mhurhangee/ep-ind-claims huggingface dataset:
A process for producing aviation fuel or blending stocks for aviation fuel, wherein said process comprises a first stage subjecting an oilfeed comprising fatty acids and/or fatty acid esters of biological origin and hydrogen gas to hydrodeoxygenation at a pressure between 10 and 150 bar, a temperature between 200 and 400 °C, in the presence of a hydrogenation catalyst comprising a metal selected from Group VIII and/or VIB of the Periodic System of Elements to yield n-paraffins; and a second stage subjecting the n-paraffins obtained from the first stage and hydrogen gas to conditions sufficient to effect isomerisation in the presence of an_ isomerisation catalyst to yield isoparaffins, and separating by distillation the fractions obtained at the second stage into a fraction boiling in the gas range, into a fraction boiling in the gasoline range, into a fraction boiling in the aviation fuel range, into a fraction boiling in the diesel range and into a heavy recycle stream boiling at a temperature from 290°C to 650°C under atmospheric pressure, and recycling the heavy recycle stream fraction to second isomerisation, namely reisomerisation, where isomerisation is effected in the presence of an isomerisation catalyst.
A method for managing alarms in a physiological monitoring apparatus, the method comprising: - determining a plurality of averages of a physiological parameter derived from at least one physiological signal acquired from a subject, wherein the averages represent a corresponding plurality of averaging periods; - assigning respective alarm limits to the plurality of averages; - defining at least one alarm indicator, wherein each alarm indicator is defined based on respective average and alarm limit; and - detecting (23, 24) an alarm based on the at least one alarm indicator; wherein the assigning includes assigning a basic alarm limit to a first average of the plurality of averages, wherein the first average represents the longest averaging period of the plurality of averages; characterised by determining an ultimate alarm limit based on the basic alarm limit and assigning the ultimate alarm limit to a second average of the plurality of averages, wherein the second average represents the shortest averaging period of the plurality of averages, wherein the ultimate alarm limit corresponds to a value obtained by multiplying the basic alarm limit by a predetermined coefficient and adding a predefined fixed constant. - determining a plurality of averages of a physiological parameter derived from at least one physiological signal acquired from a subject, wherein the averages represent a corresponding plurality of averaging periods; - assigning respective alarm limits to the plurality of averages; - defining at least one alarm indicator, wherein each alarm indicator is defined based on respective average and alarm limit; and - detecting (23, 24) an alarm based on the at least one alarm indicator;
A medical device for keeping open a wound during surgery, the medical device comprising - a surgical retractor provided with an element for placing at an edge of a wound or tissue, - a mechanical retracting system, characterised in that said mechanical retracting system is arranged for coupling directly to or forming part of the retractor, wherein the mechanical retracting system comprises a force element for automatically retracting an elongate wire-like element to apply tension to the elongate wire-like element. - a surgical retractor provided with an element for placing at an edge of a wound or tissue, - a mechanical retracting system, characterised in that said mechanical retracting system is arranged for coupling directly to or forming part of the retractor, wherein the mechanical retracting system comprises a force element for automatically retracting an elongate wire-like element to apply tension to the elongate wire-like element.
A compound represented by Formula I wherein R 1 is methyl; R 2 is methyl; one of R 3 and R 4 is hydrogen, and the other is selected from the group consisting of hydroxy, alkoxy having 1 or 2 carbon atoms, and nitro; t is 0; q is 0; r is 1; R 5 is hydrogen or methyl; R 6 is hydrogen R 7 is y is 0, 1, 2, or 3; m is 0, 1, 2, 3, or 4; n is 0; R 8 is hydrogen and R 9 is hydrogen; R 12 is hydrogen or alkyl having from 1 to 3 carbon atoms, or when R 12 is hydrogen, a pharmaceutically acceptable salt of the compound. R 1 is methyl; R 2 is methyl; one of R 3 and R 4 is hydrogen, and the other is selected from the group consisting of hydroxy, alkoxy having 1 or 2 carbon atoms, and nitro; t is 0; q is 0; r is 1; R 5 is hydrogen or methyl; R 6 is hydrogen R 7 is y is 0, 1, 2, or 3; m is 0, 1, 2, 3, or 4; n is 0; R 8 is hydrogen and R 9 is hydrogen; R 12 is hydrogen or alkyl having from 1 to 3 carbon atoms, or when R 12 is hydrogen, a pharmaceutically acceptable salt of the compound. y is 0, 1, 2, or 3; m is 0, 1, 2, 3, or 4; n is 0; R 8 is hydrogen and R 9 is hydrogen; R 12 is hydrogen or alkyl having from 1 to 3 carbon atoms, or when R 12 is hydrogen, a pharmaceutically acceptable salt of the compound.
