mhurhangee/patent-ind-claim-en huggingface dataset:
A tucker fold dispenser for folding and dispensing a sheet of material , comprising: an outer shell ; and a removable roller cassette ; a paper path through the removable roller cassette ; a plurality of feed rollers positioned about the paper path; a plurality of folding rollers positioned about the paper path; and a tucker bar mechanism positioned about the plurality of folding rollers , characterised in that the removable cassette is slidably positioned within the outer shell , and in that the tucker bar mechanism is for tucking the sheet material into the plurality of folding rollers . an outer shell ; and a removable roller cassette ; a paper path through the removable roller cassette ; a plurality of feed rollers positioned about the paper path; a plurality of folding rollers positioned about the paper path; and a tucker bar mechanism positioned about the plurality of folding rollers , characterised in that the removable cassette is slidably positioned within the outer shell , and in that the tucker bar mechanism is for tucking the sheet material into the plurality of folding rollers .
A tool storage comprising: a tool receiver adapted to be provided at a position further in a first direction (DR1) than a workpiece holder of a machine tool and configured to receive a tool (C) from outside the machine tool ; a tool magazine adapted to be provided at a position further in a second direction (DR2) than the workpiece holder , the second direction (DR2) being defined as a direction opposite to the first direction (DR1); and a tool carriage is configured to carry the tool (C) between the tool receiver and the tool magazine , characterized in that a tool exchanger is configured to exchange a first tool (C1) and a second tool (C2) with each other, the first tool (C1) being carriable to a tool exchange position (Pe) by the tool carriage , the second tool (C2) being attachable to a machining apparatus of the machine tool . a tool receiver adapted to be provided at a position further in a first direction (DR1) than a workpiece holder of a machine tool and configured to receive a tool (C) from outside the machine tool ; a tool magazine adapted to be provided at a position further in a second direction (DR2) than the workpiece holder , the second direction (DR2) being defined as a direction opposite to the first direction (DR1); and a tool carriage is configured to carry the tool (C) between the tool receiver and the tool magazine , characterized in that a tool exchanger is configured to exchange a first tool (C1) and a second tool (C2) with each other, the first tool (C1) being carriable to a tool exchange position (Pe) by the tool carriage , the second tool (C2) being attachable to a machining apparatus of the machine tool .
A method for wireless communication, comprising: applying a phase ramp in a time domain to a first set of symbols to obtain a set of phase-ramped time domain symbols, the first set of symbols being modulated according to a first symbol constellation for a transmission in a symbol period; performing frequency domain spreading on the set of phase-ramped time domain symbols to obtain a first frequency domain signal; mapping the first frequency domain signal to a first subset of a set of subcarriers for the transmission and a second frequency domain signal to a second subset of the set of subcarriers, wherein the first subset and the second subset are interleaved subsets, wherein the second frequency domain signal is based at least in part on a frequency domain spread second set of symbols modulated according to a second symbol constellation; generating a time domain waveform for the transmission based at least in part on a frequency to time domain transform of the mapped first and second frequency domain signals to the set of subcarriers; and transmitting the time domain waveform to a receiver; wherein for each symbol of the first set of symbols the phase ramp is based at least in part on a time index associated with the symbol and a tone offset of the first subset of the set of subcarriers. applying a phase ramp in a time domain to a first set of symbols to obtain a set of phase-ramped time domain symbols, the first set of symbols being modulated according to a first symbol constellation for a transmission in a symbol period; performing frequency domain spreading on the set of phase-ramped time domain symbols to obtain a first frequency domain signal; mapping the first frequency domain signal to a first subset of a set of subcarriers for the transmission and a second frequency domain signal to a second subset of the set of subcarriers, wherein the first subset and the second subset are interleaved subsets, wherein the second frequency domain signal is based at least in part on a frequency domain spread second set of symbols modulated according to a second symbol constellation; generating a time domain waveform for the transmission based at least in part on a frequency to time domain transform of the mapped first and second frequency domain signals to the set of subcarriers; and transmitting the time domain waveform to a receiver; wherein for each symbol of the first set of symbols the phase ramp is based at least in part on a time index associated with the symbol and a tone offset of the first subset of the set of subcarriers.
