mhurhangee/ep-ind-claims huggingface dataset:
A nonaqueous electrolyte mainly comprising an electrolyte and a nonaqueous solvent dissolving the electrolyte, the nonaqueous electrolyte comprising: a monofluorophosphate and/or a difluorophosphate; and further at least one compound selected from the group consisting of compounds represented by the following general formula, nitrile compounds, isocyanate compounds, phosphazene compounds, disulfonic acid ester compounds, sulfide compounds, lactone compounds having a substituent in the α-position, and compounds having a carbon-carbon triple bond: [wherein R 1, R 2, and R 3 each independently represent a fluorine atom, an alkyl group which has 1-12 carbon atoms and may be substituted with a fluorine atom, or an alkoxy group which has 1-12 carbon atoms and may be substituted with a fluorine atom]. wherein the monofluorophosphate and difluorophosphate are contained in a total concentration of from 0.001% by mass to 5% by mass based on the whole nonaqueous electrolyte.
Wiper device, in particular windscreen wiper device, having a wiper arm adapter, having a wiper blade adapter, which can be coupled to the wiper arm adapter along a pivot axis of the wiper arm adapter, and having at least one electrical axial connecting unit, which can be connected or separated by a translational movement of the wiper blade adapter relative to the wiper arm adapter, in particular along or parallel to the pivot axis, characterized by at least one fluidic transverse connecting unit, which can be connected or separated by a pivoting movement of the wiper blade adapter relative to the wiper arm adapter about the pivot axis.
A product dispenser comprising: a tank for storing a flowable product such as a liquid, semi liquid or pasteous material, a conveyor for conveying storage containers along a longitudinal direction from an entry position to an exit position, and a dosing mechanism extending in said longitudinal direction above said conveyor, said dosing mechanism comprising an inner cylindrical part and an outer cylindrical part enclosing and sealing against said inner cylindrical part; said inner cylindrical part defining a circumferential groove extending between a first longitudinal position and a second longitudinal position, and a helically shaped groove extending between said circumferential groove at said second longitudinal position located at said entry position and a third longitudinal position located at said exit position; said outer cylindrical part defining an elongated opening extending in a longitudinal direction at least a part of and preferably the full distance between said second longitudinal position and said third longitudinal position, and an inlet opening located between said first longitudinal position and said second longitudinal position for establishing a fluid path from said tank via said circumferential groove and said helically shaped groove to said elongated opening, said inner cylindrical part being rotatable for dispensing said flowable product into said storage containers between said entry position and said exit position. a tank for storing a flowable product such as a liquid, semi liquid or pasteous material, a conveyor for conveying storage containers along a longitudinal direction from an entry position to an exit position, and a dosing mechanism extending in said longitudinal direction above said conveyor, said dosing mechanism comprising an inner cylindrical part and an outer cylindrical part enclosing and sealing against said inner cylindrical part; said inner cylindrical part defining a circumferential groove extending between a first longitudinal position and a second longitudinal position, and a helically shaped groove extending between said circumferential groove at said second longitudinal position located at said entry position and a third longitudinal position located at said exit position; said outer cylindrical part defining an elongated opening extending in a longitudinal direction at least a part of and preferably the full distance between said second longitudinal position and said third longitudinal position, and an inlet opening located between said first longitudinal position and said second longitudinal position for establishing a fluid path from said tank via said circumferential groove and said helically shaped groove to said elongated opening, said inner cylindrical part being rotatable for dispensing said flowable product into said storage containers between said entry position and said exit position.
A method of performing a deblocking filtering on a video signal, comprising: checking a size of a left block and a size of a right block on the basis of a block boundary to be filtered; determining an adaptive sampling rate based on the size of the left block and the size of the right block, wherein the adaptive sampling rate is defined by the number of samples and the interval between samples; determining samples to be filtered based on the adaptive sampling rate; calculating substitute values by applying a finite impulse response filter to the samples; and obtaining filtered sample values by applying a clipping function to the substitute values. checking a size of a left block and a size of a right block on the basis of a block boundary to be filtered; determining an adaptive sampling rate based on the size of the left block and the size of the right block, wherein the adaptive sampling rate is defined by the number of samples and the interval between samples; determining samples to be filtered based on the adaptive sampling rate; calculating substitute values by applying a finite impulse response filter to the samples; and obtaining filtered sample values by applying a clipping function to the substitute values.
