mhurhangee/ep-ind-claims huggingface dataset:
Capped integrated device comprising: a semiconductor chip (29; 329), incorporating an integrated device (10; 310); a protective cap (30; 130; 230; 330), bonded to the semiconductor chip (29; 329) to protect the integrated device (10; 310); a bonding layer, of a bonding material, between the semiconductor chip (29; 129) and the protective cap (30; 130; 230; 330); and recesses (20; 126; 318), formed in at least one of the semiconductor chip (29; 329) and the protective cap (30; 130; 230; 330), wherein the bonding material forms anchoring elements (27; 133; 233; 327) within the recesses (20; 126; 318); characterized in that the anchoring elements comprise each a stem and, at an end of the stem opposite to the bonding layer, a head having a width greater than the stem and the recesses comprise each a neck and a base, accommodating respectively the stem and the head of a respective anchoring element. a semiconductor chip (29; 329), incorporating an integrated device (10; 310); a protective cap (30; 130; 230; 330), bonded to the semiconductor chip (29; 329) to protect the integrated device (10; 310); a bonding layer, of a bonding material, between the semiconductor chip (29; 129) and the protective cap (30; 130; 230; 330); and recesses (20; 126; 318), formed in at least one of the semiconductor chip (29; 329) and the protective cap (30; 130; 230; 330), wherein the bonding material forms anchoring elements (27; 133; 233; 327) within the recesses (20; 126; 318); characterized in that the anchoring elements comprise each a stem and, at an end of the stem opposite to the bonding layer, a head having a width greater than the stem and the recesses comprise each a neck and a base, accommodating respectively the stem and the head of a respective anchoring element.
A compound having formula or formula: wherein - M +i is a metal ion, and i is 1, 2 or 3, - L is an exchangeable ligand consisting of a molecule which interacts weakly with the metal ions and which is available for exchange with the surrounding solution, - X is a -(CH 2) m -NH-A group, or a -CH 2 -NHC -R-NH-A group wherein R is a C 2 -C 10 alkyl group, preferably a C 6 -C 10 alkyl group, either linear or branched, and A is H or a fluorophore group, - m = 1 to 12, - n = 1, 2 or 3, - Y is (CH 2) p -NH 2 where p = 0 to 12, - when p = 0, the pyridine group is not substituted by Y. - M +i is a metal ion, and i is 1, 2 or 3, - L is an exchangeable ligand consisting of a molecule which interacts weakly with the metal ions and which is available for exchange with the surrounding solution, - X is a -(CH 2) m -NH-A group, or a -CH 2 -NHC -R-NH-A group wherein R is a C 2 -C 10 alkyl group, preferably a C 6 -C 10 alkyl group, either linear or branched, and A is H or a fluorophore group, - m = 1 to 12, - n = 1, 2 or 3, - Y is (CH 2) p -NH 2 where p = 0 to 12, - when p = 0, the pyridine group is not substituted by Y.
Apparatus for processing signals from a touch panel, the touch panel comprising a layer of piezoelectric material disposed between a plurality of sensing electrodes (14, 20) and at least one common electrode, the sensing electrodes for determining touch location data indicating locations of one or more user interactions, the apparatus comprising: a capacitive touch controller for connection to the sensing electrodes; characterized in that the apparatus is further comprising: a switch network comprising a plurality of inputs for connection to some or all of the sensing electrodes, and an output connected to system ground or a common mode voltage ( V CM); a second circuit for connection to the at least one common electrode and configured to generate, based on signals received from the at least one common electrode, a second pressure signal indicative of a total pressure applied to the touch panel; a controller configured to: control the switch network to couple any connected sensing electrodes to system ground or the common mode voltage during a pressure measurement period; determine an estimate of the total pressure based on the second pressure signal during the pressure measurement period. a capacitive touch controller for connection to the sensing electrodes; characterized in that the apparatus is further comprising: a switch network comprising a plurality of inputs for connection to some or all of the sensing electrodes, and an output connected to system ground or a common mode voltage ( V CM); a second circuit for connection to the at least one common electrode and configured to generate, based on signals received from the at least one common electrode, a second pressure signal indicative of a total pressure applied to the touch panel; a controller configured to: control the switch network to couple any connected sensing electrodes to system ground or the common mode voltage during a pressure measurement period; determine an estimate of the total pressure based on the second pressure signal during the pressure measurement period. a switch network comprising a plurality of inputs for connection to some or all of the sensing electrodes, and an output connected to system ground or a common mode voltage ( V CM); a second circuit for connection to the at least one common electrode and configured to generate, based on signals received from the at least one common electrode, a second pressure signal indicative of a total pressure applied to the touch panel; a controller configured to: control the switch network to couple any connected sensing electrodes to system ground or the common mode voltage during a pressure measurement period; determine an estimate of the total pressure based on the second pressure signal during the pressure measurement period. control the switch network to couple any connected sensing electrodes to system ground or the common mode voltage during a pressure measurement period; determine an estimate of the total pressure based on the second pressure signal during the pressure measurement period.
