mhurhangee/ep-ind-claims huggingface dataset:
A method for metering power consumption of a digital system-on-chip, SoC, for predicting battery life of a battery used by the SoC, the method comprising the following steps: - Partitioning of all digital circuitry of the SoC into voltage and/or clock domains; - Metering a power consumption of every domain by counting a charge pulse of each domain every time a gate of said domain has been switched; - Accumulating said counted charge pulses of each domain by an accumulator, wherein the value of counted charge pulses of each domain is proportional to its gate-count, the average switching activity, and the square of the domain's voltage; - Calculating an overall sum R of all charges drained from the battery by said domains of the SoC; - Post-processing said overall sum R for predicting battery life by an integrated micro-processor; - Signaling an imminent battery loss. - Partitioning of all digital circuitry of the SoC into voltage and/or clock domains; - Metering a power consumption of every domain by counting a charge pulse of each domain every time a gate of said domain has been switched; - Accumulating said counted charge pulses of each domain by an accumulator, wherein the value of counted charge pulses of each domain is proportional to its gate-count, the average switching activity, and the square of the domain's voltage; - Calculating an overall sum R of all charges drained from the battery by said domains of the SoC; - Post-processing said overall sum R for predicting battery life by an integrated micro-processor; - Signaling an imminent battery loss.
Control valve, in particular proportional valve for controlling a device for adjusting the rotational angle position of a camshaft with respect to a crankshaft of an internal combustion engine, comprising a valve housing which is of hollow-cylindrical design and, for connection to a pressure medium connection, has a plurality of openings which are arranged circumferentially in a radial plane and are closable via a non-return valve designed as a curved spring hinge, characterized in that the openings which are arranged in a radial plane are arranged at different angular distances from one another, in that the shape and the rotational angle position of the curved spring hinge serving as the non-return valve are matched to said angular distances and in that the curved spring hinge serving as a non-return valve has an open oval shape, wherein the valve housing for receiving the curved spring hinge in the region of the openings has different wall thicknesses such that an at least partially encircling groove having a varying groove depth is formed on the inner circumferential side of the valve housing.
A process for preparation of compound of formula or a salt thereof, comprising: I. Reacting a compound or a salt thereof with compound, LG is a leaving group independently selected from Cl or Br or I or an ester selected from methoxy or ethoxy or tosylate or mesylate or benzenesulfonate or triflate in a solvent in a presence of a base; II. Adding a base selected from an alcoholate or a hydride or an organometal or a hydroxide or a salt of an organic amide or 1,8-Diazabicyclo[5.4.0]undec-7-ene or 1,5-Diazabicyclo(4.3.0)non-5-ene or 1,4-diazabicyclo[2.2.2]octane into the reaction mixture of step I to provide compound, III. Reacting compound with hydroxylamine or a salt thereof in a solvent to provide compound, IV. Reacting compound with compound in a presence of coupling agent in a solvent to provide compound, V. Reacting compound in a presence of a compound of formula 3 SiOM, R is selected from R 1 -R 5 alkyl or aryl and M is selected from Na or K or Li in a solvent to provide compound. I. Reacting a compound or a salt thereof with compound, LG is a leaving group independently selected from Cl or Br or I or an ester selected from methoxy or ethoxy or tosylate or mesylate or benzenesulfonate or triflate in a solvent in a presence of a base; II. Adding a base selected from an alcoholate or a hydride or an organometal or a hydroxide or a salt of an organic amide or 1,8-Diazabicyclo[5.4.0]undec-7-ene or 1,5-Diazabicyclo(4.3.0)non-5-ene or 1,4-diazabicyclo[2.2.2]octane into the reaction mixture of step I to provide compound, III. Reacting compound with hydroxylamine or a salt thereof in a solvent to provide compound, IV. Reacting compound with compound in a presence of coupling agent in a solvent to provide compound, V. Reacting compound in a presence of a compound of formula 3 SiOM, R is selected from R 1 -R 5 alkyl or aryl and M is selected from Na or K or Li in a solvent to provide compound.
