mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising: at least one pin protruding from an inner circumferential surface of a tread portion of the tire toward a tire radial direction inner side; and a noise damper caught by the at least one pin, wherein the at least one pin has, on its distal end, an expanded-diameter portion by which the noise damper is locked such that the noise damper is fixed to the pin, characterized in that the at least one pin is arranged in correspondence with a land portion (11a, 11b, 11c) of the tread portion of the tire, and in that no pins are arranged in the regions corresponding to circumferential grooves (10a, 10b) which are provided to the tread portion of the tire. the at least one pin has, on its distal end, an expanded-diameter portion by which the noise damper is locked such that the noise damper is fixed to the pin, characterized in that the at least one pin is arranged in correspondence with a land portion (11a, 11b, 11c) of the tread portion of the tire, and in that no pins are arranged in the regions corresponding to circumferential grooves (10a, 10b) which are provided to the tread portion of the tire.
An apparatus comprising: a magnetic field detection circuit; a cardiac signal sensing circuit configured to generate a sensed cardiac signal representative of cardiac activity of a subject when coupled to sensing electrodes; a memory circuit; a control circuit operatively coupled to the magnetic field detection circuit; the cardiac signal sensing circuit, and the memory circuit, and configured to: store, in the memory circuit, cardiac signal data determined using the sensed cardiac signal; receive an indication of magnetic field detection by the magnetic field detection circuit; and characterized in that the control circuit is configured to: store cardiac signal data determined during the magnetic field detection and store an identifier indicating the magnetic field detection in association with the cardiac signal data; and an arrhythmia detection circuit configured to process the cardiac signal data to detect a cardiac arrhythmia event; and confirm the cardiac arrhythmia event according to the magnetic field indication. a magnetic field detection circuit; a cardiac signal sensing circuit configured to generate a sensed cardiac signal representative of cardiac activity of a subject when coupled to sensing electrodes; a memory circuit; a control circuit operatively coupled to the magnetic field detection circuit; the cardiac signal sensing circuit, and the memory circuit, and configured to: store, in the memory circuit, cardiac signal data determined using the sensed cardiac signal; receive an indication of magnetic field detection by the magnetic field detection circuit; and characterized in that the control circuit is configured to: store cardiac signal data determined during the magnetic field detection and store an identifier indicating the magnetic field detection in association with the cardiac signal data; and an arrhythmia detection circuit configured to process the cardiac signal data to detect a cardiac arrhythmia event; and confirm the cardiac arrhythmia event according to the magnetic field indication. store, in the memory circuit, cardiac signal data determined using the sensed cardiac signal; receive an indication of magnetic field detection by the magnetic field detection circuit; and characterized in that the control circuit is configured to: store cardiac signal data determined during the magnetic field detection and store an identifier indicating the magnetic field detection in association with the cardiac signal data; and an arrhythmia detection circuit configured to process the cardiac signal data to detect a cardiac arrhythmia event; and confirm the cardiac arrhythmia event according to the magnetic field indication. store cardiac signal data determined during the magnetic field detection and store an identifier indicating the magnetic field detection in association with the cardiac signal data; and an arrhythmia detection circuit configured to process the cardiac signal data to detect a cardiac arrhythmia event; and confirm the cardiac arrhythmia event according to the magnetic field indication.
