mhurhangee/ep-ind-claims huggingface dataset:
Seat of an aircraft comprising a bucket and a frame fixable to a floor for carrying said bucket, said seat comprising at least one energy absorption system, - each energy absorption system being provided with a plurality of energy absorbers arranged in parallel, each energy absorber having a first end secured to said frame, characterised in that - said seat comprises an index movable in translation to secure the bucket to at least one of said energy absorption systems by engaging a second end of one or more energy absorbers of the energy absorption system, - said seat comprises at least one suspension system having a spring member suspending said bucket from said frame as a function of the mass of the passenger, at least one of said suspension systems comprising a mechanical indexing means cooperating with said index so that a translation in elevation of the suspension system relative to the frame under the action of the mass of the passenger sitting on said bucket automatically causes a transverse translation of the index in order to engage the number of energy absorbers corresponding to the mass of the passenger, said seat comprising a mechanical inhibition system for blocking the suspension system during a crash. - each energy absorption system being provided with a plurality of energy absorbers arranged in parallel, each energy absorber having a first end secured to said frame, characterised in that - said seat comprises an index movable in translation to secure the bucket to at least one of said energy absorption systems by engaging a second end of one or more energy absorbers of the energy absorption system, - said seat comprises at least one suspension system having a spring member suspending said bucket from said frame as a function of the mass of the passenger, at least one of said suspension systems comprising a mechanical indexing means cooperating with said index so that a translation in elevation of the suspension system relative to the frame under the action of the mass of the passenger sitting on said bucket automatically causes a transverse translation of the index in order to engage the number of energy absorbers corresponding to the mass of the passenger, said seat comprising a mechanical inhibition system for blocking the suspension system during a crash.
A method for operating a device for processing fibres, in particular a card or roller card, in which a control can determine a contact between a clothed drum and a further roll, a carding element (13, 14) or a further component opposite the drum, wherein the drum and the roll, the carding element (13, 14) or the one or more further components opposite the drum are electrically insulated disposed or supported within the device, and electric voltage is applicable for determining a contact, characterized in that the control comprises at least one analyser and a classifier, which are formed for evaluating the location of the contact, wherein the control is formed for displaying the location of the contact and/or for automatically or manually adjusting the distance between the drum and the further roll, the carding element (13, 14) or the further component opposite the drum.
A method for assembling a section of a fuselage of an aircraft, the method comprising: pulsing a half barrel section of the fuselage along a track in a process direction; utilizing an indexing feature associated with the half barrel section to determine a desired contour for a portion of the half barrel section; and enforcing the desired contour onto the half barrel section using components that enforce an inner mold line and components that enforce an outer mold line when the contour of the half barrel section is out of tolerance from the desired contour. pulsing a half barrel section of the fuselage along a track in a process direction; utilizing an indexing feature associated with the half barrel section to determine a desired contour for a portion of the half barrel section; and enforcing the desired contour onto the half barrel section using components that enforce an inner mold line and components that enforce an outer mold line when the contour of the half barrel section is out of tolerance from the desired contour.
A computer-implemented method for managing communication between at least one server and at least one client, the method comprising: obtaining source data associated with a technical system from at least one first endpoint associated with the server, by a processing unit, wherein the first endpoint publishes the source data in a predefined source format; converting the source data in the source format to a generic format, wherein the generic format comprises key-value pairs indicative of the source data; converting the source data in generic format to a target format based on a configuration setting corresponding to the server; and providing the source data in the target format to a client. obtaining source data associated with a technical system from at least one first endpoint associated with the server, by a processing unit, wherein the first endpoint publishes the source data in a predefined source format; converting the source data in the source format to a generic format, wherein the generic format comprises key-value pairs indicative of the source data; converting the source data in generic format to a target format based on a configuration setting corresponding to the server; and providing the source data in the target format to a client.
A non-transitory computer readable medium storing computer code executable by a processor to perform a method for protecting against unintentional deletion of an eSIM from a mobile device, the method comprising: detecting deletion of an eSIM from the mobile device; accessing definitions of predefined scenarios indicative of unintentional deletions of eSIMs; analyzing the detected deletion, using the definitions, to determine that the detected deletion is unintentional, wherein analyzing the detected deletion includes at least one of: analyzing information describing the deletion to determine if said information correlates to said definitions of predefined scenarios, or, analyzing registration information for the eSIM; and causing a proactive care action to be performed to address the unintentional deletion of the eSIM from the mobile device. detecting deletion of an eSIM from the mobile device; accessing definitions of predefined scenarios indicative of unintentional deletions of eSIMs; analyzing the detected deletion, using the definitions, to determine that the detected deletion is unintentional, wherein analyzing the detected deletion includes at least one of: analyzing information describing the deletion to determine if said information correlates to said definitions of predefined scenarios, or, analyzing registration information for the eSIM; and analyzing information describing the deletion to determine if said information correlates to said definitions of predefined scenarios, or, analyzing registration information for the eSIM; and causing a proactive care action to be performed to address the unintentional deletion of the eSIM from the mobile device.
