mhurhangee/ep-ind-claims huggingface dataset:
A pharmaceutical capsule which contains only two pharmaceutically active ingredients, the capsule containing:- a tablet which comprises aspirin as the first pharmaceutically active ingredient; and bisoprolol fumarate with a particle size controlled to 90% < 425 μm, as the second pharmaceutically active ingredient, blended with inert excipients and surrounding the tablet; the capsule containing from 50 mg to 125 mg of aspirin and from 1.25 mg to 15 mg of bisoprolol fumarate; the aspirin tablet being coated with a barrier layer to prevent chemical interaction between the aspirin and the bisoprolol fumarate and to prevent interaction between aspirin and moisture in the capsule; and the aspirin being releasable from the capsule in biological fluids to provide a peak concentration in advance of a peak concentration of bisoprolol. a tablet which comprises aspirin as the first pharmaceutically active ingredient; and bisoprolol fumarate with a particle size controlled to 90% < 425 μm, as the second pharmaceutically active ingredient, blended with inert excipients and surrounding the tablet; the capsule containing from 50 mg to 125 mg of aspirin and from 1.25 mg to 15 mg of bisoprolol fumarate; the aspirin tablet being coated with a barrier layer to prevent chemical interaction between the aspirin and the bisoprolol fumarate and to prevent interaction between aspirin and moisture in the capsule; and the aspirin being releasable from the capsule in biological fluids to provide a peak concentration in advance of a peak concentration of bisoprolol.
Method for managing session data of a composite service session in a communication network, the composite service session originating from executing a composite service, the method comprising: determining, by a data determiner of a session node, a subset of the session data which will likely be used for executing the composite service at a certain execution state of the composite service session; and transmitting, by a transmitter of the session node, the subset of the session data over the communication network towards a certain session node, the certain session node being involved in executing the composite service at the certain execution state, wherein the composite service session contains the session data representing a state shared between all services participating in the composite service session. determining, by a data determiner of a session node, a subset of the session data which will likely be used for executing the composite service at a certain execution state of the composite service session; and transmitting, by a transmitter of the session node, the subset of the session data over the communication network towards a certain session node, the certain session node being involved in executing the composite service at the certain execution state, wherein the composite service session contains the session data representing a state shared between all services participating in the composite service session.
An exposure apparatus for exposing a substrate to light through an optical assembly and liquid, the exposure apparatus comprising: a stage for holding the substrate so that the substrate is exposed via the optical assembly and the liquid in a gap between the optical assembly and the substrate on the stage, the stage being movable relative to the optical assembly; and a liquid supply system for supplying liquid into the gap between the optical assembly and the substrate on the stage from an outlet, wherein the stage comprises: a support for supporting the substrate; and characterized in that the stage further comprises: a channel for recovering the liquid supplied from the outlet and flowed outwardly from the top surface of the substrate supported by the support, wherein the channel defines a sloped region and a collection region, wherein the stage is configured to hold the substrate so that the top surface of the substrate is at the same height as a top surface of the stage. a stage for holding the substrate so that the substrate is exposed via the optical assembly and the liquid in a gap between the optical assembly and the substrate on the stage, the stage being movable relative to the optical assembly; and a liquid supply system for supplying liquid into the gap between the optical assembly and the substrate on the stage from an outlet, wherein the stage comprises: a support for supporting the substrate; and a support for supporting the substrate; and a channel for recovering the liquid supplied from the outlet and flowed outwardly from the top surface of the substrate supported by the support, wherein the channel defines a sloped region and a collection region, wherein the stage is configured to hold the substrate so that the top surface of the substrate is at the same height as a top surface of the stage.
