mhurhangee/patent-ind-claim-en huggingface dataset:
A method for accessing a register file associated with a multithreaded processor , the multithreaded processor having a cache memory , the method comprising: determining a thread identifier associated with a particular thread of the multithreaded processor; selecting a particular one out of separate portions of the register file (T0-T3) to be accessed by the corresponding processor thread based on token triggered threading utilizing at least a portion of the thread identifier; wherein the register file is separate from the cache memory of the multithreaded processor; wherein the cache memory fetches instructions through an instruction decoder; and wherein the separate portions of the register file are accessed by the threads of the multithreaded processor alternatingly over a plurality of processor clock cycles such that register accesses by odd-numbered threads are directed to different portions of the register file as compared to even-numbered threads. determining a thread identifier associated with a particular thread of the multithreaded processor; selecting a particular one out of separate portions of the register file (T0-T3) to be accessed by the corresponding processor thread based on token triggered threading utilizing at least a portion of the thread identifier; wherein the register file is separate from the cache memory of the multithreaded processor; wherein the cache memory fetches instructions through an instruction decoder; and wherein the separate portions of the register file are accessed by the threads of the multithreaded processor alternatingly over a plurality of processor clock cycles such that register accesses by odd-numbered threads are directed to different portions of the register file as compared to even-numbered threads.
A waterproof structure comprising: an electric motor ; a speed reducer for decelerating a rotational driving force of the electric motor and transmitting the decelerated rotational driving force to a rotationally driven portion ; a case housing the speed reducer ; a cover externally covering the speed reducer in a liquid-tight manner; and a fixing unit provided on an inner peripheral side of the cover to fix the cover to the case , characterized in that the fixing unit includes: a protruding portion protruding radially inward from an inner peripheral surface of the cover ; and a holding member clamping the protruding portion together with the case in an axial direction of the electric motor . an electric motor ; a speed reducer for decelerating a rotational driving force of the electric motor and transmitting the decelerated rotational driving force to a rotationally driven portion ; a case housing the speed reducer ; a cover externally covering the speed reducer in a liquid-tight manner; and a fixing unit provided on an inner peripheral side of the cover to fix the cover to the case , characterized in that the fixing unit includes: a protruding portion protruding radially inward from an inner peripheral surface of the cover ; and a holding member clamping the protruding portion together with the case in an axial direction of the electric motor . a protruding portion protruding radially inward from an inner peripheral surface of the cover ; and a holding member clamping the protruding portion together with the case in an axial direction of the electric motor .
An apparatus for transmitting charging power wirelessly to a receiver via a wireless charging field generating field emissions, the receiver having a receiver antenna and operationally connected to a load of a vehicle , the apparatus comprising: a power transmitter having a transmitter antenna ; first means for determining one or more charging conditions associated with the receiver ; means for obtaining a first indicator of one or more characteristics of the vehicle ; and second means for determining a second indicator of the one or more charging conditions, and characterised by : third means for determining a power level for driving the transmitter antenna at a level sufficient to maintain the field emissions from the wireless charging field below an emission threshold level, the power level determined based on the first and second indicators, wherein the one or more charging conditions comprise a misalignment of the receiver with respect to the transmitter, the misalignment representing a translational difference between a reference point of the receiver antenna and a reference point of the transmitter antenna . a power transmitter having a transmitter antenna ; first means for determining one or more charging conditions associated with the receiver ; means for obtaining a first indicator of one or more characteristics of the vehicle ; and second means for determining a second indicator of the one or more charging conditions, and characterised by : third means for determining a power level for driving the transmitter antenna at a level sufficient to maintain the field emissions from the wireless charging field below an emission threshold level, the power level determined based on the first and second indicators, wherein the one or more charging conditions comprise a misalignment of the receiver with respect to the transmitter, the misalignment representing a translational difference between a reference point of the receiver antenna and a reference point of the transmitter antenna . third means for determining a power level for driving the transmitter antenna at a level sufficient to maintain the field emissions from the wireless charging field below an emission threshold level, the power level determined based on the first and second indicators, wherein the one or more charging conditions comprise a misalignment of the receiver with respect to the transmitter, the misalignment representing a translational difference between a reference point of the receiver antenna and a reference point of the transmitter antenna .
