mhurhangee/ep-ind-claims huggingface dataset:
A generation method for generating a complex amplitude in-line hologram from an off-axis hologram, comprising the steps of: acquiring data of an off-axis hologram obtained by off-axis holography and of an off-axis reference light used for obtaining the off-axis hologram; setting an in-line reference light (R') to be used for reconstruction; performing spatial heterodyne modulation on the off-axis hologram, wherein the modulation is achieved by multiplying the off-axis hologram by a phase factor (exp[i(φ R -φ R ')]) on a light receiving surface, wherein the phase factor (exp[i(φ R -φ R ')]) is an imaginary exponential function of a phase difference obtained by subtracting a phase (φ R ') of the in-line reference light (R') from a phase (φ R) of the off-axis reference light; and performing spatial frequency filtering on the modulated hologram (I H), wherein the method generates the complex amplitude in-line hologram by performing the spatial heterodyne modulation and the spatial frequency filtering in order. acquiring data of an off-axis hologram obtained by off-axis holography and of an off-axis reference light used for obtaining the off-axis hologram; setting an in-line reference light (R') to be used for reconstruction; performing spatial heterodyne modulation on the off-axis hologram, wherein the modulation is achieved by multiplying the off-axis hologram by a phase factor (exp[i(φ R -φ R ')]) on a light receiving surface, wherein the phase factor (exp[i(φ R -φ R ')]) is an imaginary exponential function of a phase difference obtained by subtracting a phase (φ R ') of the in-line reference light (R') from a phase (φ R) of the off-axis reference light; and performing spatial frequency filtering on the modulated hologram (I H), wherein the method generates the complex amplitude in-line hologram by performing the spatial heterodyne modulation and the spatial frequency filtering in order.
A self-indicating peroxycarboxylic acid chemistry composition comprising: a peroxycarboxylic acid; a background dye produced using aromatic hydrocarbons from petroleum to provide a visual indication; and a latent peracid selective dye(s) comprising a horse radish peroxidase enzyme substrate, which upon oxidation by the peroxycarboxylic acid, provides a visual indication the presence of a minimum concentration of peroxycarboxylic acid for efficacy as an antimicrobial. a peroxycarboxylic acid; a background dye produced using aromatic hydrocarbons from petroleum to provide a visual indication; and a latent peracid selective dye(s) comprising a horse radish peroxidase enzyme substrate, which upon oxidation by the peroxycarboxylic acid, provides a visual indication the presence of a minimum concentration of peroxycarboxylic acid for efficacy as an antimicrobial.
A proximity sensor comprising: a substrate; a transmit electrode disposed on a first major face of the substrate; and first and second receive electrodes (330A, 330B) disposed in spaced apart relationship on an opposite major face of the substrate; the sensor being configured to allow a radio frequency, RF, signal to be applied to the transmit electrode to cause a corresponding RF signal to be induced in each receive electrode (330A, 330B) wherein the relative strength of the RF signals induced in the receive electrodes (330A, 330B) is dependent on the relative distance of a conducting object therefrom; the sensor further comprising a ground shield portion disposed on said opposite major face of the substrate between the first and second receive electrodes (330A, 330B), the ground shield portion comprising at least first and second elongate electrode portions disposed in spaced apart relationship and defining, at least in part, a first region therebetween; the proximity sensor being characterised in that the first region comprises an aperture therethrough, the aperture being formed in the substrate. a substrate; a transmit electrode disposed on a first major face of the substrate; and first and second receive electrodes (330A, 330B) disposed in spaced apart relationship on an opposite major face of the substrate; the sensor being configured to allow a radio frequency, RF, signal to be applied to the transmit electrode to cause a corresponding RF signal to be induced in each receive electrode (330A, 330B) wherein the relative strength of the RF signals induced in the receive electrodes (330A, 330B) is dependent on the relative distance of a conducting object therefrom; the sensor further comprising a ground shield portion disposed on said opposite major face of the substrate between the first and second receive electrodes (330A, 330B), the ground shield portion comprising at least first and second elongate electrode portions disposed in spaced apart relationship and defining, at least in part, a first region therebetween; the proximity sensor being characterised in that the first region comprises an aperture therethrough, the aperture being formed in the substrate.
