mhurhangee/ep-ind-claims huggingface dataset:
Device for labelling syringes for pharmaceutical products, comprising: - means for feeding syringes to the device, - a syringe manipulator configured to carry a syringe from the syringe-feeding means to a labelling station, - the labelling station for labelling the syringes brought from the syringe-feeding means by means of the syringe manipulator, - a control device for coordinating the aforementioned components, the syringe-feeding means comprising a support for receiving a tray for holding one or more syringes, said support having a first position in which the syringe(s) on the tray is/are in a substantially vertica position, characterised in that said tray-receiving support comprises at least one pivot point (13, 13'), and in that the device comprises an actuator configured to tilt said support with respect to said at least one pivot point (13, 13') in order to move from the first position to a second position of the support, in which the syringe(s) of the tray advance(s) towards a point proximal to the manipulator under the effect of gravity. - means for feeding syringes to the device, - a syringe manipulator configured to carry a syringe from the syringe-feeding means to a labelling station, - the labelling station for labelling the syringes brought from the syringe-feeding means by means of the syringe manipulator, - a control device for coordinating the aforementioned components, the syringe-feeding means comprising a support for receiving a tray for holding one or more syringes, said support having a first position in which the syringe(s) on the tray is/are in a substantially vertica position, characterised in that said tray-receiving support comprises at least one pivot point (13, 13'), and in that the device comprises an actuator configured to tilt said support with respect to said at least one pivot point (13, 13') in order to move from the first position to a second position of the support, in which the syringe(s) of the tray advance(s) towards a point proximal to the manipulator under the effect of gravity.
A refrigerator comprising: an inner case having a storage chamber; a thermoelectric module configured to cool the storage chamber and including a thermoelectric element and a cooling sink; a fan configured to circulate air, which has exchanged heat with the cooling sink, to the storage chamber; a fan cover configured to cover the fan and having an upper discharge hole, a lower discharge hole, and an inner suction hole formed between the upper discharge hole and the lower discharge hole; a first receiving member disposed in the storage chamber; and a second receiving member disposed over the first receiving member to be spaced apart from the first receiving member, wherein at least a portion of each of the inner suction hole and the lower discharge hole faces a portion between the first receiving member and the second receiving member, and at least a portion of the upper discharge hole faces a portion between a top surface of the storage chamber and the second receiving member; characterized in that: a portion of the upper discharge hole horizontally overlaps the second receiving member; and a spaced distance between the second receiving member and a rear surface of the storage chamber is longer than a spaced distance between the first receiving member and the rear surface of the storage chamber. an inner case having a storage chamber; a thermoelectric module configured to cool the storage chamber and including a thermoelectric element and a cooling sink; a fan configured to circulate air, which has exchanged heat with the cooling sink, to the storage chamber; a fan cover configured to cover the fan and having an upper discharge hole, a lower discharge hole, and an inner suction hole formed between the upper discharge hole and the lower discharge hole; a first receiving member disposed in the storage chamber; and a second receiving member disposed over the first receiving member to be spaced apart from the first receiving member, wherein at least a portion of each of the inner suction hole and the lower discharge hole faces a portion between the first receiving member and the second receiving member, and at least a portion of the upper discharge hole faces a portion between a top surface of the storage chamber and the second receiving member; characterized in that: a portion of the upper discharge hole horizontally overlaps the second receiving member; and a spaced distance between the second receiving member and a rear surface of the storage chamber is longer than a spaced distance between the first receiving member and the rear surface of the storage chamber. a portion of the upper discharge hole horizontally overlaps the second receiving member; and a spaced distance between the second receiving member and a rear surface of the storage chamber is longer than a spaced distance between the first receiving member and the rear surface of the storage chamber.
Pneumatic vehicle tyre with bead regions, which have on their outer sides respectively a surface area, running around in the form of a circular ring, with a hatching comprising a multiplicity of, in particular identically shaped, elevations (8, 8', 8", 8"') and depressions running parallel to one another or approximately parallel to one another, wherein, when the tyre is mounted on a rim, the surface area is partly in the contact area with respect to the inner side of the rim flange and partly radially outside the contact area, wherein the cross-sectional area of the depressions between the elevations (8, 8', 8", 8"') corresponds to at most 60% of the cross-sectional area of the elevations (8, 8', 8", 8"') and wherein the elevations (8, 8', 8", 8"') have a height (h) of 0.5 mm to 1.2 mm, characterized in that the elevations (8, 8', 8", 8"') have a triangular, a triangle-like or an altogether rounded, for example semicircular, cross section.
