mhurhangee/ep-ind-claims huggingface dataset:
An intubation device (10, 50, 70, 100, 130, 400, 700) comprising: a laryngeal mask airway LMA component (12, 54, 74, 104, 134, 704) comprising a mask portion (24,78) having an internal opening, an elongated tube (22, 76) mounted to the mask portion, the elongated tube having an internal passageway in fluid communication with the internal opening of the mask portion; an endotracheal tube ETT component (14, 60, 80, 141, 702) comprising an elongated tube positioned and movable within the elongated tube of the LMA component; wherein the intubation device further comprises: a manipulation rod (28, 62, 82, 110, 410, 715) mounted for translation through a passage in the LMA component and operatively mounted to the movable endotracheal tube ETT component; and an inflation cuff (72, 503, 640, 670, 713) mounted to the elongated tube of the moveable ETT, the inflation cuff in fluid communication with an inflation lumen, characterized in that at least a portion of the inflation lumen passes through the manipulation rod (28, 62, 82, 110, 410, 715). a laryngeal mask airway LMA component (12, 54, 74, 104, 134, 704) comprising a mask portion (24,78) having an internal opening, an elongated tube (22, 76) mounted to the mask portion, the elongated tube having an internal passageway in fluid communication with the internal opening of the mask portion; an endotracheal tube ETT component (14, 60, 80, 141, 702) comprising an elongated tube positioned and movable within the elongated tube of the LMA component; wherein the intubation device further comprises: a manipulation rod (28, 62, 82, 110, 410, 715) mounted for translation through a passage in the LMA component and operatively mounted to the movable endotracheal tube ETT component; and an inflation cuff (72, 503, 640, 670, 713) mounted to the elongated tube of the moveable ETT, the inflation cuff in fluid communication with an inflation lumen, characterized in that at least a portion of the inflation lumen passes through the manipulation rod (28, 62, 82, 110, 410, 715). a manipulation rod (28, 62, 82, 110, 410, 715) mounted for translation through a passage in the LMA component and operatively mounted to the movable endotracheal tube ETT component; and an inflation cuff (72, 503, 640, 670, 713) mounted to the elongated tube of the moveable ETT, the inflation cuff in fluid communication with an inflation lumen, characterized in that at least a portion of the inflation lumen passes through the manipulation rod (28, 62, 82, 110, 410, 715).
A method for producing a nanowire structural element, comprising the steps of: (a) providing a template; (b) irradiating the template with energetic radiation under at least three different angles with respect to the surface of the template, that is from at least three different directions, wherein said three directions do not lie in a common plane, to generate a multitude of latent traces permeating the template; (c) etching the template so as to widen by the etching the radiation-induced latent traces to form a network of intersecting interconnected nanopores; (d) depositing material in said nanopores to form a network of intersecting interconnected nanowires within the nanopore network, so that the produced nanowire network permeates the template, the nanowires having a diameter of less than or equal to 2000 nm; (e) dissolving and removing the template from the resulting nanowire network. (a) providing a template; (b) irradiating the template with energetic radiation under at least three different angles with respect to the surface of the template, that is from at least three different directions, wherein said three directions do not lie in a common plane, to generate a multitude of latent traces permeating the template; (c) etching the template so as to widen by the etching the radiation-induced latent traces to form a network of intersecting interconnected nanopores; (d) depositing material in said nanopores to form a network of intersecting interconnected nanowires within the nanopore network, so that the produced nanowire network permeates the template, the nanowires having a diameter of less than or equal to 2000 nm; (e) dissolving and removing the template from the resulting nanowire network.
A vinyl floor covering comprising a carrier wherein the carrier comprises a nonwoven layer of fibers comprising thermoplastic fibers and high modulus threads extending in the longitudinal direction of the vinyl floor covering, the high modulus threads having a modulus of a least 1 GPa, the high modulus threads being spaced apart from each other, preferably at regular distances, wherein the thermoplastic fibers are thermoplastic filaments having a length of more than 200 mm, and wherein the high modulus threads extending in the longitudinal direction of the vinyl floor covering are comprised in a scrim wherein the weft threads of the scrim are predominantly made of a polymer having a melting temperature equal to or less than the lowest melting temperature of the polymers comprised in the thermoplastic fibers comprised in the nonwoven layer of fibers.
