mhurhangee/patent-ind-claim-en huggingface dataset:
A brake rotor for a bicycle comprising: a circumferential brake track disposed about an axis of rotation (R) of the brake rotor, the circumferential brake track comprising a first surface and a second surface that face axially outward away from one another and that are on axially opposed sides of the brake rotor, the two surfaces defining a thickness therebetween; and an outer peripheral edge circumferentially around the brake rotor, the outer peripheral edge comprising: an edge surface facing radially outward on the outer peripheral edge, and a transition between each of the two surfaces and the edge surface; wherein at least a portion of the transition of the outer peripheral edge is not perpendicular to the two surfaces in an axial direction of the brake rotor, wherein the edge surface is rounded or curved in the axial direction between the two surfaces, or wherein the edge surface includes a central curved section between two flanking chamfers in the axial direction. a circumferential brake track disposed about an axis of rotation (R) of the brake rotor, the circumferential brake track comprising a first surface and a second surface that face axially outward away from one another and that are on axially opposed sides of the brake rotor, the two surfaces defining a thickness therebetween; and an outer peripheral edge circumferentially around the brake rotor, the outer peripheral edge comprising: an edge surface facing radially outward on the outer peripheral edge, and a transition between each of the two surfaces and the edge surface; an edge surface facing radially outward on the outer peripheral edge, and a transition between each of the two surfaces and the edge surface; wherein at least a portion of the transition of the outer peripheral edge is not perpendicular to the two surfaces in an axial direction of the brake rotor, wherein the edge surface is rounded or curved in the axial direction between the two surfaces, or wherein the edge surface includes a central curved section between two flanking chamfers in the axial direction.
Device comprising: ∘ an interface for a subscriber identification module ; ∘ a first subscriber identification module which is connected to said interface; ∘ a connector suitable for connecting a second subscriber identification module to said interface when the second module is present in the connector; ∘ a presence detector configured to generate a presence signal (104-PRESENCE) for the second module in the connector; a means for inhibiting the first module based on the presence signal, the device being configured to operate with the second module when the first module is inhibited, ∘ characterized in that the inhibiting means is configured to inhibit a module by setting a data input/output (103-DATA, 105-DATA) of said module to a high impedance state, by applying a signal corresponding to an active state to an initialization signal input (103-RST, 105-RST) of the module to be inhibited. ∘ an interface for a subscriber identification module ; ∘ a first subscriber identification module which is connected to said interface; ∘ a connector suitable for connecting a second subscriber identification module to said interface when the second module is present in the connector; ∘ a presence detector configured to generate a presence signal (104-PRESENCE) for the second module in the connector; a means for inhibiting the first module based on the presence signal, the device being configured to operate with the second module when the first module is inhibited, ∘ characterized in that the inhibiting means is configured to inhibit a module by setting a data input/output (103-DATA, 105-DATA) of said module to a high impedance state, by applying a signal corresponding to an active state to an initialization signal input (103-RST, 105-RST) of the module to be inhibited.
Waveguide assembly, including: an elongated waveguide element ; and a connector body , the connector body being connected to an end of the elongated waveguide element ; the connector body having a substantially planar bottom surface and an opposing top surface and being made from a single piece of partially metallized dielectric, wherein the connector body is fully metallized with exception of the bottom surface ; the connector body having a waveguide coupling element adjacent to the elongated waveguide element , the waveguide coupling element being a solid part of the connector body ; and further an arrangement of electromagnetic band gap elements adjacent to the waveguide coupling element , wherein the electromagnetic band gap elements are recesses , the recesses extending in the connector body from the top surface towards the bottom surface . an elongated waveguide element ; and a connector body , the connector body being connected to an end of the elongated waveguide element ; the connector body having a substantially planar bottom surface and an opposing top surface and being made from a single piece of partially metallized dielectric, wherein the connector body is fully metallized with exception of the bottom surface ; the connector body having a waveguide coupling element adjacent to the elongated waveguide element , the waveguide coupling element being a solid part of the connector body ; and further an arrangement of electromagnetic band gap elements adjacent to the waveguide coupling element , wherein the electromagnetic band gap elements are recesses , the recesses extending in the connector body from the top surface towards the bottom surface .