Use of activated T cells armed with a bispecific antibody, immunocompetent naïve T cells, and immunocompetent naïve B cells, in the manufacture of a medicament of autologous cells for the treatment of a patient suffering from cancer, wherein the activated T cells have been obtained by a method comprising the steps of: (a) isolating peripheral blood mononuclear cells comprising T cells from said patient; (b) activating the T cells of step (a) by ex vivo stimulation with soluble anti-CD3 monoclonal antibody, and growing said activated T cells in the presence of between 100 IU/ml to 500 IU/ml of IL-2; (c) arming of the activated T cells with bispecific antibodies capable of binding to the T cell receptor complex of a T cell, and to tumor-associated antigens on a tumor cell, under conditions wherein: (i) said bispecific antibody binds to said T cells and tumor cells, and/or Fc-receptor positive cells and tumor cells, (ii) said bispecific antibody binds to the tumor target and said antibody binding to the target activates the T cells, (iii) said bispecific antibody redirects said T cells and Fc-receptor positive cells to said tumor cells, and (iv) said activated and armed T cells destroy said tumor cells, and wherein the medicament is for reinfusion into said patient wherein said reinfusion is administered at least twice a week for at least 4 weeks, and wherein the reinfusion stimulates or induces the development of antigen-specific memory B cells from naïve B cells. (a) isolating peripheral blood mononuclear cells comprising T cells from said patient; (b) activating the T cells of step (a) by ex vivo stimulation with soluble anti-CD3 monoclonal antibody, and growing said activated T cells in the presence of between 100 IU/ml to 500 IU/ml of IL-2; (c) arming of the activated T cells with bispecific antibodies capable of binding to the T cell receptor complex of a T cell, and to tumor-associated antigens on a tumor cell, under conditions wherein: (i) said bispecific antibody binds to said T cells and tumor cells, and/or Fc-receptor positive cells and tumor cells, (ii) said bispecific antibody binds to the tumor target and said antibody binding to the target activates the T cells, (iii) said bispecific antibody redirects said T cells and Fc-receptor positive cells to said tumor cells, and (iv) said activated and armed T cells destroy said tumor cells, and (i) said bispecific antibody binds to said T cells and tumor cells, and/or Fc-receptor positive cells and tumor cells, (ii) said bispecific antibody binds to the tumor target and said antibody binding to the target activates the T cells, (iii) said bispecific antibody redirects said T cells and Fc-receptor positive cells to said tumor cells, and (iv) said activated and armed T cells destroy said tumor cells, and
An apparatus for ordering a first event, having associated therewith a first event timing value based on a common clock signal, and a second event, having associated therewith a second event timing value based on the common clock signal, the first and the second event timing values constituting an original temporal order of the first and the second event, wherein the first and the second event (202; 204) experience different delays while travelling through different paths of a distributed computing system (300; 700), and wherein at least one output event is to be determined by an event detector based on the first and the second event (202; 204), the apparatus comprising: a delay compensator associated to the event detector, the delay compensator having an input for receiving, in a temporal order corresponding to the different delays, the first and the second event (202; 204) and having an output for forwarding relayed versions (202'; 204') of the received first and second event to the associated event detector, wherein the delay compensator is operable to relay the first and the second event (202; 204) to the associated event detector in a temporal order corresponding to the original temporal order of the first and the second event based on the experienced delays and based on the associated first and second event timing values. a delay compensator associated to the event detector, the delay compensator having an input for receiving, in a temporal order corresponding to the different delays, the first and the second event (202; 204) and having an output for forwarding relayed versions (202'; 204') of the received first and second event to the associated event detector, wherein the delay compensator is operable to relay the first and the second event (202; 204) to the associated event detector in a temporal order corresponding to the original temporal order of the first and the second event based on the experienced delays and based on the associated first and second event timing values.
