mhurhangee/ep-ind-claims huggingface dataset:
A measuring device for interferometrically measuring the shape of a surface of a test object, having: - a diffractive optical element configured to create, from a radiated-in measurement radiation, a test wave configured to be radiated onto the surface of the test object and to this end adapt a wavefront of the test wave to a target shape of the surface of the test object,- a reference element for reflecting a reference wave, - a deflection element disposed upstream of the diffractive optical element in the beam path of the measurement radiation, and - a holding apparatus (24, 124) serving to hold the deflection element and being configured to alter a position of the deflection element by way of a combination of a tilt movement and a translation movement. - a diffractive optical element configured to create, from a radiated-in measurement radiation, a test wave configured to be radiated onto the surface of the test object and to this end adapt a wavefront of the test wave to a target shape of the surface of the test object,- a reference element for reflecting a reference wave, - a deflection element disposed upstream of the diffractive optical element in the beam path of the measurement radiation, and - a holding apparatus (24, 124) serving to hold the deflection element and being configured to alter a position of the deflection element by way of a combination of a tilt movement and a translation movement.
A method of removing, by an imaging processing device, remanence artifacts from an image (f n) of a sequence of images captured by an infrared imaging device, the method comprising: - inpainting a zone of remanence in the image (f n) to generate an inpainted image; - generating a remanence measure (ω* n,x) for at least some pixels in the image (f n) based on the inpainted image; and - removing remanence artifacts from at least some pixels of the image (f n) based on a remanence estimation (μ ω,n,x) for each of the at least some pixels, each remanence estimation (μ ω,n,x) being generated based on the remanence measures (ω* n,x) of a plurality of the images in the sequence. - inpainting a zone of remanence in the image (f n) to generate an inpainted image; - generating a remanence measure (ω* n,x) for at least some pixels in the image (f n) based on the inpainted image; and - removing remanence artifacts from at least some pixels of the image (f n) based on a remanence estimation (μ ω,n,x) for each of the at least some pixels, each remanence estimation (μ ω,n,x) being generated based on the remanence measures (ω* n,x) of a plurality of the images in the sequence.
A cutting module for trimming and cutting the turf of the ground, comprising: - a supporting structure; - cutting means having at least one cutting blade which is operatively associated with the supporting structure and defining a cutting area of the cutting module; - means for resting on the ground which is operatively associated with the supporting structure; the resting means are positioned inside the cutting area and wherein the cutting blade is driven by a motor fixed to the supporting structure and/or to the cutting means, the cutting module being configured in such a way as to allow a contact of the cutting blade only with the turf and prevent a contact of the blade with every extraneous object, wherein said cutting module further comprises a protective guard configured to define an operating space of the cutting means inside of which the cutting blade is movable in an operating configuration for using the cutting module, characterised in the motor having its own axis of rotation coinciding with a central axis of rotation of the cutting blade, and in that the protective guard has a first portion in such a way as to wrap around the perimeter of the cutting blade and a second portion such as to extend radially towards the centre of the cutting blade between the cutting blade and the ground, the first portion and the second portion of the protective guard have a plurality of slotted openings to allow the entry of a stem of grass or other plant inside the operating space in an operating configuration for using the cutting module. - a supporting structure; - cutting means having at least one cutting blade which is operatively associated with the supporting structure and defining a cutting area of the cutting module; - means for resting on the ground which is operatively associated with the supporting structure;
A brewing unit of a beverage preparation machine comprising: a seat for holding a capsule comprising an electrically conductive material; and a capsule sensing electric circuit with first and second electric connectors (A,B), wherein the first electric connector and the second electric connector are: - electrically connected through said electrically conductive material of said capsule when said capsule is present in the seat; and - electrically disconnected when said capsule is not in the seat and/or when the seat is in an open configuration for receiving and/or evacuating a capsule, so as to close and interrupt, respectively, the capsule sensing electric circuit (A,Aa,a,B,Bb,b,abc), characterized in that the electric circuit comprises a third electric connector which is electrically connectable to the first electric connector through an electric path in the electrically conductive material of said capsule that is different to an electric path in the electrically conductive material connecting the first and second electric connectors (A,B). - electrically connected through said electrically conductive material of said capsule when said capsule is present in the seat; and - electrically disconnected when said capsule is not in the seat and/or when the seat is in an open configuration for receiving and/or evacuating a capsule,
Watch including at least one horological structure equipped with at least one fastening means, at least one component including at least one through-hole, and at least one device for fastening said component to said structure, said device including at least one fastening element sized such that it can be inserted in said hole with non-zero radial clearance, said fastening element including complementary fastening means arranged to co-operate, in a complementary manner, with a said fastening means of said structure, said device including at least one spacer arranged to be inserted between said component and said fastening element and to keep them at an axial and radial distance from each other, and to withstand an axial force resulting from the cooperation between said fastening means and said complementary fastening means when said fastening element is in its position closest to said structure, said component being a sapphire or mother-of-pearl watch dial.