An energy-absorbing member having a structure in which a plurality of fiber reinforced resin layers are layered in a thickness direction of said member , and including, as said plurality of fiber reinforced resin layers , at least a plurality of unidirectional materials each comprising unidirectionally aligned reinforcing fibers and a resin and a plurality of cross materials each comprising a reinforcing fiber woven fabric and a resin, characterized in that lengths of said plurality of unidirectional materials in an external-loading direction (A) are changed sequentially, wherein a length of a unidirectional material located at a more inner-layer side in said thickness direction of said member is set shorter than a length of a unidirectional material located at a more outer-layer side, wherein each of said unidirectional materials is layered at a condition being put between said cross materials and wherein an incorporated component is contained in the energy-absorbing member .
A projectile for ammunition, said projectile comprising: (I) an outer profile geometry on an ogive-shaped impact end portion thereof, said outer profile geometry comprising two or more channels extending along a portion of an outer periphery of said ogive-shaped impact end portion that is positioned within a plane ( P1 ) that contains a maximum diameter D max of said ogive-shaped impact end portion , and wherein each of said two or more channels (i) extends a length L c that extends along and is parallel to a dissecting axis extending longitudinally through said impact end portion of said projectile , and (ii) comprises a channel surface , and at least a portion of said channel surface is parallel to said dissecting axis ; (II) a shank portion opposite said ogive-shaped impact end portion , said shank portion having (i) a shank portion diameter D shank that is less than maximum diameter D max , and (ii) a shank portion outer surface , and at least a portion of shank portion outer surface extends parallel relative to said dissecting axis ; and (III) a step portion positioned between said ogive-shaped impact end portion and said shank portion , said step portion having (i) a step portion diameter D step that is less than maximum diameter D max and greater than said shank portion diameter D shank , and (ii) a step portion outer surface, and at least a portion of said step portion outer surface extending parallel relative to said dissecting axis , wherein each of said two or more channels extend into said step portion.
A program for causing an information processing apparatus performing wireless communication with a communication apparatus to execute a communication method for connecting the communication apparatus with an access point through wireless LAN, wherein the communication method comprises: receiving (S305), from the communication apparatus , one or a plurality of pieces of specifying information each indicating an access point detected by the communication apparatus ; displaying (S403) a selection screen for selecting an access point, based on the received one or a plurality of pieces of specifying information, selecting, in case of a plurality of pieces, one access point in the selection screen based on an instruction by a user, and allowing the user to input authentication information; acquiring the authentication information that is input to the information processing apparatus by the user; performing connection confirmation (S407) for a connection with the selected access point , based on the specifying information and the acquired authentication information; determining (S408, S409) whether to connect the communication apparatus to the selected access point , in accordance with whether or not the connection confirmation is successful; and in a case where the connection confirmation is successful and it is determined to connect the communication apparatus to the access point, transmitting (S309) the acquired authentication information and information for instructing the communication apparatus to connect to the selected access point , to the communication apparatus . receiving (S305), from the communication apparatus , one or a plurality of pieces of specifying information each indicating an access point detected by the communication apparatus ; displaying (S403) a selection screen for selecting an access point, based on the received one or a plurality of pieces of specifying information, selecting, in case of a plurality of pieces, one access point in the selection screen based on an instruction by a user, and allowing the user to input authentication information; acquiring the authentication information that is input to the information processing apparatus by the user; performing connection confirmation (S407) for a connection with the selected access point , based on the specifying information and the acquired authentication information; determining (S408, S409) whether to connect the communication apparatus to the selected access point , in accordance with whether or not the connection confirmation is successful; and in a case where the connection confirmation is successful and it is determined to connect the communication apparatus to the access point, transmitting (S309) the acquired authentication information and information for instructing the communication apparatus to connect to the selected access point , to the communication apparatus .