An infant formula comprising: (i) a carbohydrate source, (ii) a protein source, (iii) a fat source, and (iv) magnesium threonate, wherein the magnesium threonate is present in an amount of from about 4 mg/100 kcal to about 45 mg/100 kcal. (i) a carbohydrate source, (ii) a protein source, (iii) a fat source, and (iv) magnesium threonate, wherein the magnesium threonate is present in an amount of from about 4 mg/100 kcal to about 45 mg/100 kcal.
An apparatus for installing pipes (104, 106) in ground, the apparatus being configured to install pipes (104, 106) connected to a drilling tool and drill the drilling tool into the ground together with the pipes (104, 106), the apparatus comprising a feed beam attachable or connectable to a boom of a drilling rig, the feed beam comprising a guide extending in a longitudinal direction, a feeder, the guide being configured to hold and guide the feeder, the feeder being movable in the longitudinal direction in relation to the feed beam, a drilling machine attached to the feeder and movable in relation to the feed beam, the drilling machine being configured to be attached to the drilling tool by one or more drill rods (126, 128) which in a drilling operation extend inside one or a plurality of the pipes (104, 106) in the longitudinal direction, and a first arm attached to the feed beam, the first arm having a gripper for gripping and/or holding the drill rod (126, 128), wherein the first arm is movable in relation to the feed beam between an inactive position and an active position, wherein in the active position of the first arm the gripper of the first arm is configured to grip and/or hold the drill rod (126, 128). a feed beam attachable or connectable to a boom of a drilling rig, the feed beam comprising a guide extending in a longitudinal direction, a feeder, the guide being configured to hold and guide the feeder, the feeder being movable in the longitudinal direction in relation to the feed beam, a drilling machine attached to the feeder and movable in relation to the feed beam, the drilling machine being configured to be attached to the drilling tool by one or more drill rods (126, 128) which in a drilling operation extend inside one or a plurality of the pipes (104, 106) in the longitudinal direction, and a first arm attached to the feed beam, the first arm having a gripper for gripping and/or holding the drill rod (126, 128), wherein the first arm is movable in relation to the feed beam between an inactive position and an active position, wherein in the active position of the first arm the gripper of the first arm is configured to grip and/or hold the drill rod (126, 128).
A method for recording microscopic images with high optical resolution of particles or organisms suspended in a liquid, characterized in that the suspension is introduced in a flow cuvette, after said introducing of the suspension, the particles contained first sink onto the ground of the flow cuvette or into a region above the ground, after a sedimentation period has been observed; whereby only part of the flow cuvette contains the particles or organisms to be examined, so that this region can be imaged with a high optical resolution and covered by the optical sensor, and the image of the suspension is recorded by an optical sensor, wherein said optical sensor moves along said flow cuvette while the contents of the flow cuvette are imaged completely or in part.
Braking method for a passenger transportation system, which is embodied as an elevator, escalator, or moving walk, wherein, upon the occurrence of a technical problem in the passenger transportation system, by means of an activation signal, a service brake of the passenger transportation system is activated and an emergency stop is initiated, wherein, in addition to activation of the service brake, the activation signal is fed directly to a brake control of the passenger transportation system, and in that, as a result of the transmitted activation signal, by means of the brake control, a drive machine of the passenger transportation system is switched into a motor-brake operating mode, characterized in that, the drive machine is only switched by the brake control into a braking-torque-free state when a braking effect of the service brake on moving components (4, 5, 6, 7, 10, 22) of the passenger transportation system has been detected and transmitted to the brake control.
A method performed by a processor, the method comprising: selecting a first channel identifier, ID, to identify a single bidirectional logical channel corresponding to a bidirectional sidelink radio bearer, SLRB; initiating a setup procedure to establish the bidirectional SLRB between a device and a peer device, using the first channel ID; the method is characterised by starting a timer in response to failing to establish the bidirectional SLRB with the peer device; and re-initiating the setup procedure upon expiration of the timer to establish the bidirectional SLRB between the device and the peer device. selecting a first channel identifier, ID, to identify a single bidirectional logical channel corresponding to a bidirectional sidelink radio bearer, SLRB; initiating a setup procedure to establish the bidirectional SLRB between a device and a peer device, using the first channel ID; the method is characterised by starting a timer in response to failing to establish the bidirectional SLRB with the peer device; and re-initiating the setup procedure upon expiration of the timer to establish the bidirectional SLRB between the device and the peer device.
A metering unit having at least one outlet for dispensing an aerosol with a defined concentration, having at least one inlet for a carrier gas, at least one inlet for a liquid, preferably for a hydrogen peroxide solution, and a buffer container for the liquid, characterised in that the metering unit includes at least one liquid flow controller on the outflow side and, in the metering unit, all the liquid-carrying connections from the inlet for liquid to the outlet for dispensing the aerosol being implemented in a piping-free manner.