A torque limiter comprising: an input member receiving torque; and at least two output members , each output member in operational communication with the input member to transfer torque between the input member and each output member ; and wherein the torque limiter is characterized by each output member slipping the operational communication with the input member when a torque above a set torque limit is encountered, wherein the slipping of the operational communication between the input member and one output member of the at least two output members is independent of the operational communication between the input member and any other output member of the at least two output members . an input member receiving torque; and at least two output members , each output member in operational communication with the input member to transfer torque between the input member and each output member ; and wherein the torque limiter is characterized by each output member slipping the operational communication with the input member when a torque above a set torque limit is encountered, wherein the slipping of the operational communication between the input member and one output member of the at least two output members is independent of the operational communication between the input member and any other output member of the at least two output members .
A electrode for a rechargeable lithium battery , comprising a current collector, and an active material layer disposed on the current collector, wherein (i) the active material layer comprises flake-shaped polyethylene particles and/or (ii) a coating layer directly disposed on the active material layer comprises flake-shaped polyethylene particles, the flake-shaped polyethylene particles having an average particle size (D50) of 1μm to 8μm and a ratio of the longest Feret diameter to the shortest Feret diameter ranging from 1.1 to 4.5, wherein the average particle size (D50) refers to the equivalent spherical diameter of the flake-shaped particles and is measured by automated image analysis by means of a particle size analyzer or microscopy by means of TEM photographs or SEM photographs. an active material layer disposed on the current collector, wherein (i) the active material layer comprises flake-shaped polyethylene particles and/or (ii) a coating layer directly disposed on the active material layer comprises flake-shaped polyethylene particles, (i) the active material layer comprises flake-shaped polyethylene particles and/or (ii) a coating layer directly disposed on the active material layer comprises flake-shaped polyethylene particles, the flake-shaped polyethylene particles having an average particle size (D50) of 1μm to 8μm and a ratio of the longest Feret diameter to the shortest Feret diameter ranging from 1.1 to 4.5, wherein the average particle size (D50) refers to the equivalent spherical diameter of the flake-shaped particles and is measured by automated image analysis by means of a particle size analyzer or microscopy by means of TEM photographs or SEM photographs.
Method for assisting a driver with deactivating a highly automated driving mode of a vehicle , wherein the method comprises the following steps: Reading in an assumption signal which represents assuming control of the vehicle by the driver , and reading in auxiliary information which comprises image information representing the driver and/or the vehicle checking information representing checking of the vehicle by the driver ; Determining a degree of attentiveness of the driver using the assumption signal and the auxiliary information; and Outputting an assistance signal using the degree of attention in order to assist the driver by actuating at least one driver assistance system function of the vehicle when the control is assumed, wherein in the determining step using the assumption signal a steering and/or acceleration behaviour of the vehicle is analyzed in order to obtain a quality value relating to the control of the vehicle by the driver , wherein in the outputting step the assistance signal is output using the quality value, characterized in that in the outputting step the assistance signal is output in order to actuate a lane-keeping function of the vehicle if the quality value represents a variation of a lane positioning of the vehicle outside a predefined tolerance range. Reading in an assumption signal which represents assuming control of the vehicle by the driver , and reading in auxiliary information which comprises image information representing the driver and/or the vehicle checking information representing checking of the vehicle by the driver ; Determining a degree of attentiveness of the driver using the assumption signal and the auxiliary information; and Outputting an assistance signal using the degree of attention in order to assist the driver by actuating at least one driver assistance system function of the vehicle when the control is assumed, wherein in the determining step using the assumption signal a steering and/or acceleration behaviour of the vehicle is analyzed in order to obtain a quality value relating to the control of the vehicle by the driver , wherein in the outputting step the assistance signal is output using the quality value, characterized in that in the outputting step the assistance signal is output in order to actuate a lane-keeping function of the vehicle if the quality value represents a variation of a lane positioning of the vehicle outside a predefined tolerance range.
