mhurhangee/ep-ind-claims huggingface dataset:
Brake dust particle filter for a disk brake arrangement having a brake disk and a brake caliper, wherein the brake dust particle filter is configured to capture particles generated during braking, and wherein the brake dust particle filter comprises the following: - A ring segment-shaped housing for at least partially receiving the brake disk in a housing interior space, wherein the housing features two housing side walls (17, 19) axially spaced apart from each other and a housing peripheral wall (26, 62, 64) extending radially outwardly in circumferential direction, and wherein the housing peripheral wall (26, 62, 64) is disposed or formed between the housing side walls (17, 19); - at least one tongue (28a, 28b, 28c, 28d, 28e) projecting inwardly in the housing interior space from the housing peripheral wall (26, 62, 64) at least in sections with at least one radial component; characterized in that - the tongue (28a, 28b, 28c, 28d) features a flat cross-sectional shape and at least one base surface facing the housing peripheral wall (26, 62, 64), a front face projecting into the housing interior space, and at least one side face, and - at least one filter media; wherein the tongue (28a, 28b, 28c, 28d, 28e) is formed by the filter media and wherein the tongue (28a, 28b, 28c, 28d) does not feature any supporting apparatus components, in particular housing components, separate from the filter media and the filter media provides a sufficient rigidity to keep the tongue (28a, 28b, 28c, 28d) structurally rigid in shape. - A ring segment-shaped housing for at least partially receiving the brake disk in a housing interior space, wherein the housing features two housing side walls (17, 19) axially spaced apart from each other and a housing peripheral wall (26, 62, 64) extending radially outwardly in circumferential direction, and wherein the housing peripheral wall (26, 62, 64) is disposed or formed between the housing side walls (17, 19); - at least one tongue (28a, 28b, 28c, 28d, 28e) projecting inwardly in the housing interior space from the housing peripheral wall (26, 62, 64) at least in sections with at least one radial component; - the tongue (28a, 28b, 28c, 28d) features a flat cross-sectional shape and at least one base surface facing the housing peripheral wall (26, 62, 64), a front face projecting into the housing interior space, and at least one side face, and - at least one filter media;
Pneumatic vehicle tyre with a profiled tread, into which a multiplicity of individual spikes are integrated, of which each spike has a pin with a free end which projects out of the tread, and has a base which is arranged so as to lie opposite the said free end and the area of which is greater than that of the pin, the pin and the base being integrated into a rubber shell, characterized in that - the rubber shell is configured so as to encase the entire pin and base completely, or - the rubber shell encases the base completely and is configured continuously as far as directly below the free end of the pin, and the rubber shell in each case has a Shore hardness which differs from the tread of the pneumatic vehicle tyre, or consists of a rubber mixture which differs from the tread. - the rubber shell is configured so as to encase the entire pin and base completely, or - the rubber shell encases the base completely and is configured continuously as far as directly below the free end of the pin, and
A sensing manipulator of an articulated arm, said sensing manipulator comprising a compliant section for engaging an object, wherein said compliant section is a compliant cup or a tubular or conical shaped bellow, which compliant section may move in at least two degrees of freedom, and a movement detection system for detecting movement of the compliant section in the at least two degrees of freedom as the compliant section engages an object.
A curable ink composition comprising a compound having a single partial structure represented by the following formula and a partial structure represented by the following formula: wherein A in formula represents a group capable of forming a four-or more-membered bivalent alicyclic alkyl group with neighbouring carbon atoms; and in formula, R 1 represents an alkylene, a cycloalkylene or an arylene group, and n represents an integer of 1 or more.
A power jack for a welding device, in particular an electrode and/or TIG welding device, wherein the power jack, which is made of conductive material, includes a bore for receiving a plug element attached to a hose pack, and an axial guide groove is disposed in the bore, said guide groove being guided towards outside via a longitudinal groove such that a guide pin disposed on the plug element can be inserted and rotated, characterized in that, in the bore, a radial groove is disposed and a retaining element (38; 43; 45; 47) is positioned, preferably in the intersecting region of the groove and the longitudinal groove, and that a spring element designed to transmit power, in particular a spiral spring, is disposed in the groove, said spring element protruding from the groove and thereby reducing the diameter of the bore, wherein the retaining element (38; 43; 45; 47) forms a stop surface for the ends of the spring element formed over only a part of the entire periphery.
