mhurhangee/ep-ind-claims huggingface dataset:
. A method of programming selected memory cells of a vector-by-matrix multiplication array comprising rows and columns of flash memory cells, the method comprising: programming a plurality of flash memory cells in the array, the plurality of flash memory cells comprising the selected memory cells and unselected memory cells; soft erasing the plurality of flash memory cells in the array, wherein soft erasing erases said plurality of flash memory cells to an intermediate weakly erased level; performing a first program operation on a selected cell within the plurality of flash memory cells, wherein a first level of electric charge is stored on a floating gate of the selected cell; performing a second program operation on the selected cell wherein an additional level of electric charge is stored on the floating gate of the selected cell; and repeating the second program operation until a desired level of electric charge is stored on the selected cell or until the second program operation is performed a maximum number of times. programming a plurality of flash memory cells in the array, the plurality of flash memory cells comprising the selected memory cells and unselected memory cells; soft erasing the plurality of flash memory cells in the array, wherein soft erasing erases said plurality of flash memory cells to an intermediate weakly erased level; performing a first program operation on a selected cell within the plurality of flash memory cells, wherein a first level of electric charge is stored on a floating gate of the selected cell; performing a second program operation on the selected cell wherein an additional level of electric charge is stored on the floating gate of the selected cell; and repeating the second program operation until a desired level of electric charge is stored on the selected cell or until the second program operation is performed a maximum number of times.
A method for thermal diagnostics of a single-crystal pressure sensor, the method comprising: providing a single-crystal pressure sensor with a resistive element and a pressure sensitive element therein, said pressure sensitive element having at least one electrical characteristic that varies with applied pressure; and said resistive element is a temperature sensor having a resistance which varies as a function of temperature; sensing temperature based upon resistance of the temperature sensor; applying a current through the temperature sensor to heat the pressure sensor; monitoring at least one output of the pressure sensitive element to determine a response of the pressure sensor to the heat, including monitoring a temperature sensor output; and providing a diagnostics output based on the response of the pressure sensor. providing a single-crystal pressure sensor with a resistive element and a pressure sensitive element therein, said pressure sensitive element having at least one electrical characteristic that varies with applied pressure; and said resistive element is a temperature sensor having a resistance which varies as a function of temperature; said pressure sensitive element having at least one electrical characteristic that varies with applied pressure; and said resistive element is a temperature sensor having a resistance which varies as a function of temperature; sensing temperature based upon resistance of the temperature sensor; applying a current through the temperature sensor to heat the pressure sensor; monitoring at least one output of the pressure sensitive element to determine a response of the pressure sensor to the heat, including monitoring a temperature sensor output; and providing a diagnostics output based on the response of the pressure sensor.
A gas turbine engine including a thermocouple (12, 34) in a high temperature environment of said gas turbine engine, the thermocouple (12, 34) comprising: a first electrically insulating layer formed over a surface of a component of said gas turbine engine and effective to provide a degree of electrical insulation at an operating temperature of the engine effective to permit operation of the thermocouple (12, 34); a first, platinum thermocouple leg having a thickness in the range of 50 - 100 microns deposited on said first electrically insulating layer, the purity of the platinum being at least 99 wt. percent; and, a second, palladium thermocouple leg also formed on said first electrically insulating layer and having a thickness in the range of 50 - 100 microns, the purity of the palladium being at least 99 wt. percent, wherein said first and second thermocouple legs (26', 28') make ohmic contact at a first end of each leg (26', 28') to form a hot junction for conversion of heat into an electrical signal, and wherein a second end (32A', 32B') of each leg (26', 28') is disposed for making electrical contact with a circuit for processing said electrical signal into a reading of the temperature of said surface of said component. a first electrically insulating layer formed over a surface of a component of said gas turbine engine and effective to provide a degree of electrical insulation at an operating temperature of the engine effective to permit operation of the thermocouple (12, 34); a first, platinum thermocouple leg having a thickness in the range of 50 - 100 microns deposited on said first electrically insulating layer, the purity of the platinum being at least 99 wt. percent; and, a second, palladium thermocouple leg also formed on said first electrically insulating layer and having a thickness in the range of 50 - 100 microns, the purity of the palladium being at least 99 wt. percent, wherein said first and second thermocouple legs (26', 28') make ohmic contact at a first end of each leg (26', 28') to form a hot junction for conversion of heat into an electrical signal, and wherein a second end (32A', 32B') of each leg (26', 28') is disposed for making electrical contact with a circuit for processing said electrical signal into a reading of the temperature of said surface of said component.
