mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for controlling simulation of a coupled hybrid dynamic system, comprising: a physical test rig configured to drive a component under test of the system on a test rig over a period of time to conduct a repetitive multicycle test sequence, wherein first an initial test drive signal input is applied to the test rig to generate a test rig response; and a processor configured with a virtual model of the system, the processor configured to receive at least a portion of the test rig response into the virtual model of the system less the physical component under test and obtaining a model response of the system, and characterized in that the processor is further configured to: - compensate for wear, aging or degrading of the physical component under test during said period of time to conduct the repetitive multicycle test sequence, the compensation being based on comparing another portion of the test rig response from at least one test cycle with the model response associated with the at least one test cycle and record or render an output; and - generate a new test rig drive signal for a next test cycle based on the initial test drive signal and the output. a physical test rig configured to drive a component under test of the system on a test rig over a period of time to conduct a repetitive multicycle test sequence, wherein first an initial test drive signal input is applied to the test rig to generate a test rig response; and a processor configured with a virtual model of the system, the processor configured to receive at least a portion of the test rig response into the virtual model of the system less the physical component under test and obtaining a model response of the system, and characterized in that the processor is further configured to: - compensate for wear, aging or degrading of the physical component under test during said period of time to conduct the repetitive multicycle test sequence, the compensation being based on comparing another portion of the test rig response from at least one test cycle with the model response associated with the at least one test cycle and record or render an output; and - generate a new test rig drive signal for a next test cycle based on the initial test drive signal and the output. - compensate for wear, aging or degrading of the physical component under test during said period of time to conduct the repetitive multicycle test sequence, the compensation being based on comparing another portion of the test rig response from at least one test cycle with the model response associated with the at least one test cycle and record or render an output; and - generate a new test rig drive signal for a next test cycle based on the initial test drive signal and the output.
Cilastatin for use in a preventive or therapeutic method of treating sepsis in a mammalian subject, with the proviso that when cilastatin is administered in combination with another drug said other drug is not a beta-lactam nephrotoxic antimicrobial agent.
A biaxially stretched electrically insulating monolayer film having a breakdown voltage of at least 100 V/μm, as determined according to the method described herein, said film comprising: - a polyester forming a matrix; - a plurality of anisotropic primary filler particles dispersed within the matrix, said particles being selected from the group consisting of boron nitride, aluminum nitride, silicon carbide, silicon nitride, aluminum oxide, gallium nitride, gallium arsenide, gallium phosphide, zinc oxide, indium phosphide, beryllium oxide, magnesium oxide, silicon, and mixtures thereof, wherein the particles are present in an amount ranging from 1.5 to 5 wt.% based on the total weight of the film, and wherein the plane or the principal axis of at least 20 % of the primary filler particles forms an angle of from 20° to 90° with respect to the film plane, wherein the thermal conductivity of said film in the direction perpendicular to the film plane is at least 0.25 W/m. K, as determine according to the method described herein. - a polyester forming a matrix; - a plurality of anisotropic primary filler particles dispersed within the matrix, said particles being selected from the group consisting of boron nitride, aluminum nitride, silicon carbide, silicon nitride, aluminum oxide, gallium nitride, gallium arsenide, gallium phosphide, zinc oxide, indium phosphide, beryllium oxide, magnesium oxide, silicon, and mixtures thereof,
A method of thermocycling comprising providing at least two primer pairs in a mix, the first primer pair being a target-specific primer pair and the second pair being a universal primer pair, and subjecting the mix to a thermocycling protocol, the method characterised in that the target-specific primer pair comprises a target-specific primer comprising a target-specific sequence having melting temperature T m-ts and at a S'-end of said target specific sequence a first anisotropical hairpin defined as having a first loop and a first anisotropical stem comprising at least one G-T or G-U pairing and having melting temperature T m-as1, wherein T m-as1 is at least 8°C higher than T m-ts; and in that the universal primer pair comprises a universal primer comprising a second anisotropical hairpin defined as having a second loop and a second anisotropical stem comprising at least one G-T or G-U pairing, having melting temperature T m-as2 and having at least 90% sequence similarity to the first anisotropical stem. the method characterised in that the target-specific primer pair comprises a target-specific primer comprising a target-specific sequence having melting temperature T m-ts and at a S'-end of said target specific sequence a first anisotropical hairpin defined as having a first loop and a first anisotropical stem comprising at least one G-T or G-U pairing and having melting temperature T m-as1, wherein T m-as1 is at least 8°C higher than T m-ts; a target-specific sequence having melting temperature T m-ts and at a S'-end of said target specific sequence a first anisotropical hairpin defined as having a first loop and a first anisotropical stem comprising at least one G-T or G-U pairing and having melting temperature T m-as1, wherein T m-as1 is at least 8°C higher than T m-ts; and in that the universal primer pair comprises a universal primer comprising a second anisotropical hairpin defined as having a second loop and a second anisotropical stem comprising at least one G-T or G-U pairing, having melting temperature T m-as2 and having at least 90% sequence similarity to the first anisotropical stem.
