mhurhangee/ep-ind-claims huggingface dataset:
A hearing aid comprising: a secondary battery having a nominal voltage higher than a nominal voltage of 1.4 V of an air battery; driving components (51, 52, 53) driven by power at different voltages supplied from the secondary battery; and a transformation unit configured to output charging power of the secondary battery at a voltage suitable for driving each of the driving components (51, 52, 53); wherein, at least one of the driving components (51, 52, 53) is a dedicated member driven at the nominal voltage of the secondary battery and, to the dedicated member, the power is directly supplied from the secondary battery, and wherein the hearing aid further includes: a first processing circuit including a charging unit connected to the secondary battery; and a second processing circuit including a transformation unit, a detection unit configured to detect that the first processing circuit is in an operating state, and a switching controller configured to switch the transformation unit from the operating state to a stopped state only when the detection unit detects that the first processing circuit is in the operating state, wherein the transformation unit is a switching regulator. a secondary battery having a nominal voltage higher than a nominal voltage of 1.4 V of an air battery; driving components (51, 52, 53) driven by power at different voltages supplied from the secondary battery; and a transformation unit configured to output charging power of the secondary battery at a voltage suitable for driving each of the driving components (51, 52, 53); wherein, at least one of the driving components (51, 52, 53) is a dedicated member driven at the nominal voltage of the secondary battery and, to the dedicated member, the power is directly supplied from the secondary battery, and wherein the hearing aid further includes: a first processing circuit including a charging unit connected to the secondary battery; and a second processing circuit including a transformation unit, a detection unit configured to detect that the first processing circuit is in an operating state, and a switching controller configured to switch the transformation unit from the operating state to a stopped state only when the detection unit detects that the first processing circuit is in the operating state, wherein the transformation unit is a switching regulator.
A method of discriminating a sound-generating target at a water surface from a sound-generating target below the water surface, comprising the step of: identifying an arrival angle of sound generated by a sound-generating target and received by a sound receiver at a known depth in the water; said method being characterized by further comprising the steps of: generating a probability density function about the measured arrival angle having a corresponding plurality sound arrival angles; mapping the probability density function about the measured arrival angle to a probability density function of vertex depths, vertex depth being a shallowest depth along a direct sound path from the sound-generating target to the sound receiver; and calculating a probability that the depth of the sound-generating target is greater than a threshold depth by integrating the probability density function of vertex depths. identifying an arrival angle of sound generated by a sound-generating target and received by a sound receiver at a known depth in the water; said method being characterized by further comprising the steps of: generating a probability density function about the measured arrival angle having a corresponding plurality sound arrival angles; mapping the probability density function about the measured arrival angle to a probability density function of vertex depths, vertex depth being a shallowest depth along a direct sound path from the sound-generating target to the sound receiver; and calculating a probability that the depth of the sound-generating target is greater than a threshold depth by integrating the probability density function of vertex depths. generating a probability density function about the measured arrival angle having a corresponding plurality sound arrival angles; mapping the probability density function about the measured arrival angle to a probability density function of vertex depths, vertex depth being a shallowest depth along a direct sound path from the sound-generating target to the sound receiver; and calculating a probability that the depth of the sound-generating target is greater than a threshold depth by integrating the probability density function of vertex depths.
A method for producing 2,3-butanediol, said method comprising the steps of: subjecting a 2,3-butanediol culture liquid produced by microbial fermentation to nanofiltration membrane treatment and ion-exchange treatment (Step A), and then adding an alkaline substance and performing distillation (Step B).
