mhurhangee/ep-ind-claims huggingface dataset:
An oral pharmaceutical formulation comprising a. a matrix constituent comprising an active pharmaceutical ingredient being an agonist of two or more of the 5-HT1 B, 5-HT1 D and 5-HT1 F receptors, which is a triptan, said matrix constituent providing for extended release of said active pharmaceutical ingredient, and b. a constituent comprising an active pharmaceutical ingredient being an agonist of the 5-HT1A receptor, said constituent providing for immediate release of said active pharmaceutical ingredient. a. a matrix constituent comprising an active pharmaceutical ingredient being an agonist of two or more of the 5-HT1 B, 5-HT1 D and 5-HT1 F receptors, which is a triptan, said matrix constituent providing for extended release of said active pharmaceutical ingredient, and b. a constituent comprising an active pharmaceutical ingredient being an agonist of the 5-HT1A receptor, said constituent providing for immediate release of said active pharmaceutical ingredient.
A computer-implemented method for estimating the movement of an image position of an image feature (104; 204; 404; 414; 604) between a first image and a second image, wherein the method comprises: - determining a set of image windows (102; 202; 302; 412; 621; 622; 623) in the first image, wherein each image window contains the image feature, wherein the set of image windows comprises an initial image window, wherein the method comprises a detection of an edge in the initial image window, wherein the image window contained in addition to the initial image window in the set of image windows is determined on the basis of the detected edge, - identifying at least a portion of the set of the image windows in the second image, - for the portion of the set of image windows, evaluating the quality of a match (422; 424) between the particular image window in the first image and the corresponding image window in the second image, and selecting one of the image windows on the basis of the evaluation, and - estimating the movement of the image position of the image feature using the selected image window. - determining a set of image windows (102; 202; 302; 412; 621; 622; 623) in the first image, wherein each image window contains the image feature, wherein the set of image windows comprises an initial image window, wherein the method comprises a detection of an edge in the initial image window, wherein the image window contained in addition to the initial image window in the set of image windows is determined on the basis of the detected edge, - identifying at least a portion of the set of the image windows in the second image, - for the portion of the set of image windows, evaluating the quality of a match (422; 424) between the particular image window in the first image and the corresponding image window in the second image, and selecting one of the image windows on the basis of the evaluation, and - estimating the movement of the image position of the image feature using the selected image window.
A method for wireless communication, performed by a user equipment, UE, comprising: determining granularity of quantization of channel state information, CSI, for each of a plurality of cells, the granularity of quantization for each cell being selected based on at least one parameter of the cell affecting performance of data transmissions from the plurality of cells to the UE, wherein the at least one parameter of each cell comprises a long-term channel gain between the cell and the UE, or received power of the cell at the UE, or both, wherein based on said at least one parameter a finer quantization is selected for cells with strong channels and a coarser quantization is selected for cells with weak channels; quantizing the CSI for each of the plurality of cells based on the granularity of quantization determined for the cell; and reporting the CSI for each of the plurality of cells. determining granularity of quantization of channel state information, CSI, for each of a plurality of cells, the granularity of quantization for each cell being selected based on at least one parameter of the cell affecting performance of data transmissions from the plurality of cells to the UE, wherein the at least one parameter of each cell comprises a long-term channel gain between the cell and the UE, or received power of the cell at the UE, or both, wherein based on said at least one parameter a finer quantization is selected for cells with strong channels and a coarser quantization is selected for cells with weak channels; quantizing the CSI for each of the plurality of cells based on the granularity of quantization determined for the cell; and reporting the CSI for each of the plurality of cells.
Process for manufacturing a nonwoven sheet material having a liquid-impermeable layer on one side and an anti-slip coating on the other side, process comprising the steps of: - carding fibers and forming a web, wherein the fibers have a common general orientation; - bonding the fibers into a nonwoven sheet material, - applying an anti-slip coating onto one surface of the nonwoven sheet material, and - applying a polymer onto the second surface of the nonwoven sheet material to form the liquid impermeable layer - characterized in that it further comprises the step of maintaining the orientation of the fibers over the whole process. - carding fibers and forming a web, wherein the fibers have a common general orientation; - bonding the fibers into a nonwoven sheet material, - applying an anti-slip coating onto one surface of the nonwoven sheet material, and - applying a polymer onto the second surface of the nonwoven sheet material to form the liquid impermeable layer - characterized in that it further comprises the step of maintaining the orientation of the fibers over the whole process.
