mhurhangee/patent-ind-claim-en huggingface dataset:
A dielectric logging tool that comprises: at least two transmitter antennas comprising a first transmitter antenna and a second transmitter antenna spaced axially from the first transmitter antenna; and at least three axially spaced receiver antennas positioned between the first and second transmitter antennas, wherein each of the receiver antennas are horn antennas; and further comprising a data processing system configured to determine conductivity and permittivity of a formation penetrated by a borehole containing the tool, to determine a conductivity and permittivity of material between the tool and a borehole wall, and to determine a standoff distance between the tool and a borehole wall, based on measurements provided by each of the receiver antennas. at least two transmitter antennas comprising a first transmitter antenna and a second transmitter antenna spaced axially from the first transmitter antenna; and at least three axially spaced receiver antennas positioned between the first and second transmitter antennas, wherein each of the receiver antennas are horn antennas; and further comprising a data processing system configured to determine conductivity and permittivity of a formation penetrated by a borehole containing the tool, to determine a conductivity and permittivity of material between the tool and a borehole wall, and to determine a standoff distance between the tool and a borehole wall, based on measurements provided by each of the receiver antennas.
Freeze dryer for inducing nucleation in water based products to be freeze-dried, comprising a product chamber adapted for housing a vapor gas and the products , a condensation chamber connected to the product chamber over an isolation valve in a gas conductive manner, said condensation chamber being provided with a gas pump a gas transfer line connecting the product chamber with at least one cooling device being adapted to generate ice-crystals when said vapor gas is withdrawn from the product chamber through the cooling device in a first gas flow direction (streaked arrow), and the freeze dryer being adapted to - after the generation of the ice crystals in the cooling device - convey a flushing gas through the gas transfer line in a second gas flow direction (white arrow) going reverse to said first gas flow direction in order to thereby entrain the ice-crystals from the cooling device into the product chamber to induce nucleation of the products therein, characterized in that the gas transfer line , which comprises the cooling device , is separated from the gas pump at least by the condensation chamber , the condensation chamber providing a gas passage for the withdrawn vapor gas during the withdrawal in the first gas flow direction, and a gas passage and/or gas storage for the flushing gas during the conveying in the second gas flow direction. the gas transfer line , which comprises the cooling device , is separated from the gas pump at least by the condensation chamber , the condensation chamber providing a gas passage for the withdrawn vapor gas during the withdrawal in the first gas flow direction, and a gas passage and/or gas storage for the flushing gas during the conveying in the second gas flow direction.
A display device, comprising: an optical image sensor ; a pinhole array mask layer on the optical image sensor ; a display layer disposed on the pinhole array mask layer and comprising a plurality of pixels; a transparent cover layer disposed on the display layer, wherein a finger placement surface is provided on the transparent cover layer , and a controller coupled to the display layer , wherein each of the pixels is one of a red pixel, a green pixel, and a blue pixel, wherein the controller is configured to allow at least one of the green pixel and the blue pixel to emit light and to stop an emission of light of the red pixel when a touch of finger onto the finger placement surface is sensed, wherein the optical image sensor is configured to capture an image of a fingerprint of the finger when at least one of the green pixel and the blue pixel emits light and an emission of light of the red pixel stops, and wherein the controller is configured to perform a user authentication based on the captured image, wherein the display layer includes a fingerprint recognition area overlapping the optical image sensor wherein the display layer further comprises a touch sensing layer for sensing the touch of finger that is input in the fingerprint recognition area, and characterized in that the controller is configured to stop the emission of light of the red pixel only in an area of the fingerprint recognition area where the touch of finger is input. an optical image sensor ; a pinhole array mask layer on the optical image sensor ; a display layer disposed on the pinhole array mask layer and comprising a plurality of pixels; a transparent cover layer disposed on the display layer, wherein a finger placement surface is provided on the transparent cover layer , and a controller coupled to the display layer , wherein each of the pixels is one of a red pixel, a green pixel, and a blue pixel, wherein the controller is configured to allow at least one of the green pixel and the blue pixel to emit light and to stop an emission of light of the red pixel when a touch of finger onto the finger placement surface is sensed, wherein the optical image sensor is configured to capture an image of a fingerprint of the finger when at least one of the green pixel and the blue pixel emits light and an emission of light of the red pixel stops, and wherein the controller is configured to perform a user authentication based on the captured image, wherein the display layer includes a fingerprint recognition area overlapping the optical image sensor wherein the display layer further comprises a touch sensing layer for sensing the touch of finger that is input in the fingerprint recognition area, and characterized in that the controller is configured to stop the emission of light of the red pixel only in an area of the fingerprint recognition area where the touch of finger is input.