Winding apparatus for producing an electrical coil by winding a coil wire onto a coil former, wherein the winding apparatus comprises: - at least one rotatably mounted coil former holder, which is provided with a drive, for holding a coil former, - at least one wire guide tube which is associated with one coil former holder in each case and through which a coil wire is guidable to the respective coil former onto which it is to be wound, wherein the wire guide tube is guidable at least in a traversing manner parallel to a rotation axis of the coil former holder, characterized in that at least one force measuring apparatus for measuring a force acting on the wire guide tube is provided in at least one direction (x, y) which is radial to a longitudinal axis of the wire guide tube. - at least one rotatably mounted coil former holder, which is provided with a drive, for holding a coil former, - at least one wire guide tube which is associated with one coil former holder in each case and through which a coil wire is guidable to the respective coil former onto which it is to be wound, wherein the wire guide tube is guidable at least in a traversing manner parallel to a rotation axis of the coil former holder,
A method in a first target core network, CN, node for handling handover of a wireless device from a source CN node to another CN node, the method comprising: receiving (302, 402, 502, 602, 701) a request message from the source CN node, wherein the request message is a request to hand over the wireless device; determining (303, 403, 503, 603, 702) that the first target CN node is unsuitable for handover of the wireless device; determining (304, 404, 504, 604, 703) if there is at least one candidate second target CN node suitable for handover of the wireless device; and determining (305, 405, 505, 605, 704) whether the request message should be forwarded to the at least one candidate second target CN node or whether the source CN node should be informed regarding if there is at least one candidate second target CN node that is suitable. receiving (302, 402, 502, 602, 701) a request message from the source CN node, wherein the request message is a request to hand over the wireless device; determining (303, 403, 503, 603, 702) that the first target CN node is unsuitable for handover of the wireless device; determining (304, 404, 504, 604, 703) if there is at least one candidate second target CN node suitable for handover of the wireless device; and determining (305, 405, 505, 605, 704) whether the request message should be forwarded to the at least one candidate second target CN node or whether the source CN node should be informed regarding if there is at least one candidate second target CN node that is suitable.
A composition comprising probiotic bacterial strain belonging to the species Lactobacillus reuteri, as a vitamin B12 producer, identified as Lactobacillus reuteri DSM 23878 - and at least one strain selected from the group consisting of: - Lactobacillus reuteri ATCC 55730, - Lactobacillus reuteri DSM 17938, and - Lactobacillus reuteri DSM 16143; more preferably comprising the strain Lactobacillus reuteri DSM 23878 and at least one strain selected from the group consisting of: - Lactobacillus reuteri ATCC 55730, - Lactobacillus reuteri DSM 17938. - Lactobacillus reuteri ATCC 55730, - Lactobacillus reuteri DSM 17938, and - Lactobacillus reuteri DSM 16143; - Lactobacillus reuteri ATCC 55730, - Lactobacillus reuteri DSM 17938.
A medical device comprising: a handpiece; a lever attached to the handpiece, the lever having a grip surface; and a pressure sensor associated with the grip surface, and wherein the medical device is further configured, such that when a user of the medical device applies a grip pressure to the lever, the lever moves to provide an input to a first function of the medical device, and concurrently the pressure sensor produces a pressure signal that is read by a control unit to control a second function, wherein the first function is in particular a mechanical function, characterised in that said pressure sensor is enclosed within the grip surface. a handpiece; a lever attached to the handpiece, the lever having a grip surface; and a pressure sensor associated with the grip surface, and wherein the medical device is further configured, such that when a user of the medical device applies a grip pressure to the lever, the lever moves to provide an input to a first function of the medical device, and concurrently the pressure sensor produces a pressure signal that is read by a control unit to control a second function, wherein the first function is in particular a mechanical function, characterised in that said pressure sensor is enclosed within the grip surface.
A method of manufacturing brushes by means of a device, characterized by the following steps: sequentially removing tufts of bristles from a supply of bristles in which the bristles are accommodated in a parallel packed relationship, transporting, by means of a transport means, the removed tuft of bristles to a base part which forms part of the finished brush and has openings for receiving individual tufts of bristles, sequentially pushing the tuft of bristles into the associated opening from the rear side of the base part, a guide-free gap being provided between the transport means and the opening, the tufts of bristles being pushed through the gap into the opening, and anchor-free fastening of the tufts of bristles to the base part. sequentially removing tufts of bristles from a supply of bristles in which the bristles are accommodated in a parallel packed relationship, transporting, by means of a transport means, the removed tuft of bristles to a base part which forms part of the finished brush and has openings for receiving individual tufts of bristles, sequentially pushing the tuft of bristles into the associated opening from the rear side of the base part, a guide-free gap being provided between the transport means and the opening, the tufts of bristles being pushed through the gap into the opening, and anchor-free fastening of the tufts of bristles to the base part.
A fluid ejection assembly comprising: a substrate including substrate ribs that define ink feed slots extending from a top side to a bottom side of the substrate; a substrate carrier including carrier ribs that define fluid passageways to provide ink to the ink feed slots; and concavely tapered adhesive bonds, each to adhere a substrate rib surface to a carrier rib surface without protruding into the ink feed slots or the fluid passageways, wherein for each adhesive bond a carrier adhesive footprint is provided, the carrier adhesive footprint defining a contact point of the adhesive bond at the carrier rib surface, characterised in that a width, W3, of the carrier adhesive footprint is less than a width, W4, of the carrier rib surface. a substrate including substrate ribs that define ink feed slots extending from a top side to a bottom side of the substrate; a substrate carrier including carrier ribs that define fluid passageways to provide ink to the ink feed slots; and concavely tapered adhesive bonds, each to adhere a substrate rib surface to a carrier rib surface without protruding into the ink feed slots or the fluid passageways, wherein for each adhesive bond a carrier adhesive footprint is provided, the carrier adhesive footprint defining a contact point of the adhesive bond at the carrier rib surface, characterised in that a width, W3, of the carrier adhesive footprint is less than a width, W4, of the carrier rib surface.