A method of producing building board, the method utilizing starch, stucco and water, the method comprising: providing foamed starch pellets being slightly soluble at temperatures below 60 °C (140 °F); mixing the foamed starch pellets with stucco and water to form a slurry, with the mixing serving to fully encapsulate the pellets with the slurry; dispensing the slurry between opposing sheets to form a composite panel; drying the composite panel at a temperature in excess of 60°C (140°F), the drying causing the pellets to dissolve and the slurry to set, whereby the dissolved pellets provide starch to the slurry and create voids within the set slurry. providing foamed starch pellets being slightly soluble at temperatures below 60 °C (140 °F); mixing the foamed starch pellets with stucco and water to form a slurry, with the mixing serving to fully encapsulate the pellets with the slurry; dispensing the slurry between opposing sheets to form a composite panel; drying the composite panel at a temperature in excess of 60°C (140°F), the drying causing the pellets to dissolve and the slurry to set, whereby the dissolved pellets provide starch to the slurry and create voids within the set slurry.
A sensor comprising: • a plurality of electric lines including row lines, column lines and reset lines; • a photodiode in a pixel; • a readout transistor portion arranged between the photodiode and a column line among the plurality of electric lines, a gate of the readout transistor portion being connected to a row line among the plurality of electric lines; • a drain of a first transistor connected to the photodiode; • a drain of a second transistor connected in series with a source of the first transistor in the pixel; and • both a gate of the first transistor and a gate of the second transistor are connected to the reset line; • wherein a channel material of the first transistor is different from a channel material of the second transistor. • a plurality of electric lines including row lines, column lines and reset lines; • a photodiode in a pixel; • a readout transistor portion arranged between the photodiode and a column line among the plurality of electric lines, a gate of the readout transistor portion being connected to a row line among the plurality of electric lines; • a drain of a first transistor connected to the photodiode; • a drain of a second transistor connected in series with a source of the first transistor in the pixel; and • both a gate of the first transistor and a gate of the second transistor are connected to the reset line; • wherein a channel material of the first transistor is different from a channel material of the second transistor.
A pharmaceutical composition in the form of a dispersible tablet comprising a 40-0-(2-hydroxy)ethyl-rapamycin solid dispersion, a disintegrant, and colloidal silicon dioxide, wherein the composition comprises 1 to 5% colloidal silicon dioxide by weight.
An atomizer or color changer having a coating agent valve for influencing a discharge of a coating agent, wherein the coating agent valve comprises a plurality of outwardly guided valve needles (2803, 2805), wherein at least two valve needles (2803, 2805) of the plurality of valve needles can be operated independently of each other, wherein the coating agent valve is coupled to the atomizer or the color changer and the valve needles (2803, 2805) seal valve seats (3003, 3005) of the atomizer or the color changer, characterized in that - the coating agent valve has a drive interface for coupling a drive device, wherein the drive interface has an elongate cross-section, wherein preferably the cross-section is at least partially oval. - the coating agent valve has a drive interface for coupling a drive device, wherein the drive interface has an elongate cross-section, wherein preferably the cross-section is at least partially oval.
