mhurhangee/patent-ind-claim-en huggingface dataset:
A power tool comprising: a housing; a brushless direct-current (BLDC) electric motor disposed inside the housing; a battery pack ; a battery receptacle configured to receive the battery pack , the battery pack including a plurality of battery cells and a fuse being associated with a first current profile; a plurality of power switches disposed between the battery receptacle and the electric motor, the plurality of power switches including a plurality of high-side switches and a plurality of low-side switches, the plurality of power switches being associated with a second current profile; a control unit configured to control a switching operation of the plurality of power switches to operate the electric motor; and a battery disconnect circuit disposed between the battery receptacle and the plurality of power switches to disconnect the supply of power from the battery pack if the current draw from the battery pack exceeds a current threshold for a given duration of time, wherein the current threshold is smaller than a first current level associated the first current profile for the given duration of time but larger than a second current level associated with the second current profile for the given duration of time. a housing; a brushless direct-current (BLDC) electric motor disposed inside the housing; a battery pack ; a battery receptacle configured to receive the battery pack , the battery pack including a plurality of battery cells and a fuse being associated with a first current profile; a plurality of power switches disposed between the battery receptacle and the electric motor, the plurality of power switches including a plurality of high-side switches and a plurality of low-side switches, the plurality of power switches being associated with a second current profile; a control unit configured to control a switching operation of the plurality of power switches to operate the electric motor; and a battery disconnect circuit disposed between the battery receptacle and the plurality of power switches to disconnect the supply of power from the battery pack if the current draw from the battery pack exceeds a current threshold for a given duration of time, wherein the current threshold is smaller than a first current level associated the first current profile for the given duration of time but larger than a second current level associated with the second current profile for the given duration of time.
An electronic device that handles control transfer instructions, CTIs, when executing instructions in program code, the electronic device comprising: a processor that includes: a branch prediction functional block; and a sequential fetch logic functional block, wherein the sequential fetch logic functional block: acquires a record associated with a CTI, the record including a value representing a number of fetch groups of instructions to be fetched following the CTI that were previously determined to include no CTIs; determines, based on the value from the record, that a given number of fetch groups that include no CTIs are to be fetched for execution in sequence following the CTI; and when each of the given number of fetch groups is fetched and prepared for execution, prevents corresponding accesses of the branch prediction functional block for acquiring branch prediction information for instructions in that fetch group. a branch prediction functional block; and a sequential fetch logic functional block, wherein the sequential fetch logic functional block: acquires a record associated with a CTI, the record including a value representing a number of fetch groups of instructions to be fetched following the CTI that were previously determined to include no CTIs; determines, based on the value from the record, that a given number of fetch groups that include no CTIs are to be fetched for execution in sequence following the CTI; and when each of the given number of fetch groups is fetched and prepared for execution, prevents corresponding accesses of the branch prediction functional block for acquiring branch prediction information for instructions in that fetch group. acquires a record associated with a CTI, the record including a value representing a number of fetch groups of instructions to be fetched following the CTI that were previously determined to include no CTIs; determines, based on the value from the record, that a given number of fetch groups that include no CTIs are to be fetched for execution in sequence following the CTI; and when each of the given number of fetch groups is fetched and prepared for execution, prevents corresponding accesses of the branch prediction functional block for acquiring branch prediction information for instructions in that fetch group.
Illumination device , comprising: - at least one LED adapted to emit light having an emission maximum in a first wavelength range; - at least two LEDs adapted to emit light having an emission maximum in a second wavelength range, wherein at least one LED adapted to emit light having an emission maximum in a first subrange of said second wavelength range, and at least one LED adapted to emit light having an emission maximum in a second subrange of said second wavelength range; and - a wavelength converting material arranged to receive light of at least said first wavelength range and having an emission maximum in a third wavelength range which is between said first wavelength range and said second wavelength range; wherein: - said second subrange is from 643 - 670 nm; and - said first subrange is from 600 - 620 nm. - at least one LED adapted to emit light having an emission maximum in a first wavelength range; - at least two LEDs adapted to emit light having an emission maximum in a second wavelength range, wherein at least one LED adapted to emit light having an emission maximum in a first subrange of said second wavelength range, and at least one LED adapted to emit light having an emission maximum in a second subrange of said second wavelength range; and - a wavelength converting material arranged to receive light of at least said first wavelength range and having an emission maximum in a third wavelength range which is between said first wavelength range and said second wavelength range; - said second subrange is from 643 - 670 nm; and - said first subrange is from 600 - 620 nm.