A solar cell comprising: a semiconductor substrate of a first conductive type made of silicon; an emitter region having a second conductive type different from the first conductive type and positioned at a first surface of the semiconductor substrate; a plurality of surface field regions having the first conductive type and positioned at a second surface opposite the first surface of the semiconductor substrate; a semiconductor region positioned directly on the second surface, forming a charge accumulation layer on the second surface of the semiconductor substrate, and containing impurities of the first conductive type; a plurality of first electrodes positioned on the first surface of the semiconductor substrate and coupled to the emitter region; a plurality of second electrodes positioned on the second surface of the semiconductor substrate and coupled to the surface field regions, and wherein the semiconductor region is positioned between adjacent second electrodes and has an energy band gap greater than silicon (Si) or amorphous silicon (a-Si), and wherein each of the plurality of surface field regions is positioned between the second surface of the semiconductor substrate and the plurality of second electrodes. a semiconductor substrate of a first conductive type made of silicon; an emitter region having a second conductive type different from the first conductive type and positioned at a first surface of the semiconductor substrate; a plurality of surface field regions having the first conductive type and positioned at a second surface opposite the first surface of the semiconductor substrate; a semiconductor region positioned directly on the second surface, forming a charge accumulation layer on the second surface of the semiconductor substrate, and containing impurities of the first conductive type; a plurality of first electrodes positioned on the first surface of the semiconductor substrate and coupled to the emitter region; a plurality of second electrodes positioned on the second surface of the semiconductor substrate and coupled to the surface field regions, and wherein the semiconductor region is positioned between adjacent second electrodes and has an energy band gap greater than silicon (Si) or amorphous silicon (a-Si), and wherein each of the plurality of surface field regions is positioned between the second surface of the semiconductor substrate and the plurality of second electrodes.
A suture loading package, comprising: a length of suture; a body portion including a proximal end; a securement structure configured and adapted to releasably secure said length of suture; characterized in that the securement structure is disposed within the body portion, an opening is provided at the proximal end of the body portion, the opening configured and adapted to receive said length of suture therethrough; and a hub is disposed at or near the proximal end of the body portion, the hub configured and adapted to receive a suture loading mechanism thereon, wherein said length of suture comprises a looped portion, wherein the securement structure comprises one or more protrusions, and wherein the suture loading package includes one or more posts which are configured and adapted to frictionally and releasably secure said length of suture S therein, wherein each post defines a channel that is configured and adapted to receive the length of suture therethrough and wherein the dimensions of the channel inhibit the translation of said looped portion of said length of suture S through the channel. a length of suture; a body portion including a proximal end; a securement structure configured and adapted to releasably secure said length of suture; characterized in that the securement structure is disposed within the body portion, an opening is provided at the proximal end of the body portion, the opening configured and adapted to receive said length of suture therethrough; and a hub is disposed at or near the proximal end of the body portion, the hub configured and adapted to receive a suture loading mechanism thereon, wherein said length of suture comprises a looped portion, wherein the securement structure comprises one or more protrusions, and wherein the suture loading package includes one or more posts which are configured and adapted to frictionally and releasably secure said length of suture S therein, wherein each post defines a channel that is configured and adapted to receive the length of suture therethrough and wherein the dimensions of the channel inhibit the translation of said looped portion of said length of suture S through the channel.
A method of secure booting of a system in a digital broadcast receiver, the method comprising: aligning a plurality of interleaved portions (510, 520, 530) of an entire firmware image into divided respective regions (A, B, C) to generate a digital signature; generating a digital signature (540, 550, 560) for each interleaved portion; selecting a specific interleaved portion; generating a first message digest of a region (A, B, C) of the selected interleaved portion in the entire firmware image and a second message digest from the digital signature of the selected interleaved portion; and verifying the firmware image based on the first and second message digest and booting the system in the digital broadcast receiver if no security compromise is detected based on said verification of the compared results of the first digest and the second digest. aligning a plurality of interleaved portions (510, 520, 530) of an entire firmware image into divided respective regions (A, B, C) to generate a digital signature; generating a digital signature (540, 550, 560) for each interleaved portion; selecting a specific interleaved portion; generating a first message digest of a region (A, B, C) of the selected interleaved portion in the entire firmware image and a second message digest from the digital signature of the selected interleaved portion; and verifying the firmware image based on the first and second message digest and booting the system in the digital broadcast receiver if no security compromise is detected based on said verification of the compared results of the first digest and the second digest.
