mhurhangee/ep-ind-claims huggingface dataset:
A medicinal skin protection composition containing an active ingredient combination for the care of aging skin consisting of the following components: a) 0.01 to 20% by weight of almond oil, b) 0.01 to 1.5% by weight of linseed oil fatty acids, c) 0.001 to 0.5% by weight of amino acids, and d) 0.01 to 1.5% by weight of creatine, or consisting of the following components: a) 0.1 to 15% by weight of almond oil, b) 0.05 to 0.8% by weight of fatty acids of vegetable origin with an omega6 to omega3 fatty acid ratio of 1 to >1, c) 0.005 to 0.15% by weight of amino acids selected from one or more of the amino acids arginine Arg, glutamine Gln, histidine His, and serine Ser and/or at least one natural moisturizing factor, preferably pyrrolidine carboxylic acid PCA and/or urocanic acid UCA, d) 0.05 to 0.8% by weight of creatine, wherein the weight percentages each relate to the total composition, characterized in that the medicinal skin protection composition is present as water-in-oil emulsion (W/O) or as water-in-oil-in-water emulsion (W/O/W). a) 0.01 to 20% by weight of almond oil, b) 0.01 to 1.5% by weight of linseed oil fatty acids, c) 0.001 to 0.5% by weight of amino acids, and d) 0.01 to 1.5% by weight of creatine, or a) 0.1 to 15% by weight of almond oil, b) 0.05 to 0.8% by weight of fatty acids of vegetable origin with an omega6 to omega3 fatty acid ratio of 1 to >1, c) 0.005 to 0.15% by weight of amino acids selected from one or more of the amino acids arginine Arg, glutamine Gln, histidine His, and serine Ser and/or at least one natural moisturizing factor, preferably pyrrolidine carboxylic acid PCA and/or urocanic acid UCA, d) 0.05 to 0.8% by weight of creatine,
A fifth wheel hitch adjustment arrangement for adjusting a position of a fifth wheel hitch plate along a length of a vehicle frame, the fifth wheel hitch adjustment arrangement comprising: a fifth wheel hitch plate; a support arrangement coupled to the fifth wheel hitch plate such that the fifth wheel hitch plate can be moved between a first position along a length of a vehicle frame and a second position along the length of the vehicle frame that is different than the first position; characterized by a drive assembly adapted to couple to a vehicle frame and coupled to the support arrangement, the drive assembly including a rack-and-pinion arrangement, the rack-and-pinion arrangement including a rack member engaging at least one pinion member, the at least one pinion member engaging the support arrangement to move the fifth wheel hitch plate between the first and second positions; wherein an actuator member includes at least one drive rack that engages the at least one pinion, wherein the at least one pinion includes a first pinion and a second pinion, and wherein the at least one drive rack includes a first drive rack that engages the first pinion and a second drive rack that engages the second pinion. a fifth wheel hitch plate; a support arrangement coupled to the fifth wheel hitch plate such that the fifth wheel hitch plate can be moved between a first position along a length of a vehicle frame and a second position along the length of the vehicle frame that is different than the first position; characterized by a drive assembly adapted to couple to a vehicle frame and coupled to the support arrangement, the drive assembly including a rack-and-pinion arrangement, the rack-and-pinion arrangement including a rack member engaging at least one pinion member, the at least one pinion member engaging the support arrangement to move the fifth wheel hitch plate between the first and second positions; wherein an actuator member includes at least one drive rack that engages the at least one pinion, wherein the at least one pinion includes a first pinion and a second pinion, and wherein the at least one drive rack includes a first drive rack that engages the first pinion and a second drive rack that engages the second pinion.
A method performed by a wireless device (110, 110A, 110B), the method comprising: receiving Narrowband Positioning Reference Signal, NPRS, configuration information for a cell, the NPRS configuration information including at least one of a first NPRS bitmap for Frequency Division Duplex, FDD, mode and a second NPRS bitmap for Time Division Duplex, TDD, mode, wherein the second NPRS bitmap for TDD is shorter in length than the first NPRS bitmap for FDD and is less than 10 bits in length, wherein the second NPRS bitmap further is, for Narrowband Internet of Things, NB-IoT, TDD Observed Time Difference of Arrival, OTDOA, measurement, and it indicates NPRS subframes on an anchor carrier and a non-anchor carrier, respectively, wherein the length of the second NPRS bitmap is interpreted differently by the anchor carrier and the non-anchor carrier based on the available number of Downlink, DL, subframes that in a Narrowband Internet of Things, NB-IoT, TDD configuration remain available/usable on the anchor carrier and the non-anchor carrier after discarding subframes that are always uplink for all the TDD configurations, special subframes, and subframes used for Narrowband Primary Synchronization Signal, NPSS, Narrowband Secondary Synchronization Signal, NSSS, System Information Block 1-Narrowband, SIB1-NB, and Narrowband Physical Broadcast channel, NPBCH; responsive to determining that the cell operates in TDD mode, determining a NPRS configuration in accordance with the second NPRS bitmap for TDD mode; and performing measurements using the NPRS configuration. receiving Narrowband Positioning Reference Signal, NPRS, configuration information for a cell, the NPRS configuration information including at least one of a first NPRS bitmap for Frequency Division Duplex, FDD, mode and a second NPRS bitmap for Time Division Duplex, TDD, mode, wherein the second NPRS bitmap for TDD is shorter in length than the first NPRS bitmap for FDD and is less than 10 bits in length, wherein the second NPRS bitmap further is, for Narrowband Internet of Things, NB-IoT, TDD Observed Time Difference of Arrival, OTDOA, measurement, and it indicates NPRS subframes on an anchor carrier and a non-anchor carrier, respectively, wherein the length of the second NPRS bitmap is interpreted differently by the anchor carrier and the non-anchor carrier based on the available number of Downlink, DL, subframes that in a Narrowband Internet of Things, NB-IoT, TDD configuration remain available/usable on the anchor carrier and the non-anchor carrier after discarding subframes that are always uplink for all the TDD configurations, special subframes, and subframes used for Narrowband Primary Synchronization Signal, NPSS, Narrowband Secondary Synchronization Signal, NSSS, System Information Block 1-Narrowband, SIB1-NB, and Narrowband Physical Broadcast channel, NPBCH; responsive to determining that the cell operates in TDD mode, determining a NPRS configuration in accordance with the second NPRS bitmap for TDD mode; and performing measurements using the NPRS configuration.