A catheter grip (100, 1200) for a catheter shaft, said catheter grip comprising: a body portion (101, 301, 1201) adapted to extend circumferentially around said catheter shaft to facilitate gripping of said catheter shaft by a user; a head portion (102, 302, 1202) through which said catheter shaft can be fed; and a biasing mechanism (103, 1203), said catheter grip being characterised in that said biasing mechanism biases said body portion and said head portion away from one another, and that said biasing mechanism is disposed between said body portion and said head portion and comprises at least two laterally spaced walls (111, 311, 1211) extending between said body portion and said head portion, said laterally spaced walls being resiliently deformable to provide said biasing. a body portion (101, 301, 1201) adapted to extend circumferentially around said catheter shaft to facilitate gripping of said catheter shaft by a user; a head portion (102, 302, 1202) through which said catheter shaft can be fed; and a biasing mechanism (103, 1203), said catheter grip being characterised in that said biasing mechanism biases said body portion and said head portion away from one another, and that said biasing mechanism is disposed between said body portion and said head portion and comprises at least two laterally spaced walls (111, 311, 1211) extending between said body portion and said head portion, said laterally spaced walls being resiliently deformable to provide said biasing.
A high voltage, HV, installation (100, 200, 300, 400), comprising: - a plurality of power electronic switching cells configured to operate at different electrical potentials and insulated from one another, each power electronic switching cell comprising a cell-side transceiver with an antenna for receiving and/or transmitting high-frequency, HF, communication signals; and - a waveguide configured to carry and shield HF communication signals of the plurality of power electronic switching cells; characterized in that - the waveguide has a plurality of sections configured to leak HF communication signals present in the waveguide into a corresponding plurality of adjoining areas and vice versa; and - each power electronic switching cell of the plurality of power electronic switching cells is arranged physically separated and in proximity to the waveguide, such that the respective power electronic switching cell is electrically insulated from the waveguide and the antenna of the respective cell-side transceiver is arranged in the respective adjoining area. - a plurality of power electronic switching cells configured to operate at different electrical potentials and insulated from one another, each power electronic switching cell comprising a cell-side transceiver with an antenna for receiving and/or transmitting high-frequency, HF, communication signals; and - a waveguide configured to carry and shield HF communication signals of the plurality of power electronic switching cells; characterized in that - the waveguide has a plurality of sections configured to leak HF communication signals present in the waveguide into a corresponding plurality of adjoining areas and vice versa; and - each power electronic switching cell of the plurality of power electronic switching cells is arranged physically separated and in proximity to the waveguide, such that the respective power electronic switching cell is electrically insulated from the waveguide and the antenna of the respective cell-side transceiver is arranged in the respective adjoining area.
A composition comprising CCL5 for use in method of treating bone break, bone fracture, bone degeneration or osteoporosis in an individual, the method comprising administering the composition to the individual at a site in need thereof.
Seal and installation of a rectangular panel on a supporting structure of a glove box, comprising a first contact face and a second contact face parallel to each other and designed to come into contact with a profile of the glove box supporting structure and against an internal face of the panel, this seal comprising an internal circumferential edge provided with a rim projecting beyond the first face, and an external circumferential edge prolonged by a skirt extending perpendicular to the second contact face projecting beyond this second contact face to surround and clamp the edge of the panel around its entire circumference.
Use of Campath-1 H for the production of a medicament for reducing the risk of relapse in a patient having a relapsing form of multiple sclerosis who has received prior therapy for MS, wherein the treatment with Campath-1 H comprises a first treatment cycle of Campath-1 H followed by at least one further treatment cycle of Campath-1 H, in which each treatment cycle comprises 1-5 daily doses which are applied on consecutive days, wherein the daily dose is >0 and ≤12 mg, and wherein each treatment cycle is separated from the next treatment cycle by at least 1-24 months, wherein said first treatment cycle of Campath-1 H is administered at a dose of 12 mg/day for five days and wherein said patient is retreated at 12 months after said first treatment cycle with a further treatment cycle of Campath-1 H at a dose of 12 mg/day for three days.
A distraction system comprising: a distraction rod having a first end and a second end, the first end being configured for affixation to a subject's skeletal system at a first location, the second end containing a recess having a threaded portion disposed therein; an adjustable portion configured for placement relative to the subject's skeletal system at a second location remote from the first location, the adjustable portion comprising a housing containing a magnetic assembly, characterized in that the magnetic assembly is rotationally coupled to a threaded screw with a clearance permitting off-axis movement of the threaded screw relative to the magnetic assembly, the threaded screw operatively coupled to the threaded portion of the distraction rod, wherein rotation of the magnetic assembly axially moves the distraction rod relative to the housing. a distraction rod having a first end and a second end, the first end being configured for affixation to a subject's skeletal system at a first location, the second end containing a recess having a threaded portion disposed therein; an adjustable portion configured for placement relative to the subject's skeletal system at a second location remote from the first location, the adjustable portion comprising a housing containing a magnetic assembly, characterized in that the magnetic assembly is rotationally coupled to a threaded screw with a clearance permitting off-axis movement of the threaded screw relative to the magnetic assembly, the threaded screw operatively coupled to the threaded portion of the distraction rod, wherein rotation of the magnetic assembly axially moves the distraction rod relative to the housing.