A guiding device of a hauling rope for tools in a borehole that inserts/withdraws a hauling rope, which is equipped with a sonde for observing and measuring the subsurface geological information at the end and wound around a winch, into/out of a borehole where a borehole casing is disposed, the guiding device comprising: a hauling rope guide body that has a pair of rollers (11, 11') where the hauling rope is to be placed, and a moving member having fixing portions (14, 14') fixing the pair of rollers (11, 11') at both ends; and a cradle that is to be attached to the borehole casing and includes a fixing member attached to the lower side of the moving member and a fastening unit attached to the lower side of the fixing member, characterized in that the fastening unit includes a pressing member that moves forward/backward by being turned and a fastening plate that the end of the pressing member contacts with when moving forward. a hauling rope guide body that has a pair of rollers (11, 11') where the hauling rope is to be placed, and a moving member having fixing portions (14, 14') fixing the pair of rollers (11, 11') at both ends; and a cradle that is to be attached to the borehole casing and includes a fixing member attached to the lower side of the moving member and a fastening unit attached to the lower side of the fixing member, characterized in that the fastening unit includes a pressing member that moves forward/backward by being turned and a fastening plate that the end of the pressing member contacts with when moving forward.
A program generation apparatus that generates a program by using genetic programming, the program generation apparatus comprising: a storage unit (la) for storing learning data including an input image and a first target image, the first target image indicating an image that is output halfway through a process of converting the input image into a second target image; and a processing unit for selecting a first program from among a plurality of image processing programs each generated by combining a plurality of partial programs, generating a second program by changing a part of the partial programs included in the first program, performing image processing on the input image using the second program, determining whether to pass the second program to a next generation, based on a comparison between one or more intermediate output images and the first target image and a comparison between a final output image and the second target image, the one or more intermediate output images being output halfway through the image processing and the final output image being output as a result of the image processing, and replacing one of the plurality of image processing programs with the second program when the second program is determined to be passed to the next generation. a storage unit (la) for storing learning data including an input image and a first target image, the first target image indicating an image that is output halfway through a process of converting the input image into a second target image; and a processing unit for selecting a first program from among a plurality of image processing programs each generated by combining a plurality of partial programs, generating a second program by changing a part of the partial programs included in the first program, performing image processing on the input image using the second program, determining whether to pass the second program to a next generation, based on a comparison between one or more intermediate output images and the first target image and a comparison between a final output image and the second target image, the one or more intermediate output images being output halfway through the image processing and the final output image being output as a result of the image processing, and replacing one of the plurality of image processing programs with the second program when the second program is determined to be passed to the next generation.
A tank system for a motor vehicle with an internal combustion engine, in particular for a utility vehicle with a diesel engine, with a) a fuel tank for receiving a fuel, in particular a diesel fuel, for the operation of the internal combustion engine, and b) a suction jet pump for conveying the fuel from the fuel tank, with b1) a pump inlet for the intake of the fuel from the fuel tank, b2) a pump outlet for the discharge of the conveyed fuel, and b3) a propellant inlet for feeding in a propellant, c) the fuel tank being an additional tank, and the suction jet pump conveying the fuel from the additional tank into a main tank, from which the internal combustion engine is supplied with the fuel, characterized d) in that the pump inlet, the pump outlet and the propellant inlet are configured in each case as plug-in connectors, e) in that the propellant inlet and the pump outlet are arranged next to one another in a common connector plane, and point with their free ends in the same direction, and f) in that the pump inlet is oriented at a right angle with respect to the connector plane of the propellant inlet and the pump outlet. a) a fuel tank for receiving a fuel, in particular a diesel fuel, for the operation of the internal combustion engine, and b) a suction jet pump for conveying the fuel from the fuel tank, with b1) a pump inlet for the intake of the fuel from the fuel tank, b2) a pump outlet for the discharge of the conveyed fuel, and b3) a propellant inlet for feeding in a propellant, b1) a pump inlet for the intake of the fuel from the fuel tank, b2) a pump outlet for the discharge of the conveyed fuel, and b3) a propellant inlet for feeding in a propellant, c) the fuel tank being an additional tank, and the suction jet pump conveying the fuel from the additional tank into a main tank, from which the internal combustion engine is supplied with the fuel, characterized d) in that the pump inlet, the pump outlet and the propellant inlet are configured in each case as plug-in connectors, e) in that the propellant inlet and the pump outlet are arranged next to one another in a common connector plane, and point with their free ends in the same direction, and f) in that the pump inlet is oriented at a right angle with respect to the connector plane of the propellant inlet and the pump outlet.