A turbomachine comprising: a housing ; a rotating group including a shaft and an intermediate sleeve that receives the shaft; a bearing arrangement with a first bearing and a second bearing that include roller elements and that support the rotating group for rotation about an axis of rotation relative to the housing, the first bearing and the second bearing disposed on opposite axial ends of the intermediate sleeve; the first bearing having a first inner race with a first inner radial surface and a first outer radial surface, the first inner radial surface having a first interference fit with the shaft, the first outer radial surface having a second interference fit with the intermediate sleeve; and the second bearing having a second inner race with a second inner radial surface and a second outer radial surface, the second inner race receiving the shaft with a clearance fit, the second outer radial surface having a third interference fit with the intermediate sleeve, the second inner race being coaxially aligned with the first inner race and the shaft via coaxial alignment of the intermediate sleeve and the first inner race. a housing ; a rotating group including a shaft and an intermediate sleeve that receives the shaft; a bearing arrangement with a first bearing and a second bearing that include roller elements and that support the rotating group for rotation about an axis of rotation relative to the housing, the first bearing and the second bearing disposed on opposite axial ends of the intermediate sleeve; the first bearing having a first inner race with a first inner radial surface and a first outer radial surface, the first inner radial surface having a first interference fit with the shaft, the first outer radial surface having a second interference fit with the intermediate sleeve; and the second bearing having a second inner race with a second inner radial surface and a second outer radial surface, the second inner race receiving the shaft with a clearance fit, the second outer radial surface having a third interference fit with the intermediate sleeve, the second inner race being coaxially aligned with the first inner race and the shaft via coaxial alignment of the intermediate sleeve and the first inner race.
A charging cable for charging an electric vehicle, comprising a cable portion and at least one connecting element at a first end of the cable portion , for connection to a charging socket of an electrical vehicle or a vehicle-external energy source; wherein the cable portion is formed such that the cable portion is retained, by a restoring force, in a resting position in which the cable portion has several windings, wherein the cable portion consists of at least three sub-portions , wherein the first sub-portion has a first diameter (D1), the second sub-portion has a second diameter (D2), and the third sub-portion has a third diameter (D3), the first diameter (D1) being greater than the second diameter (D2) and the second diameter (D2) being greater than the third diameter (D3), characterized in that the three sub-portions each consist of at least two windings and that the difference between the first and the second diameter (D1, D2) and between the second and the third diameter (D2, D3) is greater than twice the diameter (Dk) of the cable portion .
An apparatus for switching media content playback from a first playback device to a second playback device across a plurality of playback devices, comprising: a controller programmed to: detect a change in location of a portable device from a first media zone including a first playback device to a second media zone including a second playback device; determining a playback position of currently played media content provided from a first media source to the first playback device; identify a second media source that is available at the second media zone based at least in part on a media source hierarchy and content availability of the currently played media content; and control the second media source to transmit the currently played media content to the second playback device to switch playback from the first playback device to the second playback device in response to detecting the change in location of the portable device from the first media zone to the second media zone , wherein switching playback of the media content is done according to a user defined setting that selects between switching playback of the media content from the first playback device to the second playback device after the media content is finished playing, and switching playback of the media content from the first playback device to the second playback device at the playback position. detect a change in location of a portable device from a first media zone including a first playback device to a second media zone including a second playback device; determining a playback position of currently played media content provided from a first media source to the first playback device; identify a second media source that is available at the second media zone based at least in part on a media source hierarchy and content availability of the currently played media content; and control the second media source to transmit the currently played media content to the second playback device to switch playback from the first playback device to the second playback device in response to detecting the change in location of the portable device from the first media zone to the second media zone , wherein switching playback of the media content is done according to a user defined setting that selects between switching playback of the media content from the first playback device to the second playback device after the media content is finished playing, and switching playback of the media content from the first playback device to the second playback device at the playback position.