Photographic lens unit, comprising: a focusing lens, a zoom lens and and iris; camera control circuits having different control functions which are mounted on respective ones of a plurality of camera control boards (10 to 21) which are independent of one another, wherein said plurality of camera control boards (10 to 21) include a focusing lens control board that controls a focusing lens, a zoom lens control board that controls a zoom lens, and an iris control board that controls an iris; and a network line (BUS 1, BUS 2) connecting the camera control boards (10 to 21); one camera control board among said plurality of camera control boards (10 to 21) is adapted to decide the order of priority of camera control boards (10 to 21) that use the network line (BUS 1, BUS 2) such that the more the zoom lens is shifted toward telephoto and, moreover, the more the iris is opened, the higher the order of priority given to said focusing lens control board for using the network line (BUS 1, BUS 2), and the more the zoom lens is shifted toward wide angle and, moreover, the more the iris is closed, the lower the order of priority given to said focusing lens control board for using the network line (BUS 1, BUS 2). a focusing lens, a zoom lens and and iris; camera control circuits having different control functions which are mounted on respective ones of a plurality of camera control boards (10 to 21) which are independent of one another, wherein said plurality of camera control boards (10 to 21) include a focusing lens control board that controls a focusing lens, a zoom lens control board that controls a zoom lens, and an iris control board that controls an iris; and a network line (BUS 1, BUS 2) connecting the camera control boards (10 to 21); one camera control board among said plurality of camera control boards (10 to 21) is adapted to decide the order of priority of camera control boards (10 to 21) that use the network line (BUS 1, BUS 2) such that
A method for filling of a mold with at least two pasty masses (2, 3), wherein the mold is in particular adapted for forming lipstick mines, the method comprising: inserting of a first end region of a dosing apparatus into the mold, wherein the first end region of the dosing apparatus comprises at least one opening; filling the first end region of the dosing apparatus with a first pasty mass; increasing the gas pressure in the first end region of the dosing apparatus, wherein the first pasty mass is pressed through the at least one opening by the pressure; removing the first end region of the dosing apparatus from the mold; and filling up the mold with a second pasty mass. inserting of a first end region of a dosing apparatus into the mold, wherein the first end region of the dosing apparatus comprises at least one opening; filling the first end region of the dosing apparatus with a first pasty mass; increasing the gas pressure in the first end region of the dosing apparatus, wherein the first pasty mass is pressed through the at least one opening by the pressure; removing the first end region of the dosing apparatus from the mold; and filling up the mold with a second pasty mass.
Monitoring device arranged to be operably connected to a medicament delivery device, said medicament delivery device comprising a manually operated movable dose activating element, said monitoring device comprising an electronic circuit, said electronic circuit comprising a light emitting element and a light sensor, wherein said light emitting element and said light sensor are positioned in relation to said dose activating element so as to detect a manual operation of said dose activating element from an initial position, wherein said dose activation element is arranged for setting a dose of medicament and for delivering said set dose and characterized in that said electronics circuit is arranged to register when said light sensor detects an interruption of a light beam between said light emitting element and said light sensor.
A method for the treatment of water or wastewater, having impurities therein, by filtration through two granular media filter stages of the moving bed type operated in series, comprising: feeding of said water/wastewater as a first influent to first stage granular media filters; filtration of said first influent in said first stage granular media filters to produce a first effluent; feeding said first effluent as a second influent to second stage granular media filters; and filtration of said second influent in said second stage granular media filters to produce a second effluent; characterized by intermittent washing of the granular filter media of said second stage granular media filters. feeding of said water/wastewater as a first influent to first stage granular media filters; filtration of said first influent in said first stage granular media filters to produce a first effluent; feeding said first effluent as a second influent to second stage granular media filters; and filtration of said second influent in said second stage granular media filters to produce a second effluent; intermittent washing of the granular filter media of said second stage granular media filters.