A method for preparing a compound represented by formula III, comprising: step : converting a compound represented by formula ii to a compound represented by formula a; step : reducing the compound represented by formula a to a compound represented by formula b under the action of sodium borohydride, calcium chloride and pyridine; step : converting the compound represented by formula b to a compound represented by formula III; wherein, " - - - - - " in formula ii, formula a, formula b, and formula III represents a single bond concurrently, or " - - - - - " in formula ii, formula a, formula b, and formula III represents a double bond concurrently, or " ----- " in formula ii represents a single bond or a double bond, and in formula a, formula b and formula III represents a double bond; R a and R b are each independently selected from H, -OH, C 1-3 alkyl; PG is a hydroxy protecting group, preferably C 1-8 silyl, acetyl, trifluoroacetyl, or benzoyl optionally substituted with one or more C 1-8 alkyl; R is L 1 -R 1 ; L 1 is null, or C 1-8 alkylene; LG is a leaving group selected from halogen, a C 1-6 alkylsulfonate leaving group optionally substituted by halogen, and a benzenesulfonate leaving group optionally substituted with C 1-6 alkyl; R 1 is selected from C 1-8 alkyl or C 1-8 alkenyl, wherein the alkyl or alkenyl is optionally substituted with 1, 2 or 3 groups selected from -OH, -O(C 1-8 alkyl), -O-PG 1 , -C(=O)O(C 1-8 alkyl) and -C(=O)N(Ci-s alkyl) 2 ; PG 1 is a hydroxyl protecting group, preferably selected from C 1-8 silyl or a C 1-6 alkoxy substituted methyl group. step : converting a compound represented by formula ii to a compound represented by formula a; step : reducing the compound represented by formula a to a compound represented by formula b under the action of sodium borohydride, calcium chloride and pyridine; step : converting the compound represented by formula b to a compound represented by formula III; wherein, " - - - - - " in formula ii, formula a, formula b, and formula III represents a single bond concurrently, or " - - - - - " in formula ii, formula a, formula b, and formula III represents a double bond concurrently, or " ----- " in formula ii represents a single bond or a double bond, and in formula a, formula b and formula III represents a double bond; R a and R b are each independently selected from H, -OH, C 1-3 alkyl; PG is a hydroxy protecting group, preferably C 1-8 silyl, acetyl, trifluoroacetyl, or benzoyl optionally substituted with one or more C 1-8 alkyl; R is L 1 -R 1 ; L 1 is null, or C 1-8 alkylene; LG is a leaving group selected from halogen, a C 1-6 alkylsulfonate leaving group optionally substituted by halogen, and a benzenesulfonate leaving group optionally substituted with C 1-6 alkyl; R 1 is selected from C 1-8 alkyl or C 1-8 alkenyl, wherein the alkyl or alkenyl is optionally substituted with 1, 2 or 3 groups selected from -OH, -O(C 1-8 alkyl), -O-PG 1 , -C(=O)O(C 1-8 alkyl) and -C(=O)N(Ci-s alkyl) 2 ; PG 1 is a hydroxyl protecting group, preferably selected from C 1-8 silyl or a C 1-6 alkoxy substituted methyl group.
Method for computing a pair of digital data items representative of an emotional state, consisting in: acquiring: - a first series of physiological signals by at least one GSR and/or EDA electrodermal sensor - a second series of PPG physiological signals by a heart rate sensor - transmitting to a remote server said time-stamped signals as well as an identifier of the acquisition equipment - performing processing of each of said signals to characterize a data pair S arousal , S valence - said processing of said first series of signals being of the empirical mode decomposition (EMD) type over a sliding time window, the result of which provides the first value S arousal of said pair - said processing of said second series of signals comprising a step of band-pass filtering of frequencies between 0.04 and 0.26 Hz and of detecting peaks and RR inter-peak time measurement, over said sliding time window, the result of which provides the value S valence of said pair. - a first series of physiological signals by at least one GSR and/or EDA electrodermal sensor - a second series of PPG physiological signals by a heart rate sensor - transmitting to a remote server said time-stamped signals as well as an identifier of the acquisition equipment - performing processing of each of said signals to characterize a data pair S arousal , S valence - said processing of said first series of signals being of the empirical mode decomposition (EMD) type over a sliding time window, the result of which provides the first value S arousal of said pair - said processing of said second series of signals comprising a step of band-pass filtering of frequencies between 0.04 and 0.26 Hz and of detecting peaks and RR inter-peak time measurement, over said sliding time window, the result of which provides the value S valence of said pair.