An apparatus, comprising: a solid-state lighting panel comprising a plurality of solid-state light emitters and being configured to receive an input signal from a lighting panel group controller that is configured to control the solid-state lighting panel to disperse illumination throughout a personnel space, wherein the input signal corresponds to a sensor signal that is generated by a personnel sensor, and wherein responsive to the sensor signal that is generated by the personnel sensor, the solid-state lighting panel is configured to selectively operate in at least one of an illumination mode to illuminate the personnel space or a communication mode to communicate information within the personnel space. a solid-state lighting panel comprising a plurality of solid-state light emitters and being configured to receive an input signal from a lighting panel group controller that is configured to control the solid-state lighting panel to disperse illumination throughout a personnel space, wherein the input signal corresponds to a sensor signal that is generated by a personnel sensor, and wherein responsive to the sensor signal that is generated by the personnel sensor, the solid-state lighting panel is configured to selectively operate in at least one of an illumination mode to illuminate the personnel space or a communication mode to communicate information within the personnel space.
A method for quantitative or qualitative assessment of cell viability, said method comprising - providing a sample comprising biological cells, - adding a labelling agent selected from N-(7-dimethylamino-4-methyl-3-coumarinyl)-maleimide (DACM) and N -(9-acridinyl)maleimide to said sample, - reacting said labelling agent with said sample obtaining a labelled sample, - exposing the sampled to excitation light, - detecting fluorescent signals emitted from the cells, and - quantitatively or qualitatively assessing viability of cells in the labelled sample. - providing a sample comprising biological cells, - adding a labelling agent selected from N-(7-dimethylamino-4-methyl-3-coumarinyl)-maleimide (DACM) and N -(9-acridinyl)maleimide to said sample, - reacting said labelling agent with said sample obtaining a labelled sample, - exposing the sampled to excitation light, - detecting fluorescent signals emitted from the cells, and - quantitatively or qualitatively assessing viability of cells in the labelled sample.
A method of providing progressive sets of services via a mobile device associated with a mobile account of a mobile communications service provider comprising: registering a user of the mobile device for an initial set of Internet services of a plurality of progressive sets of Internet services responsive to receipt of one or more individual-specific parameters comprising a mobile account identifier for the mobile account; registering the user of the mobile device for an additional set of Internet services from the progressive sets of Internet services responsive to receiving one or more additional individual-specific parameters from the mobile device; and responsive to registering the user of the mobile device for the initial and additional sets of Internet services, providing Internet services according to a services manifest, the services manifest specifying the plurality of progressive sets of Internet services and indicating, for each of the progressive sets of Internet services, a corresponding set of one or more individual-specific parameters. registering a user of the mobile device for an initial set of Internet services of a plurality of progressive sets of Internet services responsive to receipt of one or more individual-specific parameters comprising a mobile account identifier for the mobile account; registering the user of the mobile device for an additional set of Internet services from the progressive sets of Internet services responsive to receiving one or more additional individual-specific parameters from the mobile device; and responsive to registering the user of the mobile device for the initial and additional sets of Internet services, providing Internet services according to a services manifest, the services manifest specifying the plurality of progressive sets of Internet services and indicating, for each of the progressive sets of Internet services, a corresponding set of one or more individual-specific parameters.
Dry room, in particular for use in the production of lithium ion cells, which is delimited by side walls (1 to 4), through which dry air flows and which leads into at least one airlock, characterised in that along at least one of the side walls (1 to 4) in the dry room several processing machine are arranged, in that at least one of the processing machines (12 to 16) is operated from an area outside the dry room and in that the dry room can be accessed by an operator via the airlock.
Expansion anchor with a bolt as a first element and with an expansion sleeve, which at least partly surrounds the bolt, as a second element, in which the bolt has an expansion area for the expansion sleeve to spread open, in which one of the two elements has a groove running in the longitudinal direction of the expansion anchor and the other element has a protrusion, which engages in the groove at least in certain areas, characterised in that the groove has a constriction, which inhibits an axial movement of the expansion sleeve in relation to the bolt.