A stator for an electric generator, in particular for a wind turbine, the stator comprising: an inner frame structure having an annular shape formed around a rotational axis of the electric generator, the inner frame structure comprising an inner ring coaxial with the rotational axis; and an outer frame structure (121, 122) formed around the rotational axis and surrounding the inner frame structure, the outer frame structure (121, 122) being radially distanced from the inner frame structure and comprising two outer rings (121, 122), which are distanced from one another along the rotational axis, wherein the stator comprises a plurality of spokes distributed around the rotational axis and connecting the inner frame structure and the outer frame structure (121, 122), wherein the plurality of spokes are fixed to the internal ring and to the outer rings (121, 122), characterized in that each spoke has a divergent shape extending from a vertex fixed to the inner ring and diverges towards the two outer rings (121, 122). an inner frame structure having an annular shape formed around a rotational axis of the electric generator, the inner frame structure comprising an inner ring coaxial with the rotational axis; and an outer frame structure (121, 122) formed around the rotational axis and surrounding the inner frame structure, the outer frame structure (121, 122) being radially distanced from the inner frame structure and comprising two outer rings (121, 122), which are distanced from one another along the rotational axis, wherein the stator comprises a plurality of spokes distributed around the rotational axis and connecting the inner frame structure and the outer frame structure (121, 122), wherein the plurality of spokes are fixed to the internal ring and to the outer rings (121, 122), wherein the stator comprises a plurality of spokes distributed around the rotational axis and connecting the inner frame structure and the outer frame structure (121, 122), wherein the plurality of spokes are fixed to the internal ring and to the outer rings (121, 122),
A computer-implemented method for launching a chat session from a message, the method comprising: receiving, at a messaging application a message including an access point (310, 320) to a chat service, wherein the access point comprises a button, a hyperlink, or other control; receiving a selection of the access point from within the message displayed within a first window of the messaging application; extracting context data from the message; providing the context data to the chat service; and establishing a conversation with the chat service based on the context data, wherein the conversation with the chat service is a continuation of the message based on the context data, and wherein the conversation is presented in a second window within or near the message displayed within the first window of the messaging application. receiving, at a messaging application a message including an access point (310, 320) to a chat service, wherein the access point comprises a button, a hyperlink, or other control; receiving a selection of the access point from within the message displayed within a first window of the messaging application; extracting context data from the message; providing the context data to the chat service; and establishing a conversation with the chat service based on the context data, wherein the conversation with the chat service is a continuation of the message based on the context data, and wherein the conversation is presented in a second window within or near the message displayed within the first window of the messaging application.
A method of recording data in a data recorder having one or more processors and one or more persistent data stores, said method comprising: deterministically generating pseudo-random masking data in dependence upon one more masking data generation parameters; storing the deterministically generated pseudo-random masking data in a persistent data store of the data recorder;; deleting the mask generation parameters from the data recorder by powering the data recorder down for sufficient time to allow the contents of the data recorder's volatile memory to be lost, prior to: receiving input data; combining said input data with said pseudo-random masking data to generate masked data using a masking process reversible with knowledge of said one or more masking data generation parameters; erasing said pseudo-random masking data from said one or more persistent data stores once it has been used in generating said masked data; recording, in said one or more persistent data stores, the masked data output by said one or more processors; and outputting said masked data from said one or more persistent data stores to a reader having access to said one or more masking data generation parameters. deterministically generating pseudo-random masking data in dependence upon one more masking data generation parameters; storing the deterministically generated pseudo-random masking data in a persistent data store of the data recorder;; deleting the mask generation parameters from the data recorder by powering the data recorder down for sufficient time to allow the contents of the data recorder's volatile memory to be lost, prior to: receiving input data; combining said input data with said pseudo-random masking data to generate masked data using a masking process reversible with knowledge of said one or more masking data generation parameters; erasing said pseudo-random masking data from said one or more persistent data stores once it has been used in generating said masked data; recording, in said one or more persistent data stores, the masked data output by said one or more processors; and outputting said masked data from said one or more persistent data stores to a reader having access to said one or more masking data generation parameters. receiving input data; combining said input data with said pseudo-random masking data to generate masked data using a masking process reversible with knowledge of said one or more masking data generation parameters; erasing said pseudo-random masking data from said one or more persistent data stores once it has been used in generating said masked data; recording, in said one or more persistent data stores, the masked data output by said one or more processors; and outputting said masked data from said one or more persistent data stores to a reader having access to said one or more masking data generation parameters.