Light radiation-emitting panel consisting of at least one glass sheet and of a plurality of electronic components capable of generating light radiation, the components being arranged inside the panel, characterized in that the panel comprises an assembly: • of at least one emitting structure enclosing one or more glass sheets and the electronic components • with at least one reflective structure reflecting the light radiation, said reflective structure being formed by a mirror, the emitting structure being provided with attachment means for mechanical attachment to the reflective structure, the attachment means keeping the emitting and reflective structures substantially parallel and the density of the light radiation generated by the electronic components being well-distributed over the entire surface of the panel, the light radiation being radiation in the visible spectrum. • of at least one emitting structure enclosing one or more glass sheets and the electronic components • with at least one reflective structure reflecting the light radiation, said reflective structure being formed by a mirror,
Arrangement for reconstructing a surface of an object comprising: - a device for capturing the surface of the object, said device comprising: (i) a flexible membrane, which is configured to be deformed from a first shape to a second shape, when at least a part of the flexible membrane is brought into contact with the surface of the object; (ii) a rigid frame which is configured to hold the flexible membrane; (iii) a plurality of strain-gauges coupled to the flexible membrane, wherein the strain-gauges are configured to measure a plurality of strain signals that depend on the shape of the flexible membrane; and (iv) an output unit for outputting the strain signals for reconstruction of the surface of the object as a function of the strain signals; - a processing unit coupled to the device for reconstructing the surface of the object as a function of the strain signals. - a device for capturing the surface of the object, said device comprising: (i) a flexible membrane, which is configured to be deformed from a first shape to a second shape, when at least a part of the flexible membrane is brought into contact with the surface of the object; (ii) a rigid frame which is configured to hold the flexible membrane; (iii) a plurality of strain-gauges coupled to the flexible membrane, wherein the strain-gauges are configured to measure a plurality of strain signals that depend on the shape of the flexible membrane; and (iv) an output unit for outputting the strain signals for reconstruction of the surface of the object as a function of the strain signals; (i) a flexible membrane, which is configured to be deformed from a first shape to a second shape, when at least a part of the flexible membrane is brought into contact with the surface of the object; (ii) a rigid frame which is configured to hold the flexible membrane; (iii) a plurality of strain-gauges coupled to the flexible membrane, wherein the strain-gauges are configured to measure a plurality of strain signals that depend on the shape of the flexible membrane; and (iv) an output unit for outputting the strain signals for reconstruction of the surface of the object as a function of the strain signals; - a processing unit coupled to the device for reconstructing the surface of the object as a function of the strain signals.
