mhurhangee/ep-ind-claims huggingface dataset:
A method for suspension culturing a population of small mobile stem cells derived from peripheral blood or umbilical cord blood, the method comprising: culturing an isolated population of SMS cells in a vessel configured to promote the growth of SMS cells in a suspension, wherein the vessel is a flask or bioreactor having a circulation of medium, wherein the circulation of medium is generated by stirring, shaking, or swirling, and wherein the vessel is a polypropylene vessel or a pretreated siliconized vessel comprising a growth medium comprising calf serum, thereby maintaining the isolated population of SMS cells in suspension in an undifferentiated state, wherein said undifferentiated SMS cells are about 5.5 μm in diameter, adherent equi-dimensional cells with strict radial symmetry, and exhibit a translucent cytoplasm. about 5.5 μm in diameter, adherent equi-dimensional cells with strict radial symmetry, and exhibit a translucent cytoplasm.
A winch for a sailboat comprising: a support for mounting the winch with respect to a sailboat; a winch drum rotatable with respect to the support; a manual drive socket for receiving a crank handle for manual driving of the winch; a motor for powered driving of the winch, wherein the winch provides at least two manual forward winding gearing ratios selectable according to the direction of rotation of the manual drive socket, and wherein the winch provides motor-operated forward winding and motor-operated reverse winding, characterized in that the winch includes locking means activatable on location of a crank handle in the drive socket so that when the crank handle is located in the drive socket the winch is locked against reverse winding. a support for mounting the winch with respect to a sailboat; a winch drum rotatable with respect to the support; a manual drive socket for receiving a crank handle for manual driving of the winch; a motor for powered driving of the winch, wherein the winch provides at least two manual forward winding gearing ratios selectable according to the direction of rotation of the manual drive socket, and wherein the winch provides motor-operated forward winding and motor-operated reverse winding, characterized in that the winch includes locking means activatable on location of a crank handle in the drive socket so that when the crank handle is located in the drive socket the winch is locked against reverse winding.
A quantum random number generator, QRNG, comprising: a Quanta Image Sensor, QIS, comprising a pixel array, wherein each pixel of the QIS is configured to convert photons emitted from a photon source into photocarriers each having an electric charge, wherein the QIS is configured to readout each pixel to provide a signal representing a number of photocarriers collected within a time interval with single-photocarrier sensitivity, without in-pixel avalanche gain; wherein each pixel has sufficient in-pixel conversion gain to provide for readout of the photocarriers with single-photocarrier sensitivity and resolution; and wherein the QRNG is configured to output random number data having randomness based on the number of collected photocarriers within the time interval being a quantum random variable. a Quanta Image Sensor, QIS, comprising a pixel array, wherein each pixel of the QIS is configured to convert photons emitted from a photon source into photocarriers each having an electric charge, wherein the QIS is configured to readout each pixel to provide a signal representing a number of photocarriers collected within a time interval with single-photocarrier sensitivity, without in-pixel avalanche gain; wherein each pixel has sufficient in-pixel conversion gain to provide for readout of the photocarriers with single-photocarrier sensitivity and resolution; and wherein the QRNG is configured to output random number data having randomness based on the number of collected photocarriers within the time interval being a quantum random variable.
An electronic article surveillance /metal detection device, the device comprising: a receiver, the receiver receiving a signal pattern representing electromagnetic field disturbances over time caused by movement of metal doors in a detection region; a memory, the memory in communication with the receiver, the memory storing a recorded signal pattern of a previously received signal pattern and at least one quality criterion; and a processor, the processor in communication with the memory, the processor: determining pattern characteristics, the pattern characteristics indicating a quality of the received signal pattern; determining whether the at least one quality criterion is met based at least in part on the pattern characteristics; and performing a normal update of the recorded signal pattern based at least in part on determining that the at least one quality criteria is met, characterized in that the processor further determines if a force update of the recorded signal pattern is needed, whereby a force update of the recorded signal pattern occurs before a normal update when at least one system attribute exceeds a flag threshold such that the flag is triggered and said at least one quality criteria is met. a receiver, the receiver receiving a signal pattern representing electromagnetic field disturbances over time caused by movement of metal doors in a detection region; a memory, the memory in communication with the receiver, the memory storing a recorded signal pattern of a previously received signal pattern and at least one quality criterion; and a processor, the processor in communication with the memory, the processor: determining pattern characteristics, the pattern characteristics indicating a quality of the received signal pattern; determining whether the at least one quality criterion is met based at least in part on the pattern characteristics; and performing a normal update of the recorded signal pattern based at least in part on determining that the at least one quality criteria is met, determining pattern characteristics, the pattern characteristics indicating a quality of the received signal pattern; determining whether the at least one quality criterion is met based at least in part on the pattern characteristics; and performing a normal update of the recorded signal pattern based at least in part on determining that the at least one quality criteria is met, characterized in that the processor further determines if a force update of the recorded signal pattern is needed, whereby a force update of the recorded signal pattern occurs before a normal update when at least one system attribute exceeds a flag threshold such that the flag is triggered and said at least one quality criteria is met.
