based at least in part on at least one of the context of the authentication request or the physical location of the user; determine a physical location of the identified known associate; and determine a proximity of the user to the identified known associate, based on a comparison of the physical location of the computing device and the physical location of the identified known associate; and identify a known associate based at least in part on at least one of the context of the authentication request or the physical location of the user; determine a physical location of the identified known associate; and determine a proximity of the user to the identified known associate, based on a comparison of the physical location of the computing device and the physical location of the identified known associate; and approving the authentication request when the determined proximity is within a threshold predetermined for the associate proximity detection.
A method for producing a recombinant protein comprising: culturing a recombinant bacterial cell to express a recombinant protein comprising continuously adding a carbon source to a culture comprising the recombinant bacterial cell and continuously adding an inducer to the culture after the cell density of the culture achieves an OD 600 of about 70 to about 110, and isolating the recombinant protein from the culture, wherein the inducer is arabinose and wherein the total amount of the inducer added to the culture is from about 5 g/L to about 20 g/L, wherein the method comprises continuously adding the carbon source to the culture while the inducer is continuously added to the culture.
Regulating method for improving the adhesion of a rail vehicle by way of conditioning of a selected axle/selected axles, comprising the steps: - detecting of whether a higher total brake force (F_Sum_B) can be achieved by way of a change of the wheel slip actuating variable at at least one unit from a current starting wheel slip (slpl) to a forced wheel slip (slpFcd) (state A), if this is the case: - changing of the wheel slip at at least one unit from the current starting wheel slip to the forced wheel slip (slpFcd), by way of regulating the brake application force control variable at said unit, as a result of which the friction characteristics between the wheel and the rail change at following units (II, III), - regulating of the brake application force control variable at the following units (II, III), in order to regulate the wheel slip at said units (II, III), which has likewise changed as a result of the changed friction characteristics, to the unchanged starting wheel slip actuating variable (slpl) again, brake forces (Fbr_I*, Fbr_II*, Fbr_III*) which are optimised resulting at the units (I, II, III), - the sum (F_Sum_B) of the optimised brake forces (Fbr_I*, Fbr_II*, Fbr_III*) at the units (I, II, III) after the preceding method steps (state B) being greater than the sum (F_Sum_A) of the preceding brake forces (Fbr_I, Fbr_II, Fbr_III). - detecting of whether a higher total brake force (F_Sum_B) can be achieved by way of a change of the wheel slip actuating variable at at least one unit from a current starting wheel slip (slpl) to a forced wheel slip (slpFcd) (state A), - changing of the wheel slip at at least one unit from the current starting wheel slip to the forced wheel slip (slpFcd), by way of regulating the brake application force control variable at said unit, as a result of which the friction characteristics between the wheel and the rail change at following units (II, III), - regulating of the brake application force control variable at the following units (II, III), in order to regulate the wheel slip at said units (II, III), which has likewise changed as a result of the changed friction characteristics, to the unchanged starting wheel slip actuating variable (slpl) again, brake forces (Fbr_I*, Fbr_II*, Fbr_III*) which are optimised resulting at the units (I, II, III), - the sum (F_Sum_B) of the optimised brake forces (Fbr_I*, Fbr_II*, Fbr_III*) at the units (I, II, III) after the preceding method steps (state B) being greater than the sum (F_Sum_A) of the preceding brake forces (Fbr_I, Fbr_II, Fbr_III).
A fertiliser product in the form of pellets comprising: at least 80% by mass of an evaporite mineral powder having a mean grain size in the range from 50 to 400μm; and 1-3% by mass of a binder, wherein the binder is corn starch; the pellets having a compression strength greater than 2kgf; wherein the evaporite mineral is polyhalite. at least 80% by mass of an evaporite mineral powder having a mean grain size in the range from 50 to 400μm; and 1-3% by mass of a binder, wherein the binder is corn starch; the pellets having a compression strength greater than 2kgf; wherein the evaporite mineral is polyhalite.