A radiation emitting device comprising: radiation emitting means for irradiating a subject (H) with radiation; a camera for capturing an image of the surface of the subject to acquire a captured image of the subject, the camera being accommodated in a housing in which the radiation emitting means is accommodated; a wheel portion attached to a leg portion that is movable on a device mounting surface; display means for displaying the captured image; and control means for controlling at least one of an inclination or a rotation angle of the display means , on the basis of at least one of a direction of the radiation emitting means , an inclination of a radiation detector that configured to detect the radiation transmitted through the subject (H) and generate a radiographic image of the subject (H), or a rotation angle of the radiation detector , or display content of the display means. radiation emitting means for irradiating a subject (H) with radiation; a camera for capturing an image of the surface of the subject to acquire a captured image of the subject, the camera being accommodated in a housing in which the radiation emitting means is accommodated; a wheel portion attached to a leg portion that is movable on a device mounting surface; display means for displaying the captured image; and control means for controlling at least one of an inclination or a rotation angle of the display means , on the basis of at least one of a direction of the radiation emitting means , an inclination of a radiation detector that configured to detect the radiation transmitted through the subject (H) and generate a radiographic image of the subject (H), or a rotation angle of the radiation detector , or display content of the display means.
A method comprising: disposing ZrH 2 nanoparticles on a first metallic material ; and performing a diffusion bonding operation to bond the first metallic material to a second metallic material , wherein at least one of the first metallic material or the second metallic material includes a surface oxide layer , and wherein, during the diffusion bonding operation , the ZrH 2 nanoparticles chemically react with the surface oxide layer in order to enable diffusion of metal atoms between the first metallic materials and second metallic materials . disposing ZrH 2 nanoparticles on a first metallic material ; and performing a diffusion bonding operation to bond the first metallic material to a second metallic material , wherein at least one of the first metallic material or the second metallic material includes a surface oxide layer , and wherein, during the diffusion bonding operation , the ZrH 2 nanoparticles chemically react with the surface oxide layer in order to enable diffusion of metal atoms between the first metallic materials and second metallic materials .
A baseframe tube clamp for a passenger seat row assembly , comprising: one or more clamping surfaces for contacting a baseframe tube of the seat assembly, and a securement element disposed in a flange of the baseframe tube clamp for attaching the baseframe tube clamp to a structural component of the seat row assembly; characterised in that it comprises a pair of fulcrum elements for contacting one or more contact elements of the structural component of the seat row assembly ; the baseframe tube clamp comprises two clamping legs arranged to form the clamping surfaces that span between the flange and the pair of fulcrum elements , and in that the securement element is positioned distal of the clamping surfaces from the fulcrum elements . one or more clamping surfaces for contacting a baseframe tube of the seat assembly, and a securement element disposed in a flange of the baseframe tube clamp for attaching the baseframe tube clamp to a structural component of the seat row assembly; characterised in that it comprises a pair of fulcrum elements for contacting one or more contact elements of the structural component of the seat row assembly ; the baseframe tube clamp comprises two clamping legs arranged to form the clamping surfaces that span between the flange and the pair of fulcrum elements , and in that the securement element is positioned distal of the clamping surfaces from the fulcrum elements .
Device for mechanically closing a movable furniture part , comprising a stored energy source which is at least partially loaded during manual opening of the movable furniture part and at least partially unloaded during closing, and a holding mechanism for holding the stored energy source in a loaded state, wherein the holding mechanism comprises a driver which is movable along a guideway and can be deposited on an angled end section to hold the stored energy source in a loaded state, characterized in that a timing element is provided which can be triggered when an opening position of the movable furniture part is reached, in order to release the holding mechanism and to move the movable furniture part automatically in the closing direction by unloading the stored energy source after a predetermined amount of time has elapsed, and that a first lever is coupled indirectly or directly, in particular by means of a traction element , to a carriage along a guideway or, respectively, guide and the carriage can be moved along a further guideway or, respectively, guide , wherein the carriage can be brought into engagement with the driver , which pretensions the stored energy source .