An aqueous dispersion comprising a water-insoluble pesticide and polymer particles, wherein the polymer particles comprise an alkoxylated copolymerizable surfactant in polymerized form; and wherein the polymer particles comprise at least 20 wt% of C 2 -C 12 alkyl (meth)acrylate in polymerized form, based on the total weight of the monomers.
A hinged carrying case for a portable defibrillator having an open position and a closed position comprising: a rigid base having a base interior region bounded by four base side walls and a bottom surface; a rigid lid having a lid interior region bounded by four lid side walls and a top surface; a hinge disposed on one base side wall connecting the base to the lid; a latch assembly disposed on a side of the carrying case opposite the hinge side wall for holding the lid to the base in the closed position; a handle with two ends, the handle disposed on a second side of the carrying case adjacent both of the hinge and the latch assembly; and a plurality of interior compartments disposed in the base interior region and the lid interior region, wherein the portable defibrillator is located in the base interior region, characterized in that the lid, base and hinge are disposed such that the lid and base are substantially co-planar when the carrying case is in the open position, in that the hinge is a double acting hinge comprising an articulated body having two ends which is interposed between the lid and the base, in that the articulated body is connected to the base side wall on each of said articulated body ends by a bottom hinge pin of said and to the lid side wall on each of said articulated body ends by a top hinge pin, and in that the articulated body comprises a convex surface that contacts corresponding concave surfaces of both a base side wall and a lid side wall, wherein the double acting hinge distributes compression forces over the concave surfaces of both the base side wall and lid side wall when the carrying case is open. a rigid base having a base interior region bounded by four base side walls and a bottom surface; a rigid lid having a lid interior region bounded by four lid side walls and a top surface; a hinge disposed on one base side wall connecting the base to the lid; a latch assembly disposed on a side of the carrying case opposite the hinge side wall for holding the lid to the base in the closed position; a handle with two ends, the handle disposed on a second side of the carrying case adjacent both of the hinge and the latch assembly; and a plurality of interior compartments disposed in the base interior region and the lid interior region, wherein the portable defibrillator is located in the base interior region,
A sample measuring system comprising: a first measurement means and a second measurement means for measuring a sample; and a disposal means for commonly storing waste generated from the first measurement means and the second measurement means; wherein the first measurement means includes a first disposal port connected to the disposal means for discharging the waste generated in the first measurement means; and the second measurement means includes a second disposal port connected to the disposal means for discharging the waste generated in the second measurement means, the sample measuring system further comprising a housing provided with the disposal means, wherein the disposal means comprises a waste box configured to be capable of being withdrawn from the housing and has a connection opening for receiving the waste discarded from the second disposal port into the waste box, wherein the disposal means, in a plan view, is arranged at a position closer to the first measurement means than a center of the second measurement means, wherein the first disposal port is arranged at a position closer to the second measurement means than a center of the first measurement means in a plan view; and the second disposal port is arranged at a position closer to the first measurement means than a center of the second measurement means in a plan view, wherein the first measurement means and the second measurement means have different measurement principles or measurement items. a first measurement means and a second measurement means for measuring a sample; and a disposal means for commonly storing waste generated from the first measurement means and the second measurement means; wherein the first measurement means includes a first disposal port connected to the disposal means for discharging the waste generated in the first measurement means; and the second measurement means includes a second disposal port connected to the disposal means for discharging the waste generated in the second measurement means, the sample measuring system further comprising a housing provided with the disposal means, wherein the disposal means comprises a waste box configured to be capable of being withdrawn from the housing and has a connection opening for receiving the waste discarded from the second disposal port into the waste box, wherein the disposal means, in a plan view, is arranged at a position closer to the first measurement means than a center of the second measurement means, wherein the first disposal port is arranged at a position closer to the second measurement means than a center of the first measurement means in a plan view; and the second disposal port is arranged at a position closer to the first measurement means than a center of the second measurement means in a plan view, wherein the first measurement means and the second measurement means have different measurement principles or measurement items.