An ostomy appliance with a gas release valve, comprising: an ostomy appliance lumenal sidewall forming part of an enclosure for a stoma and having an aperture (1607, 1627) passing through said sidewall; a valve member (1603, 1623) crossing most of the way through said sidewall aperture (1607, 1627) and including: a stopper (1609, 1629) positioned to block gas outflow through said aperture (1607, 1627), and a control member (1613, 1633) operable from the exterior of said ostomy appliance to unblock said aperture (1607, 1627), wherein said valve member (1603, 1623) comprises a connecting member (1611, 1621) connecting said stopper (1609, 1629) to said control member (1613, 1633) across said aperture (1607, 1627), said stopper (1609, 1629) comprises an expanded region for pressing a hole of said sidewall aperture (1607, 1627) to seal it, characterized in that said stopper (1609, 1629), said control member (1613, 1633), and said connecting member (1611, 1621) are integrally formed; and said control member (1613, 1633) comprises an elastic region which acts as a return spring. an ostomy appliance lumenal sidewall forming part of an enclosure for a stoma and having an aperture (1607, 1627) passing through said sidewall; a valve member (1603, 1623) crossing most of the way through said sidewall aperture (1607, 1627) and including: a stopper (1609, 1629) positioned to block gas outflow through said aperture (1607, 1627), and a control member (1613, 1633) operable from the exterior of said ostomy appliance to unblock said aperture (1607, 1627), wherein said valve member (1603, 1623) comprises a connecting member (1611, 1621) connecting said stopper (1609, 1629) to said control member (1613, 1633) across said aperture (1607, 1627), said stopper (1609, 1629) comprises an expanded region for pressing a hole of said sidewall aperture (1607, 1627) to seal it, characterized in that said stopper (1609, 1629), said control member (1613, 1633), and said connecting member (1611, 1621) are integrally formed; and said control member (1613, 1633) comprises an elastic region which acts as a return spring. a stopper (1609, 1629) positioned to block gas outflow through said aperture (1607, 1627), and a control member (1613, 1633) operable from the exterior of said ostomy appliance to unblock said aperture (1607, 1627), wherein said valve member (1603, 1623) comprises a connecting member (1611, 1621) connecting said stopper (1609, 1629) to said control member (1613, 1633) across said aperture (1607, 1627), said stopper (1609, 1629) comprises an expanded region for pressing a hole of said sidewall aperture (1607, 1627) to seal it, characterized in that said stopper (1609, 1629), said control member (1613, 1633), and said connecting member (1611, 1621) are integrally formed; and said control member (1613, 1633) comprises an elastic region which acts as a return spring.
A method for sensing occupancy status within an automotive vehicle using a radar sensor system, the radar sensor system comprising an antenna system (Tx), at least one sensor (Radar Sensor) and processing circuitry, the method comprising illuminating, using the antenna system (Tx), at least one occupiable position within the vehicle with an outgoing radar signal; receiving, using at least one sensor (Radar Sensor), at least one sensor signal reflected as a result of the outgoing radar signal, obtaining accelerometer data value (EAS, VAS) from at least one accelerometer, said accelerometer data containing information regarding vibration or motion of said automotive vehicle and supplying said accelerometer data to said processing circuitry; operating the processing circuitry for generating, based on the at least one sensor signal and on the accelerometer data (EAS, VAS), one or more occupancy status signals, the occupancy status signal indicating a property related to said at least one occupiable position, characterized in that said generating one or more occupancy status signals comprises applying, based on said accelerometer data (EAS, VAS), offset removal to said sensor signal to generate a modified signal; and generating said one or more occupancy status signals based on the modified signals.