An Unmanned Aerial Vehicle comprising: at least four arms (102,104, 106, 108), each having a proximal end connected to body frame of the UAV and a distal end, wherein distal ends of the at least four arms (102,104, 106, 108) define a polygon; at least four co-axial pairs of contra rotating propellers (102-1, 102-2,104-1, 104-2, 106-1, 106-2, 108-1, 108-2), one co-axial pair configured at distal end of each of the at least four arms (102,104, 106, 108), wherein each propeller (102-1, 102-2, 104-1, 104-2, 106-1, 106-2, 108-1, 108-2), has capability of rotating reversibly with associated reversal of direction of thrust; and an autopilot control system that controls rotational direction and speed of the at least four co-axial pairs of propellers (102-1, 102-2,104-1, 104-2, 106-1, 106-2, 108-1, 108-2), to maintain yaw stability, roll stability and pitch stability of the UAV; wherein in an event of failure of any one co-axial pair out of the at least four co axial pairs of propellers, the autopilot control system is configured to reverse the direction of rotation and thereby direction of thrust of at least one propeller of any functional pair. at least four arms (102,104, 106, 108), each having a proximal end connected to body frame of the UAV and a distal end, wherein distal ends of the at least four arms (102,104, 106, 108) define a polygon; at least four co-axial pairs of contra rotating propellers (102-1, 102-2,104-1, 104-2, 106-1, 106-2, 108-1, 108-2), one co-axial pair configured at distal end of each of the at least four arms (102,104, 106, 108), wherein each propeller (102-1, 102-2, 104-1, 104-2, 106-1, 106-2, 108-1, 108-2), has capability of rotating reversibly with associated reversal of direction of thrust; and an autopilot control system that controls rotational direction and speed of the at least four co-axial pairs of propellers (102-1, 102-2,104-1, 104-2, 106-1, 106-2, 108-1, 108-2), to maintain yaw stability, roll stability and pitch stability of the UAV;
A rotor (10, 59, 70, 81) for an impact crusher, for reducing building materials, rocks or the like, said rotor being made of a rotor shaft (12, 60) having support plates (13, 14, 61, 74, 85) arranged in an axial direction of the rotor shaft and securing devices for baffle plates arranged at the support plates, a baffle plate being detachably secured to the support plates by means of the securing device, said securing device being formed by at least two flanges (15, 16, 63, 64, 71, 72, 83, 84), said flanges being firmly connected to the support plates, said flanges being arranged on the support plates at a distance to each other in such manner that the flanges form a baffle plate reception and the baffle plate can be arranged in between the flanges, at least a first flange (15, 16, 63, 64, 71, 72, 83, 84) being detachably connected to the support plates by means of screw connection (19, 65, 73, 82), said screw connection (19, 65, 73, 82) being formed directly in between the first flange and the support plate (13, 14, 61, 74, 85), characterized in that a screw is inserted into a side surface (39, 40) of the first flange facing towards the baffle plate and is screwed together with the support plate, said first flange being formed from a material which is harder compared to the material of which the support plates are made.
A measurement apparatus comprising an elongate metrological scale located on a substrate via a scale track comprising at least first and second track strips mounted to the substrate via an adhesive on opposing longitudinal sides of the elongate metrological scale; the first and second track strips comprising a plurality of projections spaced along their length which are configured such that portions of the elongate metrological scale are received under the projections and retained against the substrate by the projections, and in which said projections permit movement of the elongate metrological scale along its length with respect to the first and second track strips, the plurality of spaced apart projections extending part way over the elongate metrological scale so as to restrict movement of the elongate metrological scale away from the substrate, and to allow the metrological scale to be free to expand along its length, for instance due to thermal expansion.
A method comprising: providing a microchannel having one or more surfaces with fixed endothelial cells on all of the surfaces; and introducing fluid into the microchannel. providing a microchannel having one or more surfaces with fixed endothelial cells on all of the surfaces; and introducing fluid into the microchannel.
An apparatus for wireless communications, comprising: means for determining, for one or more wireless devices in a group, an offset value relative to a reference time, said offset value being used to adjust target wakeup times; and means for signaling the offset value to the one or more wireless devices in the group, wherein the means for signalling is configured to signal the offset value in an information element including an identification of the group affected by the change. means for determining, for one or more wireless devices in a group, an offset value relative to a reference time, said offset value being used to adjust target wakeup times; and means for signaling the offset value to the one or more wireless devices in the group, wherein the means for signalling is configured to signal the offset value in an information element including an identification of the group affected by the change.
An auxiliary transmission device designed to forward an input data stream (a) that is deliverable from a TCP transmitting endpoint and destined for a TCP receiving endpoint in a receiving device, and which contains successive data packets (a i), to multiple network access lines of various physical line types by distributing the data packets (a i) of input data stream (a) to the network access lines, wherein the auxiliary transmission device is designed to encapsulate the data packets (a i) of input data stream (a) into data packets (A i, Bi, C i) from output data streams (A, B, C) for network access lines for transport protocol that is decoupled from the TCP/IP layer for transmission to an auxiliary receiving device via the TCP/IP-based internet, characterized in that the auxiliary transmission device is designed to perform asynchronous bundling of said network access lines and the auxiliary transmission device is designed to transmit confirmations of receipt to the transmitting device in the name of the receiving device.
