mhurhangee/ep-ind-claims huggingface dataset:
Method of operating a roll stand for the cold-rolling of rolling material, wherein the roll stand comprises at least one upper backing roll and lower backing roll, as well as an upper work roll and lower work roll, which span a rolling gap, and optionally also an upper intermediate roll and lower intermediate roll; and wherein the roll stand can be operated selectably in an operating mode of reducing operation for reducing the thickness of the rolling material or an operating mode of skin-pass operation; characterised in that in skin-pass operation neither the upper nor the lower backing roll is driven; and in skin-pass operation the upper or the lower work roll (120-1, 120-2) is decoupled from its drive device (124, 124-1, 124-2).
An instrument comprising a shank and a working portion, the working portion having a tip and a plurality of flutes being defined by at least two lands, the lands having a land margin, a leading edge region and a trailing edge region; wherein the working portion has a parabolic cross-section defining opposing convexed surfaces extending between at least two opposing land margins, wherein each of the flutes has a flute leading side wall, a flute trailing side wall, and a flute base located between, the flute trailing side wall and the flute leading side wall extend between the flute base, and the flute trailing edge region and the flute leading edge region, respectively of the opposed land margin in a straight or arcuate manner such that the overall wall, i.e. the flute trailing side wall and the flute leading side wall extending between the trailing edge region, the base and the flute leading edge portion defines a convex cross-section, characterized in that the flute bases extend to and define a core, the core 13 extending along a central axis A, and the land margins each lie on a circle B extending about the central axis A and having a diameter equal to diameter of the shank.
Pharmaceutical preparation for the application of a pharmaceutical active substance, characterized in that it contains: a) midazolam; b) permethylated β-cyclodextrin with a degree of substitution of 3 methyl groups per glucopyranose unit; where the permethylated β-cyclodextrin and the midazolam form a complex. a) midazolam; b) permethylated β-cyclodextrin with a degree of substitution of 3 methyl groups per glucopyranose unit; where the permethylated β-cyclodextrin and the midazolam form a complex.
Method for preparing an air electrode based on Pr 2-x NiO 4 with 0≤x<2, comprising a step consisting in sintering a ceramic ink comprising Pr 2-x NiO 4 and a pore-forming agent at a temperature above 1000°C and below or equal to 1150°C.
A centralized diagnostics management tool facilitating monitoring of a set of distributed components of a supervisory process control and manufacturing information application that executes above a control layer in a process control network to provide guidance to lower level control elements and/or field devices, the centralized diagnostics management tool comprising: an extensible set of software modules that provide data links to ones of the set of distributed components by submission of requests to the distributed components to access exposed attributes corresponding to operational status of the components; a diagnostics management console shell comprising: a set of view templates, the view templates including controls for manipulating graphically displayed representations of data rendered by the distributed components, and an interface for exchanging requests and data with the extensible set of software modules,. an extensible set of software modules that provide data links to ones of the set of distributed components by submission of requests to the distributed components to access exposed attributes corresponding to operational status of the components; a diagnostics management console shell comprising: a set of view templates, the view templates including controls for manipulating graphically displayed representations of data rendered by the distributed components, and an interface for exchanging requests and data with the extensible set of software modules,. a set of view templates, the view templates including controls for manipulating graphically displayed representations of data rendered by the distributed components, and an interface for exchanging requests and data with the extensible set of software modules,.
A method for data encapsulation, characterized by comprising: encapsulating, according to a common public radio interface, CPRI, line bit rate at a receiving end, a frame corresponding to the CPRI into a blocky frame combination in a front-haul transport network, FTN, encapsulation mode, wherein the blocky frame combination comprises at least one blocky frame, each blocky frame has a fixed frame length of 256 words, and each word comprises a frame overhead byte and a frame payload byte, and wherein data content in each blocky frame is data content of the frame corresponding to the CPRI, transmitted by a CPRI rate corresponding to the CPRI line bit rate of Option 1.
A process for the production of precipitated silica comprising the steps of: reacting at least one silicate with at least one acidifying agent, to provide a silica suspension; submitting said silica suspension to filtration to provide a filter cake; submitting said filter cake to a liquefaction step, said liquefaction step being carried out in the absence of an aluminium compound, to obtain a suspension of precipitated silica; and optionally, drying the precipitated silica obtained after the liquefaction step; characterized in that a mixture of at least two polycarboxylic acids is added to the filter cake during or after the liquefaction step.