A propulsion unit for an aircraft comprising a nacelle in which is housed a turbojet engine, the nacelle comprising: - a downstream structure, and - an upstream structure, upstream of the downstream structure, said upstream structure comprising: ∘ an air inlet comprising an air inlet lip forming a leading edge of the nacelle, and ∘ a frame of the air inlet lip defining an annular partition separating the air inlet lip from the rest of the air inlet of the nacelle and defining, with the air inlet lip, an air inlet box, the upstream structure being movable in translation along an axis substantially parallel to a longitudinal axis of the nacelle, alternately between a closing position according to which it ensures an aerodynamic continuity with the downstream structure of the nacelle, and an opening position according to which it opens a passage in the nacelle so as to allow at least partial access to the turbojet engine, said propulsion unit further comprising at least one locking/unlocking device adapted to alternately allow and prevent the displacement of the upstream structure with respect to the downstream structure, comprising locking and unlocking means of the upstream structure of the nacelle on the turbojet engine, said propulsion unit is characterized in that the locking and unlocking means are fastened on the frame of the air inlet lip and on an upstream flange of the turbojet engine. - a downstream structure, and - an upstream structure, upstream of the downstream structure, said upstream structure comprising: ∘ an air inlet comprising an air inlet lip forming a leading edge of the nacelle, and ∘ a frame of the air inlet lip defining an annular partition separating the air inlet lip from the rest of the air inlet of the nacelle and defining, with the air inlet lip, an air inlet box, ∘ an air inlet comprising an air inlet lip forming a leading edge of the nacelle, and ∘ a frame of the air inlet lip defining an annular partition separating the air inlet lip from the rest of the air inlet of the nacelle and defining, with the air inlet lip, an air inlet box,
A method for obtaining spectral notches in orthogonal frequency division multiplexing, OFDM, signals transmitted over an electricity network, the process comprising: selecting a window in the time domain; adjusting power of a number of OFDM signal carriers by at least one of attenuation and elimination, wherein said number depends on the situation, width and depth of the spectral notches and the form of the selected window, wherein said adjusting power comprises reducing the power of main lobes of OFDM signal carriers being within the spectral notches and reducing the power of secondary lobes of the OFDM signal carriers being adjacent to the ends of the notches, such that the main lobes and the secondary lobes are lower than a power spectral density, PSD, demanded for the signals transmitted in the spectral notches; applying an inverse discrete Fourier transform, IDFT, to transform the signals from the frequency domain to the time domain, the IDFT having a number of points of at least 1024 if the IDFT is complex, and of at least 2048 if the IDFT is real; adding a cyclic prefix, and multiplying the OFDM symbols in the time domain by said window. selecting a window in the time domain; adjusting power of a number of OFDM signal carriers by at least one of attenuation and elimination, wherein said number depends on the situation, width and depth of the spectral notches and the form of the selected window, wherein said adjusting power comprises reducing the power of main lobes of OFDM signal carriers being within the spectral notches and reducing the power of secondary lobes of the OFDM signal carriers being adjacent to the ends of the notches, such that the main lobes and the secondary lobes are lower than a power spectral density, PSD, demanded for the signals transmitted in the spectral notches; applying an inverse discrete Fourier transform, IDFT, to transform the signals from the frequency domain to the time domain, the IDFT having a number of points of at least 1024 if the IDFT is complex, and of at least 2048 if the IDFT is real; adding a cyclic prefix, and multiplying the OFDM symbols in the time domain by said window.
A method for providing user actuation targets (101, 102, 103, 104) on a touch-sensitive display of an electronic device (100, 200) having one or more physical keys (105, 106, 107, 108), comprising: determining, with a contact sensor and one or more processors, a duration of user contact with the display; determining, during the duration of user contact with the display, a location of the user contact on the display; presenting, with the one or more processors, in response to the user contacting the display for at least a predetermined amount of time, at least one user actuation target (101, 102, 103, 104) on the display in an initial location, the at least one user actuation target (101, 102, 103, 104) having a function corresponding to at least one of the one or more physical keys (105, 106, 107, 108); and moving, in response to the user contacting the display beyond the predetermined amount of time, the at least one user actuation target (101, 102, 103, 104) from the initial location on the display to a new location on the display such that the at least one user actuation target (101, 102, 103, 104) is moved closer to the location of the user contact. determining, with a contact sensor and one or more processors, a duration of user contact with the display; determining, during the duration of user contact with the display, a location of the user contact on the display; presenting, with the one or more processors, in response to the user contacting the display for at least a predetermined amount of time, at least one user actuation target (101, 102, 103, 104) on the display in an initial location, the at least one user actuation target (101, 102, 103, 104) having a function corresponding to at least one of the one or more physical keys (105, 106, 107, 108); and moving, in response to the user contacting the display beyond the predetermined amount of time, the at least one user actuation target (101, 102, 103, 104) from the initial location on the display to a new location on the display such that the at least one user actuation target (101, 102, 103, 104) is moved closer to the location of the user contact.
A computer-implemented method for diagnosing mechanical default of a mechanical watch, comprising a first step of acquiring at least one vibration signal from the mechanical watch and a second step of analyzing said vibration signal by an artificial intelligence trained to detect mechanical default in mechanical watches to determine a diagnosis whether said mechanical watch is working properly or not, wherein the artificial intelligence is trained to detect a mechanical default of the mechanical watch, chosen between: - a mechanical default of a timepiece mechanism of the mechanical watch, chosen between a fatigue of mechanical elements of the mechanical watch and a bad level of tension of the spring of the mechanical watch, and/or - a tightness default of a casing of the mechanical watch. - a mechanical default of a timepiece mechanism of the mechanical watch, chosen between a fatigue of mechanical elements of the mechanical watch and a bad level of tension of the spring of the mechanical watch, and/or - a tightness default of a casing of the mechanical watch.