A method for repairing wind turbine blades, including a reinforcement ring embedded in the blade root, provided with threaded axial blind holes for receiving threaded bolts for fixing to a wind turbine hub through a bearing, which method is particularly conceived to prevent the occurrence and/or propagation of cracks in said reinforcement ring, characterized in that it comprises: a) Making on the reinforcement ring , through the wall of the blade root, a series of radial bore holes , the axes of which are located on one and the same plane perpendicular to the axis of the blade, coplanar with and perpendicular to the axes of the threaded axial blind holes, and located axially between the plane containing the bottom of said threaded axial blind holes and the plane containing a distal edge of the reinforcement ring embedded in the blade root; b) Grinding and drilling the threaded axial blind holes to eliminate the thread and extend ground axial holes until they reach the coinciding radial bore hole ; c) Inserting into each radial bore hole a pin which has a diameter that is almost the same as the diameter of the radial bore hole, is provided with a threaded diametrical passage having a diameter slightly smaller than the diameter of said ground axial hole , and positioned in alignment with the ground and extended axial hole; d) Inserting through the ground and extended axial holes bolts having a measurement coinciding with the measurement of the threaded diametrical passage of the pins, and screwing them into said threaded diametrical passages for anchoring the blade to the wind turbine hub. a) Making on the reinforcement ring , through the wall of the blade root, a series of radial bore holes , the axes of which are located on one and the same plane perpendicular to the axis of the blade, coplanar with and perpendicular to the axes of the threaded axial blind holes, and located axially between the plane containing the bottom of said threaded axial blind holes and the plane containing a distal edge of the reinforcement ring embedded in the blade root; b) Grinding and drilling the threaded axial blind holes to eliminate the thread and extend ground axial holes until they reach the coinciding radial bore hole ; c) Inserting into each radial bore hole a pin which has a diameter that is almost the same as the diameter of the radial bore hole, is provided with a threaded diametrical passage having a diameter slightly smaller than the diameter of said ground axial hole , and positioned in alignment with the ground and extended axial hole; d) Inserting through the ground and extended axial holes bolts having a measurement coinciding with the measurement of the threaded diametrical passage of the pins, and screwing them into said threaded diametrical passages for anchoring the blade to the wind turbine hub.
A source device for sending datagrams to a destination device , the datagrams being contained in an aggregated packet structure comprising transport containers (101-109) each containing one or more datagram segments of the datagram, comprising: a detector unit that detects if a given transport container cannot be transmitted; a disassembler unit configured to disassemble the given transport container that cannot be transmitted; a creating unit configured to create a plurality of new transport containers (107-109), the new transport containers (107-109) to include portions of the datagram segment contained in the transport container that cannot be transmitted; and a sending unit configured to send sequence information indicating a conversion between a sequence of the transport containers (101-106) in the aggregated packet structure comprising the transport container that cannot be transmitted and a sequence of the transport containers (107-109) in the aggregated packet structure comprising the new transport containers (107-109), whereby the source device is configured to reformat and retransmit the datagram segment of the given transport container whose transmission has failed into the plurality of new transport containers (107-109); characterized in that the source device is further configured to notify the destination device that the reformatted datagram has been reformatted and is ready to be transmitted, receive notification from the destination device that the destination device can accept the reformatted datagram, and thereafter transmit the reformatted datagram to the destination device . a detector unit that detects if a given transport container cannot be transmitted; a disassembler unit configured to disassemble the given transport container that cannot be transmitted; a creating unit configured to create a plurality of new transport containers (107-109), the new transport containers (107-109) to include portions of the datagram segment contained in the transport container that cannot be transmitted; and a sending unit configured to send sequence information indicating a conversion between a sequence of the transport containers (101-106) in the aggregated packet structure comprising the transport container that cannot be transmitted and a sequence of the transport containers (107-109) in the aggregated packet structure comprising the new transport containers (107-109), whereby the source device is configured to reformat and retransmit the datagram segment of the given transport container whose transmission has failed into the plurality of new transport containers (107-109); characterized in that the source device is further configured to notify the destination device that the reformatted datagram has been reformatted and is ready to be transmitted, receive notification from the destination device that the destination device can accept the reformatted datagram, and thereafter transmit the reformatted datagram to the destination device .
A system comprising: a non-destructive testing (NDT) system comprising: an NDT probe comprising a testing sensor and a motion sensor comprising an accelerometer, a gyroscope, a counter, a magnetometer or any combination thereof, wherein the testing sensor is configured to capture sensor data as the NDT probe moves along an axis lying parallel to an inspection area , and the motion sensor is configured to detect a measurement speed at which the NDT probe moves relative to the inspection area , wherein the motion sensor is further configured to detect a measurement angle of the NDT probe relative to an axis perpendicular to the inspection area ; and a processor configured to determine a speed comparison between the measurement speed and a reference speed range, and to determine an angle comparison between the measurement angle and a reference angle range; and to provide feedback to an operator of the probe when the measurement speed at the sample time is outside the reference speed range and/or the measurement angle at the sample time is outside the reference angle range, and recording the sensor data at the sample time only if both said measurement speed and measurement angle are within their respective reference ranges. an NDT probe comprising a testing sensor and a motion sensor comprising an accelerometer, a gyroscope, a counter, a magnetometer or any combination thereof, wherein the testing sensor is configured to capture sensor data as the NDT probe moves along an axis lying parallel to an inspection area , and the motion sensor is configured to detect a measurement speed at which the NDT probe moves relative to the inspection area , wherein the motion sensor is further configured to detect a measurement angle of the NDT probe relative to an axis perpendicular to the inspection area ; and a processor configured to determine a speed comparison between the measurement speed and a reference speed range, and to determine an angle comparison between the measurement angle and a reference angle range; and to provide feedback to an operator of the probe when the measurement speed at the sample time is outside the reference speed range and/or the measurement angle at the sample time is outside the reference angle range, and recording the sensor data at the sample time only if both said measurement speed and measurement angle are within their respective reference ranges.