A working machine comprising: a working unit configured to perform a work; a battery; a control unit; and an operation unit configured to accept an operation of controlling an operating state of the working unit, wherein the control unit changes the operation mode based on the operation input to the operation unit and the operation unit includes a first operator and a second operator, wherein the working unit is set in the operating state when a user operates the second operator while operating the first operator, characterized in that, the control unit has, as operation modes, a normal mode in which the working unit is operable based on power of the battery, and a power saving mode in which the working unit is made inoperable by limiting some of functions, as compared with the normal mode, and power consumption of the battery by the control unit is suppressed, as compared with the normal mode, the control unit is set in the normal mode when the user operates the first operator, the control unit is set in the power saving mode when the user releases the operation of the first operator, and the control unit is set in a stop state in which all the functions are limited, when a remaining amount of the battery becomes smaller than a reference value. a working unit configured to perform a work; a battery; a control unit; and an operation unit configured to accept an operation of controlling an operating state of the working unit, wherein the control unit changes the operation mode based on the operation input to the operation unit and the operation unit includes a first operator and a second operator, wherein the working unit is set in the operating state when a user operates the second operator while operating the first operator, characterized in that, the control unit has, as operation modes, a normal mode in which the working unit is operable based on power of the battery, and a power saving mode in which the working unit is made inoperable by limiting some of functions, as compared with the normal mode, and power consumption of the battery by the control unit is suppressed, as compared with the normal mode, the control unit is set in the normal mode when the user operates the first operator, the control unit is set in the power saving mode when the user releases the operation of the first operator, and the control unit is set in a stop state in which all the functions are limited, when a remaining amount of the battery becomes smaller than a reference value.
Allergen-free food compositions, obtainable by (a) heating raw milk in a manner known per se, removing solids from it and skimming the cream, (b) subjecting the skimmed milk such obtained to microfiltration, (c) subjecting the fine whey obtained as a first permeate to ultrafiltration, (d) evaporating the second retentate obtained to a dry mass of from 30 to 50 % by weight, (e) subjecting the resulting whey protein concentrate to at least one hydrolysis step in the presence of at least one proteolytic enzyme, (f) subjecting the resulting hydrolysate to heat treatment and, eventually, (g) dehydrating the final product. (a) heating raw milk in a manner known per se, removing solids from it and skimming the cream, (b) subjecting the skimmed milk such obtained to microfiltration, (c) subjecting the fine whey obtained as a first permeate to ultrafiltration, (d) evaporating the second retentate obtained to a dry mass of from 30 to 50 % by weight, (e) subjecting the resulting whey protein concentrate to at least one hydrolysis step in the presence of at least one proteolytic enzyme, (f) subjecting the resulting hydrolysate to heat treatment and, eventually, (g) dehydrating the final product.
A method comprising: detecting, at a leaf node of a data center, a route advertisement; in response to detecting said route advertisement, identifying, at the leaf node of the data center, an Internet Protocol, IP, identifier of a spine node (306, 308) of another data center that interfaces with the data center included in the route advertisement; in response to identifying said IP identifier, determining, at the leaf node of the data center, that the route advertisement advertises a route to the spine node of the other data center based at least in part on the IP identifier identified in the route advertisement; and in response to determining that the route advertisement advertises a route to the spine node of the other data center, rejecting the route to the spine node of the other data center at the leaf node of the data center such that the leaf node does not learn the route to the spine node of the other data center. detecting, at a leaf node of a data center, a route advertisement; in response to detecting said route advertisement, identifying, at the leaf node of the data center, an Internet Protocol, IP, identifier of a spine node (306, 308) of another data center that interfaces with the data center included in the route advertisement; in response to identifying said IP identifier, determining, at the leaf node of the data center, that the route advertisement advertises a route to the spine node of the other data center based at least in part on the IP identifier identified in the route advertisement; and in response to determining that the route advertisement advertises a route to the spine node of the other data center, rejecting the route to the spine node of the other data center at the leaf node of the data center such that the leaf node does not learn the route to the spine node of the other data center.
A vacuum desorption process for a protective layer of a magnetic pole, comprising: performing, before injection of an impregnation liquid, vacuum desorption on a sealed system formed by a magnetic yoke and a vacuum bag, and establishing a functional relationship about a vacuum degree or pressure in the sealed system for controlling a procedure of the vacuum desorption, wherein parameters in the functional relationship comprise an average suctioned gas volume flow of a vacuum pump, duration of vacuumization, an initial pressure in the sealed system, as well as an initial volume of the sealed system. performing, before injection of an impregnation liquid, vacuum desorption on a sealed system formed by a magnetic yoke and a vacuum bag, and establishing a functional relationship about a vacuum degree or pressure in the sealed system for controlling a procedure of the vacuum desorption, wherein parameters in the functional relationship comprise an average suctioned gas volume flow of a vacuum pump, duration of vacuumization, an initial pressure in the sealed system, as well as an initial volume of the sealed system.