Valve group housable in extractable manner in a housing compartment of a pump body of a pump of the cooling liquid of a vehicle cooling circuit, wherein the valve group extends along a rotation axis (Y-Y) comprising a valve body, preferably cylindrical, inside which is identified transversally to said rotation axis (Y-Y) a through duct for the cooling liquid, wherein the valve body comprises a plate on the bottom, side walls, projecting axially from the plate, and a tubular head, which surmounts and joins the side walls on the side opposite the plate; wherein the valve group comprises an obturator, configured to rotate around said rotation axis (Y-Y), wherein the obturator comprises an active portion configured to rotate in an offset manner in relation to said rotation axis (Y-Y) and suitable for obstructing and/or choking, in a closed position, the passage of liquid through the duct, wherein said active portion extends for a section of arc between a first ridge and a second ridge and is positioned distally from the entrance of the cooling liquid into the valve group; wherein the valve group is characterized by the fact that the active portion extends for a section of arc along an imaginary circumference (Cir) having an imaginary centre offset from the rotation axis (Y-Y), so as, said first ridge is farther from the rotation axis (Y-Y) than the second ridge.
An in-situ pressure sensor bias determination apparatus, the apparatus comprising: a measurement pressure sensor; a reference pressure sensor; an electronically controllable pressure adjustment device; and a fluid conduit network; characterised in that the fluid conduit network has an ambient access port; the reference pressure sensor is selectively fluidly coupleable to the fluid conduit network; the measurement pressure sensor has a greater operating pressure range than the reference pressure sensor; the measurement pressure sensor, the reference pressure sensor and the pressure adjustment device are sealingly coupled to the fluid conduit network so as to define a volume that is open only at the ambient access port; and an ambient isolation device arranged to isolate selectively ambient pressure from the measurement pressure sensor and the reference pressure sensor and the pressure adjustment device, thereby closing the open volume. a measurement pressure sensor; a reference pressure sensor; an electronically controllable pressure adjustment device; and a fluid conduit network; characterised in that the fluid conduit network has an ambient access port; the reference pressure sensor is selectively fluidly coupleable to the fluid conduit network; the measurement pressure sensor has a greater operating pressure range than the reference pressure sensor; the measurement pressure sensor, the reference pressure sensor and the pressure adjustment device are sealingly coupled to the fluid conduit network so as to define a volume that is open only at the ambient access port; and an ambient isolation device arranged to isolate selectively ambient pressure from the measurement pressure sensor and the reference pressure sensor and the pressure adjustment device, thereby closing the open volume.
A printing material cartridge to be installed in a printer having a printer controller, the cartridge comprising: a container to contain a printing material; and a memory, where the memory is to enable exchange of information between the cartridge and the printer controller when the cartridge is installed in the printer; where the memory includes a first write once then read only memory with a first memory address and a second write once then read only memory with a second memory address, and a controller to control data storage and retrieval to and from the write once then read only memories, and to control exchange of information with the printer controller; characterized in that the information in the first memory address includes a single bit value to prompt the printer controller to write a printer identifier to the second memory address, where the memory is embodied in an integrated circuit chip affixed to the container and operatively connectable to the printer controller through a series of contact pads and conductive traces (38, 40, 42, 44), where the memory also includes a rewriteable memory, where the memory includes a controller to control data storage and retrieval to and from the memories (32, 34), and where the memory controller is to exchange information with the printer controller through data and clock terminals (38, 40, 42, 44) and with memories (32, 34) through internal busses (46, 48), where the printer ID address is implemented as a 16 bit memory location that is either in an unwritten state for no ID or a written state with a value representing an ID for an individual printer or a group of printers. a container to contain a printing material; and a memory, where the memory is to enable exchange of information between the cartridge and the printer controller when the cartridge is installed in the printer; where the memory includes a first write once then read only memory with a first memory address and a second write once then read only memory with a second memory address, and a controller to control data storage and retrieval to and from the write once then read only memories, and to control exchange of information with the printer controller; characterized in that the information in the first memory address includes a single bit value to prompt the printer controller to write a printer identifier to the second memory address, where the memory is embodied in an integrated circuit chip affixed to the container and operatively connectable to the printer controller through a series of contact pads and conductive traces (38, 40, 42, 44), where the memory also includes a rewriteable memory, where the memory includes a controller to control data storage and retrieval to and from the memories (32, 34), and where the memory controller is to exchange information with the printer controller through data and clock terminals (38, 40, 42, 44) and with memories (32, 34) through internal busses (46, 48), where the printer ID address is implemented as a 16 bit memory location that is either in an unwritten state for no ID or a written state with a value representing an ID for an individual printer or a group of printers.