A display device, comprising: - a flexible display surface element with a display surface for displaying a display content, and - an adjusting device, which includes a clamping element configured as a rod, arranged movable into a first adjusting direction, and a deflecting element configured as a rod, wherein a first lateral edge of the display surface element is arranged on the length of the clamping element, characterized in that - the adjusting device includes a return element arranged on the clamping element, wherein a second lateral edge of the display surface element opposing the first lateral edge is connected to the clamping element via the return element such that a surface of the display surface element is bent and comprises a bending area, and that - a length of the deflecting element extends in the same direction as the clamping element, the deflecting element extends within the bend of the bent display surface element and is arranged movable into a second adjusting direction, to change a distance between the deflecting element and the clamping element. - a flexible display surface element with a display surface for displaying a display content, and - an adjusting device, which includes a clamping element configured as a rod, arranged movable into a first adjusting direction, and a deflecting element configured as a rod, wherein a first lateral edge of the display surface element is arranged on the length of the clamping element, characterized in that wherein a first lateral edge of the display surface element is arranged on the length of the clamping element, characterized in that - the adjusting device includes a return element arranged on the clamping element, wherein a second lateral edge of the display surface element opposing the first lateral edge is connected to the clamping element via the return element such that a surface of the display surface element is bent and comprises a bending area, and that - a length of the deflecting element extends in the same direction as the clamping element, the deflecting element extends within the bend of the bent display surface element and is arranged movable into a second adjusting direction, to change a distance between the deflecting element and the clamping element.
A method of lubricating the bearings of an axial-flow gas compressor or a turbine, the gas compressor or turbine comprising bearings, the bearings being connected to an oil circulation system with a circulation pump for circulation of oil through the bearings for lubrication thereof, the method comprising providing an oil cleaning system for cleaning the oil, the oil cleaning system having an inlet for receiving oil at a first pressure level and an outlet for delivering cleaned oil for lubrication of the bearings, the oil cleaning system further comprising a filter housing between the inlet and the outlet and a filter inside the filter housing, the filter separating an upstream side from a downstream side in the filter housing, wherein the method further comprises providing a flow of the oil from the inlet into the upstream side in filter housing, through the filter into the downstream side and through the outlet, wherein the filter is a microporous ceramic filter membrane, characterized in that the oil cleaning system comprises a backwash facility for backwashing the filter with backwash oil, the backwash facility comprising a high-pressure oil accumulator; wherein the method comprises accumulating oil for backwash in the high-pressure oil accumulator at a second pressure level, which is higher than the first pressure level, and backwashing the filter by pressing the oil for backwash from the high-pressure oil accumulator against the first pressure level backwards through the ceramic microporous filter and into the upstream side.
Rail vehicle braking device comprising at least one electrodynamic brake, which comprises a drive unit, which has at least one drive motor and a power supply unit for suppyling power to the drive motor in a traction mode of the drive unit, characterized by at least two braking control units (28, 30), wherein, in a first braking mode, a first braking control unit, in an active state, controls the power supply unit so as to provide a braking effect, a first braking effect monitoring unit and a switching unit, which is used, in the first braking mode, to switch over to a second braking mode depending on a braking effect characteristic quantity, in which second braking mode the second braking control unit, in an active state, controls the power supply unit so as to provide a braking effect.
A method of playing back content by a playback device, the method comprising: - downloading at least a portion of a media file having content data, the content data having a plurality of frames of encoded video that include headers, using the playback device, wherein at least one of the headers comprises a series of flags and a plurality of data fields, wherein the series of flags comprises: an extension sub-flag that indicates that additional bytes of flags are included in the header, and additional flags that are indicated as being a part of the header by the extension flag, wherein the additional flags comprise a frame metadata flag that indicates the presence of frame metadata within the plurality of data fields of the header; - decoding the at least one header to identify the series of flags, the additional flags that include the frame metadata flag that indicates the presence of frame metadata, and the content of the plurality of data fields; - decoding a frame from the plurality of frames of encoded video based upon a set of pre-defined presentation rules that define the behaviour of the playback device based upon the frame metadata; and - displaying the decoded frame of encoded video on a display using the playback device. - downloading at least a portion of a media file having content data, the content data having a plurality of frames of encoded video that include headers, using the playback device, wherein at least one of the headers comprises a series of flags and a plurality of data fields, wherein the series of flags comprises: an extension sub-flag that indicates that additional bytes of flags are included in the header, and additional flags that are indicated as being a part of the header by the extension flag, wherein the additional flags comprise a frame metadata flag that indicates the presence of frame metadata within the plurality of data fields of the header; - decoding the at least one header to identify the series of flags, the additional flags that include the frame metadata flag that indicates the presence of frame metadata, and the content of the plurality of data fields; - decoding a frame from the plurality of frames of encoded video based upon a set of pre-defined presentation rules that define the behaviour of the playback device based upon the frame metadata; and - displaying the decoded frame of encoded video on a display using the playback device.