A system for monitoring an eye of a person, comprising: a device configured to be worn on a person's head; a camera mounted on the device and positioned for viewing a first eye of the person wearing the device; a plurality of light sources (12a-c) on the device that illuminate different respective focal regions of the person's face around the first eye and within the camera's field-of-view; and a controller coupled to the camera and the light sources (12a-c), the controller configured for sampling brightness in the respective focal region of each light source (12a-c) using the camera, modulating each light source (12a-c) based at least in part on the sampled brightness in the respective focal region to provide a desired brightness level within each respective focal region, wherein the controller is configured for obtaining an image of the first eye illuminated by the plurality of light sources (12a-c) with the desired brightness levels. a device configured to be worn on a person's head; a camera mounted on the device and positioned for viewing a first eye of the person wearing the device; a plurality of light sources (12a-c) on the device that illuminate different respective focal regions of the person's face around the first eye and within the camera's field-of-view; and a controller coupled to the camera and the light sources (12a-c), the controller configured for sampling brightness in the respective focal region of each light source (12a-c) using the camera, modulating each light source (12a-c) based at least in part on the sampled brightness in the respective focal region to provide a desired brightness level within each respective focal region, wherein the controller is configured for obtaining an image of the first eye illuminated by the plurality of light sources (12a-c) with the desired brightness levels.
Method for changing the intercellular mobility of an mRNA of a gene in a plant, comprising: - modifying a tRNA present in the mRNA by mutating the gene from which the mRNA is transcribed, or - including the sequence of a tRNA in the transcribed part of the gene, wherein the tRNA is selected from the group consisting of tRNA Ala, tRNA Arg, tRNA Asn, tRNA Asp, tRNA Cys, tRNA Gln, tRNA Glu, tRNA Gly, tRNA His, tRNA Leu, tRNA Lys, tRNA Met, tRNA Phe, tRNA Pro, tRNA Ser, tRNA Thr, tRNA Trp, tRNA Tyr, tRNA Val. - modifying a tRNA present in the mRNA by mutating the gene from which the mRNA is transcribed, or - including the sequence of a tRNA in the transcribed part of the gene,
A drilling control method for automatically triggering a remedying action responsive to an evolving or existing critical condition, the method comprising the steps of: (i) calculating process parameter boundaries which represent a critical condition for a well by using calibrated drilling process models, characterised by (ii) triggering an emergency action if a process parameter value exceeds said process parameter boundaries, said emergency action being intended to minimize the effect of said critical condition; (iii) then further analyzing the well in order to determine a remedying action to then be applied, the remedying action being intended to remedy the cause of said critical condition; (iv) if said remedying action is not capable of remedying the cause of said critical condition, then applying predetermined safe process parameters or shutting down. (i) calculating process parameter boundaries which represent a critical condition for a well by using calibrated drilling process models, characterised by (ii) triggering an emergency action if a process parameter value exceeds said process parameter boundaries, said emergency action being intended to minimize the effect of said critical condition; (iii) then further analyzing the well in order to determine a remedying action to then be applied, the remedying action being intended to remedy the cause of said critical condition; (iv) if said remedying action is not capable of remedying the cause of said critical condition, then applying predetermined safe process parameters or shutting down.
An audio decoder (200; 400) for providing a decoded audio information (220; 412) on the basis of an encoded audio information (210;410), the audio decoder comprising: an error concealment (240; 480; 600) configured to provide an error concealment audio information (242;482;612) for concealing a loss of an audio frame, wherein the error concealment is configured to modify a time domain excitation signal (452,456;610) obtained for one or more audio frames preceding a lost audio frame, in order to obtain the error concealment audio information; wherein the error concealment (240;480;600) is configured to copy a pitch cycle of the time domain excitation signal (452,456;610) associated with the audio frame preceding the lost audio frame one time or multiple times, in order to obtain a excitation signal for a synthesis of the error concealment audio information (242;482;612); the audio decoder is characterised in that the error concealment (240;480;600) is configured to low-pass filter the pitch cycle of the time domain excitation signal (452,456;610) associated with the audio frame preceding the lost audio frame using a sampling-rate dependent filter, a bandwidth of which is dependent on a sampling rate of an audio frame encoded in a frequency domain representation, wherein the lost frame follows the audio frame encoded in a frequency domain representation. an error concealment (240; 480; 600) configured to provide an error concealment audio information (242;482;612) for concealing a loss of an audio frame, wherein the error concealment is configured to modify a time domain excitation signal (452,456;610) obtained for one or more audio frames preceding a lost audio frame, in order to obtain the error concealment audio information; wherein the error concealment (240;480;600) is configured to copy a pitch cycle of the time domain excitation signal (452,456;610) associated with the audio frame preceding the lost audio frame one time or multiple times, in order to obtain a excitation signal for a synthesis of the error concealment audio information (242;482;612); the audio decoder is characterised in that the error concealment (240;480;600) is configured to low-pass filter the pitch cycle of the time domain excitation signal (452,456;610) associated with the audio frame preceding the lost audio frame using a sampling-rate dependent filter, a bandwidth of which is dependent on a sampling rate of an audio frame encoded in a frequency domain representation, wherein the lost frame follows the audio frame encoded in a frequency domain representation.