A drill rod handler, comprising: a movable clamp configured to engage a drill rod and move the drill rod between a first position with a first orientation and a second position with a second orientation; one or more position sensors (30, 50) configured to detect the first position with the first orientation and the second position with the second orientation; and a control center communicably connected to the one or more position sensors, wherein the control center permits or restricts the moveable clamp from engaging or disengaging the drill rod based on the position of the moveable clamp; characterised in that the one or more position sensors comprise: a housing; a pendulum rotatably connected to the housing and maintaining a constant position with respect to gravity; a trigger extending from the pendulum; and a proximity switch that moves with respect to the trigger and is configured to detect the trigger at a specified position; a plurality of fastener ports extending through the housing; and a corresponding plurality of fasteners, wherein the fastener ports are configured to have a cross-sectional dimension larger than a cross-sectional dimension of the fasteners to allow the housing to have adjustable mounting positions. a movable clamp configured to engage a drill rod and move the drill rod between a first position with a first orientation and a second position with a second orientation; one or more position sensors (30, 50) configured to detect the first position with the first orientation and the second position with the second orientation; and a control center communicably connected to the one or more position sensors, wherein the control center permits or restricts the moveable clamp from engaging or disengaging the drill rod based on the position of the moveable clamp; a housing; a pendulum rotatably connected to the housing and maintaining a constant position with respect to gravity; a trigger extending from the pendulum; and a proximity switch that moves with respect to the trigger and is configured to detect the trigger at a specified position; a plurality of fastener ports extending through the housing; and a corresponding plurality of fasteners, wherein the fastener ports are configured to have a cross-sectional dimension larger than a cross-sectional dimension of the fasteners to allow the housing to have adjustable mounting positions.
A distributed architecture for implementing a social media network for one or more users, the distributed architecture comprising: platform systems communicatively coupled to a network; a plurality of social media systems communicatively coupled to the network, each social media system is configured for interaction by one or more users; a plurality of social media applications communicatively coupled to the network, each social media application is configured for interaction by one or more users, in which the platform systems are configured to service the plurality of social media systems and the social media applications coupled to the network; in which each user has their own social media system and their own social media application in the distributed architecture, characterised in that the platform systems comprise an identity system, and the social media applications and social media systems connect to the identity system by the network, and the identity system is adapted to utilise identity platform system modules to manage identity features and functionality across the platform systems, and wherein the identity system and identity platform system modules are configured for authentication and authorization of all users such that each user has total authority over their own data as well as what is seen, shared and monetized on the social media network. platform systems communicatively coupled to a network; a plurality of social media systems communicatively coupled to the network, each social media system is configured for interaction by one or more users; a plurality of social media applications communicatively coupled to the network, each social media application is configured for interaction by one or more users, in which the platform systems are configured to service the plurality of social media systems and the social media applications coupled to the network; in which each user has their own social media system and their own social media application in the distributed architecture, characterised in that the platform systems comprise an identity system, and the social media applications and social media systems connect to the identity system by the network, and the identity system is adapted to utilise identity platform system modules to manage identity features and functionality across the platform systems, and wherein the identity system and identity platform system modules are configured for authentication and authorization of all users such that each user has total authority over their own data as well as what is seen, shared and monetized on the social media network.
Motor vehicle having a cabin at the front and a loading zone at the rear, and an arrangement of an interior storage module on a roof comprising a front transverse part extending over the entire width of a windshield of the vehicle, in front of a driver's seat and of a passenger seat, characterized in that the storage module comprises: - a first zone, situated on the driver's side, consisting of a portion of the front transverse part extending from a driver's door of the vehicle and measuring between approximately half and two thirds of the total width of the front transverse part, and comprising an access opening situated substantially vertically above a steering wheel of the vehicle, - a second zone, consisting of a longitudinal element extending toward the rear of the vehicle and between the passenger seat and the driver's seat from the first zone and comprising an access opening turned toward the driver, - a third zone, situated on the passenger side, consisting of a lateral portion of the front transverse part of the storage module extended backward by a longitudinal part extending between the second zone and a passenger door of the vehicle and comprising a rear access opening. - a first zone, situated on the driver's side, consisting of a portion of the front transverse part extending from a driver's door of the vehicle and measuring between approximately half and two thirds of the total width of the front transverse part, and comprising an access opening situated substantially vertically above a steering wheel of the vehicle, - a second zone, consisting of a longitudinal element extending toward the rear of the vehicle and between the passenger seat and the driver's seat from the first zone and comprising an access opening turned toward the driver, - a third zone, situated on the passenger side, consisting of a lateral portion of the front transverse part of the storage module extended backward by a longitudinal part extending between the second zone and a passenger door of the vehicle and comprising a rear access opening.