mhurhangee/ep-ind-claims huggingface dataset:
An isobaric labeling reagent set for use in quantitative measurement of peptides by mass spectrometry, comprising: a plurality of isobaric labeling reagents each comprising a reporter group, a mass normalizing group, a peptide-reactive group, and a cleavable linker attaching the reporter group to the mass normalizing group, each one of the plurality of isobaric labeling reagents having the same nominal mass; each one of the isobaric labeling reagents having a reporter group with a mass different from the masses of the reporter groups of each of the other isobaric labeling reagents, each reporter group having the same elemental composition; wherein a first collection of at least two of the isobaric labeling reagents have reporter groups of the same nominal mass but different isotopic substitutions. a plurality of isobaric labeling reagents each comprising a reporter group, a mass normalizing group, a peptide-reactive group, and a cleavable linker attaching the reporter group to the mass normalizing group, each one of the plurality of isobaric labeling reagents having the same nominal mass; each one of the isobaric labeling reagents having a reporter group with a mass different from the masses of the reporter groups of each of the other isobaric labeling reagents, each reporter group having the same elemental composition; wherein a first collection of at least two of the isobaric labeling reagents have reporter groups of the same nominal mass but different isotopic substitutions.
An automated system including a configuration subsystem and a production subsystem, the configuration subsystem being separate from the production subsystem that comprises a plurality of components, a gatekeeper and an entity secured with a first secret value, the configuration subsystem comprising a generator including instructions that, when executed by a first processor, cause said generator to select a secret sharing scheme, to generate, from an input parameter different from said first secret value, a set of secret shares using the secret sharing scheme and to uniquely assign and securely send a secret share extracted from the set to each of said components, the gatekeeper including instructions that, when executed by a second processor, cause said gatekeeper to get a first subset of the secret shares from said components, to construct a second secret value from said first subset using the secret sharing scheme, to compute the first secret value by applying a preset function to the second secret value and to unlock access to the entity using the first secret value, characterized in that the gatekeeper is configured to retrieve a second subset of the secret shares from said components, to build a third secret value from said second subset using the secret sharing scheme, to compare said second and third secret values and to compute the first secret value only if said second and third secret values are equal; said second subset being different from said first subset. the configuration subsystem being separate from the production subsystem that comprises a plurality of components, a gatekeeper and an entity secured with a first secret value, the configuration subsystem comprising a generator including instructions that, when executed by a first processor, cause said generator to select a secret sharing scheme, to generate, from an input parameter different from said first secret value, a set of secret shares using the secret sharing scheme and to uniquely assign and securely send a secret share extracted from the set to each of said components, the gatekeeper including instructions that, when executed by a second processor, cause said gatekeeper to get a first subset of the secret shares from said components, to construct a second secret value from said first subset using the secret sharing scheme, to compute the first secret value by applying a preset function to the second secret value and to unlock access to the entity using the first secret value, characterized in that the gatekeeper is configured to retrieve a second subset of the secret shares from said components, to build a third secret value from said second subset using the secret sharing scheme, to compare said second and third secret values and to compute the first secret value only if said second and third secret values are equal; said second subset being different from said first subset.
A method to increase the hydroxide content of compounds comprising the formula: M m n X am-n (Compound I) wherein M is Al, Ti, Zr, Fe or mixtures thereof that undergoes the reaction: wherein "a" is the valence of the metal ion; X is a halide or nitrate; 0 < n ≤ am; m ≥ 1; comprising the step of subjecting a solution of Compound I to electrodialysis conditions to generate HX, such that the hydroxide content of Compound I is increased relative to the initial hydroxide content of Compound I, provided that i. cation permeable membranes and anion permeable membranes are utilized, ii. enriching and depleting streams are both composed of Compounds of Formula I, such that the HX concentration is decreased from the depleting solution, thereby providing Compound I in the depleting stream with increased hydroxide content relative to initial Compound I prior to treatment; and iii. the resultant product is an antiperspirant; or iv. the resultant product is an enhanced efficacy material; or v. the resultant product has a basicity greater than 50%. wherein "a" is the valence of the metal ion; X is a halide or nitrate; 0 < n ≤ am; m ≥ 1; comprising the step of subjecting a solution of Compound I to electrodialysis conditions to generate HX, such that the hydroxide content of Compound I is increased relative to the initial hydroxide content of Compound I, provided that i. cation permeable membranes and anion permeable membranes are utilized, ii. enriching and depleting streams are both composed of Compounds of Formula I, such that the HX concentration is decreased from the depleting solution, thereby providing Compound I in the depleting stream with increased hydroxide content relative to initial Compound I prior to treatment; and iii. the resultant product is an antiperspirant; or iv. the resultant product is an enhanced efficacy material; or v. the resultant product has a basicity greater than 50%. i. cation permeable membranes and anion permeable membranes are utilized, ii. enriching and depleting streams are both composed of Compounds of Formula I, such that the HX concentration is decreased from the depleting solution, thereby providing Compound I in the depleting stream with increased hydroxide content relative to initial Compound I prior to treatment; and iii. the resultant product is an antiperspirant; or iv. the resultant product is an enhanced efficacy material; or v. the resultant product has a basicity greater than 50%.
