mhurhangee/ep-ind-claims huggingface dataset:
A pellet with a multi-layered envelope for retarded release of the active agent, particularly in the distal colon, which pellet has the following components: a) a starter pellet only consisting of an inert material and having no pharmaceutically effective active agent inside the starter pellet, b) an active agent layer that is directly applied to the starter pellet a) and in addition to the active agent contains film-forming excipients, c) a swelling layer that is directly applied to the active agent layer b) and contains swelling materials that swell when contacting intestinal liquor, d) a retard layer that does not dissolve when contacting the intestinal liquor, but becomes permeable for liquors and that is directly applied to c), e) an outermost coating that does not dissolve at a pH value < 5.5, but dissolves well at a pH value greater than 6.0 und is directly applied to d); wherein the active agent is budesonide or a pharmaceutically acceptable salt thereof. a) a starter pellet only consisting of an inert material and having no pharmaceutically effective active agent inside the starter pellet, b) an active agent layer that is directly applied to the starter pellet a) and in addition to the active agent contains film-forming excipients, c) a swelling layer that is directly applied to the active agent layer b) and contains swelling materials that swell when contacting intestinal liquor, d) a retard layer that does not dissolve when contacting the intestinal liquor, but becomes permeable for liquors and that is directly applied to c), e) an outermost coating that does not dissolve at a pH value < 5.5, but dissolves well at a pH value greater than 6.0 und is directly applied to d);
A method of operating an automatic speed control system of a vehicle in accordance with a set-speed, comprising: receiving at least one electrical signal representative of a vehicle occupant-initiated brake command to slow the vehicle to a stop; in response to the brake command, suspending increases in drive torque to the wheels of the vehicle for the duration of the brake command and applying a retarding torque to one or more wheels of the vehicle to bring the vehicle to a stop, while maintaining the speed control system in an active state; characterized by gradually reducing over time the drive torque from a drive torque level being applied when the vehicle is brought to a stop; receiving at least one electrical signal representative of a vehicle occupant-initiated brake release command; and in response to the brake release command, and while maintaining the speed control system in an active state, automatically commanding the generation of a drive torque sufficient to propel the vehicle in an intended direction of travel and automatically controlling the speed of the vehicle in accordance with said set-speed. receiving at least one electrical signal representative of a vehicle occupant-initiated brake command to slow the vehicle to a stop; in response to the brake command, suspending increases in drive torque to the wheels of the vehicle for the duration of the brake command and applying a retarding torque to one or more wheels of the vehicle to bring the vehicle to a stop, while maintaining the speed control system in an active state; characterized by gradually reducing over time the drive torque from a drive torque level being applied when the vehicle is brought to a stop; receiving at least one electrical signal representative of a vehicle occupant-initiated brake release command; and in response to the brake release command, and while maintaining the speed control system in an active state, automatically commanding the generation of a drive torque sufficient to propel the vehicle in an intended direction of travel and automatically controlling the speed of the vehicle in accordance with said set-speed.
A surface cleaning apparatus for cleaning a floor surface, comprising: a housing adapted for movement over a surface to be cleaned; a suction nozzle defining a dirty inlet to a recovery pathway; a brushroll on the housing provided adjacent to the suction nozzle, the brushroll configured to agitate the surface to be cleaned; a cover attached to the housing and configured to partially enclose the brushroll; a fluid distributor configured to deliver cleaning fluid to at least one of the brushroll and the surface to be cleaned; and a headlight comprising a light source having at least one light emitting element internal to the housing; characterised in that the cover comprises a light pipe capable of conveying light emitted from the light element to an exterior of the housing, the light pipe having an entrance end in alignment with the light source. a housing adapted for movement over a surface to be cleaned; a suction nozzle defining a dirty inlet to a recovery pathway; a brushroll on the housing provided adjacent to the suction nozzle, the brushroll configured to agitate the surface to be cleaned; a cover attached to the housing and configured to partially enclose the brushroll; a fluid distributor configured to deliver cleaning fluid to at least one of the brushroll and the surface to be cleaned; and a headlight comprising a light source having at least one light emitting element internal to the housing; characterised in that the cover comprises a light pipe capable of conveying light emitted from the light element to an exterior of the housing, the light pipe having an entrance end in alignment with the light source.