A method for assembling blade parts of a wind turbine blade, the method comprising the steps of: obtaining information about a connection area of a blade part, selecting, customizing and/or manufacturing an adaptor piece depending on the obtained information about the connection area of the blade part, wherein the adaptor piece serves to connect the blade part with at least another blade part, and connecting the blade part to the adaptor piece, characterized in that the step of obtaining information about the connection area comprises placing tracker markers on the blade part and recording positions of the placed tracker markers. obtaining information about a connection area of a blade part, selecting, customizing and/or manufacturing an adaptor piece depending on the obtained information about the connection area of the blade part, wherein the adaptor piece serves to connect the blade part with at least another blade part, and connecting the blade part to the adaptor piece, characterized in that the step of obtaining information about the connection area comprises placing tracker markers on the blade part and recording positions of the placed tracker markers.
An umbrella having an open, in use, position and a closed, stowed, position, the umbrella comprising: a pole; a hub (20, 26) having a periphery extending around the pole, the hub periphery having formed therein a plurality of hub channels (22, 28) that are spaced at the same angle from one another around the hub periphery; a canopy having a periphery that includes at least some points located at different distances from the pole in the open position; a plurality of ribs (11, 12, 13), each being mounted in a respective hub channel (22, 28) and extending from the hub channels (22, 28) to the periphery of the canopy, said ribs (11, 12, 13) comprising a first group extending from the hub (20, 26) at said angle and a second group being configured to deviate from the angle of the hub channels (22, 28), so that they can extend toward said points on the periphery of the canopy; a plurality of connectors comprising a first portion configured to couple with the plurality of ribs (11, 12, 13), a second portion configured to couple with the hub (20, 26); characterised in that the connectors further comprise a flexible portion disposed between the first and second portions configured to allow the ribs (11, 12, 13) to deviate from the angle of the hub channels (22, 28). a pole; a hub (20, 26) having a periphery extending around the pole, the hub periphery having formed therein a plurality of hub channels (22, 28) that are spaced at the same angle from one another around the hub periphery; a canopy having a periphery that includes at least some points located at different distances from the pole in the open position; a plurality of ribs (11, 12, 13), each being mounted in a respective hub channel (22, 28) and extending from the hub channels (22, 28) to the periphery of the canopy, said ribs (11, 12, 13) comprising a first group extending from the hub (20, 26) at said angle and a second group being configured to deviate from the angle of the hub channels (22, 28), so that they can extend toward said points on the periphery of the canopy; a plurality of connectors comprising a first portion configured to couple with the plurality of ribs (11, 12, 13), a second portion configured to couple with the hub (20, 26); characterised in that the connectors further comprise a flexible portion disposed between the first and second portions configured to allow the ribs (11, 12, 13) to deviate from the angle of the hub channels (22, 28).