Compressed air device for an air suspension of a motor vehicle, preferably for an air suspension of a bus, comprising - a compressed air generating device, preferably a piston compressor, - a first reservoir for storing compressed air, - at least one air suspension bellow, preferably for levelling the motor vehicle, which is supplied with compressed air from the first reservoir and/or from the compressed air generation device, - a second reservoir for storing compressed air, - at least one compressed air-actuated consumer; and - an electro-pneumatic control device, which is connected via pneumatic supply lines to the first and second reservoirs (2, 4), the at least one air suspension bellow, and the at least one compressed air-actuated consumer, and is configured to distribute compressed air between these components by electrically controllable pneumatic valves, wherein the compressed air device is configured to supply at least a portion of waste air produced when the at least one air suspension bellow is emptied to the second reservoir for filling the latter; and wherein the compressed air device is configured to supply compressed air from the second reservoir - which was preferably previously used for filling the air suspension bellow - to the at least one compressed air-actuated consumer. - a compressed air generating device, preferably a piston compressor, - a first reservoir for storing compressed air, - at least one air suspension bellow, preferably for levelling the motor vehicle, which is supplied with compressed air from the first reservoir and/or from the compressed air generation device, - a second reservoir for storing compressed air, - at least one compressed air-actuated consumer; and - an electro-pneumatic control device, which is connected via pneumatic supply lines to the first and second reservoirs (2, 4), the at least one air suspension bellow, and the at least one compressed air-actuated consumer, and is configured to distribute compressed air between these components by electrically controllable pneumatic valves, wherein the compressed air device is configured to supply at least a portion of waste air produced when the at least one air suspension bellow is emptied to the second reservoir for filling the latter; and wherein the compressed air device is configured to supply compressed air from the second reservoir - which was preferably previously used for filling the air suspension bellow - to the at least one compressed air-actuated consumer. wherein the compressed air device is configured to supply at least a portion of waste air produced when the at least one air suspension bellow is emptied to the second reservoir for filling the latter; and wherein the compressed air device is configured to supply compressed air from the second reservoir - which was preferably previously used for filling the air suspension bellow - to the at least one compressed air-actuated consumer.
A coupling device to releasably secure portions of the passenger seat to a a seat frame for mounting to a lower surface of a seat pan of a passenger seat comprising (a) a ramp adapted to be mounted on a lower surface of the seat pan wherein the ramp comprises at least one open end for receiving a projection so that the projection is releasably and slidingly engagable with the ramp; characterised in that the coupling device further comprises: (b) a latch pivotally coupled to the at least one open end of the ramp, wherein the latch comprises: (i) a flap configured to substantially cover the at least one open end of the ramp when the latch is in a closed position; (ii) a handle for toggling the latch between the closed position and an open position and adapted to extend at least partially through an aperture within the seat pan and adapted to be positioned proximate an edge of the aperture when the latch is in the closed position; and (c) a spring configured to position the latch in the closed position until a force is applied to the handle to rotate the latch to an open position. (a) a ramp adapted to be mounted on a lower surface of the seat pan wherein the ramp comprises at least one open end for receiving a projection so that the projection is releasably and slidingly engagable with the ramp; (b) a latch pivotally coupled to the at least one open end of the ramp, wherein the latch comprises: (i) a flap configured to substantially cover the at least one open end of the ramp when the latch is in a closed position; (ii) a handle for toggling the latch between the closed position and an open position and adapted to extend at least partially through an aperture within the seat pan and adapted to be positioned proximate an edge of the aperture when the latch is in the closed position; and (i) a flap configured to substantially cover the at least one open end of the ramp when the latch is in a closed position; (ii) a handle for toggling the latch between the closed position and an open position and adapted to extend at least partially through an aperture within the seat pan and adapted to be positioned proximate an edge of the aperture when the latch is in the closed position; and (c) a spring configured to position the latch in the closed position until a force is applied to the handle to rotate the latch to an open position.
