mhurhangee/ep-ind-claims huggingface dataset:
A heat exchanger core comprising: a first standard sheet having a first face and a second face opposite of the first face; a second standard sheet opposing the first face of the first standard sheet; a first fin extending between the first standard sheet and the second standard sheet, the first fin defining a first plurality of channels; and a first partial sheet connected to the first face, the first partial sheet being smaller in at least one of width and height than the first face of the first standard sheet; a second fin between the first partial sheet and the second standard sheet, wherein the second fin is connected to the first partial sheet and abuts and is attached to a section of the second standard sheet, the second fin defining a second plurality of channels and the second fin being adjacent to the first fin; wherein the first fin is connected to the first face of the first standard sheet and to the second standard sheet. a first standard sheet having a first face and a second face opposite of the first face; a second standard sheet opposing the first face of the first standard sheet; a first fin extending between the first standard sheet and the second standard sheet, the first fin defining a first plurality of channels; and a first partial sheet connected to the first face, the first partial sheet being smaller in at least one of width and height than the first face of the first standard sheet; a second fin between the first partial sheet and the second standard sheet, wherein the second fin is connected to the first partial sheet and abuts and is attached to a section of the second standard sheet, the second fin defining a second plurality of channels and the second fin being adjacent to the first fin; wherein the first fin is connected to the first face of the first standard sheet and to the second standard sheet.
A call record synchronization method, wherein the method comprises: detecting, by a first terminal, an input operation for requesting to display a call record; and after the first terminal detects the input operation, displaying, by the first terminal, a merged call record, wherein the merged call record is a call record obtained after merging of a call record of the first terminal and a call record of a second terminal, and the merged call record comprises a device identifier of the first terminal and/or a device identifier of the second terminal, wherein the first terminal and the second terminal have a same primary number; wherein before the displaying, by the first terminal, a merged call record, the method further comprises: receiving (3011, 3013), by the first terminal, the call record of the second terminal from the second terminal or from a cloud platform, wherein the call record of the second terminal comprises at least one piece of call log information of the second terminal; and merging (3012, 3014), by the first terminal, the call record of the first terminal and the call record of the second terminal, to obtain the merged call record; wherein the merged call record comprises a call answering or making record of each of the first terminal and the second terminal, and a device identifier of a terminal corresponding to each call record entry. detecting, by a first terminal, an input operation for requesting to display a call record; and after the first terminal detects the input operation, displaying, by the first terminal, a merged call record, wherein the merged call record is a call record obtained after merging of a call record of the first terminal and a call record of a second terminal, and the merged call record comprises a device identifier of the first terminal and/or a device identifier of the second terminal, wherein the first terminal and the second terminal have a same primary number; wherein before the displaying, by the first terminal, a merged call record, the method further comprises: receiving (3011, 3013), by the first terminal, the call record of the second terminal from the second terminal or from a cloud platform, wherein the call record of the second terminal comprises at least one piece of call log information of the second terminal; and merging (3012, 3014), by the first terminal, the call record of the first terminal and the call record of the second terminal, to obtain the merged call record; receiving (3011, 3013), by the first terminal, the call record of the second terminal from the second terminal or from a cloud platform, wherein the call record of the second terminal comprises at least one piece of call log information of the second terminal; and merging (3012, 3014), by the first terminal, the call record of the first terminal and the call record of the second terminal, to obtain the merged call record; wherein the merged call record comprises a call answering or making record of each of the first terminal and the second terminal, and a device identifier of a terminal corresponding to each call record entry.
