mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for regulating the average mobile phase density or pressure in a supercritical carbon dioxide based chromatography system containing a column, the apparatus comprising: a controller; a first sensor located upstream of the column and a second sensor located downstream of the column both in signal communication with the controller, wherein the first sensor is capable of measuring a first mobile phase density or pressure in the system and the second sensor is capable of measuring a second mobile phase density or pressure in the system; and one or more temperature sensors for determining the temperature of the chromatography system; wherein the controller is configured to average the first and the second mobile phase density or pressure measurements to determine an average mobile phase density or pressure value across the column and adjust at least one system component or parameter to achieve a pre-determined average mobile phase density or pressure in the system in response to the average mobile phase density or pressure value. a controller; a first sensor located upstream of the column and a second sensor located downstream of the column both in signal communication with the controller, wherein the first sensor is capable of measuring a first mobile phase density or pressure in the system and the second sensor is capable of measuring a second mobile phase density or pressure in the system; and one or more temperature sensors for determining the temperature of the chromatography system; wherein the controller is configured to average the first and the second mobile phase density or pressure measurements to determine an average mobile phase density or pressure value across the column and adjust at least one system component or parameter to achieve a pre-determined average mobile phase density or pressure in the system in response to the average mobile phase density or pressure value.
A covering complex (15; 25) of a motor vehicle seat or backrest comprising: - an air-permeable outer covering of textile, leather or synthetic material, - an internal carrier sheet which is also permeable to air and made of a textile material, and - layer of open-cell foam interposed between said outer coating and said inner carrier sheet, said inner carrier sheet being constituted by a textile with three-dimensional meshes, characterized in that said outer covering, said foam layer and said inner carrier sheet are secured to one another by means of a plurality of sewing lines passing through the three layers. - an air-permeable outer covering of textile, leather or synthetic material, - an internal carrier sheet which is also permeable to air and made of a textile material, and - layer of open-cell foam interposed between said outer coating and said inner carrier sheet, said inner carrier sheet being constituted by a textile with three-dimensional meshes, characterized in that said outer covering, said foam layer and said inner carrier sheet are secured to one another by means of a plurality of sewing lines passing through the three layers.
A confectionery containing microalgae derived from Chlorella for its use in the prevention of oral-dental infections or diseases and for the upkeep of good oral-dental hygiene.
A method for wireless communication configured to operate in a 3GPP system, comprising: identifying a first transmission time interval, TTI, length for downlink transmissions; identifying a second TTI length for uplink transmissions, the second TTI length being longer than the first TTI length; receiving a plurality of downlink transmissions in adjacent subframes, each downlink transmission being received in a TTI having the first TTI length; determining a hybrid automatic repeat request, HARQ, HARQ ACK/NACK feedback process transmission timing for each received downlink transmission based at least in part on the first TTI length; grouping HARQ ACK/NACK feedback information across subframe boundaries for the plurality of downlink transmissions; and transmitting the grouped HARQ ACK/NACK feedback information in a same subframe having the second TTI length according to the HARQ ACK/NACK feedback process timing associated with the downlink transmission received in the earlier subframe. identifying a first transmission time interval, TTI, length for downlink transmissions; identifying a second TTI length for uplink transmissions, the second TTI length being longer than the first TTI length; receiving a plurality of downlink transmissions in adjacent subframes, each downlink transmission being received in a TTI having the first TTI length; determining a hybrid automatic repeat request, HARQ, HARQ ACK/NACK feedback process transmission timing for each received downlink transmission based at least in part on the first TTI length; grouping HARQ ACK/NACK feedback information across subframe boundaries for the plurality of downlink transmissions; and transmitting the grouped HARQ ACK/NACK feedback information in a same subframe having the second TTI length according to the HARQ ACK/NACK feedback process timing associated with the downlink transmission received in the earlier subframe.