A terminal device configured to communicate with a network, the terminal device comprising: a reception unit configured to receive a system information block from the network; and a transmission unit configured to transmit a physical sidelink discovery channel associated with discovery using a link between the terminal device and a different terminal device, wherein the discovery is defined as a process that identifies the terminal device and the different terminal device being in proximity to each other, and transmit power for the transmission of the physical sidelink discovery channel is given with reference to at least a maximum output power, an authorized range class is set on the terminal device, the authorized range class being one of a short authorized range class, a medium authorized range class, and a long authorized range class, the system information block includes a parameter corresponding to the short authorized range class, a parameter corresponding to the medium authorized range class and a parameter corresponding to the long authorized range class, and the maximum output power is given with reference to one parameter corresponding to the authorized range class among the parameter corresponding to the short authorized range class, the parameter corresponding to the medium authorized range class and the parameter corresponding to the long authorized range class included in the system information block. a reception unit configured to receive a system information block from the network; and a transmission unit configured to transmit a physical sidelink discovery channel associated with discovery using a link between the terminal device and a different terminal device, wherein the discovery is defined as a process that identifies the terminal device and the different terminal device being in proximity to each other, and transmit power for the transmission of the physical sidelink discovery channel is given with reference to at least a maximum output power, an authorized range class is set on the terminal device, the authorized range class being one of a short authorized range class, a medium authorized range class, and a long authorized range class, the system information block includes a parameter corresponding to the short authorized range class, a parameter corresponding to the medium authorized range class and a parameter corresponding to the long authorized range class, and the maximum output power is given with reference to one parameter corresponding to the authorized range class among the parameter corresponding to the short authorized range class, the parameter corresponding to the medium authorized range class and the parameter corresponding to the long authorized range class included in the system information block.
A management system comprising: a power generation apparatus being a fuel cell apparatus which is adapted to generate power using fuel, and a control apparatus which is adapted to communicate with the fuel cell apparatus, wherein the control apparatus is adapted to receive a message having a predetermined format, characterized in that the control apparatus is adapted to receive a first message as said message from the fuel cell apparatus, the first message indicating whether or not the fuel cell apparatus has a function of transmitting a third message, the control apparatus is adapted to transmit a second message as said message to the fuel cell apparatus, the second message requests for the type of the fuel cell apparatus, and the control apparatus is adapted to receive the third message as said message from the fuel cell apparatus, the third message is replied in response to the second message, wherein the third message indicates the type of the power generation apparatus. a power generation apparatus being a fuel cell apparatus which is adapted to generate power using fuel, and a control apparatus which is adapted to communicate with the fuel cell apparatus, wherein the control apparatus is adapted to receive a message having a predetermined format, characterized in that the control apparatus is adapted to receive a first message as said message from the fuel cell apparatus, the first message indicating whether or not the fuel cell apparatus has a function of transmitting a third message, the control apparatus is adapted to transmit a second message as said message to the fuel cell apparatus, the second message requests for the type of the fuel cell apparatus, and the control apparatus is adapted to receive the third message as said message from the fuel cell apparatus, the third message is replied in response to the second message, wherein the third message indicates the type of the power generation apparatus.
A pot spinning machine including a pot having cylindrical shape; and a pot bearing that rotatably supports the pot and includes a fixed ring, the pot spinning machine characterized by comprising: a support member (36, 60) that is fixedly disposed; a damper member (46, 66) disposed between the support member (36, 60) and the fixed ring; and an adjustment mechanism that adjusts a deformation amount of the damper member (46, 66) so that the deformation amount of the damper member (46, 66) varies in a circumferential direction of the pot, wherein the adjustment mechanism adjusts the deformation amount of the damper member (46, 66) so as to adjust an inclination of the pot. a support member (36, 60) that is fixedly disposed; a damper member (46, 66) disposed between the support member (36, 60) and the fixed ring; and an adjustment mechanism that adjusts a deformation amount of the damper member (46, 66) so that the deformation amount of the damper member (46, 66) varies in a circumferential direction of the pot, wherein the adjustment mechanism adjusts the deformation amount of the damper member (46, 66) so as to adjust an inclination of the pot.
An oral compressed tablet for taste masking of active ingredients, the tablet comprising a population of particles and an active ingredient with off-note taste, the population of particles comprising; a) directly compressible sugar alcohol particles; and b) non-directly compressible (non-DC) sugar alcohol particles that have not been granulated prior to tableting, the non-DC particles providing the tablet with a plurality of discrete non-DC areas evenly distributed in the tablet or at least one module of the tablet, and the non-DC areas resulting at least partly in induced taste masking of the active ingredient upon mastication of the tablet. a) directly compressible sugar alcohol particles; and b) non-directly compressible (non-DC) sugar alcohol particles that have not been granulated prior to tableting,