A system for preparing a serum, comprising: a containment device having a longitudinal axis; a cage positioned inside said containment device, the cage having a wall or walls that extend along the longitudinal axis into the containment device, wherein the cage wall or walls include a plurality of openings, and wherein the cage comprises a floor; a cap attachable to said containment device and configured to cover said cage; an inlet port in the cap configured to introduce an autologous fluid into said containment device, wherein the inlet port is located radially outwardly of the cage relative to the longitudinal axis, such that a fluid can be injected into the containment device between an inner wall of the containment device and an outer wall of the cage; an outlet port in the cap configured to remove a serum from said containment device, wherein the outlet port is located radially outwardly of the cage relative to the longitudinal axis, such that a fluid can be extracted from the containment device between an inner wall of the containment device and an outer wall of the cage; and a syringe connectable to said inlet port to inject said autologous fluid into said containment device and connectable to said outlet port to remove said serum from said containment device. a containment device having a longitudinal axis; a cage positioned inside said containment device, the cage having a wall or walls that extend along the longitudinal axis into the containment device, wherein the cage wall or walls include a plurality of openings, and wherein the cage comprises a floor; a cap attachable to said containment device and configured to cover said cage; an inlet port in the cap configured to introduce an autologous fluid into said containment device, wherein the inlet port is located radially outwardly of the cage relative to the longitudinal axis, such that a fluid can be injected into the containment device between an inner wall of the containment device and an outer wall of the cage; an outlet port in the cap configured to remove a serum from said containment device, wherein the outlet port is located radially outwardly of the cage relative to the longitudinal axis, such that a fluid can be extracted from the containment device between an inner wall of the containment device and an outer wall of the cage; and a syringe connectable to said inlet port to inject said autologous fluid into said containment device and connectable to said outlet port to remove said serum from said containment device.
A fusion protein comprising interleukin-2 (IL2), a human tumour necrosis factor (TNFα) mutant, and an antibody molecule which binds fibronectin, wherein the human TNFα mutant has reduced activity relative to the wild type human TNFα and comprises the amino acid sequence of wild-type TNFα with the R at a position corresponding to R32 of SEQ ID NO: 15 or R52 of SEQ ID NO: 17 substituted for A, F, or V; and wherein the antibody molecule is a single chain Fv (scFv) or a diabody.
Container for a retractable cosmetic product comprising a base on which is mounted a support for the cosmetic product and means for moving the support, the container comprising a case arranged to receive the support for the product and the means for moving the support on a first end of the case and for receiving a cap on a second end of the case , characterised in that the case comprises an inner wall forming a storage volume for the cosmetic product and an outer wall forming the outer envelope of the case , the inner wall and the outer wall being made of different materials by bi-injection or by overmoulding, and in that the case comprises means for holding the two walls together, these holding means comprising at least one anti-rotation groove arranged in the vicinity of at least one end of the inner wall and/or of the outer wall
A system comprising: a medical instrument configured to be inserted into a body, said instrument comprising a radiation source for transmitting electromagnetic radiation from within a body and through at least one layer of fat or adipose tissue in the body; a second medical instrument configured to be inserted into the body, the second medical instrument having a sensor attached thereto such that the radiation source and sensor are independently positionable inside the body, the sensor being configured to receive a portion of the electromagnetic radiation transmitted through the fat or adipose tissue; and a processor module in communication with the sensor , characterised in that the processor module is configured to determine a transmittance value of the fat or adipose tissue based on the electromagnetic radiation received by the sensor and compare said transmittance value to one or more transmittance value(s) of sample(s) of material having known fat concentration(s), to calculate a weight-based fat concentration of said tissue. a medical instrument configured to be inserted into a body, said instrument comprising a radiation source for transmitting electromagnetic radiation from within a body and through at least one layer of fat or adipose tissue in the body; a second medical instrument configured to be inserted into the body, the second medical instrument having a sensor attached thereto such that the radiation source and sensor are independently positionable inside the body, the sensor being configured to receive a portion of the electromagnetic radiation transmitted through the fat or adipose tissue; and a processor module in communication with the sensor , characterised in that the processor module is configured to determine a transmittance value of the fat or adipose tissue based on the electromagnetic radiation received by the sensor and compare said transmittance value to one or more transmittance value(s) of sample(s) of material having known fat concentration(s), to calculate a weight-based fat concentration of said tissue.
An acoustic attenuation panel for a turbojet engine nacelle, including at least one cellular core disposed between at least one inner skin and one outer skin , the cellular core including a plurality of cells , characterized in that each cell defines a cavity with a helical general shape wound along an axis (XX) with a direction normal to the inner and outer skins.