A test and measurement instrument, comprising: an input configured to receive an input signal; a display for simultaneous display of a time domain graticule and a frequency domain graticule; a processor having an associated memory storing program information for programming the processor: to process a first input signal to generate a time domain waveform for display in the time domain graticule, the first input signal being correlated to a time base; to process a second input signal and generate a frequency domain waveform for display in the frequency domain graticule, the second input signal being correlated to the time base, the frequency domain waveform being correlated to a selected time period of the time base; and to generate a spectrum time indicator configured to graphically illustrate a location and the selected time period in the time domain graticule with respect to the frequency domain waveform, characterised in that the associated memory stores program information for programming the processor to generate a spectrum time indicator graphically illustrating a transform window type having an associated shape. an input configured to receive an input signal; a display for simultaneous display of a time domain graticule and a frequency domain graticule; a processor having an associated memory storing program information for programming the processor: to process a first input signal to generate a time domain waveform for display in the time domain graticule, the first input signal being correlated to a time base; to process a second input signal and generate a frequency domain waveform for display in the frequency domain graticule, the second input signal being correlated to the time base, the frequency domain waveform being correlated to a selected time period of the time base; and to generate a spectrum time indicator configured to graphically illustrate a location and the selected time period in the time domain graticule with respect to the frequency domain waveform, to process a first input signal to generate a time domain waveform for display in the time domain graticule, the first input signal being correlated to a time base; to process a second input signal and generate a frequency domain waveform for display in the frequency domain graticule, the second input signal being correlated to the time base, the frequency domain waveform being correlated to a selected time period of the time base; and to generate a spectrum time indicator configured to graphically illustrate a location and the selected time period in the time domain graticule with respect to the frequency domain waveform, characterised in that the associated memory stores program information for programming the processor to generate a spectrum time indicator graphically illustrating a transform window type having an associated shape.
A method for checking a flexible line comprising at least one layer of armors (24, 25) surrounded with an external sheath, the external sheath delimiting an internal space receiving the layer of armors (24, 25) and comprising at least one medium at the interface between the external sheath and the internal space, the method comprising: - the sending of an ultrasonic signal from the outside of the external sheath on a region to be checked of the external sheath, - the reception of the reflected signal at the interface between the region to be checked of the external sheath and the internal space facing the region to be checked of the external sheath, characterized in that the method further comprises the analysis of the polarity of the reflected signal at the interface and the determination, depending on the analyzed polarity, of at least the nature of the medium at the interface. - the sending of an ultrasonic signal from the outside of the external sheath on a region to be checked of the external sheath, - the reception of the reflected signal at the interface between the region to be checked of the external sheath and the internal space facing the region to be checked of the external sheath,
Use of an agent selected from the group consisting of laminin 511, laminin 521, or laminin 511-E8 fragment, which express in corneal endothelial cells, in an in vitro method for promoting growth of corneal endothelial cells.