A liquid pharmaceutical composition suitable for administration to a neonate comprising a protein complex comprising recombinant insulin-like growth factor 1 (rIGF-1), recombinant insulin-like growth factor binding protein 3 (rIGFBP-3), and a polysorbate surfactant at a concentration of between about 0.0025% and 0.0075%, wherein: a. the rIGF-1 and rIGFBP-3 are complexed, b. the rIGF-1/IGFBP-3 is at a concentration of about 45 - 55 micrograms/mL, and c. the composition has a pH between about 5.0 and 7.0. a. the rIGF-1 and rIGFBP-3 are complexed, b. the rIGF-1/IGFBP-3 is at a concentration of about 45 - 55 micrograms/mL, and c. the composition has a pH between about 5.0 and 7.0.
A method of encoding Modified Discrete Cosine Transform, MDCT, coefficients ( Y ( k)) of a harmonic audio signal, said method including the steps of: locating spectral peaks having magnitudes exceeding a predetermined threshold, wherein the spectral peaks are located by comparing coefficients to said threshold to form a vector of peak candidates, and extracting elements from the peak candidates vector in decreasing order, wherein said threshold is calculated as θ = E ̅ p E ̅ nf γ E ̅ nf, where E p is an average peak energy, E nf is an average noise-floor energy and γ has a fixed predetermined value, and wherein a peak energy is calculated as E p ( k)= βE p ( k)+(1- β)| Y ( k)| and a noise-floor energy is calculated as E nf ( k)= αE nf ( k)+(1- α)| Y ( k)|, wherein contribution of high-energy coefficients is emphasized in calculation of the peak energy and contribution of low-energy coefficients is emphasized in calculation of the noise-floor energy; encoding peak regions including and surrounding the located peaks, wherein the spectral peaks are quantized together with neighboring MDCT bins; encoding, using a number of reserved bits, a first low-frequency, LF, set of coefficients outside the peak regions and below a crossover frequency that depends on the number of bits used to encode the peak regions, wherein encoding comprises encoding one or more further low-frequency set of coefficients outside the peak regions if there are non-reserved bits available after encoding the peak regions; encoding, using a number of reserved bits, a noise-floor gain of at least one high-frequency set of not yet encoded coefficients outside the peak regions. locating spectral peaks having magnitudes exceeding a predetermined threshold, wherein the spectral peaks are located by comparing coefficients to said threshold to form a vector of peak candidates, and extracting elements from the peak candidates vector in decreasing order, wherein said threshold is calculated as θ = E ̅ p E ̅ nf γ E ̅ nf, where E p is an average peak energy, E nf is an average noise-floor energy and γ has a fixed predetermined value, and wherein a peak energy is calculated as E p ( k)= βE p ( k)+(1- β)| Y ( k)| and a noise-floor energy is calculated as E nf ( k)= αE nf ( k)+(1- α)| Y ( k)|, wherein contribution of high-energy coefficients is emphasized in calculation of the peak energy and contribution of low-energy coefficients is emphasized in calculation of the noise-floor energy; encoding peak regions including and surrounding the located peaks, wherein the spectral peaks are quantized together with neighboring MDCT bins; encoding, using a number of reserved bits, a first low-frequency, LF, set of coefficients outside the peak regions and below a crossover frequency that depends on the number of bits used to encode the peak regions, wherein encoding comprises encoding one or more further low-frequency set of coefficients outside the peak regions if there are non-reserved bits available after encoding the peak regions; encoding, using a number of reserved bits, a noise-floor gain of at least one high-frequency set of not yet encoded coefficients outside the peak regions.
Eccentric bearing assembly mounted on a telescopic extensible container carrier vehicle to adjust the dimensional defects resulting from the deterioration of the parallelism between a front extendable platform assembly mounted on the telescopic extensible container carrier vehicle and which provides independent movement capability up and down to the right and left sides of the front extendable platform assembly which is located on the telescopic extensible container carrier vehicle, comprising: • a bearing plate which holds all the elements of the eccentric bearing assembly together, • a camshaft providing up-down movement to the front extendable platform assembly by providing eccentric movement to a bearing in return for the torque; • a bearing bush for positioning the camshaft on the bearing plate, • a connector to ensure that the bearing is brought to the desired position on the camshaft and that the position is maintained, • an outer bearing channel formed in the front extendable platform assembly for the purpose of ensuring that the bearing, which provides the parallelism between the front extendable platform assembly and the telescopic extensible container carrier vehicle, is supported in bearings, • an inner bearing channel formed in the front extendable platform assembly for the purpose of ensuring that the bearing provides the front extendable platform assembly with up-down movement, • a connecting plate, which is positioned on a medium-extensible platform assembly, to connect the eccentric bearing assembly to the telescopic extensible container carrier vehicle. • a bearing plate which holds all the elements of the eccentric bearing assembly together, • a camshaft providing up-down movement to the front extendable platform assembly by providing eccentric movement to a bearing in return for the torque; • a bearing bush for positioning the camshaft on the bearing plate, • a connector to ensure that the bearing is brought to the desired position on the camshaft and that the position is maintained, • an outer bearing channel formed in the front extendable platform assembly for the purpose of ensuring that the bearing, which provides the parallelism between the front extendable platform assembly and the telescopic extensible container carrier vehicle, is supported in bearings, • an inner bearing channel formed in the front extendable platform assembly for the purpose of ensuring that the bearing provides the front extendable platform assembly with up-down movement, • a connecting plate, which is positioned on a medium-extensible platform assembly, to connect the eccentric bearing assembly to the telescopic extensible container carrier vehicle.
