mhurhangee/ep-ind-claims huggingface dataset:
A sealing ledge holder (1.2, 2.2) for use as intended in a sealing ledge system (1, 2) of a suction roll for dewatering sheet material, wherein the sealing ledge system (1, 2) comprises at least one lubricant feed and is used to laterally seal at least one suction box inside the suction roll, wherein the sealing ledge holder (1.2, 2.2) is designed to receive a sealing ledge (1.1, 2.1) which seals off the suction box towards the roll shell of the suction roll, and the sealing ledge holder (1.2, 2.2) has an outer side which is in front of the sealing ledge (1.1, 2.1) as seen in the direction of movement of the roll shell when using the sealing ledge holder (1.2, 2.2) in the suction roll, characterised in that at least one lubricant feed is included in the sealing ledge holder (1.2, 2.2), wherein, in the sealing ledge holder (1.2, 2.2), at least one opening of the lubricant feed extends to an outer side of the sealing ledge holder (1.2, 2.2) which is in front of the sealing ledge (1.1, 2.1) as seen in the direction of movement of the roll shell when used as intended in the suction roll.
A flow meter device including a radio device, the flow meter device comprising: a plurality of radiation conductors (1041, 1042) each of which radiates an electric wave of a radio frequency signal; a circuit board in which a power supplying circuit for supplying radio frequency electric power of the radio frequency signal to the plurality of radiation conductors is mounted; a metal casing; and a ground cable for electrically connecting the circuit board to the metal casing of the flow meter device, wherein a first radiation conductor and a second radiation conductor, which are included in the plurality of radiation conductors and are different from each other, radiate magnetic fields in different directions and radiate electric fields in different directions, wherein the first radiation conductor is a linear radiation conductor and extends circumferentially in a clockwise direction when viewed from a front side of the radio device; and wherein the second radiation conductor is a linear radiation conductor and extends circumferentially in a counterclockwise direction when viewed from the front side of the radio device. a plurality of radiation conductors (1041, 1042) each of which radiates an electric wave of a radio frequency signal; a circuit board in which a power supplying circuit for supplying radio frequency electric power of the radio frequency signal to the plurality of radiation conductors is mounted; a metal casing; and a ground cable for electrically connecting the circuit board to the metal casing of the flow meter device, wherein a first radiation conductor and a second radiation conductor, which are included in the plurality of radiation conductors and are different from each other, radiate magnetic fields in different directions and radiate electric fields in different directions, wherein the first radiation conductor is a linear radiation conductor and extends circumferentially in a clockwise direction when viewed from a front side of the radio device; and wherein the second radiation conductor is a linear radiation conductor and extends circumferentially in a counterclockwise direction when viewed from the front side of the radio device.
Method for producing a heating coil having two heating coil limbs (2, 4) which are connected to each other electrically via a jumper, comprising the steps: - defining at least one spiral segment of the heating coil which forms the jumper, - positioning the spiral segment at a wedge element, wherein the electrical contacts (10, 12) of the heating coil are clamped into receiving elements (16, 18) of a receiving device for positioning at the wedge element, - introducing two bending elements (22, 24) on the side of the spiral segment into the heating coil on a section-by-section basis, wherein the heating coil is released from the receiving elements (16, 18) after the bending elements (22, 24) have been introduced, - moving at least one of the bending elements (22, 24) until the spiral segment is deformed at least in sections, and - removing the heating coil from the wedge element. - defining at least one spiral segment of the heating coil which forms the jumper, - positioning the spiral segment at a wedge element, wherein the electrical contacts (10, 12) of the heating coil are clamped into receiving elements (16, 18) of a receiving device for positioning at the wedge element, - introducing two bending elements (22, 24) on the side of the spiral segment into the heating coil on a section-by-section basis, wherein the heating coil is released from the receiving elements (16, 18) after the bending elements (22, 24) have been introduced, - moving at least one of the bending elements (22, 24) until the spiral segment is deformed at least in sections, and - removing the heating coil from the wedge element.