A method of decoding an encoded audio bitstream and generating frequency bandwidth extension at a decoder, the method comprising: decoding the audio bitstream to produce a decoded low band audio signal and generate a low band excitation spectrum corresponding to a low frequency band; determining a sub-band area from within the low frequency band using a parameter which indicates energy information of a spectral envelope of the decoded low band audio signal, wherein the sub-band area location corresponds to the highest spectral peak location, wherein the low frequency band is between 0 and 6400Hz; generating a high band excitation spectrum for a high frequency band by copying a sub-band excitation spectrum from the determined sub-band area to a high sub-band area corresponding to the high frequency band; using the generated high band excitation spectrum to generate an extended high band audio signal by applying a high band spectral envelope; and adding the extended high band audio signal to the decoded low band audio signal to generate an audio output signal having an extended frequency bandwidth. decoding the audio bitstream to produce a decoded low band audio signal and generate a low band excitation spectrum corresponding to a low frequency band; determining a sub-band area from within the low frequency band using a parameter which indicates energy information of a spectral envelope of the decoded low band audio signal, wherein the sub-band area location corresponds to the highest spectral peak location, wherein the low frequency band is between 0 and 6400Hz; generating a high band excitation spectrum for a high frequency band by copying a sub-band excitation spectrum from the determined sub-band area to a high sub-band area corresponding to the high frequency band; using the generated high band excitation spectrum to generate an extended high band audio signal by applying a high band spectral envelope; and adding the extended high band audio signal to the decoded low band audio signal to generate an audio output signal having an extended frequency bandwidth.
Assembly for connecting or fastening accessories to building cladding panels or slabs comprising: - at least two separated gripping and coupling components, said at least two gripping and coupling components having an inner, in use, face arranged to abut against a respective end of a panel (2a, 2b) or of superimposed ends (2c, 2d) of two adjacent panels or slabs (2a, 2b) and an outer, in use face; - at least one tightening and fastening component arranged to engage respective engagement portions of said at least two gripping and coupling components, so as to tighten them towards each other and close to the respective portions of a panel (2a, 2b) or of superimposed ends (2c, 2d) of two adjacent panels (2a, 2b), said engagement portions being delimited on said outer face or in a zone between said outer face and said inner face; - said tightening and fastening component having at least one part arranged to allow the fastening of an accessory, wherein said at least one tightening and fastening component comprises an intermediate body as well as at least two fins (4b, 4c) each extending starting from a respective portion or end of said intermediate body, so as to define between them a housing zone for said at least two gripping and coupling components close to a panel (2a, 2b) or to superimposed ends (2c, 2d) of two adjacent panels (2a, 2b), each fin (4b1, 4b2) having means for engaging the engagement portions of a gripping and coupling component, wherein said engagement means are arranged to engage said engagement portions by snapping. - at least two separated gripping and coupling components, said at least two gripping and coupling components having an inner, in use, face arranged to abut against a respective end of a panel (2a, 2b) or of superimposed ends (2c, 2d) of two adjacent panels or slabs (2a, 2b) and an outer, in use face; - at least one tightening and fastening component arranged to engage respective engagement portions of said at least two gripping and coupling components, so as to tighten them towards each other and close to the respective portions of a panel (2a, 2b) or of superimposed ends (2c, 2d) of two adjacent panels (2a, 2b), said engagement portions being delimited on said outer face or in a zone between said outer face and said inner face; - said tightening and fastening component having at least one part arranged to allow the fastening of an accessory, wherein said at least one tightening and fastening component comprises an intermediate body as well as at least two fins (4b, 4c) each extending starting from a respective portion or end of said intermediate body, so as to define between them a housing zone for said at least two gripping and coupling components close to a panel (2a, 2b) or to superimposed ends (2c, 2d) of two adjacent panels (2a, 2b), each fin (4b1, 4b2) having means for engaging the engagement portions of a gripping and coupling component, wherein said engagement means are arranged to engage said engagement portions by snapping.
An inner frame for a packaging for storing goods, in particular rod-shaped goods like cigarettes, tobacco sticks and the like, including - a front wall, - sidewalls (14, 16), which are connected to the front wall via bending lines (18, 20), and - at least one engagement and vision hollow in the area of the front wall, wherein the front wall includes at least one locking flap for locking with a lid construction of the packaging and in closed state of the packaging, characterized in that at least one wall element is hinged to the front wall in an area outside of the engagement and vision hollow and the locking flap is formed by means of a cutting line starting from a bending line connecting the wall element and the front wall. - a front wall, - sidewalls (14, 16), which are connected to the front wall via bending lines (18, 20), and - at least one engagement and vision hollow in the area of the front wall, wherein the front wall includes at least one locking flap for locking with a lid construction of the packaging and in closed state of the packaging, characterized in that at least one wall element is hinged to the front wall in an area outside of the engagement and vision hollow and the locking flap is formed by means of a cutting line starting from a bending line connecting the wall element and the front wall.