An audio module, comprising: at least three acoustic drivers (18-1 - 18-7), arranged substantially in a line, and separated by non-uniform distances; a first interference directional array, comprising a first subset (18-1 - 18-5) of the at least three acoustic drivers, for directionally radiating one of a left channel audio signal and a right channel audio signal; and signal processing circuitry to process audio signals to the first subset of acoustic drivers so that radiation from each of the acoustic drivers interferes destructively so that radiation in a direction toward an expected listening location is less than radiation in other directions; and a second interference directional array, comprising a second subset (18-3 - 18-7) of the at least three acoustic drivers, for directionally radiating the other of a left channel audio and a right channel audio signal; and signal processing circuitry to process audio signals to the second subset of acoustic drivers so that radiation from each of the acoustic drivers interferes destructively so that radiation in a direction toward an expected listening location is less than radiation in other directions; the first subset and the second subset comprising at least one common acoustic driver (18-3 - 18-5). at least three acoustic drivers (18-1 - 18-7), arranged substantially in a line, and separated by non-uniform distances; a first interference directional array, comprising a first subset (18-1 - 18-5) of the at least three acoustic drivers, for directionally radiating one of a left channel audio signal and a right channel audio signal; and signal processing circuitry to process audio signals to the first subset of acoustic drivers so that radiation from each of the acoustic drivers interferes destructively so that radiation in a direction toward an expected listening location is less than radiation in other directions; and a second interference directional array, comprising a second subset (18-3 - 18-7) of the at least three acoustic drivers, for directionally radiating the other of a left channel audio and a right channel audio signal; and signal processing circuitry to process audio signals to the second subset of acoustic drivers so that radiation from each of the acoustic drivers interferes destructively so that radiation in a direction toward an expected listening location is less than radiation in other directions; the first subset and the second subset comprising at least one common acoustic driver (18-3 - 18-5).
Load carrier for a motor vehicle, in particular a car, with a base support provided for carrying a load and which, in use of the load carrier, extends rearwards beyond a rear section of the motor vehicle, wherein on the base support at least two load carrying parts with a direction of longitudinal extent, in particular in the form of elongated cycle carrying parts for the stowing of a cycle, form a load carrying part pair, wherein each of the load carrying parts has a carrying section and a bearing section, wherein the load carrying parts are mounted with their bearing sections on the base support in a lateral space, pivotable towards one another by means of swivel bearings between an inoperative position in which the load carrying parts are swung into a storage space available in the lateral space, and a position of use in which the load carrying parts are swung out of the storage space to increase the loading area, wherein the load carrier has a locking device for locking at least one load carrying part to the base support in the position of use and/or the inoperative position, characterised in that the locking device includes a latching part mounted pivotably around a swivel axis on one of the load carrying parts, and having an actuating arm and a locking arm with a locking projection which, in its locking position, engages in a locking recess on the base support.
A filter assembly for a beeswax separation screw configured to separate honey from beeswax, wherein the filter assembly comprises a plurality of filter components (2, 3, 4) consisting of cylindrical filter pipes having flanges at both ends; wherein the cylindrical filter pipes comprise filtering holes configured for squeezing, in use, the filtered honey out; wherein the plurality of filter components (2, 3, 4) are attached to each other by bolts with the flanges of opposite filter components (2, 3, 4) placed against each other; wherein a first filter component is open at its top; and wherein the flanges of one end of the first filter component are removably attachable with bolts to a body of the beeswax separation screw. wherein the filter assembly comprises a plurality of filter components (2, 3, 4) consisting of cylindrical filter pipes having flanges at both ends; wherein the cylindrical filter pipes comprise filtering holes configured for squeezing, in use, the filtered honey out; wherein the plurality of filter components (2, 3, 4) are attached to each other by bolts with the flanges of opposite filter components (2, 3, 4) placed against each other; wherein a first filter component is open at its top; and wherein the flanges of one end of the first filter component are removably attachable with bolts to a body of the beeswax separation screw.