A method for identifying a mutant ligand of a parent ligand having a higher or lower binding ability with a G-protein coupled receptor, hereinafter referred to as GPCR, than the pair of the parent ligand and the GPCR, said method comprising the steps of: a) providing a well microtiter plate having the wells disposed in a first number of rows and second number of columns; b) providing a GPCR, such as rhodopsin, in each of said wells; c) providing a number of mutants of the parent ligand having a single mutated amino acid position, wherein the parent ligand being one that binds to the GPCR when the GPCR is residing in a particular conformation, and wherein said parent ligand is an arrestin; d) bringing the single mutated mutants of the parent ligand in the wells into contact with the GPCR under conditions where the parent ligand would couple to the GPCR; and e) determining for each single mutated mutant whether the mutant ligand has a weaker or stronger binding ability as compared to the standard binding ability of the parent ligand and the GPCR by determining the amount of coupled mutant-GPCR complex in said wells; f) in an iterative approach, selecting those of the single mutated ligands having a higher or weaker binding ability which are then subject for the second assay wherein an additional second amino acid position is mutated; and g) accordingly those double mutated ligands showing superior or minor binding ability are then the subject for a third assay wherein an additional third amino acid position is mutated, and optionally so on, until a desired level of binding ability is achieved. a) providing a well microtiter plate having the wells disposed in a first number of rows and second number of columns; b) providing a GPCR, such as rhodopsin, in each of said wells; c) providing a number of mutants of the parent ligand having a single mutated amino acid position, wherein the parent ligand being one that binds to the GPCR when the GPCR is residing in a particular conformation, and wherein said parent ligand is an arrestin; d) bringing the single mutated mutants of the parent ligand in the wells into contact with the GPCR under conditions where the parent ligand would couple to the GPCR; and e) determining for each single mutated mutant whether the mutant ligand has a weaker or stronger binding ability as compared to the standard binding ability of the parent ligand and the GPCR by determining the amount of coupled mutant-GPCR complex in said wells; f) in an iterative approach, selecting those of the single mutated ligands having a higher or weaker binding ability which are then subject for the second assay wherein an additional second amino acid position is mutated; and g) accordingly those double mutated ligands showing superior or minor binding ability are then the subject for a third assay wherein an additional third amino acid position is mutated, and optionally so on, until a desired level of binding ability is achieved.
A proportional metering pump comprising a hydraulic machine provided with an inlet and an outlet , a metering mechanism provided with a suction adjustment provided with a suction check valve and communicating at one of its ends with an access nozzle to a cavity internal to the pump and, at the other of its ends, with a tank of product to be metered, the hydraulic machine extending along a longitudinal axis and enclosing a member designed to perform a reciprocating movement, the supplying of the pump with liquid at the inlet triggering the reciprocating movement of the member, said movement alternately provoking a suction through the adjustment into the internal cavity with opening of the suction check valve when the member moves away from the adjustment then an expulsion at the outlet of the pump with closure of the suction check valve when the member approaches the adjustment, Said the pump further comprising means for fixing the adjustment to the access nozzle to the cavity internal to the hydraulic machine , said means comprising: - a fixing ring provided with a first end and a second end and mounted to rotate about one of the ends of the adjustment , characterized in that means for fixing the adjustment comprise further: - a blocking ring provided with a first end and a second end , and mounted to translate along the longitudinal axis along the access nozzle to the mixing chamber , the first end of said ring being pressed toward the metering mechanism against a shoulder formed on said access nozzle by means of a spring , the fixing ring and the access nozzle to the cavity internal to the hydraulic machine being capable of cooperating by screwing, at the end of which the second end of the blocking ring is secured with the second end of the fixing ring by complementarity of form, so as to lock the unscrewing of the fixing ring. - a fixing ring provided with a first end and a second end and mounted to rotate about one of the ends of the adjustment , - a blocking ring provided with a first end and a second end , and mounted to translate along the longitudinal axis along the access nozzle to the mixing chamber , the first end of said ring being pressed toward the metering mechanism against a shoulder formed on said access nozzle by means of a spring ,
Vehicle seat equipped with a cushion and a back , said seat comprising a casing against which bears an actuating handle allowing control of the tilt of said back , said casing and said handle being fixed to a frame of said seat , characterized in that the casing is provided with at least one sprung clip designed to interact with the frame such as to secure same, and in that at least one of the two elements constituted by the handle and the casing has at least one protuberance capable of defining the minimum clearance between said casing and said handle when said two elements are in contact with one another, said clip being capable of taking up said clearance when the handle is mounted.