A method for executing an application (53, 53') on a security module, comprising the steps of: converting an application encoded according to a predetermined code into a security-module specific code, storing the application converted into the security-module specific code in a memory (50; 60) of the security module; and executing the stored application in the security module; characterized in that the application (53, 53') is encoded according to an intermediate code which is interpretable on the security module, wherein for executing the application (53, 53') the security-module specific intermediate code of the application is interpreted in the security module; and the security-module specific intermediate code is selected in dependence on the response to a predetermined, potential attack on the security module specific to the integrated circuit of the security module, wherein an arrangement is selected of first valid code words to second valid code words in the available encoding space for valuesof the intermediate code and/or an arrangement is selected of error codes in the available encoding space for valuesof the intermediate code. converting an application encoded according to a predetermined code into a security-module specific code, storing the application converted into the security-module specific code in a memory (50; 60) of the security module; and executing the stored application in the security module; characterized in that the application (53, 53') is encoded according to an intermediate code which is interpretable on the security module, wherein for executing the application (53, 53') the security-module specific intermediate code of the application is interpreted in the security module; and the security-module specific intermediate code is selected in dependence on the response to a predetermined, potential attack on the security module specific to the integrated circuit of the security module, wherein an arrangement is selected of first valid code words to second valid code words in the available encoding space for valuesof the intermediate code and/or an arrangement is selected of error codes in the available encoding space for valuesof the intermediate code.
A computer-implemented method of processing measurement data received from a remote device monitoring a subject, the method comprising: comparing the measurement data against an expected data profile for the subject, the EDP being derived from historical measurement data and comprising configuration information as to the configuration of the measurement data, and expected value information as to the expected values of the measurement data; inputting measurement data relating to different health readings and adding the input measurement data to the EDP to form an overall EDP which takes into consideration the different health readings and any data correlation between the different health readings; marking the measurement data with an error tag if it does not match the configuration information; marking the measurement data with an abnormal tag if it does not match the data correlation maintained in the EDP and included in the expected value information; and assessing any measurement data not marked with an error tag or abnormal tag, by excluding the measurement data marked with an error tag or abnormal tag from the assessment, to check whether it indicates a health condition change of the subject, wherein the configuration information indicates the device identity and/or frequency of receipt and/or amount and/or type of the management data and/or data size per transmission. comparing the measurement data against an expected data profile for the subject, the EDP being derived from historical measurement data and comprising configuration information as to the configuration of the measurement data, and expected value information as to the expected values of the measurement data; inputting measurement data relating to different health readings and adding the input measurement data to the EDP to form an overall EDP which takes into consideration the different health readings and any data correlation between the different health readings; marking the measurement data with an error tag if it does not match the configuration information; marking the measurement data with an abnormal tag if it does not match the data correlation maintained in the EDP and included in the expected value information; and assessing any measurement data not marked with an error tag or abnormal tag, by excluding the measurement data marked with an error tag or abnormal tag from the assessment, to check whether it indicates a health condition change of the subject, wherein the configuration information indicates the device identity and/or frequency of receipt and/or amount and/or type of the management data and/or data size per transmission.
A method of managing a wireless docking network, WDN, by a wireless docking center, WDC, the method comprising the steps of: receiving, at the WDC, a creation request message for creating the WDN from a wireless dockee, WD,, the creation request message comprising a plurality of peripheral device (405, 407, 409) IDs; the method being further chracterised by the steps of identifying, at the WDC, one or more of the plurality of peripheral devices (405, 407, 409) based on the creation request message; creating, at the WDC, the WDN based on the one or more of the plurality of peripheral devices (405, 407, 409); and transmitting, from the WDC, to the WD, a response message including an identification, ID, of the WDN. receiving, at the WDC, a creation request message for creating the WDN from a wireless dockee, WD,, the creation request message comprising a plurality of peripheral device (405, 407, 409) IDs; the method being further chracterised by the steps of identifying, at the WDC, one or more of the plurality of peripheral devices (405, 407, 409) based on the creation request message; creating, at the WDC, the WDN based on the one or more of the plurality of peripheral devices (405, 407, 409); and transmitting, from the WDC, to the WD, a response message including an identification, ID, of the WDN.