A die for a printhead, comprising: a plurality of fluidic actuator arrays (622,626); a data store comprising first and second actuator columns, and a data block (1504,1508) associated with each of the plurality of fluidic actuator arrays (622,626), each data block (1504,1508) located in a respective one of the first and second actuator columns; an interface comprising a data pad and a clock pad, wherein the data blocks (1504,1508) are configured so that a data bit value present at the data pad is loaded into a first data block corresponding to a first fluidic actuator array on a rising clock edge and loaded into a second data block corresponding to a second fluidic actuator array on a falling clock edge, with successive data bit values present on the data pad loaded to the first and second data blocks upon respective rising and falling clock edges such that prior data bits stored in the first and second data blocks are shifted to next data blocks (1512,1514) of the first and second actuator columns, and wherein the data bit values loaded to the first and second data blocks comprise head data and tail data, and the head data and the tail data each comprise data bit values corresponding to address data; and circuitry to read the data bit values corresponding to address data, wherein the circuitry is segmented on the die. a plurality of fluidic actuator arrays (622,626); a data store comprising first and second actuator columns, and a data block (1504,1508) associated with each of the plurality of fluidic actuator arrays (622,626), each data block (1504,1508) located in a respective one of the first and second actuator columns; an interface comprising a data pad and a clock pad, wherein the data blocks (1504,1508) are configured so that a data bit value present at the data pad is loaded into a first data block corresponding to a first fluidic actuator array on a rising clock edge and loaded into a second data block corresponding to a second fluidic actuator array on a falling clock edge, with successive data bit values present on the data pad loaded to the first and second data blocks upon respective rising and falling clock edges such that prior data bits stored in the first and second data blocks are shifted to next data blocks (1512,1514) of the first and second actuator columns, and wherein the data bit values loaded to the first and second data blocks comprise head data and tail data, and the head data and the tail data each comprise data bit values corresponding to address data; and circuitry to read the data bit values corresponding to address data, wherein the circuitry is segmented on the die.
A magnetic flowmeter, comprising: at least one coil configured to generate a magnetic field within a process fluid flow; a pair of electrodes configured to detect an electromotive force within the process fluid flow in response to the magnetic field; coil drive circuitry coupled to the at least one coil and configured to cause at least one coil to generate the magnetic field; measurement circuitry operably coupled to the pair of electrodes and configured to provide an indication of the detected electromotive force; and a processor coupled to the measurement circuitry and the coil drive circuitry, the processor being configured to cause the coil drive circuitry to operate at one of a plurality of coil drive frequencies, the processor also being configured to obtain a plurality of measurement samples while process fluid is flowing, characterized in that while the coil drive circuitry is operating at a first frequency, the processor being configured to generate an autozero estimate for operation at a second coil drive frequency higher than the first coil drive frequency and save the autozero estimate for use during operation at the second coil drive frequency. at least one coil configured to generate a magnetic field within a process fluid flow; a pair of electrodes configured to detect an electromotive force within the process fluid flow in response to the magnetic field; coil drive circuitry coupled to the at least one coil and configured to cause at least one coil to generate the magnetic field; measurement circuitry operably coupled to the pair of electrodes and configured to provide an indication of the detected electromotive force; and a processor coupled to the measurement circuitry and the coil drive circuitry, the processor being configured to cause the coil drive circuitry to operate at one of a plurality of coil drive frequencies, the processor also being configured to obtain a plurality of measurement samples while process fluid is flowing, characterized in that while the coil drive circuitry is operating at a first frequency, the processor being configured to generate an autozero estimate for operation at a second coil drive frequency higher than the first coil drive frequency and save the autozero estimate for use during operation at the second coil drive frequency.
A disposable cartridge, for use as a filter, especially for the infusion of soluble elements, aromatic herbs such as tea, coffee or camomile, whose configuration comprises means for fastening it securely and in a stable manner without occupying the entire annular diameter of a vessel or cup, CHARACTERISED in that it is formed from a laminar template, divided into three sections of straight contour, namely a central section that constitutes the container and two, similar, lateral sections arranged obliquely, which, when overlapped, constitute a straight rear wall, said lateral sections arranged obliquely and are provided with an extension or section, which, when overlapped, constitute a handle, both being provided with a tab, namely a smaller tab for securing and a larger tab, both being the means for fastening to an annular ring of a vessel or the like.