A microelectromechanical pressure sensor structure that comprises a body structure and a diaphragm plate, wherein the body structure comprises a planar base and side walls; a first surface extends essentially along the planar base; the side walls extend as a circumference away from the planar base; the diaphragm plate extends on the side walls along a second surface; the planar base, the side walls and the diaphragm plate are attached to each other such that the first surface, the second surface and inner surfaces of the side walls form a hermetically closed gap in a reference pressure; a top edge of the inner surfaces of the side walls forms a circumference of a diaphragm that has a length and a width in the direction of the second surface, wherein the length is in a direction of the longest extent of the diaphragm, and the width is in a direction perpendicular the direction of the length in the direction of the second surface; characterized in that the pressure sensor structure comprises a fixed electrode on the first surface and a diaphragm electrode on the second surface for detecting changes in capacitance over the gap; and the length of the diaphragm is at least three times the width of the diaphragm; the pressure sensor structure comprises one or more cavities that extend from the first surface into the planar base; the cavities exist in one or more cavity areas on the first surface; a position in the cavity area corresponds with a position in the second surface when a line connecting the positions is perpendicular to the plane of the first surface; the diaphragm is configured to have a maximum deflection that corresponds to a largest allowed displacement of the diaphragm at operation; cavity areas exist in positions where deflection of the diaphragm in a corresponding position is less than two thirds of the maximum deflection.
A tubular carbon fiber reinforced composite material obtained by laminating a straight layer comprises a thermosetting resin S, in which a carbon fiber S coated with a sizing agent S is arranged in parallel with a direction of -20° to +20° with respect to the tube axis of a tubular body, and a bias layer comprising a thermosetting resin B, in which a carbon fiber B coated with a sizing agent B is arranged in parallel with a direction of +25° to +65° with respect to the tube axis of a tubular body, and the interlaminar shear strength of the carbon fiber reinforced composite material constituting the bias layer is 110 MPa or more, when measured by a method as described in the specification, and the elastic modulus of a cured product of the thermosetting resin S is 4.0 GPa or more, when measured by a method as described in the specification, wherein at least one of the following (i) and (ii) is satisfied: (i) the carbon fiber B is obtained by coating with the sizing agent B a carbon fiber in which the surface oxygen concentration (O/C) determined by X-ray photoelectron spectroscopy is 0.25 or less, the surface hydroxyl group concentration (COH/C) determined by chemical modification X-ray photoelectron spectroscopy is 0.005 or more, and the surface carboxyl group concentration (COOH/C) determined by chemical modification X-ray photoelectron spectroscopy is 0.01 or less; and (ii) the sizing agent B contains an aliphatic epoxy resin. (i) the carbon fiber B is obtained by coating with the sizing agent B a carbon fiber in which the surface oxygen concentration (O/C) determined by X-ray photoelectron spectroscopy is 0.25 or less, the surface hydroxyl group concentration (COH/C) determined by chemical modification X-ray photoelectron spectroscopy is 0.005 or more, and the surface carboxyl group concentration (COOH/C) determined by chemical modification X-ray photoelectron spectroscopy is 0.01 or less; and (ii) the sizing agent B contains an aliphatic epoxy resin.
A siRNA with the sequences as follows: Sense strand 5'-CmCmUmUmGAGGCmAUmACmUmUmCmAAA-dTdT-3'; Antisense strand 5'-UfUmUfGAAGUfAUGCCUfCAAGG-dTdT-3', wherein the uppercase letters C, G, U, A and T represent the base composition of the nucleotide; the lowercase letter d indicates that the one nucleotide on the right side of the letter d is a deoxyribonucleotide; the lowercase letter m indicates that the 2'-hydroxyl group of the ribose group of the one nucleotide on the left side of the letter m is substituted by a methoxy group; and the lowercase letter f indicates that the 2'-hydroxyl group of the ribose group of the one nucleotide on the left side of the letter f is substituted by fluorine. Sense strand 5'-CmCmUmUmGAGGCmAUmACmUmUmCmAAA-dTdT-3'; Antisense strand 5'-UfUmUfGAAGUfAUGCCUfCAAGG-dTdT-3', wherein the uppercase letters C, G, U, A and T represent the base composition of the nucleotide; the lowercase letter d indicates that the one nucleotide on the right side of the letter d is a deoxyribonucleotide; the lowercase letter m indicates that the 2'-hydroxyl group of the ribose group of the one nucleotide on the left side of the letter m is substituted by a methoxy group; and the lowercase letter f indicates that the 2'-hydroxyl group of the ribose group of the one nucleotide on the left side of the letter f is substituted by fluorine.