Electrolytic cell for generation of unseparated anodic and cathodic products consisting of a lithographically-patternable substrate having a surface, a multiplicity of anodic and cathodic microelectrodes formed on said surface, said anodic and cathodic microelectrodes being mutually intercalated at an interelectrodic gap lower than 100 micrometres and having an average surface roughness Ra lower than 0.05 μm.
A dust hood device for a power tool, wherein the power tool comprises a work-performing means, wherein the dust hood device has, on a lower side, at least one first opening and one second opening for collecting dust, wherein a mixture of dust and air formed by the collection of dust can be guided in various air flows through the interior of the dust hood device in the direction of an extraction nozzle, wherein the air flows in the interior of the dust hood device can be separated from one another by at least one guide element, characterized in that the first opening serves at least in part as an insertion slot for the work-performing means of the power tool, and the second opening is formed by two side channels (11a, 11b) and a front slotted opening. the dust hood device has, on a lower side, at least one first opening and one second opening for collecting dust, wherein a mixture of dust and air formed by the collection of dust can be guided in various air flows through the interior of the dust hood device in the direction of an extraction nozzle, wherein the air flows in the interior of the dust hood device can be separated from one another by at least one guide element, characterized in that the first opening serves at least in part as an insertion slot for the work-performing means of the power tool, and the second opening is formed by two side channels (11a, 11b) and a front slotted opening.
A baler including a plurality of pressing elements (120, 202) for pressing a mass of bale material in a bale chamber to form a round bale, a feed opening through which bale material is fed into the bale chamber, and a binding apparatus for binding the bale in the bale chamber with at least one strip of film material; wherein the binding apparatus includes a bundling means (140, 142) for bundling a lead-in end of the film material to form a rope-like element having a width less than the full width of the film material, and at least one guide element is provided adjacent the feed opening to press the lead-in end of the film material towards the bale material in the bale chamber and/or to prevent the passage of the lead-in end outwards through the feed opening, wherein the number of guide elements depends on the number of strips of film material fed into the bale chamber, wherein each guide element is positioned to press a lead-in end of the film material towards the bale material in the bale chamber and/or to prevent the passage of a lead-in end outwards through the feed opening, wherein each guide element has a width that is less than the width of the bale chamber and, if the baler includes a plurality of guide elements, the guide elements have a combined width that is less than the width of the bale chamber.
Foot orthosis for correcting malpositions of the foot, in particular for the treatment of hallux valgus, comprising a toe splint that can be fastened to a toe and a metatarsal splint that can fastened in the mid-foot region, which are coupled pivotably relative to each other by a pivot joint, wherein, when the foot orthosis is correctly position on the foot, it is designed to apply a first correcting force to the toe via the toe splint and to apply a second correcting force opposite to the first corrective force to a metatarsophalangeal joint via the pivot joint, wherein the pivot joint is provided with a recess in the form of a through-opening along a pivot axis of the pivot joint and is formed such that, when the foot orthosis is fastened to the foot, a laterally bulging portion of the metatarsophalangeal joint is accommodated in the through-opening, wherein the pivot joint comprises a first joint element in the form of a joint ring connected to the toe splint and a second joint element in the form of a pivot pin connected to the metatarsal splint, which are interlockingly engaged along the pivot axis and transversely to the pivot axis of the pivot joint, wherein the pivot pin is provided with a locating groove, in which a corresponding connecting ring of the joint ring is guided, and wherein the pivot pin comprises a circumferentially radial recess at a proximal end, which provides an interlocking connection between the joint ring and the pivot pin in the direction of the pivot axis and is accommodated in a correspondingly formed further recess on the joint ring.
A support plate (100, 150) for supporting a package during filling with a food product, the support plate (100, 150) comprising: a wall (104, 154) defining a cavity (112, 162) for receiving a top portion of the package; the wall (104, 154) having a slanted interior surface (108, 158); characterised in further comprising a single support projection (116, 166) extending in a parallel direction to and away from the wall (104, 154) for abutting the top portion of the package. a wall (104, 154) defining a cavity (112, 162) for receiving a top portion of the package; the wall (104, 154) having a slanted interior surface (108, 158); characterised in further comprising a single support projection (116, 166) extending in a parallel direction to and away from the wall (104, 154) for abutting the top portion of the package.