A communications method, comprising: determining control information, wherein the control information comprises a first field, and a value of the first field is used to indicate a quantity of first frequency domain units, a first start frequency domain unit index, and a second start frequency domain unit index; and the quantity of first frequency domain units is a quantity of frequency domain units comprised in a first data channel, a second data channel, or a third data channel, the first start frequency domain unit index is a start frequency domain unit index of the second data channel, and the second start frequency domain unit index is a start frequency domain unit index of the third data channel; and sending the control information and the first data channel in a first time unit; wherein the determining control information comprises: determining the value of the first field based on the first start frequency domain unit index, the second start frequency domain unit index, the quantity of first frequency domain units, and a quantity of frequency domain units comprised in a sidelink resource pool. determining control information, wherein the control information comprises a first field, and a value of the first field is used to indicate a quantity of first frequency domain units, a first start frequency domain unit index, and a second start frequency domain unit index; and the quantity of first frequency domain units is a quantity of frequency domain units comprised in a first data channel, a second data channel, or a third data channel, the first start frequency domain unit index is a start frequency domain unit index of the second data channel, and the second start frequency domain unit index is a start frequency domain unit index of the third data channel; and sending the control information and the first data channel in a first time unit; wherein the determining control information comprises: determining the value of the first field based on the first start frequency domain unit index, the second start frequency domain unit index, the quantity of first frequency domain units, and a quantity of frequency domain units comprised in a sidelink resource pool.
A driving support device, comprising: an external world information acquisition unit (2, 3) configured to acquire external world information; an available parking position calculation unit configured to calculate an available parking position of an own vehicle from the external world information acquired by the external world information acquisition unit (2, 3); an own vehicle stop position estimation unit configured to detect, while the vehicle is running, a position of the own vehicle and to estimate an estimated stop position at which the own vehicle is estimated to stop from the position of the own vehicle; and a parking route determination unit configured to determine, while the vehicle is running, a first parking route from the estimated stop position to one or more of the available parking positions, wherein the parking route determination unit is configured to determine the first parking route on a basis of an arc having a turning radius greater than or equal to a minimum rotation radius of the own vehicle from the estimated stop position and an arc having a turning radius greater than or equal to a minimum rotation radius of the own vehicle from the available parking position, and comprising an in-vehicle display device configured to display the available parking position, and to change a display content of each available parking position according to an determination result of the first parking route to each available parking position. an external world information acquisition unit (2, 3) configured to acquire external world information; an available parking position calculation unit configured to calculate an available parking position of an own vehicle from the external world information acquired by the external world information acquisition unit (2, 3); an own vehicle stop position estimation unit configured to detect, while the vehicle is running, a position of the own vehicle and to estimate an estimated stop position at which the own vehicle is estimated to stop from the position of the own vehicle; and a parking route determination unit configured to determine, while the vehicle is running, a first parking route from the estimated stop position to one or more of the available parking positions, wherein the parking route determination unit is configured to determine the first parking route on a basis of an arc having a turning radius greater than or equal to a minimum rotation radius of the own vehicle from the estimated stop position and an arc having a turning radius greater than or equal to a minimum rotation radius of the own vehicle from the available parking position, and comprising an in-vehicle display device configured to display the available parking position, and to change a display content of each available parking position according to an determination result of the first parking route to each available parking position.