Ventilation device for ventilating a patient, comprising at least a fluid supply unit and a fluid discharge unit that are suitable for respectively supplying (ZV, ZP) a fluid into at least one airway, i.e., into a lung part or into the lung, of a patient and for discharging (AV, AP) the fluid from this airway; and further comprising a control device which, at least during a ventilation process for the at least one airway, i.e., during the at least one-time supply of the fluid into the at least one airway and the at least one-time discharge of the fluid from the at least one airway by operating the ventilation device, is configured for setting a profile of a pressure P in the airway, and a profile of a volume V of the fluid supplied to the airway and discharged from the airway according to V = f ZP and V = f AP, or according to P = f ZV and P = f AV, wherein the ventilation process takes place within a pressure interval and within a volume interval; characterized in that the ventilation process is set by the control device in such a way that a) over at least 60% of the pressure interval, a ratio - of an absolute value of a measure of the change in the first volume that is present at a pressure P 0 while supplying the fluid, i.e., df AP /d and - an absolute value of a measure of the change in a second volume that is present at the same pressure P 0 while discharging the fluid, i.e., df ZP /d or b) over at least 60% of the volume interval, a ratio of - an absolute value of a measure of the change in the first pressure that is present at a volume V 0 while supplying the fluid, i.e., df AV /d and - an absolute value of a measure of the change in a second pressure that is present at the same volume V0 while discharging the fluid, i.e., df ZV /d, has a value of at least 0.5 and at most 2.0. a) over at least 60% of the pressure interval, a ratio - of an absolute value of a measure of the change in the first volume that is present at a pressure P 0 while supplying the fluid, i.e., df AP /d and - an absolute value of a measure of the change in a second volume that is present at the same pressure P 0 while discharging the fluid, i.e., df ZP /d or - of an absolute value of a measure of the change in the first volume that is present at a pressure P 0 while supplying the fluid, i.e., df AP /d and - an absolute value of a measure of the change in a second volume that is present at the same pressure P 0 while discharging the fluid, i.e., df ZP /d or b) over at least 60% of the volume interval, a ratio of - an absolute value of a measure of the change in the first pressure that is present at a volume V 0 while supplying the fluid, i.e., df AV /d and - an absolute value of a measure of the change in a second pressure that is present at the same volume V0 while discharging the fluid, i.e., df ZV /d, has a value of at least 0.5 and at most 2.0. - an absolute value of a measure of the change in the first pressure that is present at a volume V 0 while supplying the fluid, i.e., df AV /d and - an absolute value of a measure of the change in a second pressure that is present at the same volume V0 while discharging the fluid, i.e., df ZV /d,
An assembly for a heat engine, in particular for a motor vehicle, comprising a cylinder head, a coolant outlet housing, an engine mount fixed to the cylinder head, a degassing housing and a first degassing branch connection formed in the coolant outlet housing for conveying the liquid which is to be degassed to the housing, said assembly further comprising a second degassing branch connection for conveying the liquid to be degassed from the cylinder head to the housing, this second branch connection opening out in an opening of a cavity of the cylinder head where the coolant circulates, characterized in that the second degassing branch connection is formed through the engine mount and in that this opening has the function, during manufacture of the cylinder head, of permitting the passage of pins for forming oil ducts and also corresponding vents.
Spacer element for sprockets (1125, 1126) of a sprocket assembly of a bicycle rear wheel, comprising a substantially annular body provided with engagement means for engaging with a freewheel body of a hub of a bicycle rear wheel, said engagement means defining an ideal circumference for coupling with said freewheel body, wherein said spacer element comprises at least one first contact point with a sprocket (1125, 1126) of said sprocket assembly arranged at a first radial distance, characterised in that said spacer element comprises at least one second contact point with said sprocket (1125, 1126) arranged at a second radial distance different to said first radial distance, the radial distance between said at least one first contact point and said at least one second contact point being at least equal to 1/3 of the radial extension (h) between said ideal circumference and a radially outer end of said sprocket (1125, 1126).
A packaging system comprising a packaging tray and a packaging element, separate therefrom, for closing the tray, said packaging tray has an outer, folded or shaped cardboard structure of corrugated board with an insert of a single- or multi-layer, thermoformed plastics film, characterized in that the inner surface of each side wall of the cardboard structure is connected with the insert under material bonding by heat sealing or pressing along the entire periphery in each case only at its upper portion, preferably no higher than the upper edge of the side wall, the remaining lower regions of the insert form a substantially identically shaped but loose contact surface with the inner surface of each side wall down to the bottom of the packaging tray, and the cardboard structure has at least in the bottom region at least one gas venting opening, preferably a plurality of gas venting openings arranged at regular intervals.
A disposable brewing device comprising at least one inner compartment, said inner compartment being formed at least partly by a liquid-permeable material and comprising an entrance opening for introducing liquid into said brewing device, aroma material being contained within said at least one inner compartment, at least one outer compartment forming a brewing container, said brewing container being formed by a liquid-impermeable material, said at least one inner compartment being integrated within said outer compartment, said outer compartment further comprising a discharge arrangement including an exit opening through which said liquid exits said brewing device, wherein a liquid-impermeable barrier is arranged between said at least one inner compartment and said exit opening to substantially block said aroma material and liquid in said inner compartment from passing directly from said at least one inner compartment and out through said exit opening, when said liquid is poured out of said exit opening, characterized in that said liquid-impermeable barrier extends continuously between a bottom of said at least one inner compartment and said entrance opening.