A method of migrating data from one or more source databases to one or more target databases, the method comprising: receiving, from a cloud-based database modeling service, data relating to the one or more source databases and the one or more target databases, wherein the cloud-based database modeling service is located remotely from the source databases and is configured to collect and analyze data from the source databases and the target databases; generating a pre-migration analysis for a plurality of objects stored in the one or more source databases, based on the data from the cloud-based database modeling service; generating a plurality of migration scripts that transfer the plurality of objects from the one or more source databases to the one or more target databases, based on the pre-migration analysis; generating a migration plan that defines an execution order for the plurality of migration scripts; migrating the plurality of objects from the one or more source databases to one or more target databases according to the migration plan; while migrating the plurality of objects, the migration plan further defines which of the plurality of migration scripts can be executed in parallel; while migrating the plurality of objects, dynamically adjusting the amount of parallel processing by scaling up or down the amount of parallel processing of the migration scripts based on available system resources; and validating the plurality of objects on the one or more target databases. receiving, from a cloud-based database modeling service, data relating to the one or more source databases and the one or more target databases, wherein the cloud-based database modeling service is located remotely from the source databases and is configured to collect and analyze data from the source databases and the target databases; generating a pre-migration analysis for a plurality of objects stored in the one or more source databases, based on the data from the cloud-based database modeling service; generating a plurality of migration scripts that transfer the plurality of objects from the one or more source databases to the one or more target databases, based on the pre-migration analysis; generating a migration plan that defines an execution order for the plurality of migration scripts; migrating the plurality of objects from the one or more source databases to one or more target databases according to the migration plan; while migrating the plurality of objects, the migration plan further defines which of the plurality of migration scripts can be executed in parallel; while migrating the plurality of objects, dynamically adjusting the amount of parallel processing by scaling up or down the amount of parallel processing of the migration scripts based on available system resources; and validating the plurality of objects on the one or more target databases.
An electronic device comprising: guard interval circuitry to: remove, from a first frequency domain portion of a first orthogonal frequency division multiplexing (OFDM) or orthogonal frequency division multiple access (OFDMA) transmit signal in a radio frame, an FD guard interval portion related to a guard interval of the radio frame; identify, after the removal of the FD guard interval portion, that a data symbol of a data symbol constellation related to the first OFDM or OFDMA signal is at a current position outside of a tolerance related to the data symbol constellation; alter, based on the identification, the data symbol to a new position that is inside of the tolerance to generate a second FD portion; and generate a second OFDMA or OFDMA transmit signal in the radio frame based on the guard interval and the second FD portion; and transmit circuitry to transmit the second OFDM or OFDMA transmit signal in the radio frame. remove, from a first frequency domain portion of a first orthogonal frequency division multiplexing (OFDM) or orthogonal frequency division multiple access (OFDMA) transmit signal in a radio frame, an FD guard interval portion related to a guard interval of the radio frame; identify, after the removal of the FD guard interval portion, that a data symbol of a data symbol constellation related to the first OFDM or OFDMA signal is at a current position outside of a tolerance related to the data symbol constellation; alter, based on the identification, the data symbol to a new position that is inside of the tolerance to generate a second FD portion; and generate a second OFDMA or OFDMA transmit signal in the radio frame based on the guard interval and the second FD portion; and transmit circuitry to transmit the second OFDM or OFDMA transmit signal in the radio frame.
A multilayer biomaterial composition, comprising: a first and second layer; the first layer comprising a porous biomaterial matrix, wherein the porous biomaterial matrix is characterized by an average pore size of at least 200 μm; and the second layer comprising an impermeable biomaterial, the second layer impermeable to an aqueous solution, wherein the porous biomaterial matrix and/or the impermeable biomaterial comprises silk fibroin, and wherein the multilayer biomaterial composition is characterized in that when it is attached to a site of a hollow organ wound or defect, the first layer provides a scaffold for tissue regeneration and the second layer seals the wound or defect. a first and second layer; the first layer comprising a porous biomaterial matrix, wherein the porous biomaterial matrix is characterized by an average pore size of at least 200 μm; and the second layer comprising an impermeable biomaterial, the second layer impermeable to an aqueous solution, the first layer comprising a porous biomaterial matrix, wherein the porous biomaterial matrix is characterized by an average pore size of at least 200 μm; and the second layer comprising an impermeable biomaterial, the second layer impermeable to an aqueous solution, wherein the porous biomaterial matrix and/or the impermeable biomaterial comprises silk fibroin, and wherein the multilayer biomaterial composition is characterized in that when it is attached to a site of a hollow organ wound or defect, the first layer provides a scaffold for tissue regeneration and the second layer seals the wound or defect.