A combination of a filter and a submersible pump having a pump housing with a pump intake and an outwardly extending pump discharge tube, the filter comprising: a filter housing that is configured to releasably engage the pump housing, wherein the filter housing has: a filter intake and filter media disposable in line with the pump intake; a first coupling configured to telescopically register with part of the pump; a second coupling configured to releasably engage the discharge tube extending outwardly from the pump housing; characterized in that the filter housing further comprises: a pair of generally parallel grates (48, 72) disposed generally inline with the pump intake, where one of the grates comprises an intake grate disposed inline with the pump intake and another one of the grates comprises a filtrate grate disposed inline with the pump intake and between the pump intake and the intake grate. a filter intake and filter media disposable in line with the pump intake; a first coupling configured to telescopically register with part of the pump; a second coupling configured to releasably engage the discharge tube extending outwardly from the pump housing; characterized in that the filter housing further comprises: a pair of generally parallel grates (48, 72) disposed generally inline with the pump intake, where one of the grates comprises an intake grate disposed inline with the pump intake and another one of the grates comprises a filtrate grate disposed inline with the pump intake and between the pump intake and the intake grate.
An information display method, wherein the method is implemented by an information aggregation application running on a terminal and the method comprises: obtaining, by the terminal, content information of at least one content source, wherein the at least one content source corresponds to at least two pieces of account information stored in the terminal; integrating, by the terminal, the content information into content display information; and displaying, by the terminal, the content display information, characterized in that the integrating, by the terminal, the content information into content display information comprises: converting the content information from an unstructured data format to a structured data format according to a rule; and classifying the content information of the structured data format to obtain the classified content information of the structured data format, that is, the content display information, wherein a rule center is set in the terminal and when the rule needs to be updated, the rule is updated in a manner of pushing the rule to the information aggregation application, wherein the pushing comprises receiving data information, by the terminal, from a server. obtaining, by the terminal, content information of at least one content source, wherein the at least one content source corresponds to at least two pieces of account information stored in the terminal; integrating, by the terminal, the content information into content display information; and displaying, by the terminal, the content display information, characterized in that the integrating, by the terminal, the content information into content display information comprises: converting the content information from an unstructured data format to a structured data format according to a rule; and classifying the content information of the structured data format to obtain the classified content information of the structured data format, that is, the content display information, wherein a rule center is set in the terminal and when the rule needs to be updated, the rule is updated in a manner of pushing the rule to the information aggregation application, wherein the pushing comprises receiving data information, by the terminal, from a server. converting the content information from an unstructured data format to a structured data format according to a rule; and classifying the content information of the structured data format to obtain the classified content information of the structured data format, that is, the content display information, wherein a rule center is set in the terminal and when the rule needs to be updated, the rule is updated in a manner of pushing the rule to the information aggregation application, wherein the pushing comprises receiving data information, by the terminal, from a server.
Drive device for a valve, having a housing for receiving a coil which is fixed in relation to the housing, and a drive rod, to which a pole shoe and a permanently magnetic or magnetizable magnetically soft element which is magnetized in the axial direction of the drive rod are fastened in such a way that the drive rod can be moved translationally with respect to the coil by means of magnetic force, it being possible for the drive rod to be coupled to a translationally movable shut-off body of the valve in such a way that a translational movement of the drive rod brings about a translational movement of the shut-off body for opening and closing the valve, the housing being configured for receiving a metal part which is fastened to the housing and surrounds the coil and a further coil which is arranged next to it, the coils (17c, 17d) being fastened to the metal part, and a further pole shoe and the permanently magnetic or magnetizable magnetically soft element which is magnetized in the axial direction of the drive rod being fastened to the drive rod of the pole shoe in such a way that the drive rod can be moved translationally in the and along the coils (17c, 17d) by means of magnetic force, characterized in that the coils have in each case at least one winding, the winding direction of which is opposed to one another.