An earthquake precursor observing device for observing an earthquake precursor based on actually measured earthquake data, comprising: a data acquisition module which acquires earthquake data actually measured at a plurality of observation points; a pulse calculation module which acquires information of a propagation environment where seismic waves propagate from a hypocenter of an earthquake to each of the observation points, and applies time reversal processing on the seismic waves received at the plurality of observation points by considering the propagation environment to acquire time reversal pulses at each of the observation points; a line calculation which calculates a parametric line in a length direction of a fault from a distribution of azimuths of frequency spectra of the time reversal pulses acquired by the pulse calculation module; a head searching module which searches a parametric head by analyzing the seismic waves received in the vicinity of the parametric line calculated by the line calculation module; and a monitoring module which monitors developments of a crack in the fault by observing the parametric head searched by the head searching module. a data acquisition module which acquires earthquake data actually measured at a plurality of observation points; a pulse calculation module which acquires information of a propagation environment where seismic waves propagate from a hypocenter of an earthquake to each of the observation points, and applies time reversal processing on the seismic waves received at the plurality of observation points by considering the propagation environment to acquire time reversal pulses at each of the observation points; a line calculation which calculates a parametric line in a length direction of a fault from a distribution of azimuths of frequency spectra of the time reversal pulses acquired by the pulse calculation module; a head searching module which searches a parametric head by analyzing the seismic waves received in the vicinity of the parametric line calculated by the line calculation module; and a monitoring module which monitors developments of a crack in the fault by observing the parametric head searched by the head searching module.
A pneumatic tire comprising a tread portion having a pair of tread edges, the tread portion being provided with a pair of circumferentially and continuously extending shoulder main grooves adjacent to each tread edge and a pair of circumferentially and continuously extending center main grooves disposed axially inwardly of the shoulder main grooves to define a pair of middle portions each of which is between the adjacent shoulder main groove and center main groove, the shoulder main grooves having groove widths, the center main grooves having groove widths larger than the groove widths of the shoulder main grooves, and the respective middle portions being provided with a plurality of inner middle lug grooves extending axially outwardly of the tire from the center main groove and a plurality of outer middle lug grooves extending axially inwardly of the tire from the shoulder main groove, the total number of inner middle lug grooves being smaller than the total number of outer middle lug grooves in each middle portion, wherein each of the shoulder main grooves and the center main grooves comprises a plurality of axially inner parts (9A, 11 A) and a plurality of axially outer parts (9B, 11 B) disposed axially outwardly of the axially inner parts (9A, 11 A), wherein the axially outer parts (9B, 11 B) and the axially inner parts (9A, 11 A) are alternately arranged in a circumferential direction of the tire wherein each of the shoulder main grooves and center main grooves has an axially inner groove edge (3i, 4i) and an axially outer groove edge (3o, 4o), and wherein a first axial offset (L1a, L2a) between the axially inner part (9A, 11A) and the axially outer part (9B, 11B) on the axially inner groove edge (3i, 4i) is smaller than a second axial offset (L1b, L2b) between the axially inner part (9A, 11A) and the axially outer part (9B, 11B) on the axially outer groove edge (3o, 4o).
A laminated core stock sheet for use in a composite laminate assembly configured for being separated into plural individual cards, the laminated core stock sheet comprising: a core substrate layer; and an intermediate filmic layer coupled to the core substrate layer, the intermediate filmic layer including a conductive material that provides at least one of a security feature, a decorative feature, or other functional feature of the individual cards, wherein the core substrate layer and the intermediate filmic layer are configured to be coupled with another laminated core stock sheet that may or may not include the intermediate filmic layer to form the composite laminate assembly configured for being separated into the individual cards, wherein the conductive material is optically continuous and has a thickness less than 1,500 angstroms within the intermediate filmic layer such that the intermediate filmic layer prevents conduction of electrostatic discharge through the intermediate filmic layer and outside of the individual cards, and wherein the conductive material of the intermediate filmic layer has an optical density of at least 0.25 but no greater than 4.0. a core substrate layer; and an intermediate filmic layer coupled to the core substrate layer, the intermediate filmic layer including a conductive material that provides at least one of a security feature, a decorative feature, or other functional feature of the individual cards, wherein the core substrate layer and the intermediate filmic layer are configured to be coupled with another laminated core stock sheet that may or may not include the intermediate filmic layer to form the composite laminate assembly configured for being separated into the individual cards, wherein the conductive material is optically continuous and has a thickness less than 1,500 angstroms within the intermediate filmic layer such that the intermediate filmic layer prevents conduction of electrostatic discharge through the intermediate filmic layer and outside of the individual cards, and wherein the conductive material of the intermediate filmic layer has an optical density of at least 0.25 but no greater than 4.0.