A process for obtaining an avocado oil from whole soft avocados, said oil containing at least 3% unsaponifiable by mass relative to the total mass of the oil, in which said unsaponifiable contains aliphatic acetogenins and/or their derivatives, the soft avocados having a penetration resistance force in the flesh less than or equal to 3 kg/cm 2, said penetration resistance force being measured by means of a penetrometer, comprising the following successive steps: Grinding of the soft avocados resulting in obtaining a ground product granulometry of between 2 and 20 mm, Drying of the ground product at high temperature between 60 and 150°C, to obtain a residual humidity less than or equal to 5%, Adding water to the dried avocados by addition of 1 to 5% of water or steam relative to the mass of ground dry avocados, then Extraction of the oil by mechanical pressure. Grinding of the soft avocados resulting in obtaining a ground product granulometry of between 2 and 20 mm, Drying of the ground product at high temperature between 60 and 150°C, to obtain a residual humidity less than or equal to 5%, Adding water to the dried avocados by addition of 1 to 5% of water or steam relative to the mass of ground dry avocados, then Extraction of the oil by mechanical pressure.
A method of wireless communication performed by a user equipment, UE, comprising: receiving a timing advance, TA, command that includes a timing value for calculating a timing offset to be applied to adjust a timing of an uplink transmission, wherein the timing value includes a first set of bits used to calculate an unadjusted timing offset using a first granularity and a second set of bits used to calculate the timing offset by adjusting the unadjusted timing offset using a second granularity that is finer than the first granularity; determining a numerology to be used to calculate the timing offset from the timing value; calculating the timing offset using the timing value and the numerology, wherein the timing value corresponds to different timing offsets for different numerologies, and transmitting the uplink transmission, wherein the timing of the uplink transmission is adjusted using the timing offset. receiving a timing advance, TA, command that includes a timing value for calculating a timing offset to be applied to adjust a timing of an uplink transmission, wherein the timing value includes a first set of bits used to calculate an unadjusted timing offset using a first granularity and a second set of bits used to calculate the timing offset by adjusting the unadjusted timing offset using a second granularity that is finer than the first granularity; determining a numerology to be used to calculate the timing offset from the timing value; calculating the timing offset using the timing value and the numerology, wherein the timing value corresponds to different timing offsets for different numerologies, and transmitting the uplink transmission, wherein the timing of the uplink transmission is adjusted using the timing offset.
A process of preparing a canola protein isolate, which comprises: (a) extracting a canola oil seed meal to cause solubilization of protein in said canola oil seed meal and to form an aqueous protein solution having a protein content of 5 to 40 g/L and a pH of 5 to 6.8; (b) separating the aqueous protein solution from the residual canola oil seed meal, (c) increasing the protein concentration of said aqueous protein solution to at least 50 g/L while maintaining the ionic strength substantially constant by using a selective membrane technique to provide a concentrated protein solution; and (d) drying the concentrated protein solution to provide a canola protein isolate having a protein content of at least 90 wt%, preferably at least 100 wt%, (N x 6.25), on a dry weight basis. (a) extracting a canola oil seed meal to cause solubilization of protein in said canola oil seed meal and to form an aqueous protein solution having a protein content of 5 to 40 g/L and a pH of 5 to 6.8; (b) separating the aqueous protein solution from the residual canola oil seed meal, (c) increasing the protein concentration of said aqueous protein solution to at least 50 g/L while maintaining the ionic strength substantially constant by using a selective membrane technique to provide a concentrated protein solution; and (d) drying the concentrated protein solution to provide a canola protein isolate having a protein content of at least 90 wt%, preferably at least 100 wt%, (N x 6.25), on a dry weight basis.