Process for the production of an alkoxylated product by reaction of bisphenol F with propylene carbonate and/or propylene oxide as a propoxylating agent and ethylene carbonate and/or ethylene oxide as an ethoxylating agent, characterized in that the propoxylating agent and the ethoxylating agent are used in a molar ratio of 70:30 to 45:55.
A method performed in a wireless client comprising: accessing, at a wireless client, one or more wireless advertisements transmitted from a central controller (42, 43, 70) via a wireless access point, wherein the one or more wireless advertisements identify one or more location-determining services supported on a location-determining server which one or more applications hosted on the wireless client can access to receive a location of the wireless client; populating a data structure maintained at the wireless client and accessible to the one or more applications hosted on the wireless client with information relating to the one or more location-determining services; presenting data to the one or more applications hosted on the wireless client to allow for selection of one or more of the one or more location-determining services identified in the one or more wireless advertisements; and transmitting, responsive to selection of one or more of the identified location-determining services by a first application of the one or more applications hosted on the wireless client, a location service request identifying one or more of the selected location-determining services to the central controller for forwarding to the location-determining server, wherein the one or more wireless advertisements are wireless local area network, WLAN, management frames, and wherein the one or more location-determining services are contained in information elements appended to the WLAN management frames. accessing, at a wireless client, one or more wireless advertisements transmitted from a central controller (42, 43, 70) via a wireless access point, wherein the one or more wireless advertisements identify one or more location-determining services supported on a location-determining server which one or more applications hosted on the wireless client can access to receive a location of the wireless client; populating a data structure maintained at the wireless client and accessible to the one or more applications hosted on the wireless client with information relating to the one or more location-determining services; presenting data to the one or more applications hosted on the wireless client to allow for selection of one or more of the one or more location-determining services identified in the one or more wireless advertisements; and transmitting, responsive to selection of one or more of the identified location-determining services by a first application of the one or more applications hosted on the wireless client, a location service request identifying one or more of the selected location-determining services to the central controller for forwarding to the location-determining server, wherein the one or more wireless advertisements are wireless local area network, WLAN, management frames, and wherein the one or more location-determining services are contained in information elements appended to the WLAN management frames.
A processor comprising: a decode stage to decode a first instruction for a secure cipher hashing algorithm using a Triple Data Encryption Standard, TDES, algorithm, the first instruction specifying a range of round numbers, a source data, and one or more key operands associated with the TDES algorithm; and one or more hardware execution units, responsive to the decoded first instruction, to: perform an initial permutation upon the source data, to generate permuted source data; perform one or more round iterations of the secure cipher hashing algorithm upon the permuted source data, using the one or more key operands, to generate enciphered data, wherein the one or more round iterations is less than 16, according to the range of round numbers specified by the first instruction; perform an inverse initial permutation upon the enciphered data; and store a result of the first instruction in a destination register, wherein the first instruction specifies the destination register with a single instruction, multiple data, SIMD, destination register operand. a decode stage to decode a first instruction for a secure cipher hashing algorithm using a Triple Data Encryption Standard, TDES, algorithm, the first instruction specifying a range of round numbers, a source data, and one or more key operands associated with the TDES algorithm; and one or more hardware execution units, responsive to the decoded first instruction, to: perform an initial permutation upon the source data, to generate permuted source data; perform one or more round iterations of the secure cipher hashing algorithm upon the permuted source data, using the one or more key operands, to generate enciphered data, wherein the one or more round iterations is less than 16, according to the range of round numbers specified by the first instruction; perform an inverse initial permutation upon the enciphered data; and store a result of the first instruction in a destination register, wherein the first instruction specifies the destination register with a single instruction, multiple data, SIMD, destination register operand. perform an initial permutation upon the source data, to generate permuted source data; perform one or more round iterations of the secure cipher hashing algorithm upon the permuted source data, using the one or more key operands, to generate enciphered data, wherein the one or more round iterations is less than 16, according to the range of round numbers specified by the first instruction; perform an inverse initial permutation upon the enciphered data; and store a result of the first instruction in a destination register, wherein the first instruction specifies the destination register with a single instruction, multiple data, SIMD, destination register operand.