An airhandling unit for an HVAC system, comprising: a cabinet including, two cabinet sidewalls (18, 20), a cabinet inlet opening and an cabinet discharge opening; and a centrifugal blower disposed between the two cabinet sidewalls (18, 20), the centrifugal blower comprising a blower housing with an impeller interposed between two blower sidewalls (66, 68) of the blower housing, the blower sidewalls (66, 68) being characterized by axially extending portions (66a, 66b, 66c, 68a, 68b, 68c) circumferentially distributed around at least one blower inlet opening of the blower housing and extending axially with respect to an axis of rotation of the impeller such that the axially extending portions extend in opposite directions toward the two cabinet sidewalls (18, 20), wherein the axially extending portions are configured to provide the blower sidewalls (66, 68) with a contour operable to distribute air flowing across the blower sidewalls (66, 68) to the blower inlet opening in a circumferentially balanced pattern around the blower inlet opening. a cabinet including, two cabinet sidewalls (18, 20), a cabinet inlet opening and an cabinet discharge opening; and a centrifugal blower disposed between the two cabinet sidewalls (18, 20), the centrifugal blower comprising a blower housing with an impeller interposed between two blower sidewalls (66, 68) of the blower housing, the blower sidewalls (66, 68) being characterized by axially extending portions (66a, 66b, 66c, 68a, 68b, 68c) circumferentially distributed around at least one blower inlet opening of the blower housing and extending axially with respect to an axis of rotation of the impeller such that the axially extending portions extend in opposite directions toward the two cabinet sidewalls (18, 20), wherein the axially extending portions are configured to provide the blower sidewalls (66, 68) with a contour operable to distribute air flowing across the blower sidewalls (66, 68) to the blower inlet opening in a circumferentially balanced pattern around the blower inlet opening.
A synchronization scheduling method for Multimedia Broadcast Multicast Services, MBMS, comprising: sending a plurality of data bursts of a specified service by an upper network element to specified network elements belonging to the upper network element, wherein data packets of the data bursts include time stamp information so that the specified network elements send the data bursts according to the time stamp information; and setting a difference between the time stamp information of every two adjacent data bursts by the upper network element to be an integer multiple of a Time Division Multiplex, TDM, period of the specified service, wherein a system frame number period of a radio interface is an integer multiple of the length of the TDM period and the TDM period is an integer multiple of Transmission Time Intervals, TTIS. sending a plurality of data bursts of a specified service by an upper network element to specified network elements belonging to the upper network element, wherein data packets of the data bursts include time stamp information so that the specified network elements send the data bursts according to the time stamp information; and setting a difference between the time stamp information of every two adjacent data bursts by the upper network element to be an integer multiple of a Time Division Multiplex, TDM, period of the specified service, wherein a system frame number period of a radio interface is an integer multiple of the length of the TDM period and the TDM period is an integer multiple of Transmission Time Intervals, TTIS.
A remote controlled actuator which comprises a spindle guide section of an elongated configuration, a distal end member fitted to a tip end of the spindle guide section through a distal end member connecting unit for alteration in orientation, and a drive unit housing to which a base end of the spindle guide section is connected; in which the distal end member rotatably supports a spindle for holding a tool; in which the spindle guide section includes a hollow outer shell pipe forming an outer shell for the spindle guide section, a rotary shaft provided within a hollow of the outer shell pipe, which hollow extends to opposite ends of the outer shell pipe, for transmitting rotation of a tool rotating drive source, provided within the drive unit housing, to the spindle, a guide pipe provided within the hollow and having a guide hole so as to extend to opposite ends thereof, and one or a plurality of orientation altering members reciprocally movably inserted within the guide pipe for altering the orientation of the distal end member; in which one or a plurality of orientation altering members is, while a tip end thereof is held in contact with the distal end member, selectively advanced or retracted one at a time; in which an orientation altering drive source for selectively advancing or retracting the or each orientation altering member is provided within the drive unit housing; and in which the hollow has a round hole portion at a center and a grooved portion depressed radially outwardly from the round hole portion, and the rotary shaft is arranged within the round hole portion whereas the guide pipe is arranged within the grooved portion.