Packaging device for a product to be dispensed, comprising: - a bottle suitable for containing the product to be dispensed and having a neck (14; 23) delimiting an opening, - a dispensing device comprising a body arranged in the neck (14; 23) and suitable for dispensing said product, - a cover (10; 101-105) masking the body of the dispensing device, wherein said cover (10; 101-105) is located in the neck (14; 23) of said bottle, said device being characterized in that said neck is attached to the bottle. - a bottle suitable for containing the product to be dispensed and having a neck (14; 23) delimiting an opening, - a dispensing device comprising a body arranged in the neck (14; 23) and suitable for dispensing said product, - a cover (10; 101-105) masking the body of the dispensing device,
A food filling deposition system comprising: • a deposition nozzle provided with a piston connected to a valve shaft and operated in a vertical direction for opening and closing a fluid channel in order to perform a deposition; a solenoid valve powered to move the valve shaft vertically for controlling the amount to be deposited by adjusting the powering duration and the valve duration; a fitting block connecting the solenoid valve to a nozzle body; and a nozzle chamber arranged in the nozzle body for allowing a food fluid to be deposited to pass through a distribution manifold; and • a manifold provided with nozzle ports arranged on the distribution manifold and the deposition nozzle for allowing food fluid to be deposited to flow from the distribution manifold to each nozzle; pressure holes arranged on a pipe for allowing the fluid to flow into the distribution manifold and providing pressure; a wall through which a refrigerant flows in situations where it is desired to maintain the temperature of the fluid; a grip for demounting the deposition nozzles; and a distribution manifold to provide heat exchange for the deposition nozzles for the fluids requiring temperature control, characterized in that the food filling deposition system comprises a leaktight connection to the valve shaft for sealing of the upper part of the deposition nozzle by means of a rubber gasket suitable for food, a washer and a nut. • a deposition nozzle provided with a piston connected to a valve shaft and operated in a vertical direction for opening and closing a fluid channel in order to perform a deposition; a solenoid valve powered to move the valve shaft vertically for controlling the amount to be deposited by adjusting the powering duration and the valve duration; a fitting block connecting the solenoid valve to a nozzle body; and a nozzle chamber arranged in the nozzle body for allowing a food fluid to be deposited to pass through a distribution manifold; and • a manifold provided with nozzle ports arranged on the distribution manifold and the deposition nozzle for allowing food fluid to be deposited to flow from the distribution manifold to each nozzle; pressure holes arranged on a pipe for allowing the fluid to flow into the distribution manifold and providing pressure; a wall through which a refrigerant flows in situations where it is desired to maintain the temperature of the fluid; a grip for demounting the deposition nozzles; and a distribution manifold to provide heat exchange for the deposition nozzles for the fluids requiring temperature control,
A wireless transmit/receive unit, WTRU, comprising: an antenna; and a processor configured to monitor a plurality of downlink component carriers for control information, wherein the processor is further configured to: implement discontinuous reception, DRX, for the plurality of downlink component carriers, aggregate feedback for the plurality of downlink component carriers, and transmit the aggregated feedback on a component carrier, wherein a single DRX inactivity timer is used for all of the plurality of downlink component carriers. an antenna; and a processor configured to monitor a plurality of downlink component carriers for control information, wherein the processor is further configured to: implement discontinuous reception, DRX, for the plurality of downlink component carriers, aggregate feedback for the plurality of downlink component carriers, and transmit the aggregated feedback on a component carrier, wherein a single DRX inactivity timer is used for all of the plurality of downlink component carriers.
An apparatus for use downhole, comprising: a stator (111, 300) including a stator lobe (115, 310a-310f) having a contour (113, 350) along an inner surface of the stator (111, 300); and a rotor (120, 200) in the stator (111, 300), the rotor (120, 200) including a rotor lobe (122, 210a-210e) having a contour (250, 250e) on an outer surface of the rotor (120, 200), wherein the contour (250, 250e) of the rotor lobe (122, 210a-210e) is asymmetric and the rotor lobe (122, 210a-210e) includes a first side and a second side and wherein the geometry of the first side is configured to provide a loading surface and the geometry of the second side is configured to provide a sealing surface. a stator (111, 300) including a stator lobe (115, 310a-310f) having a contour (113, 350) along an inner surface of the stator (111, 300); and a rotor (120, 200) in the stator (111, 300), the rotor (120, 200) including a rotor lobe (122, 210a-210e) having a contour (250, 250e) on an outer surface of the rotor (120, 200), wherein the contour (250, 250e) of the rotor lobe (122, 210a-210e) is asymmetric and the rotor lobe (122, 210a-210e) includes a first side and a second side and wherein the geometry of the first side is configured to provide a loading surface and the geometry of the second side is configured to provide a sealing surface.