In vitro method for prognosis of the susceptibility to environmental stress of an individual, the method comprising: a. a step of determining the translation initiation sequence, or KOZAK sequence, of Ccnd1 gene, from a biological sample of said individual and comparing with the corresponding reference sequence in order to identify mutations, b. a step of quantifying the expression of the protein coded by said gene the KOZAK sequence of which was determined in the previous step, and comparing with the expression level of the protein obtained from a reference sample, such that if the KOZAK sequence comprises a mutation and the expression level of the protein is modified relative to the reference level, said individual will be likelier to develop a pathology related to an environmental stress. a. a step of determining the translation initiation sequence, or KOZAK sequence, of Ccnd1 gene, from a biological sample of said individual and comparing with the corresponding reference sequence in order to identify mutations, b. a step of quantifying the expression of the protein coded by said gene the KOZAK sequence of which was determined in the previous step, and comparing with the expression level of the protein obtained from a reference sample,
A catalyst composition, comprising: a support material that is either loaded with an active metal precursor or contains a metal component of a metal salt solution, wherein at least 75% of its pore volume is filled with an additive, wherein the additive consists of a heterocyclic additive being a heterocyclic compound containing oxygen as the heteroatom member of its ring providing a cyclic ester structure.
A cartridge for use in an aerosol-generating system, the cartridge comprising: a first compartment having a first air inlet and a first air outlet, the first compartment containing a nicotine source comprising a first carrier material (1161, 1161') impregnated with nicotine; and a second compartment having a second air inlet and a second air outlet, the second compartment containing an acid source comprising a second carrier material (1161, 1161') impregnated with an acid, wherein one of the first and second compartments (110, 114) comprises a pair of susceptor elements (1162', 1163') arranged in contact with the carrier material within the compartment (110, 114), and wherein the carrier material is arranged between the pair of susceptor elements (1162', 1163'). a first compartment having a first air inlet and a first air outlet, the first compartment containing a nicotine source comprising a first carrier material (1161, 1161') impregnated with nicotine; and a second compartment having a second air inlet and a second air outlet, the second compartment containing an acid source comprising a second carrier material (1161, 1161') impregnated with an acid, wherein one of the first and second compartments (110, 114) comprises a pair of susceptor elements (1162', 1163') arranged in contact with the carrier material within the compartment (110, 114), and wherein the carrier material is arranged between the pair of susceptor elements (1162', 1163').
A medical device comprising: an array of microneedles; and a coating on or within at least a portion of the microneedles, wherein the coating comprises: a peptide therapeutic agent; and an amino acid, wherein the peptide therapeutic agent and the amino acid either both have a net positive charge or both have a net negative charge, wherein the amino acid is histidine, and wherein the coating is substantially free of sorbitol. an array of microneedles; and a coating on or within at least a portion of the microneedles, wherein the coating comprises: a peptide therapeutic agent; and an amino acid, wherein the peptide therapeutic agent and the amino acid either both have a net positive charge or both have a net negative charge, wherein the amino acid is histidine, and wherein the coating is substantially free of sorbitol. a peptide therapeutic agent; and an amino acid, wherein the peptide therapeutic agent and the amino acid either both have a net positive charge or both have a net negative charge, wherein the amino acid is histidine, and wherein the coating is substantially free of sorbitol.
A method of modeling a subsurface process for a rift basin in a subsurface formation, the subsurface process including a syn-rift phase followed by a post-rift phase, comprising: generating a tectonic subsidence curve for the rift basin including a syn-rift subsidence curve for the syn-rift phase and a post-rift subsidence curve for the post-rift phase; modeling upper mantle stretching for the rift basin in the subsurface formation during the syn-rift phase using at least one processing unit and based upon subsidence during the post-rift phase and thermal thickening of the upper mantle lithospheric layer of the subsurface formation during post-rift subsidence, wherein modeling the upper mantle stretching includes fitting the post-rift subsidence curve for the rift basin by varying an upper mantle stretching factor; modeling crustal stretching for the rift basin during the syn-rift phase using the at least one processing unit based upon syn-rift subsidence and the modeled upper mantle stretching, wherein modeling the crustal stretching includes fitting the syn-rift subsidence curve for the rift basin by varying a crust stretching factor and using the generated upper mantle stretching factor; and performing an oilfield operation based on the results of the modelling of the crustal and upper mantle stretching (450, 448). generating a tectonic subsidence curve for the rift basin including a syn-rift subsidence curve for the syn-rift phase and a post-rift subsidence curve for the post-rift phase; modeling upper mantle stretching for the rift basin in the subsurface formation during the syn-rift phase using at least one processing unit and based upon subsidence during the post-rift phase and thermal thickening of the upper mantle lithospheric layer of the subsurface formation during post-rift subsidence, wherein modeling the upper mantle stretching includes fitting the post-rift subsidence curve for the rift basin by varying an upper mantle stretching factor; modeling crustal stretching for the rift basin during the syn-rift phase using the at least one processing unit based upon syn-rift subsidence and the modeled upper mantle stretching, wherein modeling the crustal stretching includes fitting the syn-rift subsidence curve for the rift basin by varying a crust stretching factor and using the generated upper mantle stretching factor; and performing an oilfield operation based on the results of the modelling of the crustal and upper mantle stretching (450, 448).