A method for processing signal interference, wherein the method comprises: splitting a first self-interference signal into at least two same sub self-interference signals through power allocation; adjusting amplitudes and phases of the at least two same sub self-interference signals to obtain adjusted sub-signals, wherein an absolute value of a difference between an amplitude of a signal of a first frequency range of the adjusted sub-signals and an amplitude of a signal of the first frequency range of a second self-interference signal is less than an amplitude threshold, a phase of the signal of the first frequency range of the adjusted sub-signals is reverse to a phase of the signal of the first frequency range of the second self-interference signal, and an absolute value of a sum of the phases is less than a phase threshold; and the second self-interference signal is the first self-interference signal that is transmitted out and mixed with noise, and different adjusted sub-signals correspond to different first frequency ranges; superposing the adjusted sub-signals and a received signal, to obtain superposed sub-signals, wherein the received signal comprise a wanted signal and the second self-interference signal; filtering the superposed sub-signals by using filters of corresponding channels, to obtain wanted sub-signals, wherein a passband frequency range of the filters is the same as the first frequency range corresponding to the sub self-interference signals corresponding to the channels; and merging all the wanted sub-signals to obtain a complete wanted signal. splitting a first self-interference signal into at least two same sub self-interference signals through power allocation; adjusting amplitudes and phases of the at least two same sub self-interference signals to obtain adjusted sub-signals, wherein an absolute value of a difference between an amplitude of a signal of a first frequency range of the adjusted sub-signals and an amplitude of a signal of the first frequency range of a second self-interference signal is less than an amplitude threshold, a phase of the signal of the first frequency range of the adjusted sub-signals is reverse to a phase of the signal of the first frequency range of the second self-interference signal, and an absolute value of a sum of the phases is less than a phase threshold; and the second self-interference signal is the first self-interference signal that is transmitted out and mixed with noise, and different adjusted sub-signals correspond to different first frequency ranges; superposing the adjusted sub-signals and a received signal, to obtain superposed sub-signals, wherein the received signal comprise a wanted signal and the second self-interference signal; filtering the superposed sub-signals by using filters of corresponding channels, to obtain wanted sub-signals, wherein a passband frequency range of the filters is the same as the first frequency range corresponding to the sub self-interference signals corresponding to the channels; and merging all the wanted sub-signals to obtain a complete wanted signal.
An electronics cooler, having the following feature: a cooling body having a plurality of fluid channels and a heat transfer surface for sintering thereon at least one electronics component, and characterised in that the cooling body has a layer structure from at least one channel plate for forming the plurality of fluid channels, and a cover, and the heat transfer surface is a surface of the cover, and the cooling body has a first channel plate and a second channel plate, wherein fluid channels formed by the first channel plate are connected along their longitudinal direction in each case to fluid channels formed by the second channel plate, wherein the fluid channels formed by the first channel plate differ from the fluid channels formed by the second channel plate in terms of their width. a cooling body having a plurality of fluid channels and a heat transfer surface for sintering thereon at least one electronics component, and characterised in that the cooling body has a layer structure from at least one channel plate for forming the plurality of fluid channels, and a cover, and the heat transfer surface is a surface of the cover, and the cooling body has a first channel plate and a second channel plate, wherein fluid channels formed by the first channel plate are connected along their longitudinal direction in each case to fluid channels formed by the second channel plate, wherein the fluid channels formed by the first channel plate differ from the fluid channels formed by the second channel plate in terms of their width.
Apparatus for controlling the start winding of an AC motor having a main winding and a start winding connected in parallel, wherein power lines including a neutral line are connected to the windings and adapted to be connected to an AC power supply, the apparatus comprising a triac having first and second main terminals (T1, T2) and a gate terminal, and a PTC resistor connected in series with one main terminal and adapted for connection with the start winding, characterised by a current responsive reed switch having first and second terminals and a capacitor, one terminal of the reed switch being connected intermediate to the PTC resistor and the triac and the second terminal of the reed switch connected to the capacitor, wherein the triac gate terminal is connected to a location intermediate the reed switch and the capacitor, and a bias resistor is connected between the other triac main terminal and the neutral line, and wherein a sense coil is closely disposed to the reed switch and adapted for connection to the main winding.
A mobile terminal comprising: a touch screen; a memory configured to store a user signature that identifies a user and has a predetermined trace for accessing a user-only accessible folder; and a controller configured to, upon receipt of a user signature that identifies a user and that has a predetermined trace with respect to the touch screen, allow entry to the user-only accessible folder, wherein if the user signature is received in a state in which the mobile terminal is locked, the controller is configured to release the locked state upon receipt of the user signature and enter the user-only accessible folder. a touch screen; a memory configured to store a user signature that identifies a user and has a predetermined trace for accessing a user-only accessible folder; and a controller configured to, upon receipt of a user signature that identifies a user and that has a predetermined trace with respect to the touch screen, allow entry to the user-only accessible folder, wherein if the user signature is received in a state in which the mobile terminal is locked, the controller is configured to release the locked state upon receipt of the user signature and enter the user-only accessible folder.