Connector, comprising a first connector part, and a second connector part, which can be connected with the first connector part in a fluid-tight manner, wherein as a closure element of the connector for locking the two connector parts (10, 40) to one another, one of the connector parts (10, 40) is provided with a groove and the other one of the connector parts (10, 40) is provided with a pin, which can be inserted into the groove, the pin or the groove of the first connector part is arranged on an additional part, preferably a ring-shaped or sleeve-shaped additional part, which can be guided via a portion of the first connector part and can be fixed thereto, wherein one of the connector parts (10, 40) comprises at least one sealing element, in particular a septum or a sealing disc, which is openable and blocks through-flow in the closed state, and the other one of the connector parts (10, 40) comprises at least one opening element for opening the sealing element, characterized in that the additional part comprises at least one protrusion and the other one of the connector parts (10, 40) comprises a receptacle, wherein only with mutually complementary connector parts (10, 40), the receptacle is dimensioned such that the at least one protrusion can be received in the receptacle and wherein the opening element and the sealing element are arranged to one another in such a way that the opening element opens the sealing element only in the case when the protrusion is inserted in the receptacle. a first connector part, and a second connector part, which can be connected with the first connector part in a fluid-tight manner, wherein as a closure element of the connector for locking the two connector parts (10, 40) to one another, one of the connector parts (10, 40) is provided with a groove and the other one of the connector parts (10, 40) is provided with a pin, which can be inserted into the groove, the pin or the groove of the first connector part is arranged on an additional part, preferably a ring-shaped or sleeve-shaped additional part, which can be guided via a portion of the first connector part and can be fixed thereto, wherein one of the connector parts (10, 40) comprises at least one sealing element, in particular a septum or a sealing disc, which is openable and blocks through-flow in the closed state, and the other one of the connector parts (10, 40) comprises at least one opening element for opening the sealing element, characterized in that the additional part comprises at least one protrusion and the other one of the connector parts (10, 40) comprises a receptacle, wherein only with mutually complementary connector parts (10, 40), the receptacle is dimensioned such that the at least one protrusion can be received in the receptacle and wherein the opening element and the sealing element are arranged to one another in such a way that the opening element opens the sealing element only in the case when the protrusion is inserted in the receptacle.
A polymer pipe joint assembly, comprising a fitting positioned inside of the polymer pipe and a coupling, characterized in that the assembly has a sleeve made of hard polymer materials with cuts and slots made along the sleeve axis, providing changeability of geometric dimensions and/or shape of the sleeve under pressure, said sleeve having at least one cylindrical section (11, 11') positioned between the pipe and the coupling, said coupling having at least one cylindrical section (8, 8') over the pipe and the fitting, the fitting has a shoulder on its outside surface, which restricts movement of the pipe and sleeve, and there is a lead-in chamfer on the inside surface of the coupling.
Spindle device, comprising: - a tool holder for receiving a tool or a tool-receiving tool interface, - a spindle drive, comprising a spindle rotor for rotationally driving the tool holder, - at least one electrical load arranged on the side of the spindle rotor facing the tool holder, and - a coil unit for supplying electrical energy to the at least one electrical load, wherein the coil unit is arranged on the side of the spindle rotor facing away from the tool holder, characterized in that the electrical load comprises a vibration unit rotationally fixedly attached to the tool holder which is configured to drive a vibration of the tool holder in the axial direction of the spindle device, a vibration of the tool holder in the radial direction of the spindle device and/or a vibration of the tool holder in the rotation direction of the spindle device. - a tool holder for receiving a tool or a tool-receiving tool interface, - a spindle drive, comprising a spindle rotor for rotationally driving the tool holder, - at least one electrical load arranged on the side of the spindle rotor facing the tool holder, and - a coil unit for supplying electrical energy to the at least one electrical load, wherein the coil unit is arranged on the side of the spindle rotor facing away from the tool holder, characterized in that the electrical load comprises a vibration unit rotationally fixedly attached to the tool holder which is configured to drive a vibration of the tool holder in the axial direction of the spindle device, a vibration of the tool holder in the radial direction of the spindle device and/or a vibration of the tool holder in the rotation direction of the spindle device. wherein the coil unit is arranged on the side of the spindle rotor facing away from the tool holder, characterized in that the electrical load comprises a vibration unit rotationally fixedly attached to the tool holder which is configured to drive a vibration of the tool holder in the axial direction of the spindle device, a vibration of the tool holder in the radial direction of the spindle device and/or a vibration of the tool holder in the rotation direction of the spindle device.
A linear motor comprising: a stator defining at least an air gap area, at least one coil associated to the stator, wherein a magnetic flow moves over at least one portion of the stator and over a portion of the air gap area, a magnetic body disposed in the air gap area, at least one ferromagnetic element disposed in the air gap area and adjacently to the magnetic body, wherein the movement parameter of the magnetic body is cooperative to the movement parameter of the ferromagnetic element; wherein the linear motor is further characterized by comprising a displacer that acts as a support for the set formed by the ferromagnetic element and the magnetic body, wherein the displacer is adapted to move jointly with the ferromagnetic element and the magnetic body. at least one coil associated to the stator, wherein a magnetic flow moves over at least one portion of the stator and over a portion of the air gap area, a magnetic body disposed in the air gap area, at least one ferromagnetic element disposed in the air gap area and adjacently to the magnetic body, wherein the movement parameter of the magnetic body is cooperative to the movement parameter of the ferromagnetic element; wherein the linear motor is further characterized by comprising a displacer that acts as a support for the set formed by the ferromagnetic element and the magnetic body, wherein the displacer is adapted to move jointly with the ferromagnetic element and the magnetic body.