A System for providing at least one information about at least one interaction between environmental air and respiratory function of an individual , comprising at least one peripheral device, at least one lung function device , at least one calculation device coupled to said at least one lung function device and comprising at least one interface , such that the calculation device is adapted to exchange at least one information with the at least one peripheral device, characterised in that the system further comprises at least one environmental sensor device coupled to said at least one lung function device and/or said at least one calculation device which is adapted to measure at least one measurement parameter and adapted to measure this at least one measurement parameter both during at least one inhalation process of the individual and during at least one exhalation process of the individual , so that, by means of the at least one measurement parameter measured in each case during the inhalation process and during the exhalation process, at least the information in the form of a differential measurement of the measured measurement parameters is determined and provided to the system .
A synthetic nutritional composition comprising at least one fucosylated oligosaccharide which is 2'-fucosyllactose (2'FL) and at least one probiotic microorganism for use in preventing and/or treating constipation and/or in reducing stool hardness in an infant or a young child, wherein the fucosylated oligosaccharide is present in a total amount of 0.8-1.5 g/L of the composition and/or in a total amount of 0.55-1.05 g/ioog of composition on a dry weight basis, wherein the probiotic microorganism is present in an amount of from 10 3 to 10 12 cfu/g of said composition (dry weight); and wherein an infant is a child under the age of 12 months and a young child is a child aged between one year and three years. wherein the fucosylated oligosaccharide is present in a total amount of 0.8-1.5 g/L of the composition and/or in a total amount of 0.55-1.05 g/ioog of composition on a dry weight basis, wherein the probiotic microorganism is present in an amount of from 10 3 to 10 12 cfu/g of said composition (dry weight); and wherein an infant is a child under the age of 12 months and a young child is a child aged between one year and three years.
A DC-DC converter, configured to receive input voltage from a voltage input end, and to provide output voltage to a voltage output end, wherein the DC-DC converter comprises a first capacitor (C1), a second capacitor (C2), a switched capacitor, SC, circuit, and an inductor circuit, an input end of the SC circuit is coupled to the voltage input end, and an output end of the SC circuit is coupled to the voltage output end; the first capacitor (C1) and the second capacitor (C2) are connected in series between the voltage input end and a ground end, one end of the inductor circuit is selectively connectable to either a midpoint of the first capacitor (C1) and the second capacitor (C2) by means of an eighth switch (S8) or to the ground end by means of a ninth switch (S9), and the other end of the inductor circuit is coupled to the voltage output end, wherein the SC circuit includes a third capacitor (C3) and a fourth capacitor (C4), a first end of the third capacitor (C3) is selectively connectable to either a first end of the fourth capacitor (C4) by means of a sixth switch (S6) or to the voltage output end by means of a fifth switch (S5), and the other end of the third capacitor (C3) is selectively connectable to either the voltage output end by means of a second switch (S2) or to the ground end by means of a first switch (S1), the first end of the fourth capacitor (C4) is selectively connectable to either the voltage input end by means of a seventh switch (S7) or to the first end of the third capacitor (C3) by means of the sixth switch (S6), and the other end of the fourth capacitor (C4) is selectively connectable to either the midpoint of the first capacitor (C1) and the second capacitor (C2) by means of a fourth switch (S4) or to the ground end by means of a third switch (S3), and wherein the DC-DC converter is configured to implement an open-loop mode for the SC circuit with the following two states: switch state 1: when the first switch (S1), the fourth switch (S4), the fifth switch (S5), and the seventh switch (S7) are turned on, the second switch (S2), the third switch (S3), and the sixth switch (S6) are turned off, and switch state 2: when the first switch (S1), the fourth switch (S4), the fifth switch (S5), and the seventh switch (S7) are turned off, the second switch (S2), the third switch (S3), and the sixth switch (S6) are turned on. switch state 1: when the first switch (S1), the fourth switch (S4), the fifth switch (S5), and the seventh switch (S7) are turned on, the second switch (S2), the third switch (S3), and the sixth switch (S6) are turned off, and switch state 2: when the first switch (S1), the fourth switch (S4), the fifth switch (S5), and the seventh switch (S7) are turned off, the second switch (S2), the third switch (S3), and the sixth switch (S6) are turned on.