A structural module comprising a bearing wall element that is made of reinforced concrete and has, preferably, the form of a rectangular parallelepiped, a heat-insulating layer, a reinforcing layer, and a facade layer, characterized in that the heat-insulating layer, the reinforcing layer and the facade layer are made, so that there is an indention from an edge of the bearing wall element, that the width of said indention from an edge of the bearing wall element and an edge of the heat-insulating layer, the reinforcing layer and the facade layer is within 100 to 250 mm, and that the thickness of the heat-insulating layer and facade layer provides thermal conductivity of the structural module within k = 2,9 to 3,5 W/m 2 K, and the reinforcing layer has a shear strength of at least 0,8 MPa when coupled with the facade layer.
A method of detecting an event generating radiant optical energy, the method comprising using a coherent fiber array (310, 420) having a dome-shaped detection surface (340, 422) and planar output surface, wherein the dome-shaped detection surface has a radius of curvature and a center of curvature, wherein flat face tips at a first end of the fibers of the coherent fiber array are perpendicular to the dome-shaped detection surface, and wherein flat face tips at the other end of the fibers of the coherent fiber array are perpendicular to the planar output surface, the method including the steps of: capturing electromagnetic radiation from the event generating radiant optical energy at the dome-shaped detection surface; transferring the electromagnetic radiation to the planar output surface, wherein the coherent fiber array is configured to retain directionality of the event generating radiant optical energy while transferring the optical energy from the dome-shaped detection surface to the planar output surface; using a focal plane array to create an image of the output surface of the coherent fiber array, wherein the focal plane array comprises pixels, wherein each pixel is a detection device from which data is extracted, wherein each pixel of the focal plane array is mapped to at least one fiber of the coherent fiber array; and processing the image to measure spherical coordinates of the event to optically detect or track optical energy from the event generating radiant optical energy,wherein the spherical coordinates include azimuth, Θ, and elevation, φ, wherein processing the image comprises: computing the azimuth, Θ, and elevation, φ, of the event generating radiant optical energy as: Θ = tan − 1 y x; and φ = cos − 1 D x 2 + y 2 + D 2, wherein x and y denote the position of a pixel in x and y directions on the focal plane array corresponding to the centroid of the event, and D denotes an axial distance from the center of curvature to a base of the dome-shaped detection surface. capturing electromagnetic radiation from the event generating radiant optical energy at the dome-shaped detection surface; transferring the electromagnetic radiation to the planar output surface, wherein the coherent fiber array is configured to retain directionality of the event generating radiant optical energy while transferring the optical energy from the dome-shaped detection surface to the planar output surface; using a focal plane array to create an image of the output surface of the coherent fiber array, wherein the focal plane array comprises pixels, wherein each pixel is a detection device from which data is extracted, wherein each pixel of the focal plane array is mapped to at least one fiber of the coherent fiber array; and processing the image to measure spherical coordinates of the event to optically detect or track optical energy from the event generating radiant optical energy,wherein the spherical coordinates include azimuth, Θ, and elevation, φ,
A method for producing a container comprising a nucleic acid sample, the method comprising: forming a plurality of dispersed phases, each of which comprises zero or one first nucleic acid that comprises: an intended base sequence and a base sequence for detection different from the intended base sequence; amplifying the base sequence for detection in the dispersed phases, to produce a second nucleic acid which is free of the intended base sequence but comprises the base sequence for detection, wherein the base sequence for detection of the second nucleic acid molecule is complementary to the base sequence for detection of the first nucleic acid molecule; discriminating between positive dispersed phases in which the base sequence for detection has been amplified and negative dispersed phases in which the base sequence for detection has not been amplified among the dispersed phases; sorting from each other, the positive dispersed phases and the negative dispersed phases discriminated between in the discriminating step; and dispensing the first nucleic acid into a container in a specific copy number which is less than 1000 by dispensing the sorted positive dispersed phases into the container in the specific copy number. forming a plurality of dispersed phases, each of which comprises zero or one first nucleic acid that comprises: an intended base sequence and a base sequence for detection different from the intended base sequence; amplifying the base sequence for detection in the dispersed phases, to produce a second nucleic acid which is free of the intended base sequence but comprises the base sequence for detection, wherein the base sequence for detection of the second nucleic acid molecule is complementary to the base sequence for detection of the first nucleic acid molecule; discriminating between positive dispersed phases in which the base sequence for detection has been amplified and negative dispersed phases in which the base sequence for detection has not been amplified among the dispersed phases; sorting from each other, the positive dispersed phases and the negative dispersed phases discriminated between in the discriminating step; and dispensing the first nucleic acid into a container in a specific copy number which is less than 1000 by dispensing the sorted positive dispersed phases into the container in the specific copy number.