A method for wireless communication by a user equipment, UE, comprising: identifying a first indication associated with a first signaling to be received in a time interval; identifying a second indication associated with a second signaling to be received in the time interval and receiving the second indication; selecting to receive, in the time interval, at least one of the first signaling or the second signaling based on at least one of the first or second indications, wherein the selecting to receive the first signaling or the second signaling is based, at least in part, on a time difference between receiving the second indication and the time interval; and receiving the selected at least one signaling in the time interval. identifying a first indication associated with a first signaling to be received in a time interval; identifying a second indication associated with a second signaling to be received in the time interval and receiving the second indication; selecting to receive, in the time interval, at least one of the first signaling or the second signaling based on at least one of the first or second indications, wherein the selecting to receive the first signaling or the second signaling is based, at least in part, on a time difference between receiving the second indication and the time interval; and receiving the selected at least one signaling in the time interval.
Pressure container having - a container body (1.1), wherein an end region having an opening is formed in one piece with the container body (1.1) at an upper end (1.4) of the container body (1.1), and - a valve, which is arranged in the end region, characterized in that - at least two outflow openings, which are arranged in particular situated opposite one another, are formed in the wall (2.1) that surrounds the opening of the end region below the opening, - in an outflow position of the valve, the outflow openings are connected fluidically to a container interior space of the container body via the valve and the opening of the end region is closed off in a media-tight manner, and - in a filling position of the valve, the opening of the end region is connected fluidically to the container interior space of the container body (1.1) via the valve. - a container body (1.1), wherein an end region having an opening is formed in one piece with the container body (1.1) at an upper end (1.4) of the container body (1.1), and - a valve, which is arranged in the end region, - at least two outflow openings, which are arranged in particular situated opposite one another, are formed in the wall (2.1) that surrounds the opening of the end region below the opening, - in an outflow position of the valve, the outflow openings are connected fluidically to a container interior space of the container body via the valve and the opening of the end region is closed off in a media-tight manner, and - in a filling position of the valve, the opening of the end region is connected fluidically to the container interior space of the container body (1.1) via the valve.
A sleep posture alerting apparatus, including - an electronic control unit, - a body posture detecting sensor operatively connected to the control unit for detecting a posture of a person's body, and - an alarming device operatively connected to the control unit, wherein the sleep posture alerting apparatus has a normal operational mode for alerting during a sleep of the person, in which normal operational mode - when the posture of the body detected by the body posture detecting sensor exits a predefined posture range - the control unit is programmed to send an alarm signal to the alarming device, and the alarming device is configured to generate an alarm based on the signal received from the control unit, to alert said person, characterised in that the control unit is programmed to send during the normal operational mode and for a learning period for users in learning to sleep in new positions an alarm signal to the alarming device only in a part of the occasions where a sleep posture out of the predetermined body posture range is detected. - an electronic control unit, - a body posture detecting sensor operatively connected to the control unit for detecting a posture of a person's body, and - an alarming device operatively connected to the control unit, wherein the sleep posture alerting apparatus has a normal operational mode for alerting during a sleep of the person, in which normal operational mode - when the posture of the body detected by the body posture detecting sensor exits a predefined posture range - the control unit is programmed to send an alarm signal to the alarming device, and the alarming device is configured to generate an alarm based on the signal received from the control unit, to alert said person, characterised in that the control unit is programmed to send during the normal operational mode and for a learning period for users in learning to sleep in new positions an alarm signal to the alarming device only in a part of the occasions where a sleep posture out of the predetermined body posture range is detected.
A process for preparation of pure meropenem trihydrate wherein the process comprises: a) heating crude meropenem to a temperature of about 40°C to about 75°C in water to obtain a solution; b) cooling the solution obtained in step a) to a temperature of about 30°C or below; c) treating the solution or partial solution obtained in step b) with a water-miscible organic solvent wherein the water-miscible organic solvent is acetone, acetonitrile, tetrahydrofuran, C 1-3 alkanol, or mixture(s) thereof; and d) isolating pure meropenem trihydrate from the mixture thereof, wherein steps a) and b) are carried out in a continuous mode reactor with a residence time of about 5 minutes or less. a) heating crude meropenem to a temperature of about 40°C to about 75°C in water to obtain a solution; b) cooling the solution obtained in step a) to a temperature of about 30°C or below; c) treating the solution or partial solution obtained in step b) with a water-miscible organic solvent wherein the water-miscible organic solvent is acetone, acetonitrile, tetrahydrofuran, C 1-3 alkanol, or mixture(s) thereof; and d) isolating pure meropenem trihydrate from the mixture thereof,