An emergency medical device with automatic power management, comprising: one or more subsystems including at least one module having a standby mode; a power source configured to power one or more subsystems of the device; a user activity detection module configured to sense user activity in the one or more subsystems, the user activity consisting of turning a knob, touching a touch screen, connecting a therapy or measurement cable to the device, pressing a button or undocking a module for remote usage; a clinical activity detection module configured to sense clinical activity in the one or more subsystems, the clinical activity consisting of: therapy pads or paddles being attached from the device to the patient, electrocardiogram leads being attached from the device to the patient, valid ECG data being received from pads, paddles or ECG leads, a valid Pleth wave signal being received from an SpO 2 sensor, a valid capnogram being received from an EtCO 2 sensor or compressions detected on a cardiopulmonary resuscitation coaching sensor connected to the device; characterised in further comprising: a control module coupled to the one or more subsystems and configured to automatically switch out of standby mode and power on the module of the one or more subsystems in response to a clinical activity in addition to a user activity being detected. one or more subsystems including at least one module having a standby mode; a power source configured to power one or more subsystems of the device; a user activity detection module configured to sense user activity in the one or more subsystems, the user activity consisting of turning a knob, touching a touch screen, connecting a therapy or measurement cable to the device, pressing a button or undocking a module for remote usage; a clinical activity detection module configured to sense clinical activity in the one or more subsystems, the clinical activity consisting of: therapy pads or paddles being attached from the device to the patient, electrocardiogram leads being attached from the device to the patient, valid ECG data being received from pads, paddles or ECG leads, a valid Pleth wave signal being received from an SpO 2 sensor, a valid capnogram being received from an EtCO 2 sensor or therapy pads or paddles being attached from the device to the patient, electrocardiogram leads being attached from the device to the patient, valid ECG data being received from pads, paddles or ECG leads, a valid Pleth wave signal being received from an SpO 2 sensor, a valid capnogram being received from an EtCO 2 sensor or compressions detected on a cardiopulmonary resuscitation coaching sensor connected to the device; characterised in further comprising: a control module coupled to the one or more subsystems and configured to automatically switch out of standby mode and power on the module of the one or more subsystems in response to a clinical activity in addition to a user activity being detected.
An automobile chassis part comprising steel which consists of, by mass%, C: 0.02 to 0.10%, Si: 0.05 to 1.0%, Mn: 0.3 to 2.5%, P: 0.03% or less, S: 0.01% or less, Ti: 0.005 to 0.1%, Al: 0.005 to 0.1%, N: 0.0005 to 0.006%, and B: 0.0001 to 0.01, and optionally, by mass%, one or more elements which are selected from Cu: 0.005 to 1.0%, Ni: 0.005 to 1.0%, Cr: 0.03 to 1.0%, Mo: 0.1 to 0.5%, Nb: 0.003 to 0.2%, V: 0.001 to 0.2%, W: 0.001 to 0.1%, Ca: 0.0001 to 0.02%, Mg: 0.0001 to 0.02%, Zr: 0.0001 to 0.02%, and REM: 0.0001 to 0.02%, and has a balance of Fe and unavoidable impurities, wherein in said automobile chassis part 80% or more of the part structure is a bainite structure and a portion which has a ratio R/t of the thickness "t" and external surface curvature radius R of 5 or less has an X-ray half width of the plane of 5 deg or less, wherein the value of the X-ray half width is determined by chemically polishing the portion where cracks easily occur in the obtained automobile chassis part, then measuring the value in that state by using an X-ray stress analyzer Model PSPC-MSF made by Rigaku by the parallel slant method, while the measurement conditions are as follows: Target: Cr-Kα/V filter Tube voltage/tube current: 40kV/30mA Counter: position sensitive type proportional counter tube Collimator: 0.5 mmφ Diffraction plane, interplanar distance:, d=1.1702Å. C: 0.02 to 0.10%, Si: 0.05 to 1.0%, Mn: 0.3 to 2.5%, P: 0.03% or less, S: 0.01% or less, Ti: 0.005 to 0.1%, Al: 0.005 to 0.1%, N: 0.0005 to 0.006%, and B: 0.0001 to 0.01, and Cu: 0.005 to 1.0%, Ni: 0.005 to 1.0%, Cr: 0.03 to 1.0%, Mo: 0.1 to 0.5%, Nb: 0.003 to 0.2%, V: 0.001 to 0.2%, W: 0.001 to 0.1%, Ca: 0.0001 to 0.02%, Mg: 0.0001 to 0.02%, Zr: 0.0001 to 0.02%, and REM: 0.0001 to 0.02%, and Target: Cr-Kα/V filter Tube voltage/tube current: 40kV/30mA Counter: position sensitive type proportional counter tube Collimator: 0.5 mmφ Diffraction plane, interplanar distance:, d=1.1702Å.