A laminated glass comprising: a first glass plate that is wedge-shaped and has a thickness varying in a vertical direction from one end to another end that is opposite to the one end, and in which a line is formed in a horizontal direction of the first glass plate; a second glass plate that has a constant thickness, in which a line is formed; and an intermediate film located between the first glass plate and the second glass plate, bonding the first glass plate and the second glass plate so that the line of the first glass plate and the line of the second glass plate are mutually orthogonal, in a view of a plate thickness direction, wherein each of the first glass plate and the second glass plate is a float glass plate, and wherein the lines occur along a flow direction of a glass upon shaping. a first glass plate that is wedge-shaped and has a thickness varying in a vertical direction from one end to another end that is opposite to the one end, and in which a line is formed in a horizontal direction of the first glass plate; a second glass plate that has a constant thickness, in which a line is formed; and an intermediate film located between the first glass plate and the second glass plate, bonding the first glass plate and the second glass plate so that the line of the first glass plate and the line of the second glass plate are mutually orthogonal, in a view of a plate thickness direction,
Prosthetic ankle-foot device, in particular of the biomimetic type, said device being characterized in that it comprises: - a tibia element; - a talus element movably connected to the tibia element through a first talocrural joint comprising a first hinge joint; - a calcaneus element movably connected to the talus element through a second subtalar joint comprising a second hinge joint; - a medial metatarsal element movably connected to the calcaneus element through a third medial midtarsal joint, said third joint comprising a third hinge joint; characterised by - a lateral metatarsal element movably connected to the calcaneus element through a fourth lateral midtarsal joint, said fourth joint comprising a fourth hinge joint; - a medial phalanx element movably connected to the medial metatarsal element through a fifth medial metatarsophalangeal joint, said fifth joint comprising a fifth hinge joint; - a lateral phalanx element movably connected to the lateral metatarsal element through a sixth lateral metatarsophalangeal joint, said sixth joint comprising a sixth hinge joint; - an elastic actuation element comprising an upper part movably connected to the tibia element and a lower part movably connected to the calcaneus element. - a tibia element; - a talus element movably connected to the tibia element through a first talocrural joint comprising a first hinge joint; - a calcaneus element movably connected to the talus element through a second subtalar joint comprising a second hinge joint; - a medial metatarsal element movably connected to the calcaneus element through a third medial midtarsal joint, said third joint comprising a third hinge joint; - a lateral metatarsal element movably connected to the calcaneus element through a fourth lateral midtarsal joint, said fourth joint comprising a fourth hinge joint; - a medial phalanx element movably connected to the medial metatarsal element through a fifth medial metatarsophalangeal joint, said fifth joint comprising a fifth hinge joint; - a lateral phalanx element movably connected to the lateral metatarsal element through a sixth lateral metatarsophalangeal joint, said sixth joint comprising a sixth hinge joint; - an elastic actuation element comprising an upper part movably connected to the tibia element and a lower part movably connected to the calcaneus element.
A method for conserving power in a computer system, comprising: indicating to the computer system that the computer system needs to enter into one of a plurality of power save modes; changing a CPU clock frequency to conserve power when the indication has been made; generating a constant time reference signal regardless of changes to the CPU clock frequency, wherein generating the constant time reference signal comprises: dividing a frequency signal (int_PCI) generated by a fixed PCI clock to generate a divided frequency signal, and synchronizing the divided frequency signal with the CPU clock frequency (CPU clock); and incrementing a first value of a first register at a rate of the constant time reference signal; characterized in that the method further comprises: comparing the first value of the first register to a second value of a second register at the rate of the constant time reference signal; and selectively issuing periodic interrupts to an operating system of the computer system while changing the CPU clock frequency, the selectively issuing being based on the first value equaling the second value when comparing the first value of the first register to the second value of the second register. indicating to the computer system that the computer system needs to enter into one of a plurality of power save modes; changing a CPU clock frequency to conserve power when the indication has been made; generating a constant time reference signal regardless of changes to the CPU clock frequency, wherein generating the constant time reference signal comprises: dividing a frequency signal (int_PCI) generated by a fixed PCI clock to generate a divided frequency signal, and synchronizing the divided frequency signal with the CPU clock frequency (CPU clock); and incrementing a first value of a first register at a rate of the constant time reference signal; characterized in that the method further comprises: comparing the first value of the first register to a second value of a second register at the rate of the constant time reference signal; and selectively issuing periodic interrupts to an operating system of the computer system while changing the CPU clock frequency, the selectively issuing being based on the first value equaling the second value when comparing the first value of the first register to the second value of the second register. comparing the first value of the first register to a second value of a second register at the rate of the constant time reference signal; and selectively issuing periodic interrupts to an operating system of the computer system while changing the CPU clock frequency, the selectively issuing being based on the first value equaling the second value when comparing the first value of the first register to the second value of the second register.