A method of making a purified fatty acid composition comprising the step(s) of: (i) combining a raw fatty acid composition with a bleaching earth having a pH less than 3.9, wherein the pH of the bleaching earth is assessed at 25 degrees Celsius from a water extract of the bleaching earth, wherein the water extract is a 10 percent by weight suspension of the bleaching earth and distilled water filtered through polytetrafluorothylene filter paper; (ii) optionally mixing the combined raw fatty acid composition and bleaching earth; and (iii) optionally filtering the (mixed) combined raw fatty acid composition and bleaching earth to remove the bleaching earth to make the purified fatty acid composition. (i) combining a raw fatty acid composition with a bleaching earth having a pH less than 3.9, wherein the pH of the bleaching earth is assessed at 25 degrees Celsius from a water extract of the bleaching earth, wherein the water extract is a 10 percent by weight suspension of the bleaching earth and distilled water filtered through polytetrafluorothylene filter paper; (ii) optionally mixing the combined raw fatty acid composition and bleaching earth; and (iii) optionally filtering the (mixed) combined raw fatty acid composition and bleaching earth to remove the bleaching earth to make the purified fatty acid composition.
A computer-implemented method for providing a client device with credentialed access to a remote server, the method comprising: transmitting, to the remote server and in response to a first request by the client device for access to the remote server, a credential required by the remote server to provide the client device with access to the remote server; receiving, from the remote server, first session data comprising a session secret required by the remote server to provide the client device with subsequent access to the remote server; transmitting the first session data to the client device, wherein access by the client device to the session secret is restricted by removing the session secret from the first session data before transmitting the first session data to the client device; transmitting, to the remote server and in response to a second request by the client device for subsequent access to the remote server, the session secret; and receiving, from the remote server, second session data associated with the second request. transmitting, to the remote server and in response to a first request by the client device for access to the remote server, a credential required by the remote server to provide the client device with access to the remote server; receiving, from the remote server, first session data comprising a session secret required by the remote server to provide the client device with subsequent access to the remote server; transmitting the first session data to the client device, wherein access by the client device to the session secret is restricted by removing the session secret from the first session data before transmitting the first session data to the client device; transmitting, to the remote server and in response to a second request by the client device for subsequent access to the remote server, the session secret; and receiving, from the remote server, second session data associated with the second request.
A method for providing guidance for the alignment of a moveable first coupling Z of a vehicle which is moveable with respect to a chassis of the vehicle and a second coupling of a body, the vehicle having a longitudinal axis, the method comprising: capturing an image which includes the second coupling using an image capturing device fixed with respect to the vehicle and laterally offset with respect to the first coupling; and displaying the image together with a coupling alignment guide which is aligned with a first point which is at a predefined position with respect to the image. capturing an image which includes the second coupling using an image capturing device fixed with respect to the vehicle and laterally offset with respect to the first coupling; and displaying the image together with a coupling alignment guide which is aligned with a first point which is at a predefined position with respect to the image.
A method of preparing a cathode particle using a co-precipitation reaction in a reactor, comprising: feeding a feed stream (a) containing metal cations into the reactor; feeding a feed stream (b) containing anions into the reactor; wherein a ratio of the metal cations in the feed stream (a) is continuously changed from A 1 at time t 1 to A 2 at time t 2 , and at least one of the metal cations have a concentration which changes not linearly with respect to the reaction time over the period from t 1 to t 2 ; wherein the feed stream (a) and the feed stream (b) are contacted in the reactor to form precipitated precursor particle, and at least one transition metal component in the precursor particle has a non-linear continuous concentration gradient profile over at least a portion along a thickness direction of the precursor particle. feeding a feed stream (a) containing metal cations into the reactor; feeding a feed stream (b) containing anions into the reactor; wherein a ratio of the metal cations in the feed stream (a) is continuously changed from A 1 at time t 1 to A 2 at time t 2 , and at least one of the metal cations have a concentration which changes not linearly with respect to the reaction time over the period from t 1 to t 2 ; wherein the feed stream (a) and the feed stream (b) are contacted in the reactor to form precipitated precursor particle, and at least one transition metal component in the precursor particle has a non-linear continuous concentration gradient profile over at least a portion along a thickness direction of the precursor particle.