Flame ignition control device comprising flame adjustment means connectable to a gas supply source through at least one valve, which adjustment means comprise a driving member composed of a driving shaft mounted so as to rotate about its own longitudinal axis and mounted so as to translate in the direction of its own longitudinal axis, such to move between two extreme positions such to move from a maximum withdrawn condition to a maximum insertion condition respectively, there being provided a control unit intended to generate a spark, which control unit comprises two conductor elements (31, 32) cannectable to an electric supply source and a switch, which switch has a closed condition, where the two conductor elements (31, 32) are connected with each other, and an open condition, where the two conductor elements (31, 32) are not connected with each other, said switch passing from the closed condition to the open condition by the movement of a member switching the condition of the switch, which switching member is moved by the translation of said driving shaft, such that the closed condition of said switch corresponds to the maximum insertion condition of said driving shaft, said switching member is provided coaxial to said driving shaft, characterized in that said switching member is composed of a support body placed underneath said driving shaft, interposed between said driving shaft and a body of said valve, which support body houses said control unit and at least one driving pin inside it, which driving pin moves from a condition retracted into the support body, where the driving pin abuts against the walls of said valve body, to a condition withdrawn from said support body, the retracted condition of said driving pin corresponding to the condition of maximum insertion of said driving shaft, there being provided means for fastening said support body to said driving shaft, such that said support body is integral with said driving shaft during the translation movement.
A method to read data for a local buffer of a reader of a network element, the method comprising: locating a bucket for the data in a shared memory hash table that is stored in shared memory of the network element, wherein a writer and a plurality of readers (112A-C) each have access to the shared memory hash table, the writer updates the data in-place in the bucket in the shared memory hash table, and the reader is one of the plurality of readers (112A-C) that reads from the shared memory hash table; retrieving an initial value of a version of the bucket; if the initial value of the version indicates that the data is being modified, copying the data from a lookaside buffer for the shared memory hash table to the local buffer, wherein the lookaside buffer stores a copy of the data of the bucket while the bucket is being modified and is accessible by the plurality of readers (112A-C). locating a bucket for the data in a shared memory hash table that is stored in shared memory of the network element, wherein a writer and a plurality of readers (112A-C) each have access to the shared memory hash table, the writer updates the data in-place in the bucket in the shared memory hash table, and the reader is one of the plurality of readers (112A-C) that reads from the shared memory hash table; retrieving an initial value of a version of the bucket; if the initial value of the version indicates that the data is being modified, copying the data from a lookaside buffer for the shared memory hash table to the local buffer, wherein the lookaside buffer stores a copy of the data of the bucket while the bucket is being modified and is accessible by the plurality of readers (112A-C).
An electrocaloric module, comprising an electrocaloric element comprising an electrocaloric film, a first electrode on a first surface of the electrocaloric film, and a second electrode on a second surface of the electrocaloric film; a support attached along an edge portion of the electrocaloric film, leaving a central portion of the electrocaloric film unsupported; a first thermal connection configured to connect to a first thermal flow path between the electrocaloric element and a heat sink; a second thermal connection configured to connect to a second thermal flow path between the electrocaloric element and a heat source; and a power connection connected to the electrodes configured to connect to a power source, wherein at least one of the first and second electrodes comprises a patterned disposition of conductive material on the film surface; characterised in that: the patterned disposition of conductive material comprises a plurality of areas on the electrocaloric film surface comprising the conductive material separated by non-conductive spacer areas on the electrocaloric film; and the plurality of areas on the electrocaloric film surface comprising the conductive material are spaced apart by a dimension of 0.5 times the film thickness to 2 times the film thickness. the patterned disposition of conductive material comprises a plurality of areas on the electrocaloric film surface comprising the conductive material separated by non-conductive spacer areas on the electrocaloric film; and the plurality of areas on the electrocaloric film surface comprising the conductive material are spaced apart by a dimension of 0.5 times the film thickness to 2 times the film thickness.