A power circuit comprising: a generator; a rectifier connected between the generator and a constant power load to provide a DC link voltage across the constant power load and a load resistance; a DC link capacitor having a load capacitance and shunting the load resistance for smoothing the DC link voltage; and a sensor disposed to measure an amplitude of a speed ripple in the generator; characterized by a feedforward circuit connected to the sensor and to the generator, the feedforward circuit configured to determine a phase angle formed by the load resistance and the load capacitance of the DC link capacitor, calculate a voltage signal value based on the amplitude of the speed ripple and the determined phase angle, and adjust the DC link voltage according to the voltage signal value. a generator; a rectifier connected between the generator and a constant power load to provide a DC link voltage across the constant power load and a load resistance; a DC link capacitor having a load capacitance and shunting the load resistance for smoothing the DC link voltage; and a sensor disposed to measure an amplitude of a speed ripple in the generator; characterized by a feedforward circuit connected to the sensor and to the generator, the feedforward circuit configured to determine a phase angle formed by the load resistance and the load capacitance of the DC link capacitor, calculate a voltage signal value based on the amplitude of the speed ripple and the determined phase angle, and adjust the DC link voltage according to the voltage signal value.
A method for operating a storage plant in a building, wherein said storage plant comprises a chamber, a chamber cooling unit adapted and structured for cooling said chamber, a plurality of storage tanks arranged in said chamber, each storage tank having an interior space for receiving objects to be stored, at least one tank cooling unit adapted and structured to feed liquid nitrogen to said tanks, a nitrogen withdrawal apparatus (44 - 50) comprising a) a plurality of withdrawal ducts connected to top sections of said tanks, with at least one withdrawal duct connected to each of said tanks, b) a plurality of exhaust ducts extending away from said chamber, and c) a plurality of pumps operatable to move gaseous nitrogen from said tanks through said withdrawal ducts and said exhaust ducts for conveying it away from said chamber, wherein at least one pump is attributed to each exhaust duct, and d) at least one manifold connected to more than one of said withdrawal ducts and to more than one of said pumps. and wherein said method comprises the steps of pooling nitrogen at a bottom of said interior space and evaporating it, and conveying gaseous nitrogen from said storage tanks out of said building using said nitrogen withdrawal apparatus (44 - 50). a chamber, a chamber cooling unit adapted and structured for cooling said chamber, a plurality of storage tanks arranged in said chamber, each storage tank having an interior space for receiving objects to be stored, at least one tank cooling unit adapted and structured to feed liquid nitrogen to said tanks, a nitrogen withdrawal apparatus (44 - 50) comprising a) a plurality of withdrawal ducts connected to top sections of said tanks, with at least one withdrawal duct connected to each of said tanks, b) a plurality of exhaust ducts extending away from said chamber, and c) a plurality of pumps operatable to move gaseous nitrogen from said tanks through said withdrawal ducts and said exhaust ducts for conveying it away from said chamber, wherein at least one pump is attributed to each exhaust duct, and d) at least one manifold connected to more than one of said withdrawal ducts and to more than one of said pumps. a) a plurality of withdrawal ducts connected to top sections of said tanks, with at least one withdrawal duct connected to each of said tanks, b) a plurality of exhaust ducts extending away from said chamber, and c) a plurality of pumps operatable to move gaseous nitrogen from said tanks through said withdrawal ducts and said exhaust ducts for conveying it away from said chamber, wherein at least one pump is attributed to each exhaust duct, and d) at least one manifold connected to more than one of said withdrawal ducts and to more than one of said pumps. and wherein said method comprises the steps of pooling nitrogen at a bottom of said interior space and evaporating it, and conveying gaseous nitrogen from said storage tanks out of said building using said nitrogen withdrawal apparatus (44 - 50).