An extract production system comprising: a solvent storage unit configured to store a solvent; an extraction unit configured to extract an extract from a starting material using the solvent arranged to flow into the interior thereof; a first heat exchange unit configured to subject the solvent arranged to flow into the extraction unit to heat exchange using a heat exchange medium (S); a second heat exchange unit configured to subject the solvent which underwent heat exchange in the first heat exchange unit to heat exchange by reusing the heat exchange medium (S) which underwent heat exchange in the first heat exchange unit ; a solvent supply flow path which is configured to connect the solvent storage unit and the extraction unit , has the first heat exchange unit disposed along the connection, and is configured to cause the solvent stored in the solvent storage unit to flow to the extraction unit; and a solvent return flow path which branches from the solvent supply flow path downstream of the first heat exchange unit to connect the solvent supply flow path and the solvent storage unit , has the second heat exchange unit disposed along the connection, and is configured to return the solvent which underwent heat exchange in the first heat exchange unit to the solvent storage unit . a solvent storage unit configured to store a solvent; an extraction unit configured to extract an extract from a starting material using the solvent arranged to flow into the interior thereof; a first heat exchange unit configured to subject the solvent arranged to flow into the extraction unit to heat exchange using a heat exchange medium (S); a second heat exchange unit configured to subject the solvent which underwent heat exchange in the first heat exchange unit to heat exchange by reusing the heat exchange medium (S) which underwent heat exchange in the first heat exchange unit ; a solvent supply flow path which is configured to connect the solvent storage unit and the extraction unit , has the first heat exchange unit disposed along the connection, and is configured to cause the solvent stored in the solvent storage unit to flow to the extraction unit; and a solvent return flow path which branches from the solvent supply flow path downstream of the first heat exchange unit to connect the solvent supply flow path and the solvent storage unit , has the second heat exchange unit disposed along the connection, and is configured to return the solvent which underwent heat exchange in the first heat exchange unit to the solvent storage unit .
A process for permanently waving keratin fibers, especially human hair, wherein, a- optionally, the fibers are washed and/or shampooed, and towel dried, b- an aqueous composition comprising one or more reducing agent is applied and left on the fibers for a period of 1 to 60 min, c- the fibers are rinsed off, d- the fibers are put on curlers, e- a non-reducing and non-oxidizing aqueous composition comprising tris(hydroxymethyl)aminomethane (TRIS) and having a pH in the range of 7.5 to 12, preferably 8 to 11, more preferably 8.5 to 10.5 and most preferably 8.5 to 10, is applied onto fibers and left on the fibers for a period 1 to 60 min, f- optionally the fibers are rinsed off, g- optionally a non-reducing and non-oxidizing aqueous composition is applied onto fibers comprising one or more organic and/or inorganic acids and having a pH in the range of 2 to 6.5 and optionally left on the hair for a period 1 to 60 min, h- optionally the fibers are rinsed off, i- an aqueous composition comprising one or more oxidizing agents, preferably hydrogen peroxide or bromate salt, is applied onto fibers, and left on the fibers for a period 1 to 30 min, j- the fibers are optionally rinsed off, and k- the fibers are dried, wherein the curlers are taken off from fibers before or during processing in step i or after the step i prior to rinsing of and/or drying or after rinsing off the hair (after step j), wherein, preferably the process as a whole is carried out at ambient temperature without using any heat and/or heating device. a- optionally, the fibers are washed and/or shampooed, and towel dried, b- an aqueous composition comprising one or more reducing agent is applied and left on the fibers for a period of 1 to 60 min, c- the fibers are rinsed off, d- the fibers are put on curlers, e- a non-reducing and non-oxidizing aqueous composition comprising tris(hydroxymethyl)aminomethane (TRIS) and having a pH in the range of 7.5 to 12, preferably 8 to 11, more preferably 8.5 to 10.5 and most preferably 8.5 to 10, is applied onto fibers and left on the fibers for a period 1 to 60 min, f- optionally the fibers are rinsed off, g- optionally a non-reducing and non-oxidizing aqueous composition is applied onto fibers comprising one or more organic and/or inorganic acids and having a pH in the range of 2 to 6.5 and optionally left on the hair for a period 1 to 60 min, h- optionally the fibers are rinsed off, i- an aqueous composition comprising one or more oxidizing agents, preferably hydrogen peroxide or bromate salt, is applied onto fibers, and left on the fibers for a period 1 to 30 min, j- the fibers are optionally rinsed off, and k- the fibers are dried, wherein the curlers are taken off from fibers before or during processing in step i or after the step i prior to rinsing of and/or drying or after rinsing off the hair (after step j), wherein, preferably the process as a whole is carried out at ambient temperature without using any heat and/or heating device.
An air spring assembly comprising: a guide tube including a first end, a second end and a plurality of fixing openings spaced circumferentially from each other; characterized by a bellow including a plurality of tabs extending from an outer surface of the bellow , wherein the bellow is disposed within the guide tube and the plurality of tabs are received within a corresponding one of the fixing openings . a guide tube including a first end, a second end and a plurality of fixing openings spaced circumferentially from each other; characterized by a bellow including a plurality of tabs extending from an outer surface of the bellow , wherein the bellow is disposed within the guide tube and the plurality of tabs are received within a corresponding one of the fixing openings .