A feed supplement comprising colloidal particles, comprising 2-50% particles with a size of < 1 μm, the particles comprising 40-85 wt. % alumino-silicate mineral selected from at least one of a tetrahedral-octahedral (TO or 1:1) clay, and a tetrahedral-octahedral-tetrahedral (TOT or 2:1) clay, preferably 50-70 wt.%, 1-30 wt. % organic material, preferably fossil organic material, and a remainder comprises water, such as crystal water, wherein wt.% are relative to a final weight of the supplement. 40-85 wt. % alumino-silicate mineral selected from at least one of a tetrahedral-octahedral (TO or 1:1) clay, and a tetrahedral-octahedral-tetrahedral (TOT or 2:1) clay, preferably 50-70 wt.%, 1-30 wt. % organic material, preferably fossil organic material, and a remainder comprises water, such as crystal water, wherein wt.% are relative to a final weight of the supplement.
A method for transmitting and receiving data by a near field communication, NFC, manager in NFC environment, the method comprising: setting control information in a NFC Data Exchange Format, NDEF, record; writing, in a NFC tag, the control information of the NDEF record including payload data; reading changed control information of changed NDEF record including changed payload data from the NFC tag; and determining whether the changed NDEF record is identical to a NDEF record previously read from the NFC tag, wherein the determination operation comprises: reading a sequence identifier included in the changed control information of the changed NDEF record, when the sequence identifier is even, determining that the changed NDEF record is not identical to the NDEF record previously read from the NFC tag, and when the sequence identifier is odd, determining that the changed NDEF record is identical to the NDEF record previously read from the NFC tag. setting control information in a NFC Data Exchange Format, NDEF, record; writing, in a NFC tag, the control information of the NDEF record including payload data; reading changed control information of changed NDEF record including changed payload data from the NFC tag; and determining whether the changed NDEF record is identical to a NDEF record previously read from the NFC tag, wherein the determination operation comprises: reading a sequence identifier included in the changed control information of the changed NDEF record, when the sequence identifier is even, determining that the changed NDEF record is not identical to the NDEF record previously read from the NFC tag, and when the sequence identifier is odd, determining that the changed NDEF record is identical to the NDEF record previously read from the NFC tag. reading a sequence identifier included in the changed control information of the changed NDEF record, when the sequence identifier is even, determining that the changed NDEF record is not identical to the NDEF record previously read from the NFC tag, and when the sequence identifier is odd, determining that the changed NDEF record is identical to the NDEF record previously read from the NFC tag.
B-pillar construction for a motor vehicle having a driver's cab and a body which is arranged behind the driver's cab, in particular for a motor home or a motor car with a box body or a camper shell, the B-pillar construction being configured to connect the driver's cab to the body, characterized in that the B-pillar construction has a structural part which is configured as a shaped part and an outer B-pillar trim panel.
A combine harvester comprising threshing apparatus, a grain pan and a cleaning unit, the grain pan arranged to catch a grain/chaff stream (A, B) falling under gravity from the threshing apparatus and being driven in an oscillating manner to convey the collected grain/chaff stream rearwardly to a rear edge from where the grain/chaff stream falls under gravity into the cleaning unit, the cleaning unit comprising a fan unit with a fan housing for generating a first cleaning airstream which is directed under the grain pan and through the grain/chaff stream falling from said rear edge, characterised in that the combine harvester further comprises: a pair of secondary ducts able to pass air from a pair of subsidiary vents in the fan housing up and around the sides of the grain pan, and into respective ends of a transverse air nozzle secured to the underside of a separator pan and including at least one rearward-directed vent in the form of a slot, said vent located above, and spaced from, the grain to direct a second cleaning airstream above the grain/chaff stream disposed on the grain pan and downstream of the falling grain/chaff stream (A, B) from the threshing apparatus.
Method for manufacturing an electrically conductive coating comprising crystalline tungsten-doped tin oxide, characterised in that the method comprises the following step: spray pyrolyzing a solution, which contains at least one soluble tin compound and at least one soluble tungsten compound in a solvent, in the presence of oxygen or oxygen-releasing compound(s) generating a crystalline tungsten-doped layer containing tin oxide, wherein the spray pyrolyzing takes place in intervals of 0.1 to 10 seconds, and the electrically conductive coating has a layer thickness from a range of from 170 to 5000 nm.