An A/V receiving apparatus (100, 400) comprising: a first interface (120, 430) connected to a display apparatus; a second interface (130, 440) connected to an audio signal output apparatus; and a controller (150, 460) configured to: transmit a request for activating an audio signal return channel, ARC, function of the display apparatus, to the display apparatus via the first interface, after transmitting the request to the display apparatus, transmit a video signal and an audio signal via the first interface, when the audio signal is returned from the display apparatus via an audio signal return channel of the first interface which is activated by the request, calculate an output time difference of the video signal and the audio signal based on a return timing of the audio signal returned from the display apparatus, and delay an audio signal to be provided to the audio signal output apparatus according to the output time difference and transmit the delayed audio signal via the second interface to the audio signal output apparatus. a first interface (120, 430) connected to a display apparatus; a second interface (130, 440) connected to an audio signal output apparatus; and a controller (150, 460) configured to: transmit a request for activating an audio signal return channel, ARC, function of the display apparatus, to the display apparatus via the first interface, after transmitting the request to the display apparatus, transmit a video signal and an audio signal via the first interface, when the audio signal is returned from the display apparatus via an audio signal return channel of the first interface which is activated by the request, calculate an output time difference of the video signal and the audio signal based on a return timing of the audio signal returned from the display apparatus, and delay an audio signal to be provided to the audio signal output apparatus according to the output time difference and transmit the delayed audio signal via the second interface to the audio signal output apparatus. transmit a request for activating an audio signal return channel, ARC, function of the display apparatus, to the display apparatus via the first interface, after transmitting the request to the display apparatus, transmit a video signal and an audio signal via the first interface, when the audio signal is returned from the display apparatus via an audio signal return channel of the first interface which is activated by the request, calculate an output time difference of the video signal and the audio signal based on a return timing of the audio signal returned from the display apparatus, and delay an audio signal to be provided to the audio signal output apparatus according to the output time difference and transmit the delayed audio signal via the second interface to the audio signal output apparatus.
A method for indicating data offload, characterized in that the method comprises: when a radio bearer is established or modified, a mobility management unit of a core network notifies a traffic offload network element of the bearer type of the bearer to determine whether to start the data offload; wherein the bearer type is configured to indicate whether the bearer is applied in local access; wherein after the mobility management unit notifies the traffic offload network element of the bearer type, the method further comprises: the traffic offload network element starts an offload policy for a bearer applied in local access to perform data offload; and the traffic offload network element transmits data on a bearer which is not applied in local access to the core network. when a radio bearer is established or modified, a mobility management unit of a core network notifies a traffic offload network element of the bearer type of the bearer to determine whether to start the data offload; wherein the bearer type is configured to indicate whether the bearer is applied in local access; wherein after the mobility management unit notifies the traffic offload network element of the bearer type, the method further comprises: the traffic offload network element starts an offload policy for a bearer applied in local access to perform data offload; and the traffic offload network element transmits data on a bearer which is not applied in local access to the core network.
A method of forming a passivated composition, comprising: combining direct process solids and a passivating composition comprising clay, water and a base, characterised in that the direct process solids and clay are combined at a ratio of clay to direct process solids of 0.46:1 to 0.06:1, the base is combined at ≥ 0.18 equivalents per 100 grams of the direct process solids and the water is from 15 weight % to 40 weight % of the passivated composition.
Device for brake design for a vehicle, in particular for design of at least one brake arrangement of a rail vehicle, wherein an input facility, a computing facility and an output facility are provided, wherein a computer program product is provided in the computing facility, wherein the computer program product has a plurality of computer program product modules for brake design which are embodied so that they can be connected with and separated from one another for the purpose of a variable scope of determination in terms of design criteria of brake arrangements, characterised in that one of the computer product modules is implemented as a module for determining wearing of the brakes.