A vehicle brake force generation device, comprising: an electric motor for applying a drive force and a regenerative brake force to a wheel of a vehicle; a hydraulic brake pressure generation device for generating a hydraulic brake pressure to be applied to a brake member of the vehicle; a slip information computation section for obtaining slip information of the wheel; a behavior-stabilization assistance device for performing control of friction braking caused by at least the hydraulic brake pressure generation device so as to reduce slip of the wheel, based on the slip information; a diagnosis section (67, 75) for performing diagnosis of the behavior-stabilization assistance device; and a brake control section (65, 73) for performing cooperative brake control including control of regenerative braking caused by the electric motor and the control of the friction braking caused by the hydraulic brake pressure generation device, characterized in that the brake control section (65, 73) maintains a state of the control of the regenerative braking caused by the electric motor in which regenerative torque control is applied with priority when the brake control section has obtained diagnosis information during the cooperative brake control representing that the behavior-stabilization assistance device is in an abnormal state (S11: YES). an electric motor for applying a drive force and a regenerative brake force to a wheel of a vehicle; a hydraulic brake pressure generation device for generating a hydraulic brake pressure to be applied to a brake member of the vehicle; a slip information computation section for obtaining slip information of the wheel; a behavior-stabilization assistance device for performing control of friction braking caused by at least the hydraulic brake pressure generation device so as to reduce slip of the wheel, based on the slip information; a diagnosis section (67, 75) for performing diagnosis of the behavior-stabilization assistance device; and a brake control section (65, 73) for performing cooperative brake control including control of regenerative braking caused by the electric motor and the control of the friction braking caused by the hydraulic brake pressure generation device, characterized in that the brake control section (65, 73) maintains a state of the control of the regenerative braking caused by the electric motor in which regenerative torque control is applied with priority when the brake control section has obtained diagnosis information during the cooperative brake control representing that the behavior-stabilization assistance device is in an abnormal state (S11: YES).
A stabilizer for vehicles comprising a hollow member, comprising: a torsion portion extending in a vehicle width direction and having a first cross-sectional area; shoulder portions located at both ends of the torsion portion and having a second cross-sectional area larger than the first cross-sectional area; arm portions extending from the shoulder portions in a front and back direction of a vehicle, respectively and having the first cross-sectional area; and cross-sectional change portions whose cross-sectional area increases from the first cross-sectional area to the second cross-sectional area are provided between the torsion portion and the shoulder portion and between the arm portion and the shoulder portion, characterised in that the cross-sectional change portion is located at a position where a maximum principal stress that is 65 to 70% of the maximum principal stress produced in the shoulder portion, based on a reference stabilizer with a fixed cross-sectional area is produced. a torsion portion extending in a vehicle width direction and having a first cross-sectional area; shoulder portions located at both ends of the torsion portion and having a second cross-sectional area larger than the first cross-sectional area; arm portions extending from the shoulder portions in a front and back direction of a vehicle, respectively and having the first cross-sectional area; and cross-sectional change portions whose cross-sectional area increases from the first cross-sectional area to the second cross-sectional area are provided between the torsion portion and the shoulder portion and between the arm portion and the shoulder portion, characterised in that the cross-sectional change portion is located at a position where a maximum principal stress that is 65 to 70% of the maximum principal stress produced in the shoulder portion, based on a reference stabilizer with a fixed cross-sectional area is produced.
A grounding circuit comprising: a first contact in a first relay connected to a circuit to be grounded; a resistor connected between the first contact and an earth, and configured to suppress, when the first contact is closed, electric current flowing through the first contact; a second contact in a second relay connected in parallel to the resistor; and interlocking control means for inhibiting, when the second contact is in an opened state, opening of the first contact in a closed state, and inhibiting, when the second contact is in a closed state, closing of the first contact in an opened state, wherein the first contact holds an opened/closed state, the second contact holds an opened/closed state, and the interlocking control means further includes a first closing unit in the first relay, for closing the first contact, a first opening unit in the first relay, connected in series to the first closing unit, and configured to open the first contact, and a third contact in the second relay, for interlocking with the second contact, short-circuiting, when the second contact is in an opened state, the first opening unit, and short-circuiting, when the second contact is in a closed state, the first closing unit. a first contact in a first relay connected to a circuit to be grounded; a resistor connected between the first contact and an earth, and configured to suppress, when the first contact is closed, electric current flowing through the first contact; a second contact in a second relay connected in parallel to the resistor; and interlocking control means for inhibiting, when the second contact is in an opened state, opening of the first contact in a closed state, and inhibiting, when the second contact is in a closed state, closing of the first contact in an opened state, wherein the first contact holds an opened/closed state, the second contact holds an opened/closed state, and the interlocking control means further includes a first closing unit in the first relay, for closing the first contact, a first opening unit in the first relay, connected in series to the first closing unit, and configured to open the first contact, and a third contact in the second relay, for interlocking with the second contact, short-circuiting, when the second contact is in an opened state, the first opening unit, and short-circuiting, when the second contact is in a closed state, the first closing unit.