A radar apparatus, comprising: a transmission and reception unit configured to transmit a close distance pulse signal, a medium distance pulse signal, and a far distance pulse signal in an order of the close distance pulse signal, the far distance pulse signal, the medium distance pulse signal, and then the far distance pulse signal, and receive reflection waves of the transmitted pulse signals, the far distance pulse signal having a wider pulse width than the close distance pulse signal, the medium distance pulse signal having a pulse width wider than the close distance pulse signal and narrower than the far distance pulse signal; and a signal processor configured to generate a radar image by using a first detection result and a second detection result, the first detection result being a result of the transmissions and the receptions of the close distance pulse signal and the far distance pulse signal transmitted subsequently to the close distance pulse signal, the second detection result being a result of the transmissions and the receptions of the medium distance pulse signal and the far distance pulse signal transmitted subsequently to the medium distance pulse signal. a transmission and reception unit configured to transmit a close distance pulse signal, a medium distance pulse signal, and a far distance pulse signal in an order of the close distance pulse signal, the far distance pulse signal, the medium distance pulse signal, and then the far distance pulse signal, and receive reflection waves of the transmitted pulse signals, the far distance pulse signal having a wider pulse width than the close distance pulse signal, the medium distance pulse signal having a pulse width wider than the close distance pulse signal and narrower than the far distance pulse signal; and a signal processor configured to generate a radar image by using a first detection result and a second detection result, the first detection result being a result of the transmissions and the receptions of the close distance pulse signal and the far distance pulse signal transmitted subsequently to the close distance pulse signal, the second detection result being a result of the transmissions and the receptions of the medium distance pulse signal and the far distance pulse signal transmitted subsequently to the medium distance pulse signal.
A dishwashing machine comprising a controller, characterized in that it further comprises one or more sensors arranged to obtain temperature information in a washing compartment of the dishwashing machine; and in that the controller is configured to use the temperature information to detect one or more regions of accumulated liquid (272, 276) by detecting a temperature difference between one or more regions of the washing compartment and an ambient temperature of the washing compartment, so as to determine an orientation of one or more items (260, 262, 264, 266) in the washing compartment.
A method of discrimination between a pre-diabetic state and established diabetes, particularly type two diabetes, characterised in that it encompasses evaluating the levels of a protein selected from among Wnt4 and Wnt3a in a biological sample from a patient, in particular blood serum, wherein an abnormal level of this protein is indicative of the existence of a pre-diabetic state or established diabetes, and: - a pre-diabetic state is indicated by a decreased level of Wnt4 or an increased level of Wnt3a, or when both these abnormalities occur together, - established diabetes, in particular type two diabetes, is indicated by an increased Wnt4 level and a decreased Wnt3a level. - a pre-diabetic state is indicated by a decreased level of Wnt4 or an increased level of Wnt3a, or when both these abnormalities occur together, - established diabetes, in particular type two diabetes, is indicated by an increased Wnt4 level and a decreased Wnt3a level.
A binding reagent capable of specifically binding to a marker of CD14 + HLA-DR hi monocytes selected from CCR9 for use in the treatment of inflammatory bowel disease, wherein the binding reagent is immobilized on a solid support contained within an apheresis column, to which is applied peripheral blood from a patient thus removing CD14 + HLA-DR hi monocytes from the peripheral blood of the patient or subject, and wherein the binding agent is an anti-CCR9 antibody.
Dosing system for releasing preparations inside a washing machine, comprising • at least one dosing device and • at least one cartridge which is coupleable to the dosing device, • wherein the cartridge includes at least three chambers (3a, 3b, 3c) containing flowable preparations which are different from one another, characterized in that ∘ the first chamber stores at least one enzyme, one enzyme stabilizer, and one surfactant, ∘ the second chamber stores at least one bleach and one complexing agent, ∘ the third chamber stores at least one fragrance and/or one optical brightener and/or one textile-softening compound. • at least one dosing device and • at least one cartridge which is coupleable to the dosing device, • wherein the cartridge includes at least three chambers (3a, 3b, 3c) containing flowable preparations which are different from one another, characterized in that ∘ the first chamber stores at least one enzyme, one enzyme stabilizer, and one surfactant, ∘ the second chamber stores at least one bleach and one complexing agent, ∘ the third chamber stores at least one fragrance and/or one optical brightener and/or one textile-softening compound. • wherein the cartridge includes at least three chambers (3a, 3b, 3c) containing flowable preparations which are different from one another, characterized in that ∘ the first chamber stores at least one enzyme, one enzyme stabilizer, and one surfactant, ∘ the second chamber stores at least one bleach and one complexing agent, ∘ the third chamber stores at least one fragrance and/or one optical brightener and/or one textile-softening compound. ∘ the first chamber stores at least one enzyme, one enzyme stabilizer, and one surfactant, ∘ the second chamber stores at least one bleach and one complexing agent, ∘ the third chamber stores at least one fragrance and/or one optical brightener and/or one textile-softening compound.