A method for communication to a mobile terminal of data representative of a piece of information associated with a radiofrequency peripheral in a sales area having a series of radiofrequency peripherals, each radiofrequency peripheral being identified by a unique radiofrequency peripheral identifier specific thereto, said mobile terminal executing a primary application and having several secondary applications each associated with a piece of store chain information, said method comprising at least the following steps: - the mobile terminal establishes radiofrequency communication with a radiofrequency peripheral, - the mobile terminal receives, from the radiofrequency peripheral, the radiofrequency peripheral identifier of said radiofrequency peripheral, - the primary application generates a primary request including a first characteristic information derived from said radiofrequency peripheral identifier and the mobile terminal transmits said primary request to a primary server, - the mobile terminal receives, from the primary server, a piece of store chain information associated with said first characteristic information in response to the primary request, - the primary application selectively starts a secondary application based on the piece of store chain information associated with said first characteristic information, - the secondary application generates a secondary request including a second characteristic information derived from said radiofrequency peripheral identifier and the mobile terminal transmits said secondary request to a secondary server, said secondary server being selected based on the piece of store chain information, - the mobile terminal receives, from the secondary server, data representative of a piece of information associated with said radiofrequency peripheral in response to the secondary request. - the mobile terminal establishes radiofrequency communication with a radiofrequency peripheral, - the mobile terminal receives, from the radiofrequency peripheral, the radiofrequency peripheral identifier of said radiofrequency peripheral, - the primary application generates a primary request including a first characteristic information derived from said radiofrequency peripheral identifier and the mobile terminal transmits said primary request to a primary server, - the mobile terminal receives, from the primary server, a piece of store chain information associated with said first characteristic information in response to the primary request, - the primary application selectively starts a secondary application based on the piece of store chain information associated with said first characteristic information, - the secondary application generates a secondary request including a second characteristic information derived from said radiofrequency peripheral identifier and the mobile terminal transmits said secondary request to a secondary server, said secondary server being selected based on the piece of store chain information, - the mobile terminal receives, from the secondary server, data representative of a piece of information associated with said radiofrequency peripheral in response to the secondary request.
A capsule to prepare an infusion of a powdered product, in particular American coffee, and comprising: - a cup-shaped body (101; 101') comprising a bottom, which has an opening, and a lateral wall; - a basket for containing the powdered product which is made of filtering material and is arranged inside said cup-shaped body (101; 101'); - support elements (107; 107'), which are arranged between the bottom of the cup-shaped body (101; 101') and the basket; - spacer elements which are suited to delimit a plurality of preferential channels between the lateral wall of the cup-shaped body (101; 101') and the basket; the capsule being characterized in that it comprises a deflector device transverse to the longitudinal axis; and in that the support elements (107; 107') are interposed between the preferential channels and the opening and are suited to create a labyrinth path for an infusion fluid coming from said preferential channels. - a cup-shaped body (101; 101') comprising a bottom, which has an opening, and a lateral wall; - a basket for containing the powdered product which is made of filtering material and is arranged inside said cup-shaped body (101; 101'); - support elements (107; 107'), which are arranged between the bottom of the cup-shaped body (101; 101') and the basket; - spacer elements which are suited to delimit a plurality of preferential channels between the lateral wall of the cup-shaped body (101; 101') and the basket;
A solenoid operated valve assembly, comprising: a solenoid can; a valve body connected to the solenoid can; a pole piece connected to the solenoid can operable to transfer a magnetic flux; a homogenous valve member/armature having a first end positioned proximate to a pole piece end of the pole piece and a piston defining a second end, the valve member/armature created of a homogenous single element of a magnetically effected material throughout, the valve member/ armature slidably disposed in the valve body and movable from a valve closed position to a valve open position in the presence of the magnetic flux; a biasing member positioned within the valve body that provides a biasing force to continuously bias the valve member/armature toward a valve closing direction, wherein a first end of the biasing member is positioned within a member cavity created at the first end of the valve member/armature, and wherein a second end of the biasing member is retained within a pole piece cavity created in the pole piece end of the pole piece; and characterized in that it comprises an axially adjustable retainer threadably connected to the valve body and adapted to slidably receive the valve member/armature, a portion of the retainer defining a second valve seat, wherein an axial adjustment of the retainer is operable to axially reposition the second valve seat.
A process for reducing the content of free formaldehyde in a phenol-formaldehyde resin starting material, comprising the step of treating the phenol-formaldehyde resin starting material with at least one oxidizing agent, wherein the amount of oxidizing agent is 1 to 3 mol oxidizing agent per mol of free formaldehyde in the phenol-formaldehyde resin used as starting material, and wherein the pH of the phenol-formaldehyde resin starting material and the resin obtained after the treatment is 7 or higher, the dilutability is more than 20 times in demineralized water, the viscosity is lower than 100 mPa·s at 20 °C, and the curing B-time is between 3-15 minutes, wherein the dilutability, viscosity and curring B-time are determined as described herein, and wherein the process is carried out at a temperature of 5 to 60 °C.