Method for tracking a moving target, comprising the steps of: • acquiring a Doppler frequency signal characterising the radial speed of the target, • generating at least one reference Doppler frequency signal using at least one expected temporal change in the Doppler frequency, the expected temporal change in the Doppler frequency being calculated using a kinematic model of the target, • generating a beat signal between the acquired Doppler frequency signal and each reference Doppler frequency signal, each beat signal representing a frequency difference between the measured Doppler frequency signal and the corresponding reference Doppler frequency signal, • applying to the beat signal at least one Fourier transform producing a frequency spectrum of the beat signal, • estimating a speed signal of the target using the frequency spectrum, wherein the expected temporal change is determined before the acquisition of the Doppler frequency signal. • acquiring a Doppler frequency signal characterising the radial speed of the target, • generating at least one reference Doppler frequency signal using at least one expected temporal change in the Doppler frequency, the expected temporal change in the Doppler frequency being calculated using a kinematic model of the target, • generating a beat signal between the acquired Doppler frequency signal and each reference Doppler frequency signal, each beat signal representing a frequency difference between the measured Doppler frequency signal and the corresponding reference Doppler frequency signal, • applying to the beat signal at least one Fourier transform producing a frequency spectrum of the beat signal, • estimating a speed signal of the target using the frequency spectrum,
A glass fiber for transmitting infrared radiation comprising: a chalcogenide glass core, the core having a chalcogenide glass core composition with a refractive index n(core) and a coefficient of thermal expansion CTE(core), and a cladding, the cladding having a cladding composition with a refractive index n(cladding) and a coefficient of thermal expansion CTE(cladding), wherein n(cladding) is less than n(core), and wherein the core composition consists essentially of: a) 65-75 mol% of sulfur, b) 15-30 mol% of germanium, and c) 1-10 mol% of gallium. a chalcogenide glass core, the core having a chalcogenide glass core composition with a refractive index n(core) and a coefficient of thermal expansion CTE(core), and a cladding, the cladding having a cladding composition with a refractive index n(cladding) and a coefficient of thermal expansion CTE(cladding), wherein n(cladding) is less than n(core), and wherein the core composition consists essentially of: a) 65-75 mol% of sulfur, b) 15-30 mol% of germanium, and c) 1-10 mol% of gallium. a) 65-75 mol% of sulfur, b) 15-30 mol% of germanium, and c) 1-10 mol% of gallium.
An isolated meditope-enabled antibody or fragment thereof, comprising: a heavy chain variable (VH) region, a heavy chain constant region (CH1) or portion thereof, a light chain variable (VL) region and a light chain constant region (CL) or portion thereof, wherein the meditope-enabled antibody does not specifically bind to the epitope of EGFR that is specifically bound by cetuximab, the meditope-enabled antibody or fragment binds to a meditope being a peptide of SEQ ID NO: 1, or a cyclic peptide derived therefrom, via a meditope binding site, and the meditope-enabled antibody or fragment comprises a light chain comprising the amino acid sequence set forth in SEQ ID NO:9 and a heavy chain comprising the amino acid sequence set forth in SEQ ID NO:6.
A rotor assembly for an axial magnetic bearing comprising: - a shaft portion , and - a disc attached to the shaft portion and suitable for operating as a part of an axial magnetic bearing, the disc comprising an aperture for the shaft portion, characterized in that : - the disc comprises a conical surface on a portion reaching radially from the aperture of the disc a distance away from the aperture of the disc, and - the rotor assembly further comprises a fastening mechanism comprising an aperture for the shaft portion so that the fastening mechanism comprises a conical surface matching the conical surface of the disc and being free from mechanical contacts with the shaft portion, and - the fastening mechanism and the shaft portion are shaped to enable the fastening mechanism to be tightened axially against the conical surface of the disc so as to arrange the conical surface of the fastening mechanism to press the conical surface of the disc towards a center line of the shaft portion, the fastening mechanism directing axial force to the shaft when being tightened axially against the conical surface of the disc. - a shaft portion , and - a disc attached to the shaft portion and suitable for operating as a part of an axial magnetic bearing, the disc comprising an aperture for the shaft portion, - the disc comprises a conical surface on a portion reaching radially from the aperture of the disc a distance away from the aperture of the disc, and - the rotor assembly further comprises a fastening mechanism comprising an aperture for the shaft portion so that the fastening mechanism comprises a conical surface matching the conical surface of the disc and being free from mechanical contacts with the shaft portion, and - the fastening mechanism and the shaft portion are shaped to enable the fastening mechanism to be tightened axially against the conical surface of the disc so as to arrange the conical surface of the fastening mechanism to press the conical surface of the disc towards a center line of the shaft portion, the fastening mechanism directing axial force to the shaft when being tightened axially against the conical surface of the disc.