Scanner device for 2-dimensional deflection of selectively at least one first and one second laser beam (2a, 2b), which have different beam diameters and, upon entry into the scanner device, have a beam offset (v), by means of two mirrors (11a, 11b, 12a, 12b) which are each pivotably supported about an axis (21a, 21b) and which are driven by a motor, comprising at least two first motor/mirror units (7a, 7b) which each have a mounting flange (6a, 6b) and each have a first mirror (11a, 11b) including drive motor (5a, 5b) and also each have identical abutment faces and which differ from each other at least with respect to the mirror position, and a carrier for selectively securing one of the at least two first motor/mirror units (7a, 7b), the abutment faces of which can each be releasably secured to the same first mounting surface of the carrier.
A multi-carrier transmitter apparatus comprising: an outer encoder configured to receive a signal, perform error correction using an outer code on the received signal and generate an outer encoder signal; a shell mapper configured to perform constellation shaping on a subset of bits from the outer encoder signal and generate one or more constellation shaping bits in a shell mapper signal; an inner encoder configured to perform inner error correction using an inner code on a second subset of bits from the outer encoder signal and generate an inner correction signal, wherein the inner code is a low density parity check, LDPC, code; and a QAM modulator configured to generate one or more modulated symbols in an output signal based on the received output encoder signal, the shell mapper signal, and the inner correction signal, wherein the inner code protects b lcm least significant bits of each carrier or all bits if the number of bits per carrier is less than or equal to b lcm, and the inner code creates b lcm ·K=N ldpc output bits for K carriers. an outer encoder configured to receive a signal, perform error correction using an outer code on the received signal and generate an outer encoder signal; a shell mapper configured to perform constellation shaping on a subset of bits from the outer encoder signal and generate one or more constellation shaping bits in a shell mapper signal; an inner encoder configured to perform inner error correction using an inner code on a second subset of bits from the outer encoder signal and generate an inner correction signal, wherein the inner code is a low density parity check, LDPC, code; and a QAM modulator configured to generate one or more modulated symbols in an output signal based on the received output encoder signal, the shell mapper signal, and the inner correction signal, wherein the inner code protects b lcm least significant bits of each carrier or all bits if the number of bits per carrier is less than or equal to b lcm, and the inner code creates b lcm ·K=N ldpc output bits for K carriers.