A magnetic resonance imaging (= MRI) system, the system comprising at least one controller which is configured to: perform a rotated slab excitation sequence for volume selection to exclude portions of a subject under exam which are within a scanning volume and outside of a field-of-view (=FOV) so as to reduce foldover artifacts which originate from the excluded portions of the subject under exam, wherein the rotated slab excitation sequence performs volume excitation using minimum-phase radio-frequency (= RF) pulses in a sagittal plane and encodes the scanning volume in a coronal plane; after performing the rotated slab excitation sequence for volume excitation, perform a mDIXON chemical-shift imaging sequence for fat/water separation within a FOV which lies within the scanning volume, wherein the mDIXON sequence includes the acquisition of echoes for reconstructing an image, whereby the use of minimum-phase RF pulses for volume excitation allows the echoes to be acquired at substantially optimal echo times. perform a rotated slab excitation sequence for volume selection to exclude portions of a subject under exam which are within a scanning volume and outside of a field-of-view (=FOV) so as to reduce foldover artifacts which originate from the excluded portions of the subject under exam, wherein the rotated slab excitation sequence performs volume excitation using minimum-phase radio-frequency (= RF) pulses in a sagittal plane and encodes the scanning volume in a coronal plane; after performing the rotated slab excitation sequence for volume excitation, perform a mDIXON chemical-shift imaging sequence for fat/water separation within a FOV which lies within the scanning volume, wherein the mDIXON sequence includes the acquisition of echoes for reconstructing an image, whereby the use of minimum-phase RF pulses for volume excitation allows the echoes to be acquired at substantially optimal echo times.
A computer-implemented method of processing a multimedia signal, the method comprising: obtaining the multimedia signal; determining at least one kernel to be used for processing the obtained multimedia signal; approximating the determined at least one kernel according to a structure of the at least one kernel; and processing the obtained multimedia signal by using the approximated at least one kernel, wherein the approximating of the determined at least one kernel comprises dividing the at least one kernel into at least one mini kernel according to a structure of the at least one kernel, and characterized in that the dividing comprises: determining a pattern type and a pattern location inside the at least one kernel based on a spatial connectivity in the at least one kernel; and dividing the at least one kernel into the at least one mini kernel based on a result of the determining. obtaining the multimedia signal; determining at least one kernel to be used for processing the obtained multimedia signal; approximating the determined at least one kernel according to a structure of the at least one kernel; and processing the obtained multimedia signal by using the approximated at least one kernel, wherein the approximating of the determined at least one kernel comprises dividing the at least one kernel into at least one mini kernel according to a structure of the at least one kernel, and characterized in that the dividing comprises: determining a pattern type and a pattern location inside the at least one kernel based on a spatial connectivity in the at least one kernel; and dividing the at least one kernel into the at least one mini kernel based on a result of the determining. determining a pattern type and a pattern location inside the at least one kernel based on a spatial connectivity in the at least one kernel; and dividing the at least one kernel into the at least one mini kernel based on a result of the determining.
A device for improving sound perception in a subject, comprising: an implantable receiver unit suitable for receiving an externally generated electrical signal produced by an external audio processor in response to sound, wherein the receiver unit is configured to be placed at a subcutaneous position behind an ear of the subject; and a fully implantable vibratory unit comprising a transducer comprising a first mass that vibrates relative to a second mass, wherein the vibratory unit is connected to the receiver unit with a lead of less than 15 mm in length and is configured to be mounted behind the Pinna of the ear to a temporal bone of a subject suitably for vibrating the temporal bone in response to the electrical signal so as to conduct sound in the form of vibrations through the subject's skull. an implantable receiver unit suitable for receiving an externally generated electrical signal produced by an external audio processor in response to sound, wherein the receiver unit is configured to be placed at a subcutaneous position behind an ear of the subject; and a fully implantable vibratory unit comprising a transducer comprising a first mass that vibrates relative to a second mass, wherein the vibratory unit is connected to the receiver unit with a lead of less than 15 mm in length and is configured to be mounted behind the Pinna of the ear to a temporal bone of a subject suitably for vibrating the temporal bone in response to the electrical signal so as to conduct sound in the form of vibrations through the subject's skull.