Control system for a rail vehicle, which has a plurality of cars (12.1 - 12.4), comprising at least one central control apparatus provided for controlling at least one vehicle-wide function on the basis of global information, and comprising a set of decentralized car control devices (14.1 - 14.4) which, during operation, in each case contain a local sub-information item (TI.1 - TI.4) of the global information, characterized in that - provision is made of a data connection device comprising connection segments (22.1, 22.2, 22.3; 22.4) which connect car control devices (14.1 - 14.4) of adjacent cars (12.1 - 12.4) to one another in pairs for the purpose of producing a data transfer in at least one transfer direction (Ü R, Ü L), - the paired car control devices (14.1 - 14.4) and the connection segments (22.1 - 22.3; 22.4) form, in the transfer direction (Ü R, Ü L), a data chain (K R, K L) which is cumulative with respect to the sub-information items (TI.1 - TI.4), and - provision is made of at least one determining unit (28.i, 28'.i) which detects and evaluates data of the data chain (K R, K L) for the purpose of forming the global information. - provision is made of a data connection device comprising connection segments (22.1, 22.2, 22.3; 22.4) which connect car control devices (14.1 - 14.4) of adjacent cars (12.1 - 12.4) to one another in pairs for the purpose of producing a data transfer in at least one transfer direction (Ü R, Ü L), - the paired car control devices (14.1 - 14.4) and the connection segments (22.1 - 22.3; 22.4) form, in the transfer direction (Ü R, Ü L), a data chain (K R, K L) which is cumulative with respect to the sub-information items (TI.1 - TI.4), and - provision is made of at least one determining unit (28.i, 28'.i) which detects and evaluates data of the data chain (K R, K L) for the purpose of forming the global information.
A method for embossing an embossing pattern on an embossing surface of an embossing material (6, 6') with the following sequence: - arrangement of a stamp surface of a structure stamp arranged in a module-like frame opposite the embossing material (6, 6'), - moving an embossing element driven by an embossing element drive along the structure stamp over the structure stamp and in doing so embossing of the embossing material (6, 6') by applying the stamp surface to the embossing material (6, 6'), wherein the embossing element is constituted as an embossing roll. - arrangement of a stamp surface of a structure stamp arranged in a module-like frame opposite the embossing material (6, 6'), - moving an embossing element driven by an embossing element drive along the structure stamp over the structure stamp and in doing so embossing of the embossing material (6, 6') by applying the stamp surface to the embossing material (6, 6'), wherein the embossing element is constituted as an embossing roll.
A control device for controlling a control target (2, 3), the control device configured to output a command value based on which a driving force is provided to the control target (2, 3), the control device comprising: a predictor configured to output a predictive value of an output value of the control target (2, 3) calculated for an input value input to the predictor, the input value being the command value or a value of the driving force, the predictive value being obtained from a result of a prediction calculation performed by the predictor using a model of the control target; a relational value calculator configured to calculate a relational value indicating a relationship between the predictive value and a measured value of the output value of the control target (2, 3); and characterized by a relational value comparator configured to compare a previously stored first relational value to a second relational value so as to detect a characteristic change, the first relational value being the relational value in a reference state in which the control target (2, 3) operates in a specific state in an initial mode, the second relational value being the relational value calculated by the relational value calculator in an operating state in which the control target (2, 3) is actually operated. a predictor configured to output a predictive value of an output value of the control target (2, 3) calculated for an input value input to the predictor, the input value being the command value or a value of the driving force, the predictive value being obtained from a result of a prediction calculation performed by the predictor using a model of the control target; a relational value calculator configured to calculate a relational value indicating a relationship between the predictive value and a measured value of the output value of the control target (2, 3); and characterized by a relational value comparator configured to compare a previously stored first relational value to a second relational value so as to detect a characteristic change, the first relational value being the relational value in a reference state in which the control target (2, 3) operates in a specific state in an initial mode, the second relational value being the relational value calculated by the relational value calculator in an operating state in which the control target (2, 3) is actually operated.