A method of processing received signals at a multiple input multiple output (MIMO) receiver including a plurality of antennas, the method comprising: selecting a reference resource element from an RE group including a plurality of REs; generating a preprocessing filter to be shared among the plurality of REs of the RE group based on channel information of the reference RE; generating covariance matrices of the REs except for the reference RE based on channel information of the REs except for the reference RE of the plurality of REs; and generating detection signals of the RE group by compensating for the received signals of the plurality of REs by using the preprocessing filter and either the covariance matrices or the channel information of the REs wherein it is determined whether the covariance matrices are used for compensating for the received signals of the plurality of REs, based on at least one of the number of receive antennas of the MIMO receiver, the number of layers of the received signals and a predetermined iteration number of the compensation process. selecting a reference resource element from an RE group including a plurality of REs; generating a preprocessing filter to be shared among the plurality of REs of the RE group based on channel information of the reference RE; generating covariance matrices of the REs except for the reference RE based on channel information of the REs except for the reference RE of the plurality of REs; and generating detection signals of the RE group by compensating for the received signals of the plurality of REs by using the preprocessing filter and either the covariance matrices or the channel information of the REs wherein it is determined whether the covariance matrices are used for compensating for the received signals of the plurality of REs, based on at least one of the number of receive antennas of the MIMO receiver, the number of layers of the received signals and a predetermined iteration number of the compensation process.
Universal programming station with orientable blocks, which is intended for programming operations of at least one appliance, wherein respective orientations of a plurality of blocks on a support of the station correspond, by configuration of said plurality of blocks and of the support, to at least one instruction for programming an operation of the appliance, and wherein the station is provided with a detection module, which is configured to detect the respective orientations of the blocks borne by the support, and with a communication module, which is configured to send data representing the at least one programming instruction corresponding to the blocks and to the respective orientations thereof on the support to a management platform via a communication network. wherein respective orientations of a plurality of blocks on a support of the station correspond, by configuration of said plurality of blocks and of the support, to at least one instruction for programming an operation of the appliance, and wherein the station is provided with a detection module, which is configured to detect the respective orientations of the blocks borne by the support, and with a communication module, which is configured to send data representing the at least one programming instruction corresponding to the blocks and to the respective orientations thereof on the support to a management platform via a communication network.
A tape elevation adjustment device for use with an aircraft arresting system, comprising: a housing; first and second horizontal sheave rollers (36, 38) positioned within the housing; a tape entrance area of the housing and a tape exit area of the housing; wherein, in use, the tape enters the tape entrance area at a first elevation and exits the tape exit area at a second elevation, wherein the second elevation is higher than the first elevation. a housing; first and second horizontal sheave rollers (36, 38) positioned within the housing; a tape entrance area of the housing and a tape exit area of the housing; wherein, in use, the tape enters the tape entrance area at a first elevation and exits the tape exit area at a second elevation, wherein the second elevation is higher than the first elevation.
System for attaching a tarpaulin for the purpose of closing a side of a loading space, which system comprises an upper support beam and a lower support beam situated at the height of respectively an upper side and a lower side of the loading space, wherein the upper support beam comprises an upper rail which is compatible with upper carriages and wherein the tarpaulin is connected to the upper carriages, all this such that the tarpaulin can be opened and closed through movement of the carriages in a longitudinal direction of the support beam, wherein the tarpaulin has on a lower side attaching elements for connecting the tarpaulin to the lower support beam so that the tarpaulin can be attached between the upper carriages and the lower support beam, which lower support beam comprises a lower rail which is compatible with lower carriages, characterized in that the lower carriages each comprise a connecting element for releasably connecting the attaching elements for the purpose of releasing and connecting the tarpaulin from and to the lower support beam for enabling an operator to opt for opening and closing the side of the loading space in an uncoupled state where the tarpaulin is released from the lower carriages as an alternative to a state where the tarpaulin is connected to the lower carriages.