A method of enrolling a user for purposes of authentication, the method comprising: a) sending from a server, to a remote computing device, a multimodal markup language document that, when rendered by the remote computing device, queries a user for a user identifier and prompts the user to read aloud an enrollment script conveyed in the document; b) receiving at the server from the remote computing device the user identifier and audio obtained from the user reading the enrollment script; c) creating a voice print for the user from the audio; d) associating the voice print with the received user identifier; and e) storing the voice print and the user identifier. a) sending from a server, to a remote computing device, a multimodal markup language document that, when rendered by the remote computing device, queries a user for a user identifier and prompts the user to read aloud an enrollment script conveyed in the document; b) receiving at the server from the remote computing device the user identifier and audio obtained from the user reading the enrollment script; c) creating a voice print for the user from the audio; d) associating the voice print with the received user identifier; and e) storing the voice print and the user identifier.
A method of generating digital control parameters for implementing digital logic circuitry forming a data flow machine from a graph representation comprising functional nodes with at least one input or at least one output, and connections indicating the interconnections between the functional nodes, generating digital control parameters specifying a first set of hardware elements to perform the functions of said functional nodes of the graph, generating digital control parameters specifying a second set of hardware elements, which hardware elements are specified to enable data transfer between the hardware elements of said first set of hardware elements according to the connections between the functional nodes, and generating digital control parameters specifying electronic circuitry to perform a firing rule for at least one hardware element of said first set of hardware elements, characterized in that said electronic circuitry performing the firing rule has a control input.
A method, comprising: charging a battery of a device using a charging circuit that is coupled to a power supply; detecting a conductive contact on a capacitive touch interface of the device; measuring a level of noise on the capacitive touch interface in response to detection of the conductive contact; and determining whether the level of noise exceeds a noise level threshold; the method characterised by further comprising: interrupting the battery charging when the level of noise adversely affects performance of the capacitive touch interface by exceeding the noise level threshold. charging a battery of a device using a charging circuit that is coupled to a power supply; detecting a conductive contact on a capacitive touch interface of the device; measuring a level of noise on the capacitive touch interface in response to detection of the conductive contact; and determining whether the level of noise exceeds a noise level threshold; the method characterised by further comprising: interrupting the battery charging when the level of noise adversely affects performance of the capacitive touch interface by exceeding the noise level threshold.
Method for producing at least one clad strip or sheet, having at least the following method steps: a) bringing together a first strip arrangement or sheet arrangement comprising a support strip and at least one deposit strip, wherein the at least one deposit strip is narrower than the support strip; b) bringing together a second strip arrangement or sheet arrangement comprising a support strip and at least one deposit strip, wherein the at least one deposit strip is narrower than the support strip; c) bringing together the first strip arrangement or sheet arrangement and the second strip arrangement or sheet arrangement to give a first intermediate product of rectangular or at least approximately rectangular cross-section, such that the at least two deposit strips (2, 4) are arranged between the support strips (1, 3); d) producing a second intermediate product by cladding the first intermediate product, and generating a first clad strip or sheet from the first strip arrangement or sheet arrangement and generating a second clad strip or sheet from the second strip arrangement or sheet arrangement; e) separating the second intermediate product into a first clad strip or sheet and at least one second clad strip or sheet; characterized in that - in method step c) the first strip arrangement or sheet arrangement and the second strip arrangement or sheet arrangement are formed anti-symmetrically with respect to one another, and - the first clad strip or sheet obtained after separation of the intermediate product in method step e) is stepped and the obtained at least one second strip or sheet is stepped. a) bringing together a first strip arrangement or sheet arrangement comprising a support strip and at least one deposit strip, wherein the at least one deposit strip is narrower than the support strip; b) bringing together a second strip arrangement or sheet arrangement comprising a support strip and at least one deposit strip, wherein the at least one deposit strip is narrower than the support strip; c) bringing together the first strip arrangement or sheet arrangement and the second strip arrangement or sheet arrangement to give a first intermediate product of rectangular or at least approximately rectangular cross-section, such that the at least two deposit strips (2, 4) are arranged between the support strips (1, 3); d) producing a second intermediate product by cladding the first intermediate product, and generating a first clad strip or sheet from the first strip arrangement or sheet arrangement and generating a second clad strip or sheet from the second strip arrangement or sheet arrangement; e) separating the second intermediate product into a first clad strip or sheet and at least one second clad strip or sheet; - in method step c) the first strip arrangement or sheet arrangement and the second strip arrangement or sheet arrangement are formed anti-symmetrically with respect to one another, and - the first clad strip or sheet obtained after separation of the intermediate product in method step e) is stepped and the obtained at least one second strip or sheet is stepped.