Banknote drawer for banknotes for Bancomat, ATM and similar, comprising a safe including a rack for at least one said banknote drawer, said banknote drawer defining an inner volume and comprising: - at least one first container arranged in said inner volume and comprising an internal portion facing said banknotes, and permeable to fluids, - at least a second container configured to contain marking fluid, which is fluid-tight and contained within said first container, - break-in sensor means capable of detecting break-in attempts - active break-in means, comprising a plurality of gas generators arranged in proximity to said second container and capable of rupturing, when activated, said second container, so as to project said marking fluid onto said banknotes, - said gas generators being operable by means of an electric current, - said banknote drawer being characterised by the fact that: - said active break-in means, comprising control electronics, configured to provide, on command, said electric current in sequence to each of said gas generators, so as to so activate said gas generators in sequence. - at least one first container arranged in said inner volume and comprising an internal portion facing said banknotes, and permeable to fluids, - at least a second container configured to contain marking fluid, which is fluid-tight and contained within said first container, - break-in sensor means capable of detecting break-in attempts - active break-in means, comprising a plurality of gas generators arranged in proximity to said second container and capable of rupturing, when activated, said second container, so as to project said marking fluid onto said banknotes, - said gas generators being operable by means of an electric current, - said banknote drawer being characterised by the fact that: - said active break-in means, comprising control electronics, configured to provide, on command, said electric current in sequence to each of said gas generators, so as to so activate said gas generators in sequence.
An electrical heating mould, comprising: a mould casing and an electrical heating device disposed in the mould casing, wherein the electrical heating device comprises an upper annular heating resistor element group configured to perform heating around a bottleneck, a middle annular vertical-inserted columnar heating resistor element group configured to perform heating around a bottle body, characterized in that a lower annular heating resistor element group configured to perform heating around a bottle bottom.
Superstructure for accommodating, selectively, equipment arranged in an interior space and, when required, providing a useable space expanding the interior space, with a central solid segment and with a number of sliding segments, mounted slideably in relation to the central solid segment in at least one expansion direction within a plane, which are slideable between a compact position with a minimum volume and an expanded position with a maximum volume, wherein the sliding segments (136, 139, 201) are configured as at least one sliding segment of a first group, wherein the or each sliding segment of the first group is displaceable in at least one expansion direction within a first plane, as at least one sliding segment of a second group, wherein the or each sliding segment of the second group is slideable in an expansion direction oriented perpendicularly to the, or each, expansion direction within at least one second plane different from the first plane, and as at least one sliding segment of a third group, wherein the, or each, sliding segment of the third group is slideable both in the, or an, expansion direction within the first plane as well as in the second direction within the, or a, second plane, wherein at least one sliding segment of the third group engages with in each case one sliding segment (136, 201) of the two other groups, characterised in that sliding segments (136, 139, 201) of the three groups are designed with guides (406, 509) oriented at right angles to each other, in each case attached to the walls of the central segment and the sliding segments (136, 139, 201), and with pairs of peripheral contact regions formed by inwardly-projecting edges and outwardly-projecting edges which are longer than the inwardly-projecting edges, in each case with intermediate sealing lips, such that inwardly-projecting edges and outwardly-projecting edges of sliding segments (136, 139) of the second group or the third group can be brought into engagement, in pairs, within the respective group.