A bone fixation kit, comprising: a wire insertion device having a base with a first side which has a surface formed to be placed against a bone in a defined manner, and a second side opposing the first side, having an opening penetrating the base from the first side to the second side and being configured and possessing a length so as to receive a reference wire and guide it in a defined direction, and having a handle or leg extending away from the second side, a bone plate having a first bone-facing surface and a second surface opposing said first surface, and a positioning device having a base with a first surface which is formed to be placed against the bone plate in a defined manner, and a second surface opposing said first surface, characterized in that the bone plate has a slot open towards a side edge of the bone plate, said slot extending from the first surface of the bone plate to the second surface of the bone plate, and in that the base of the positioning device has a slot open towards a side edge of the positioning device, said slot extending from the first surface of the positioning device to the second surface of the positioning device, wherein the positioning device and the bone plate are adapted to each other such that the slot of the positioning device is aligned with the slot of the bone plate when the positioning device is mounted on the bone plate. a wire insertion device having a base with a first side which has a surface formed to be placed against a bone in a defined manner, and a second side opposing the first side, having an opening penetrating the base from the first side to the second side and being configured and possessing a length so as to receive a reference wire and guide it in a defined direction, and having a handle or leg extending away from the second side, a bone plate having a first bone-facing surface and a second surface opposing said first surface, and a positioning device having a base with a first surface which is formed to be placed against the bone plate in a defined manner, and a second surface opposing said first surface, characterized in that the bone plate has a slot open towards a side edge of the bone plate, said slot extending from the first surface of the bone plate to the second surface of the bone plate, and in that the base of the positioning device has a slot open towards a side edge of the positioning device, said slot extending from the first surface of the positioning device to the second surface of the positioning device, wherein the positioning device and the bone plate are adapted to each other such that the slot of the positioning device is aligned with the slot of the bone plate when the positioning device is mounted on the bone plate.
A drawn composite tube assembly, comprising: a drawn functional tube formed of a first material, the drawn functional tube having a first inner surface and a first outer surface; and a drawn sacrificial tube formed of a second material, the drawn sacrificial tube having a second inner surface and a second outer surface; wherein: the drawn functional tube is disposed inside or outside the drawn sacrificial tube; wherein the first material comprises a superalloy; wherein the second material is removable from the assembly by exposure to a corrosive media, wherein the first inner surface and the second outer surface are metallurgically bonded to each other. a drawn functional tube formed of a first material, the drawn functional tube having a first inner surface and a first outer surface; and a drawn sacrificial tube formed of a second material, the drawn sacrificial tube having a second inner surface and a second outer surface; wherein: the drawn functional tube is disposed inside or outside the drawn sacrificial tube; wherein the first material comprises a superalloy; wherein the second material is removable from the assembly by exposure to a corrosive media, wherein the first inner surface and the second outer surface are metallurgically bonded to each other. the drawn functional tube is disposed inside or outside the drawn sacrificial tube; wherein the first material comprises a superalloy; wherein the second material is removable from the assembly by exposure to a corrosive media, wherein the first inner surface and the second outer surface are metallurgically bonded to each other.
A nozzle (1, 101) for a vacuum cleaner, the nozzle comprising a rigid suction plate which comprises: a suction opening for the purpose of taking in dust from a surface being cleaned, an outlet, an air duct extending through the suction plate from the suction opening to the outlet, the air duct having an end portion arranged to extend towards the suction opening in a direction being substantially vertical when the nozzle is in an operation position on the surface being cleaned, and a sealing edge arranged to engage with the surface being cleaned and to at least partially seal the suction opening against the surface being cleaned, the sealing edge extending along at least a portion of the suction opening, wherein a first portion of the sealing edge is arranged to be displaced in a natural movement direction of the nozzle with respect to a second portion of the sealing edge, and wherein the end portion of the air duct is arranged to be constantly flared and/or straight in said vertical direction towards and up to the first portion of the sealing edge and constantly flared and/or straight in said vertical direction towards and up to the second portion of the sealing edge. a suction opening for the purpose of taking in dust from a surface being cleaned, an outlet, an air duct extending through the suction plate from the suction opening to the outlet, the air duct having an end portion arranged to extend towards the suction opening in a direction being substantially vertical when the nozzle is in an operation position on the surface being cleaned, and a sealing edge arranged to engage with the surface being cleaned and to at least partially seal the suction opening against the surface being cleaned, the sealing edge extending along at least a portion of the suction opening, wherein a first portion of the sealing edge is arranged to be displaced in a natural movement direction of the nozzle with respect to a second portion of the sealing edge, and wherein the end portion of the air duct is arranged to be constantly flared and/or straight in said vertical direction towards and up to the first portion of the sealing edge and constantly flared and/or straight in said vertical direction towards and up to the second portion of the sealing edge.