A protection barrier (21, 51, 61, 71) for a laser irradiation system containing a laser device configured to irradiate a recording medium disposed on an irradiation target, with laser light, and the protection barrier is configured to surround a light path of laser light scanned at a deflection angle θ towards the recording medium, and surround the irradiation target, the protection barrier comprising: openings for passage of an irradiation target along a transport path through the protection barrier (21, 51, 61, 71), a first inner surface and a second inner surface which is opposed to the first inner surface and also opposed in use to a radiation aperture of a laser device, wherein the second inner surface is shaped such that for a given maximum deflection angle (θ) an angle between primary reflection light at the maximum deflection angle (θ) and a line parallel to a centre line of the maximum deflection angle (θ) is less than θ/2, whereby the primary reflection light of the laser light within the deflection angle (θ) is applied to the first inner surface. openings for passage of an irradiation target along a transport path through the protection barrier (21, 51, 61, 71), a first inner surface and a second inner surface which is opposed to the first inner surface and also opposed in use to a radiation aperture of a laser device, wherein the second inner surface is shaped such that for a given maximum deflection angle (θ) an angle between primary reflection light at the maximum deflection angle (θ) and a line parallel to a centre line of the maximum deflection angle (θ) is less than θ/2, whereby the primary reflection light of the laser light within the deflection angle (θ) is applied to the first inner surface.
Combination in an electric starter circuit of a motor vehicle of a starter (DCM, EC) and of a battery voltage step-up device, said starter (DCM, EC) comprising an electric motor and an electromagnetic contactor, said battery voltage step-up device being intended to prevent a drop in the battery voltage (Vbat) following a current spike produced by the switching on in a power circuit of said starter (DCM, EC), characterized in that said battery voltage step-up device consists of a filtering device of inductive type which is mounted in series with said electric motor in said power circuit, said filtering device comprising a magnetic circuit (YO, C) with reverse pre-biasing and a field frame (YO, C) made of magnetic material comprising a cylindrical yoke and an axial core around which are arranged a primary winding circuit intended to be inserted in series in said power circuit and a short-circuited secondary winding circuit.
A method for spraying the analyte or effluent containing the latter from ionisation source to mass-spectrometer, which comprises spraying the analyte or effluent containing the analyte into mass-spectrometer and creating an outer nebulising-gas jet around it, characterised in that a. inside the jet of the analyte or effluent additional inner nebulising gas is sprayed so that the jet of the analyte or effluent containing the latter is forced between the inner jet and outer jet of the nebulising gas, and that b. a circular-cone shaped jet of the analyte or effluent containing the latter is formed. a. inside the jet of the analyte or effluent additional inner nebulising gas is sprayed so that the jet of the analyte or effluent containing the latter is forced between the inner jet and outer jet of the nebulising gas, and that b. a circular-cone shaped jet of the analyte or effluent containing the latter is formed.
A dispenser for supplying a metered volume of a liquid medicament to an aerosolizing device comprising: a container having a proximal end and a distal end, wherein the container is configured to store a volume of liquid medicament; and a dispensing mechanism coupled to the distal end of the container, the dispensing mechanism comprising a distal end terminating in a tip through which the liquid medicament is dispensed, wherein: the dispensing mechanism includes a housing cap that fastens the dispensing mechanism to the container, with the housing cap comprising a bottom surface and an aperture, the bottom surface of the housing cap is sloped toward the aperture to aid in draining of liquid medicament from the container into the dispensing mechanism, the dispensing mechanism is configured to dispense a metered volume of the liquid medicament from the tip each time the dispensing mechanism is operated, and the distal end of the dispensing mechanism includes an interface that interacts with a housing of the aerosolizing device to limit an insertion depth of the tip into an opening of the housing; characterized in that the housing cap further comprises an air return filter. a container having a proximal end and a distal end, wherein the container is configured to store a volume of liquid medicament; and a dispensing mechanism coupled to the distal end of the container, the dispensing mechanism comprising a distal end terminating in a tip through which the liquid medicament is dispensed, wherein: the dispensing mechanism includes a housing cap that fastens the dispensing mechanism to the container, with the housing cap comprising a bottom surface and an aperture, the bottom surface of the housing cap is sloped toward the aperture to aid in draining of liquid medicament from the container into the dispensing mechanism, the dispensing mechanism is configured to dispense a metered volume of the liquid medicament from the tip each time the dispensing mechanism is operated, and the distal end of the dispensing mechanism includes an interface that interacts with a housing of the aerosolizing device to limit an insertion depth of the tip into an opening of the housing; the dispensing mechanism includes a housing cap that fastens the dispensing mechanism to the container, with the housing cap comprising a bottom surface and an aperture, the bottom surface of the housing cap is sloped toward the aperture to aid in draining of liquid medicament from the container into the dispensing mechanism, the dispensing mechanism is configured to dispense a metered volume of the liquid medicament from the tip each time the dispensing mechanism is operated, and the distal end of the dispensing mechanism includes an interface that interacts with a housing of the aerosolizing device to limit an insertion depth of the tip into an opening of the housing; characterized in that the housing cap further comprises an air return filter.