A dental hand-held device, comprising: a curing device for curing a dental restoration material with light in a first wavelength range; a fluorescence excitation device for exciting fluorescence of tooth substance with light in a second wavelength range; and an electronic controller for controlling the curing device and the fluorescence excitation device; characterized in that an intensity of the light of the curing device and/or of the light of the fluorescence excitation device is adjustable. a curing device for curing a dental restoration material with light in a first wavelength range; a fluorescence excitation device for exciting fluorescence of tooth substance with light in a second wavelength range; and an electronic controller for controlling the curing device and the fluorescence excitation device; characterized in that an intensity of the light of the curing device and/or of the light of the fluorescence excitation device is adjustable.
Multifunctional piece of furniture (1, 20, 30), in particular for placement in a vehicle, for providing various functions which are used for different intended uses of a user, comprising a furniture body (2, 21) with an outer surface, wherein the outer surface is divided into at least four different functional surfaces (11, 12, 13, 14) which are used for the different intended uses of the user, wherein each functional surface (11, 12, 13, 14) is assigned at least one predetermined usage position, in which the respective functional surface (11, 12, 13, 14) can be used as intended by the user according to their intended use, and at least one suspension means (6, 22) is provided, which is configured and arranged to define an axis of rotation of the furniture body (2, 21) and keep the furniture body (2, 21) rotatable about the axis of rotation in a spatially horizontal orientation at a furniture placement location at a distance therefrom, wherein the respective usage positions of the various functional surfaces (11, 12, 13, 14) can be reached by rotating the furniture body (2, 21), characterized in that the respective intended use of the functional surfaces (11, 12, 13, 14) is selected from the group containing working, cooking, storing, sleeping, wherein the functional surface with the intended use "working" provides the user with at least one flat work surface, the functional surface with the intended use "cooking" provides the user with at least one hotplate for heating food, the functional surface with the intended use "storing" provides the user with at least one storage space for storing objects and the functional surface with the intended use "sleeping" provides the user with at least one lying surface, wherein the usage position assigned to the functional surface with the intended use "cooking" corresponds to the usage position assigned to the functional surface with the intended use "storing".
A method for analyzing data from a mass spectrometer comprising: acquiring raw mass spectral data in a profile mode including a plurality of points across a mass spectral peak; generating a peak list containing peak mass locations from the raw mass spectral data; providing a list of candidate ions which may be present on the basis of mass error windows around said peak mass locations; calculating a theoretical mass spectral isotope profile for each of the candidate ions; wherein calculating the theoretical mass spectral isotope profile comprises calculating a theoretical isotope distribution of the candidate ion, and a convolution of the theoretical isotope distribution of the candidate ion with a peak shape function; forming a peak component matrix for each of the candidate ions identified; performing regression analysis involving the peak component matrix for each of the candidate ions and the acquired profile mode data; ranking the candidate ions with a fitting statistic with that ion corresponding to the most significant statistic as being the most likely candidate ion present; adding candidate ions into an existing peak component matrix and performing further regression analysis involving an augmented peak component matrix and the acquired profile mode data, if the fitting error is larger than a predetermined amount; and eliminating candidate ions or components and performing further regression analysis involving a reduced peak component matrix and the acquired profile mode data, if a molecule or component is deemed to be statistically insignificant according to the fitting statistics. acquiring raw mass spectral data in a profile mode including a plurality of points across a mass spectral peak; generating a peak list containing peak mass locations from the raw mass spectral data; providing a list of candidate ions which may be present on the basis of mass error windows around said peak mass locations; calculating a theoretical mass spectral isotope profile for each of the candidate ions; wherein calculating the theoretical mass spectral isotope profile comprises calculating a theoretical isotope distribution of the candidate ion, and a convolution of the theoretical isotope distribution of the candidate ion with a peak shape function; forming a peak component matrix for each of the candidate ions identified; performing regression analysis involving the peak component matrix for each of the candidate ions and the acquired profile mode data; ranking the candidate ions with a fitting statistic with that ion corresponding to the most significant statistic as being the most likely candidate ion present; adding candidate ions into an existing peak component matrix and performing further regression analysis involving an augmented peak component matrix and the acquired profile mode data, if the fitting error is larger than a predetermined amount; and eliminating candidate ions or components and performing further regression analysis involving a reduced peak component matrix and the acquired profile mode data, if a molecule or component is deemed to be statistically insignificant according to the fitting statistics.