Additional brake device for an overrun-braked vehicle trailer, having - a run-on element which can be moved longitudinally in the drawbar of the vehicle trailer, - a deflection lever which is mounted on the drawbar on an axis which is arranged transversely with respect to the drawbar, to which deflection lever a brake cable which leads to the wheel brakes of the vehicle trailer is fastened, and against which the run-on element operates, - a drive which is arranged in a housing which is fastened to the drawbar, the output element of which drive is connected to the deflection lever, the output element of the drive being a rotary shaft which extends parallel to the axis of the deflection lever, characterized in that a winch body which is connected fixedly to the rotary shaft is arranged on the rotary shaft outside the housing, on the circumferential contour of which winch body a flexible traction element is guided, the other end of which is fastened to the deflection lever. - a run-on element which can be moved longitudinally in the drawbar of the vehicle trailer, - a deflection lever which is mounted on the drawbar on an axis which is arranged transversely with respect to the drawbar, to which deflection lever a brake cable which leads to the wheel brakes of the vehicle trailer is fastened, and against which the run-on element operates, - a drive which is arranged in a housing which is fastened to the drawbar, the output element of which drive is connected to the deflection lever, the output element of the drive being a rotary shaft which extends parallel to the axis of the deflection lever,
Motor vehicle door latch, having a lock case, furthermore having a locking mechanism (2, 3) mounted in the lock case consisting essentially of a catch and a pawl, and having an additional reinforcing element, the reinforcing element being designed as a reinforcing plate which couples both axes of rotation of, on the one hand, the catch and, on the other hand, the pawl at a distance from the lock case, characterized in that the reinforcing plate has additional jibs, the jibs being arranged mainly parallel to one another and extending predominantly perpendicularly in comparison with the reinforcing plate, the jibs being connected to one another at the ends by a respective transverse support, the jibs being L-shaped in cross-section in comparison with the egg-shaped lock case.
A microcapsule comprising a solid core having at least one essential oil in a mixture with a porous solid material; and at least one film layer uniformly encapsulating the solid core, wherein at least one of said at least one film layer comprises a polyurea film and/or a polyurethane film.
An oral delivery system comprising: (a) a phosphopeptide or phosphoprotein stabilized calcium phosphate or calcium fluoride phosphate complex; and (b) a combination of a calcium salt and a phosphate salt, wherein the calcium salt is selected from calcium chloride, calcium lactate, calcium sulfate, calcium glutareate, calcium malate, calcium citrate, calcium gluconate, calcium glycerophosphate, calcium fumarate, calcium hydroxide, calcium oxide and combinations thereof, wherein said oral delivery system is a sugar-containing chewing gum or confectionery, wherein upon consumption said oral delivery system provides a level of enamel subsurface remineralization in the tooth of a mammal that is at least 12.5% greater than the amount of remineralization provided by consumption of a composition which is substantially the same as said oral delivery system but which is free of said complex and said salts, and wherein said oral delivery system is free of added sodium bicarbonate.
A training device for simulating an injection procedure experience when using a real-life fully functional auto-injection device containing a pre-filled container of medicament, the training device comprising, an elongate outer housing having an inner surface, a proximal end and a distal end, the outer housing containing, - a demo container axially and rotationally fixed relative to the outer housing; - a plunger assembly having a non-rotating plunger, where a distal portion of the plunger is slidable within the demo container; - a coiled spring having a distal end fixed axially relative to the outer housing and a proximal end attached to the plunger assembly such that the coiled spring is in an extended partially uncoiled tensed configuration when the plunger assembly is in a cocked position; characterised in - a rotary damper gear assembly (18, 19) attached to a proximal end of the plunger assembly and having a gear rotatably engaged with a rack axially fixed to the inner surface of the outer housing; and - a rotatable lock having a first position where the lock is engaged directly with the plunger to prevent the plunger from moving axially and a second position where the lock is disengaged from the plunger to allow the plunger to move axially relative to the lock and outer housing. - a demo container axially and rotationally fixed relative to the outer housing; - a plunger assembly having a non-rotating plunger, where a distal portion of the plunger is slidable within the demo container; - a coiled spring having a distal end fixed axially relative to the outer housing and a proximal end attached to the plunger assembly such that the coiled spring is in an extended partially uncoiled tensed configuration when the plunger assembly is in a cocked position; - a rotary damper gear assembly (18, 19) attached to a proximal end of the plunger assembly and having a gear rotatably engaged with a rack axially fixed to the inner surface of the outer housing; and - a rotatable lock having a first position where the lock is engaged directly with the plunger to prevent the plunger from moving axially and a second position where the lock is disengaged from the plunger to allow the plunger to move axially relative to the lock and outer housing.
A twine tension relief assembly for a baler comprising a tension detection apparatus for detecting the tension in a line of twine, a biased cutting element comprising a displaceable knife element and a compression spring, the biased cutting element being displaceable between a first retained position and a second released position, characterised in that the twine tension assembly comprises a displaceable release mechanism arranged for being actuated by an actuator adapted to release the biased cutting element from the first retained position and allow the biased cutting element to move to the second released position in response to a signal issued by the tension detection apparatus, wherein the displaceable knife element comprises a keyhole aperture comprising a circular opening and an elongate channel extending along a longitudinal axis of the displacebale knife element.