A method of manufacturing a device comprising a microelectronic component (16; 46) and a housing (24 ; 40, 44), the microelectronic component being housed in the housing, said housing being formed of walls defining a hermetically sealed vacuum inner space (22; 42), said device being constituted of materials likely to degas into the inner space (22 ; 42), said materials being metallic, ceramic, or inorganic semiconductor material, carbon, or any combination, assembly, alloy, dispersion of said materials between one another, the method comprising: - forming a getter (36; 50) in the form of thin films capable of trapping gas in said inner space, and only hydrogen, the getter being inert to oxygen and/or nitrogen ; - pumping from said inner space (22; 42); in which : - during pumping, heating the device to degas the elements housed in said inner space (22; 42); and - after said pumping, hermetically sealing the housing (24; 40, 44) in fluxless fashion by means of a fluxless soldering, of an anodic bonding, of a bonding by metal diffusion, or of a molecular bonding ; and - the heating of the device and the sealing of the housing are carried out at a temperature lower than 300°C. - forming a getter (36; 50) in the form of thin films capable of trapping gas in said inner space, and only hydrogen, the getter being inert to oxygen and/or nitrogen ; - pumping from said inner space (22; 42); - during pumping, heating the device to degas the elements housed in said inner space (22; 42); and - after said pumping, hermetically sealing the housing (24; 40, 44) in fluxless fashion by means of a fluxless soldering, of an anodic bonding, of a bonding by metal diffusion, or of a molecular bonding ; and - the heating of the device and the sealing of the housing are carried out at a temperature lower than 300°C.
An electrochemical sensor for measuring concentration of an analyte in a sample fluid, said sensor adapted for being received and electrically connected to a meter, said sensor comprising a co-planar electrode system having a working electrode , a plurality of other electrodes and a sample receiving area , wherein contact pads are staggered in at least two lateral rows, each laterally-adjacent contact pad in this staggered configuration pertaining to every other trace lead provided in the electrode system, and wherein first and second electrodes of said other electrodes being configured each to be electrically isolated from one another and from said working electrode , said first electrode comprising a distal end at least a portion of which is exposed within said sample receiving area , said second electrode comprising an extension toward the contact pad end of the sensor , said extension interrupting a space or trail on said sensor between said first electrode and said working electrode toward said contact pad end of the sensor , said extension having no portion thereof exposed within said sample receiving area and being configured for electrical connectivity to an electrical short between said first electrode and said working electrode occurring in said space or trail , said electrical short comprising any electrical connectivity between said first electrode and said working electrode that occurs despite the desired isolated electrode configuration of said sensor .
A method of wireless communication, comprising: receiving configuration information associated with a service, the configuration information being included in a User Service Description, USD , identifying that a first component carrier (1002-1) provides primary content of the service and at least one second component carrier (1002-2) provides secondary content of the service to enhance the primary content, wherein the secondary content comprises augmented, supplementary, or missing data of the primary content, and further identifying the frequencies corresponding to the first component carrier (1002-1) and the at least one second component carrier (1002-2); monitoring the first component carrier (1002-1) and the at least one second component carrier (1002-2) of a plurality of aggregated component carriers ; receiving the primary content and secondary content corresponding to the service concurrently via the first component carrier (1002-1) and the at least one second component carrier (1002-2) after receiving the configuration information, wherein receiving the service concurrently via the first component carrier (1002-1) and the second component carrier (1002-2) includes receiving primary content via broadcast and secondary content via unicast; and enhancing the primary content using the augmented, supplementary, or missing data of the primary content comprised in the secondary content. receiving configuration information associated with a service, the configuration information being included in a User Service Description, USD , identifying that a first component carrier (1002-1) provides primary content of the service and at least one second component carrier (1002-2) provides secondary content of the service to enhance the primary content, wherein the secondary content comprises augmented, supplementary, or missing data of the primary content, and further identifying the frequencies corresponding to the first component carrier (1002-1) and the at least one second component carrier (1002-2); monitoring the first component carrier (1002-1) and the at least one second component carrier (1002-2) of a plurality of aggregated component carriers ; receiving the primary content and secondary content corresponding to the service concurrently via the first component carrier (1002-1) and the at least one second component carrier (1002-2) after receiving the configuration information, wherein receiving the service concurrently via the first component carrier (1002-1) and the second component carrier (1002-2) includes receiving primary content via broadcast and secondary content via unicast; and enhancing the primary content using the augmented, supplementary, or missing data of the primary content comprised in the secondary content.