A curable composition comprising a) fluoropolyethers having a molecular weight of from 400 g/mole up to 20,000 g/mole and containing moieties selected from (-(CF 2) 4 O-), (-(CF 2) 2 O-), (-CF 2 O-) or combinations thereof and further containing at least one nitrile group at a terminal position or at a position that is adjacent to the terminal position; b) one or more curing agents selected from non-fluorinated compounds containing one or more functional group linked to a common residue, said residue containing at least three carbon atoms wherein the functional groups are selected from primary amines, secondary amines and functional groups that generate primary or secondary amines upon a heat treatment, wherein the composition can be cured to generate groups having a triazine ring structure. a) fluoropolyethers having a molecular weight of from 400 g/mole up to 20,000 g/mole and containing moieties selected from (-(CF 2) 4 O-), (-(CF 2) 2 O-), (-CF 2 O-) or combinations thereof and further containing at least one nitrile group at a terminal position or at a position that is adjacent to the terminal position; b) one or more curing agents selected from non-fluorinated compounds containing one or more functional group linked to a common residue, said residue containing at least three carbon atoms wherein the functional groups are selected from primary amines, secondary amines and functional groups that generate primary or secondary amines upon a heat treatment,
A paint coat application device for coating paint medium onto metal elements, which comprises a container with the metal elements, an appliance feeding painting medium to be applied onto the metal elements and a device generating an alternating magnetic field causing the metal elements to be heated, characterised in that the container is a non-metallic drum with a chamber and an opening enabling access into the chamber for the metal elements, which is closable by a movable lid fixed non-permanently relative to the non-metallic drum and a housing of the non-metallic drum, in relation to which the non-metallic drum is fixed rotatable about its axis, whereas the device generating the alternating magnetic field causing the heating of the metal elements is a heating inductor of an induction heater which inductively heats the metal elements by the alternating magnetic field and which is located outside of the chamber of the non-metallic drum, and whereas the painting medium is fed into the chamber of the non-metallic drum using the appliance feeding the painting medium in order to be applied onto the metal elements, and inside of the chamber of the non-metallic drum a paint coat is applied onto the metal elements and the metal elements are heated, and inside of the chamber of the non-metallic drum, if necessary, the metal elements are cooled.
A method for reducing distortion of satellite signals modulated using amplitude phase shift keying, APSK, the method performed by a receiver and comprising: receiving, from a satellite, a signal including APSK-modulated symbols mapped to a constellation including a plurality of points arranged in an inner circle and in an outer circle; determining, based on the received APSK-modulated symbols, a ratio between a radius of the inner circle of the constellation and a radius of the outer circle of the constellation, characterized by: generating a correction signal based, at least in part, on a comparison between the determined ratio and a reference ratio; and compensating for distortion of the received signal based, at least in part, on the correction signal. receiving, from a satellite, a signal including APSK-modulated symbols mapped to a constellation including a plurality of points arranged in an inner circle and in an outer circle; determining, based on the received APSK-modulated symbols, a ratio between a radius of the inner circle of the constellation and a radius of the outer circle of the constellation, characterized by: generating a correction signal based, at least in part, on a comparison between the determined ratio and a reference ratio; and compensating for distortion of the received signal based, at least in part, on the correction signal. generating a correction signal based, at least in part, on a comparison between the determined ratio and a reference ratio; and compensating for distortion of the received signal based, at least in part, on the correction signal.
A closure device for sealing a percutaneous puncture in a wall of a body passageway, the closure device comprising: an anchor configured to engage an interior surface of the body passageway; an expandable plug; a contiguous elongate filament, coupled to the anchor and the expandable plug, the filament including first and second sections and a collar configured to move along the first section of the filament, the first and second sections extending from the anchor with the first section extending through the collar and the second section connected to the collar such that a loop is formed by the first and second sections and the collar, wherein the loop extends through an orifice (30A, 30B, 30C) in the expandable plug; and a lock frictionally engaged to a portion of the first section extending beyond said loop, wherein the collar is located between the lock and the expandable plug, and wherein the filament extends through the lock and the lock is movable along the filament in response to application of a force on the lock that overcomes the frictional engagement, whereby as the lock is moved along the first section towards the anchor, the loop shrinks causing the expandable plug to move toward the anchor, wherein the lock is configured to prevent the loop from expanding after said shrinkage of the loop. an anchor configured to engage an interior surface of the body passageway; an expandable plug; a contiguous elongate filament, coupled to the anchor and the expandable plug, the filament including first and second sections and a collar configured to move along the first section of the filament, the first and second sections extending from the anchor with the first section extending through the collar and the second section connected to the collar such that a loop is formed by the first and second sections and the collar, wherein the loop extends through an orifice (30A, 30B, 30C) in the expandable plug; and a lock frictionally engaged to a portion of the first section extending beyond said loop, wherein the collar is located between the lock and the expandable plug, and wherein the filament extends through the lock and the lock is movable along the filament in response to application of a force on the lock that overcomes the frictional engagement, whereby as the lock is moved along the first section towards the anchor, the loop shrinks causing the expandable plug to move toward the anchor, wherein the lock is configured to prevent the loop from expanding after said shrinkage of the loop.