Fastening element comprising a screw head with a flat bottom side from which an insert extends axially, which insert gets into an opening of a screw body externally threaded to be screwed in a hole of a support, said insert having a proximal end provided with a sawtooth-shaped drive first stop and said screw body having a top end provided with a bevelled drive second stop into which said first stop is engaged in such a way that said screw head is able to drive said screw body into rotation for a screwing of said screw body into said support, characterized in that said bottom side of said screw head extends radially beyond said screw body, in that said top end of said screw body is arranged without head and with a diameter smaller than that of said hole of said support.
Method for encoding a sequence of segments of coefficients, the segments being subsequent to each other in time, the method comprising the steps of providing the sequence of segments of coefficients from an audio stream representing a sampled audio signal by using different transform lengths such that segments of coefficients for which different transform lengths are used, spectrally represent the sampled audio signal at different frequency resolutions and such that the segments are of 1024 and 128 spectral coefficients, respectively; deriving a coding context for a currently encoded coefficient of a current segment based on a previously encoded coefficient of a previous segment, the previous and current segments corresponding to different frequency resolutions and different transform lengths, respectively; and entropy encoding the current coefficient based on the coding context to obtain an encoded audio stream, wherein the providing and the deriving are performed based on an up-sampling of spectral coefficients of the previous segment, when the previous segment displays a coarser spectral resolution than the current segment. providing the sequence of segments of coefficients from an audio stream representing a sampled audio signal by using different transform lengths such that segments of coefficients for which different transform lengths are used, spectrally represent the sampled audio signal at different frequency resolutions and such that the segments are of 1024 and 128 spectral coefficients, respectively; deriving a coding context for a currently encoded coefficient of a current segment based on a previously encoded coefficient of a previous segment, the previous and current segments corresponding to different frequency resolutions and different transform lengths, respectively; and entropy encoding the current coefficient based on the coding context to obtain an encoded audio stream, wherein the providing and the deriving are performed based on an up-sampling of spectral coefficients of the previous segment, when the previous segment displays a coarser spectral resolution than the current segment.
A control method for an internal combustion engine which is a driving source of a vehicle in which a driving force is transmitted to a transmission when a clutch is engaged, the control method comprising: when the internal combustion engine which is automatically stopped in a state where the clutch is disengaged is restarted, performing a torque down control to decrease a target torque of the internal combustion engine when the clutch is engaged; setting a predetermined torque release time period to be shorter as a vehicle speed is higher, and/or to be shorter as an accelerator opening degree is greater; and ending the torque down control at a timing at which the torque release time period is elapsed from an engagement command of the clutch which is generated during the torque down control. when the internal combustion engine which is automatically stopped in a state where the clutch is disengaged is restarted, performing a torque down control to decrease a target torque of the internal combustion engine when the clutch is engaged; setting a predetermined torque release time period to be shorter as a vehicle speed is higher, and/or to be shorter as an accelerator opening degree is greater; and ending the torque down control at a timing at which the torque release time period is elapsed from an engagement command of the clutch which is generated during the torque down control.
Method for producing a material strip having an integrated electronic component, said method comprising the following steps: feeding a material web; cutting off a first material piece from the material web; lifting the first material piece; placing an electronic component onto the material web; renewed feeding of the material web having the electronic component situated thereon; cutting off a material piece from the material web so as to obtain a second material piece on which the electronic component is situated; and placing the first material piece onto the second material piece such that the electronic component is received between the first material piece and the second material piece, wherein the first material piece and the second material piece comprise non-vulcanized rubber or are composed of non-vulcanized rubber. feeding a material web; cutting off a first material piece from the material web; lifting the first material piece; placing an electronic component onto the material web; renewed feeding of the material web having the electronic component situated thereon; cutting off a material piece from the material web so as to obtain a second material piece on which the electronic component is situated; and placing the first material piece onto the second material piece such that the electronic component is received between the first material piece and the second material piece, wherein the first material piece and the second material piece comprise non-vulcanized rubber or are composed of non-vulcanized rubber.