A method for temporally synchronising two signals in a signal transmission device, the two signals being used by a digital predistortion calculation loop to calculate predistortion coefficients applied to the signal to be transmitted before its amplification and its emission, the two signals used by the predistortion calculation loop being: - a first signal corresponding to the signal to be transmitted before or after application of the predistortion, - a second signal corresponding to the emitted signal, the method being characterised in that it comprises consecutively: - the application , to one of the two signals, of a first time offset corresponding substantially to the time gap between the two signals, and - the application , to one of the two signals, of a second time offset corresponding substantially to the time gap between the two signals after application of the first time offset, the second time offset being calculated on the basis of said predistortion coefficients which are expressed linearly as a function of the signal to be transmitted. - a first signal corresponding to the signal to be transmitted before or after application of the predistortion, - a second signal corresponding to the emitted signal, - the application , to one of the two signals, of a first time offset corresponding substantially to the time gap between the two signals, and - the application , to one of the two signals, of a second time offset corresponding substantially to the time gap between the two signals after application of the first time offset, the second time offset being calculated on the basis of said predistortion coefficients which are expressed linearly as a function of the signal to be transmitted.
Recovery steam generator comprising: a flue-gases flowing chamber extending along a longitudinal axis (A) and provided with an inlet and an outlet ; a steam circuit supplied with water and extending at least partially within the flue-gases flowing chamber so as to exploit the heat of the flue-gases to generate steam; the steam circuit comprising: • a superheating section comprising at least two superheating banks (22; 27) arranged in series with each other; • a plurality of connecting pipes configured to connect the at least two superheating banks (22; 27) in series with each other; • at least a plurality of first injection pipes (30; 31) configured to inject a first heat transfer fluid into each of the connecting pipes (25; 25, 29); • a control device configured to regulate the flow rate of the first heat transfer fluid supplied via the first injection pipes (30; 31); the recovery steam generator being characterized by the fact that the first injection pipes are connected to a first manifold provided with a first valve and by the fact that the control device is configured to adjust the first valve to control the flow rate of the first heat transfer fluid fed to the first manifold . a flue-gases flowing chamber extending along a longitudinal axis (A) and provided with an inlet and an outlet ; a steam circuit supplied with water and extending at least partially within the flue-gases flowing chamber so as to exploit the heat of the flue-gases to generate steam; the steam circuit comprising: • a superheating section comprising at least two superheating banks (22; 27) arranged in series with each other; • a plurality of connecting pipes configured to connect the at least two superheating banks (22; 27) in series with each other; • at least a plurality of first injection pipes (30; 31) configured to inject a first heat transfer fluid into each of the connecting pipes (25; 25, 29); • a control device configured to regulate the flow rate of the first heat transfer fluid supplied via the first injection pipes (30; 31); • a superheating section comprising at least two superheating banks (22; 27) arranged in series with each other; • a plurality of connecting pipes configured to connect the at least two superheating banks (22; 27) in series with each other; • at least a plurality of first injection pipes (30; 31) configured to inject a first heat transfer fluid into each of the connecting pipes (25; 25, 29); • a control device configured to regulate the flow rate of the first heat transfer fluid supplied via the first injection pipes (30; 31); the recovery steam generator being characterized by the fact that the first injection pipes are connected to a first manifold provided with a first valve and by the fact that the control device is configured to adjust the first valve to control the flow rate of the first heat transfer fluid fed to the first manifold .
A collector-crusher for catering waste comprising a cabinet provided with a face door and having in an upper wall at least two openings (13 to 15), said collector-crusher also comprising a feed hopper , a crusher discharging onto at least one bin for receiving crushed material, arranged under the crusher and without contact with it, drive means (3 and 39), electrical connection means and means for operating control and security, characterised in that the hopper , the crusher , the drive means (3 and 39), the electrical connection means and the means for operating control and safety are carried by the frame of a trolley , said trolley being removable and interchangeable and inserted under the upper wall of the cabinet and in that the electric circuit of the trolley is supplied by a single connector that can receive the plug of an electric power cable.