A device for monitoring a hydrant, comprising: - a detection device for detecting commissioning of the hydrant; and - a signaling device by means of which commissioning of the hydrant can be signaled wirelessly, wherein the detection device and the signaling device can be arranged or are arranged in a terminating element of the hydrant, wherein, by means of the terminating element, a standardized output coupling of the hydrant can be closed, wherein the detection device comprises two technically different sensors (6, 7), wherein with at least one of the sensors (6, 7) commissioning of the hydrant can be detected, characterized in that a first sensor is formed as a position sensor for detecting a defined twist of the terminating element, wherein a second sensor is formed as a water sensor for detecting water within the hydrant, wherein the second sensor is formed as a capacitive sensor with two electrodes, which detects an approach of water to an electrode of the second sensor in a capacitive manner, wherein it is detected as to whether a cover element spaced apart from the electrode of the second sensor contacts air or contacts water at least partly. - a detection device for detecting commissioning of the hydrant; and - a signaling device by means of which commissioning of the hydrant can be signaled wirelessly, wherein the detection device and the signaling device can be arranged or are arranged in a terminating element of the hydrant, wherein, by means of the terminating element, a standardized output coupling of the hydrant can be closed, wherein the detection device comprises two technically different sensors (6, 7), wherein with at least one of the sensors (6, 7) commissioning of the hydrant can be detected,
A vehicle with an antenna module, comprising a one-hand mounting system for fixing an antenna module to a vehicle, the system comprising: a slidable lever, configured to perform a translational movement; a rotatable locking device, engaged with the slidable lever to transform the translational movement of the slidable lever to a rotational movement of the rotatable locking device, thereby fixing or releasing the antenna module to or from the vehicle, wherein the rotatable locking device comprises a cylindrical body with a protrusion at a first end of the cylindrical body, which is arranged on the roof of the vehicle, characterized in that the protrusion of the rotatable locking device is configured to fix the antenna module on the vehicle, and that the geometry of the rotatable locking device is defined comprising the features of the cylindrical body extending from below the roof of the vehicle to above the roof of the vehicle and the protrusion being configured to fix the antenna module on and the vehicle. comprising a one-hand mounting system for fixing an antenna module to a vehicle, the system comprising: a slidable lever, configured to perform a translational movement; a rotatable locking device, engaged with the slidable lever to transform the translational movement of the slidable lever to a rotational movement of the rotatable locking device, thereby fixing or releasing the antenna module to or from the vehicle, wherein the rotatable locking device comprises a cylindrical body with a protrusion at a first end of the cylindrical body, which is arranged on the roof of the vehicle, characterized in that the protrusion of the rotatable locking device is configured to fix the antenna module on the vehicle, and a slidable lever, configured to perform a translational movement; a rotatable locking device, engaged with the slidable lever to transform the translational movement of the slidable lever to a rotational movement of the rotatable locking device, thereby fixing or releasing the antenna module to or from the vehicle, wherein the rotatable locking device comprises a cylindrical body with a protrusion at a first end of the cylindrical body, which is arranged on the roof of the vehicle, characterized in that the protrusion of the rotatable locking device is configured to fix the antenna module on the vehicle, and that the geometry of the rotatable locking device is defined comprising the features of the cylindrical body extending from below the roof of the vehicle to above the roof of the vehicle and the protrusion being configured to fix the antenna module on and the vehicle.