An X-ray imaging apparatus for determining a position (p) of an interventional device within an object receiving space, comprising: - an X-ray source for generating an X-ray radiation; - an X-ray detector; - the object receiving space for arranging an object of interest for X-ray imaging, wherein the object receiving space is arranged between the X-ray source and the X-ray detector; and - an interferometer for creating interference pattern, wherein the interferometer is arranged between the object receiving space and the X-ray source or the object receiving space and the X-ray detector; wherein the X-ray detector is configured to detect X-ray radiation influenced by the interferometer and in response thereto provide a detector signal (s); and wherein the imaging apparatus further comprises: - a processing unit configured (i) to identify, based on the detector signal, the interventional device within the object receiving space; (ii) to calculate, based on the detector signal, a visibility loss signal for the identified interventional device; and (iii) to calculate, based on the visibility loss signal, a position signal representing the position of the interventional device within the object receiving space. - an X-ray source for generating an X-ray radiation; - an X-ray detector; - the object receiving space for arranging an object of interest for X-ray imaging, wherein the object receiving space is arranged between the X-ray source and the X-ray detector; and - an interferometer for creating interference pattern, wherein the interferometer is arranged between the object receiving space and the X-ray source or the object receiving space and the X-ray detector; - a processing unit configured (i) to identify, based on the detector signal, the interventional device within the object receiving space; (ii) to calculate, based on the detector signal, a visibility loss signal for the identified interventional device; and (iii) to calculate, based on the visibility loss signal, a position signal representing the position of the interventional device within the object receiving space. (i) to identify, based on the detector signal, the interventional device within the object receiving space; (ii) to calculate, based on the detector signal, a visibility loss signal for the identified interventional device; and (iii) to calculate, based on the visibility loss signal, a position signal representing the position of the interventional device within the object receiving space.
A two part hair dyeing composition consisting of Parts A and B which are mixed immediately before application onto hair characterized in that Part A is based on at least one hair dye and comprising further at least one amino acid surfactant and Part B is an aqueous composition and comprising at least one oxidizing agent and at least one cationic or cationizable surfactant, wherein parts A and/or B comprises additionally at least one oil, wherein the at least one oil is liquid at room temperature and it does not form salt under alkaline conditions so that fatty acids are not oils.
A display structure, comprising: a plurality of pixels, provided in a first area of the display structure, wherein the plurality of pixels are arranged in a 7-segment display pattern comprising seven display segments (21, 22, 23, 24, 25, 26, 27), each display segment comprising a plurality of adjacent pixels, an area of the preset pattern is less than that of the first area, each pixel comprises sub-pixels of n colors, and each sub-pixel comprises an organic light emitting diode, OLED; and a plurality of first driving circuits provided in a second area outside the first area, wherein the plurality of first driving circuits comprises n first driving circuits, the plurality of first driving circuits are connected to the organic light emitting diodes, and an i th first driving circuit of the n first driving circuits is configured to drive the organic light emitting diodes in each sub-pixel of an i th color to emit light, where i and n are integers, and n>1; for part of the display segments, all the sub-pixels of a same color in each display segment in the first area are connected to the same one of the first driving circuits in the second area outside the first area; and a control unit connected to the plurality of first driving circuits, the control unit being configured to control the plurality of first driving circuits to drive one or more organic light emitting diodes at one or more pixels of a preset position in the preset pattern to emit light. a plurality of pixels, provided in a first area of the display structure, wherein the plurality of pixels are arranged in a 7-segment display pattern comprising seven display segments (21, 22, 23, 24, 25, 26, 27), each display segment comprising a plurality of adjacent pixels, an area of the preset pattern is less than that of the first area, each pixel comprises sub-pixels of n colors, and each sub-pixel comprises an organic light emitting diode, OLED; and a plurality of first driving circuits provided in a second area outside the first area, wherein the plurality of first driving circuits comprises n first driving circuits, the plurality of first driving circuits are connected to the organic light emitting diodes, and an i th first driving circuit of the n first driving circuits is configured to drive the organic light emitting diodes in each sub-pixel of an i th color to emit light, where i and n are integers, and n>1; for part of the display segments, all the sub-pixels of a same color in each display segment in the first area are connected to the same one of the first driving circuits in the second area outside the first area; and a control unit connected to the plurality of first driving circuits, the control unit being configured to control the plurality of first driving circuits to drive one or more organic light emitting diodes at one or more pixels of a preset position in the preset pattern to emit light.