Workshop crane comprising: - a base with a front face and a rear face; - a column rising from the base to a certain height; - an arm connected in an articulated manner to said column having an operating system and at the free end of which there is located a load securing element; - at least one pair of legs which are located on both sides of the vertical projection of the column and attached at one of their ends to the front face of the base comprising at their free ends front rolling elements, where the legs can either be fixed in the extended position in the operative phase or lowered on the column when the crane is in the non-operative phase; - at least one rear rolling element located on the rear face of the base and - at least two intermediate wheels located between the front rolling elements and the rear rolling element or elements such that when the crane is without load it is supported on the rear rolling element or elements and the intermediate wheels; characterized in that the crane is supported both with load or without load on the intermediate wheels. - a base with a front face and a rear face; - a column rising from the base to a certain height; - an arm connected in an articulated manner to said column having an operating system and at the free end of which there is located a load securing element; - at least one pair of legs which are located on both sides of the vertical projection of the column and attached at one of their ends to the front face of the base comprising at their free ends front rolling elements, where the legs can either be fixed in the extended position in the operative phase or lowered on the column when the crane is in the non-operative phase; - at least one rear rolling element located on the rear face of the base and - at least two intermediate wheels located between the front rolling elements and the rear rolling element or elements such that when the crane is without load it is supported on the rear rolling element or elements and the intermediate wheels;
A value document having an elongate security element, namely a see-through windowed thread or a strip spanning a gap in the substrate of the value document, wherein the security element has a machine-readable coding, characterized in that the coding is configured to be mirror-symmetric towards the middle of the value document with reference to the longitudinal axis or transverse axis of the value document, and that the security element can be captured optically both from the front side of the value document and from the back side of the value document by employing an optical sensor.
A method for monitoring execution of a digital authentication program, the method implemented using an authentication monitoring, AM, computer device comprising a processor and a memory device, the method comprising: receiving an authentication data file from an authenticating computer device executing the digital authentication program, wherein the authenticating computer device is associated with an authenticating entity, wherein the digital authentication program includes one or more authentication rules, the one or more authentication rules comprising a first authentication rule which states that a certain proportion of data processing performed by the authenticating computer device must use a first authentication type; extracting at least one authentication value from the authentication data file, the at least one authentication value comprising an authentication type value; based on the authentication type value, testing the authentication value against at least the first authentication rule; updating a stored statistic associated with the authentication value for the authenticating computer device, the statistic comprising authentication type; comparing the stored statistic to a corresponding predefined benchmark for said statistic; determining, based on the comparing, that the stored statistic fails to meet a predefined benchmark for the stored statistic; and initiating an authentication remediation process, wherein the authentication remediation process causes an update to the digital authentication program used by the authenticating computer device. receiving an authentication data file from an authenticating computer device executing the digital authentication program, wherein the authenticating computer device is associated with an authenticating entity, wherein the digital authentication program includes one or more authentication rules, the one or more authentication rules comprising a first authentication rule which states that a certain proportion of data processing performed by the authenticating computer device must use a first authentication type; extracting at least one authentication value from the authentication data file, the at least one authentication value comprising an authentication type value; based on the authentication type value, testing the authentication value against at least the first authentication rule; updating a stored statistic associated with the authentication value for the authenticating computer device, the statistic comprising authentication type; comparing the stored statistic to a corresponding predefined benchmark for said statistic; determining, based on the comparing, that the stored statistic fails to meet a predefined benchmark for the stored statistic; and initiating an authentication remediation process, wherein the authentication remediation process causes an update to the digital authentication program used by the authenticating computer device.