A dryer for a continuous web of textile material, comprising a dryer compartment with several drums, which are disposed within the dryer compartment, the continuous web of textile material at least partially looping around them, wherein heated drying air is flowing through the continuous web of material, which air is discharged via an interior compartment of the drums (3a, 3b, 3c), wherein the dryer includes a separate additional chamber, via which fresh air is supplied and exhaust air is discharged, wherein the additional chamber is disposed between a front side of the dryer compartment and a heating and ventilator compartment in such a manner that the drying air is discharged into the additional chamber via front sided openings of the drums (3a, 3b, 3c), wherein the fresh air is supplied to the additional chamber in the area of the exit of the continuous web of material, characterized in that the exhaust air is discharged from the additional chamber in the area of the entry of the continuous web of material.
Fluid tube with at least one corrugated section, which has wave peaks and wave troughs, wherein at least in a first partial section of the section all wave peaks are joined together by at least one first tie rod and in a second partial section of the section, which is adjacent to the first partial section in longitudinal direction, all wave peaks are joined together by at least one second tie rod, characterised in that the first and the second tie rods (9, 10) are arranged to be staggered relative to one another by a predefined angle in circumferential direction of the fluid tube, wherein the first and the second ties rods (9, 10) overlap simply between the first partial section and the second partial section by at least one wave trough (4a, 4b) in longitudinal direction of the fluid tube and wherein the adjacent partial sections (7, 8) can be curved in different directions respectively.
A peptide-bound liposome wherein the peptide comprises a partial amino acid sequence having a length of not less than 9 amino acids in the amino acid sequence of hepatitis C virus NS3 protein, has a length of 9 to 11 amino acids, and is capable of inducing cytotoxic T lymphocytes; the liposome comprises a phospholipid containing an acyl group having 14 to 24 carbon atoms and one unsaturated bond or a hydrocarbon group having 14 to 24 carbon atoms and one unsaturated bond, and a liposome stabilizer; and the peptide is bound to the surface of the liposome, wherein the partial amino acid sequence is the amino acid sequence shown by SEQ ID NO: 1, 3 or 5.
A device for guiding a material web, which device has at least one longitudinal cutting means (5a, 5b) for adjusting the width of the material web, with which device the web can be separated along its direction of movement (z) into at least one main film web (1a, 1b, 1c) and at least one edge strip (1a', 1b'), comprising • at least one sensor, with which sensor (3a, 3b) measured values can be recorded, from which measured values the width of the web can be determined, • at least one actuating device for the at least one longitudinal cutting means (5a, 5b), with which actuating device the longitudinal cutting means (5a, 5b) can be activated and deactivated, which longitudinal cutting means (5a, 5b) can be controlled on the basis of signals of the at least one sensor, characterized by at least one transverse cutting device for the severing of an edge strip (1a', 1b'), which transverse cutting device can be activated by a control device, wherein the transverse cutting device is mounted further downstream than the longitudinal cutting means (5a, 5b) and wherein the control device is configured to calculate the time difference in which the cutter of the transverse cutting device must enter the material web, in order to carry out the transverse cut, when the beginning of a longitudinal cut has arrived at the transverse cut location. • at least one sensor, with which sensor (3a, 3b) measured values can be recorded, from which measured values the width of the web can be determined, • at least one actuating device for the at least one longitudinal cutting means (5a, 5b), with which actuating device the longitudinal cutting means (5a, 5b) can be activated and deactivated,
Mobile communication device for use in a system employing coordinated multipoint transmission, comprising a sending and receiving unit; and a processing unit; wherein the sending and receiving unit is adapted for the transmission of a signal pattern over a communication channel; wherein the signal pattern comprises a logical data unit having a predetermined size adapted to long-term channel characteristics of the mobile communication device; wherein the processing unit is adapted for compressing channel state information prior to transmission using a compression scheme; and wherein the logical data unit is adapted for containing the compressed channel state information for transmission. a sending and receiving unit; and a processing unit;