A method for producing blow moulded containers, which are sterile at least in some regions, in a blow moulding machine, in the case of which a preform of a thermoplastic material is initially guided through a heating device by means of a support device and is heated in the heating device, and a pressurized fluid is then applied thereto, and in the case of which a sterilising radiation is applied at least in some regions to the preform, wherein at least one radiation source (51, 53, 55, 56, 57, 58, 59) for the sterilising radiation is arranged stationarily at a distance to the preform in the heating device, wherein the radiation direction of at least one of the at least one radiation source (51, 53, 55, 56, 57, 58, 59) is oriented towards the opening region of the preform and/or towards the support device, wherein the heating device has support devices, which annularly revolve around deflecting wheels (34, 36), and preforms are transferred into the heating device in an input region and are removed from the heating device in an output region, wherein, after the removal of the preforms, the circumferential support devices continue to run in a preform-free manner around the head wheel in the output region all the way to the input region, wherein the heating device has several heating boxes, which are arranged one behind the other in the circumferential direction of the preforms, wherein at least one of the radiation sources (51, 53, 55, 56, 57, 58, 59) is arranged inside the heating boxes, characterised in that at least one of the radiation sources (51, 53, 55, 56, 57, 58, 59) is arranged between adjacent heating boxes.
A network slice information update method, comprising: receiving (502, 602), by a communications network element, a notification message from a network slice selection network element, wherein the notification message comprises identification information of a network slice, the notification message is used to indicate that a public land mobile network PLMN supports the network slice, and the PLMN once did not support the network slice; and notifying (503, 603), by the communications network element, a terminal that the PLMN supports the network slice, wherein the terminal is a terminal that requested the network slice but was rejected and has subscribed to the network slice. receiving (502, 602), by a communications network element, a notification message from a network slice selection network element, wherein the notification message comprises identification information of a network slice, the notification message is used to indicate that a public land mobile network PLMN supports the network slice, and the PLMN once did not support the network slice; and notifying (503, 603), by the communications network element, a terminal that the PLMN supports the network slice, wherein the terminal is a terminal that requested the network slice but was rejected and has subscribed to the network slice.
A static multimode multiplex spectrometer for estimating the spectral density of a diffuse source in a single time step, said spectrometer comprising: a two-dimensional orthogonal column code mask, wherein source radiation is incident on the mask, wherein the transmissive and opaque elements of the mask are arranged according to a transfer function represented mathematically as a coding matrix, and wherein each column of the coding matrix is independent under an inner product transformation; a dispersive element aligned with the coded mask, wherein source radiation transmitted through the mask is incident on the dispersive element such that the dispersive element induces a wavelength dependent spatial shift of the image of the mask; a two-dimensional detector array aligned with the dispersive element, wherein source radiation from the dispersive element is incident on the array, wherein the array comprises row and column detector elements, and wherein the detector elements convert the wavelength dependent spatially shifted image of the mask into light intensity values in a single time step; and a processing unit, wherein the processing unit stores the values in a data matrix and performs a transformation of the data matrix using the coding matrix to produce a spectrum matrix that is a mathematical representation of a spectral density of the source radiation. a two-dimensional orthogonal column code mask, wherein source radiation is incident on the mask, wherein the transmissive and opaque elements of the mask are arranged according to a transfer function represented mathematically as a coding matrix, and wherein each column of the coding matrix is independent under an inner product transformation; a dispersive element aligned with the coded mask, wherein source radiation transmitted through the mask is incident on the dispersive element such that the dispersive element induces a wavelength dependent spatial shift of the image of the mask; a two-dimensional detector array aligned with the dispersive element, wherein source radiation from the dispersive element is incident on the array, wherein the array comprises row and column detector elements, and wherein the detector elements convert the wavelength dependent spatially shifted image of the mask into light intensity values in a single time step; and a processing unit, wherein the processing unit stores the values in a data matrix and performs a transformation of the data matrix using the coding matrix to produce a spectrum matrix that is a mathematical representation of a spectral density of the source radiation.