Motorcycle tyre , comprising an equatorial plane (X-X) and a tread band ,: - said tread band comprises a central annular portion (A1) located across the equatorial plane (X-X) and two lateral annular portions (A2, A3) opposed to each other relative to the central annular portion (A1); - the central annular portion (A1) extending in an axial direction over a width smaller than 20% of the width L of the tread band ; - the tread band has a void-to-rubber ratio equal to or greater than 10%, preferably equal to or greater than 12%; - the tread band comprises a plurality of pairs of primary grooves and a plurality of secondary recesses ; - the pairs of primary grooves are repeated along a direction of circumferential development of the tyre; - the primary grooves of each pair are mutually oppositely inclined relative to the equatorial plane (X-X) of the tyre; - the primary grooves have a length equal to or greater than 30% of the width L of the tread band ; - each secondary recess has a maximum length D1 and a maximum width D2 such that D1/D2 ≤ 2 and the maximum length D1 is smaller than or equal to 10 mm; - each secondary recess is isolated; - the plurality of secondary recesses extends at least mainly in the lateral annular portions (A2, A3), - the plurality of secondary recesses is distributed in the tread band with a linear density equal to or higher than two recesses per decimeter of the circumferential development of the tread band characterized in that said tread band has a plurality of sipes . - said tread band comprises a central annular portion (A1) located across the equatorial plane (X-X) and two lateral annular portions (A2, A3) opposed to each other relative to the central annular portion (A1); - the central annular portion (A1) extending in an axial direction over a width smaller than 20% of the width L of the tread band ; - the tread band has a void-to-rubber ratio equal to or greater than 10%, preferably equal to or greater than 12%; - the tread band comprises a plurality of pairs of primary grooves and a plurality of secondary recesses ; - the pairs of primary grooves are repeated along a direction of circumferential development of the tyre; - the primary grooves of each pair are mutually oppositely inclined relative to the equatorial plane (X-X) of the tyre; - the primary grooves have a length equal to or greater than 30% of the width L of the tread band ; - each secondary recess has a maximum length D1 and a maximum width D2 such that D1/D2 ≤ 2 and the maximum length D1 is smaller than or equal to 10 mm; - each secondary recess is isolated; - the plurality of secondary recesses extends at least mainly in the lateral annular portions (A2, A3), - the plurality of secondary recesses is distributed in the tread band with a linear density equal to or higher than two recesses per decimeter of the circumferential development of the tread band characterized in that said tread band has a plurality of sipes .
A lithium secondary battery comprising: a wound electrode group including a positive electrode, a negative electrode, and a separator between the positive electrode and the negative electrode; and a lithium-ion conductive nonaqueous electrolyte, wherein the negative electrode includes a negative electrode current collector; the negative electrode current collector includes: a layer having a first surface facing outward of the winding of the electrode group and a second surface facing inward of the winding of the electrode group; first protrusions protruding from the first surface; and second protrusions protruding from the second surface; lithium metal is deposited on the first surface and the second surface by charging; and a first average height of the first protrusions is higher than a second average height of the second protrusions. a wound electrode group including a positive electrode, a negative electrode, and a separator between the positive electrode and the negative electrode; and a lithium-ion conductive nonaqueous electrolyte, wherein the negative electrode includes a negative electrode current collector; the negative electrode current collector includes: a layer having a first surface facing outward of the winding of the electrode group and a second surface facing inward of the winding of the electrode group; first protrusions protruding from the first surface; and second protrusions protruding from the second surface; lithium metal is deposited on the first surface and the second surface by charging; and a first average height of the first protrusions is higher than a second average height of the second protrusions.