Pipe clamp for connecting a pipe, comprising a connection piece, having a centre axis, which can be plugged into one end of the pipe, a clamping ring which has, along its circumference, an annular portion and a radially outwardly extending lug which can be compressed by a tool, and a clamping sleeve which can be compressed by the clamping ring, wherein the clamping sleeve comprises a bearing portion and a clamping portion adjoining the bearing portion, wherein the bearing portion is in contact with the connection piece, and the clamping portion projects at least partially into the annular portion of the clamping ring, and is designed to substantially completely surround the pipe, wherein the pipe clamp further comprises at least one positioning element which is arranged in such a way that, before the lug is compressed, the rotation position about the centre axis between the connection piece and the clamping sleeve and/or the clamping ring can be oriented, characterized in that the positioning element makes it possible to provide an inhibition of rotation between connection piece and the clamping sleeve and/or the clamping ring.
Use of a dispersion solution for drilling to extract underground resources, wherein the dispersion solution is obtained by dispersing, in an aqueous medium, a hydrolysable resin material that contains: (a) a resin that is hydrolysable but sparingly, which is a polylactic acid; and (b) a hydrolysable resin that accelerates the decomposition of esters, which is a polyoxalate that has a weight average molecular weight of 1,000 to 200,000. (a) a resin that is hydrolysable but sparingly, which is a polylactic acid; and (b) a hydrolysable resin that accelerates the decomposition of esters, which is a polyoxalate that has a weight average molecular weight of 1,000 to 200,000.
A laundry apparatus comprising: a drum rotatable on a shaft and comprising at least a predetermined region made of metal, the drum having a drum opening provided at a front portion thereof and penetrating holes provided at a circumferential surface thereof; a tub holding the drum; an induction unit provided at the tub for heating the drum by generating an electromagnetic field, the induction unit being configured to heat the drum when the drum rotates; and an air passage unit comprising a first duct provided as a passage for exhausting air outside the tub, a second duct provided as a passage for introducing air into the tub and a fan for generating an air flow, characterized in that the first duct is in communication with the tub above the shaft and the second duct is in communication with the tub below the shaft, wherein the air passage unit is configured such that the air delivered from the second duct is to be supplied to a gap formed between the tub and the drum by the fan, thereby to supply the air to an internal space of the drum via the penetrating holes and then to exhaust to the first duct after passing through a drum opening, whereby laundry in the drum is dried by the air heat-exchanged with the drum that is heated by the induction unit. a drum rotatable on a shaft and comprising at least a predetermined region made of metal, the drum having a drum opening provided at a front portion thereof and penetrating holes provided at a circumferential surface thereof; a tub holding the drum; an induction unit provided at the tub for heating the drum by generating an electromagnetic field, the induction unit being configured to heat the drum when the drum rotates; and an air passage unit comprising a first duct provided as a passage for exhausting air outside the tub, a second duct provided as a passage for introducing air into the tub and a fan for generating an air flow, characterized in that the first duct is in communication with the tub above the shaft and the second duct is in communication with the tub below the shaft, wherein the air passage unit is configured such that the air delivered from the second duct is to be supplied to a gap formed between the tub and the drum by the fan, thereby to supply the air to an internal space of the drum via the penetrating holes and then to exhaust to the first duct after passing through a drum opening, whereby laundry in the drum is dried by the air heat-exchanged with the drum that is heated by the induction unit.
Footlet made of knitted fabric with a pocket- or pouch-like toe part, a pocket-like heel part and a middle part, which extends between the toe part and the heel part and contains the sole, by means of which parts together an insertion opening for the foot of a wearer having an edge (5, 7, 6) is delimited, characterised in that the heel part knitted onto the middle part and functioning in the manner of a pocket open on one side is closed off by a seam, which is arranged to run transversely through the sole or to run transversely to the sole in the upper heel region close to the edge.
Agricultural harvester for processing stalk-like harvested crops, comprising a pick-up device for collecting the stalk-like harvested crops and for conveying the stalk-like harvested crops in the direction of a processing device arranged downstream of the pick-up device in relation to a travelling and working direction of the harvester, a conveyor path for the stalk-like harvested crops being formed between the pick-up device and the processing device, the conveyor path being formed at least from a stationary conveyor base element and a driven conveyor element that forms an inclined plane and is at least approximately planar, the stationary conveyor base element and the driven conveyor element that forms an inclined plane and is at least approximately planar being separated from one another by a gap that extends over the entire width of the conveyor path, characterised in that the gap is designed such that stones or similar foreign bodies in the harvested crops are removed from the conveyor path through said gap and in that the stationary conveyor base element is designed to orient the harvested crops flow when crossing the gap in the conveyor path in such a way that it acts on the driven conveyor element that forms an inclined plane and is at least approximately planar, the driven conveyor element that forms an inclined plane and is at least approximately planar being a region of a feed device which extends between two deflection rollers (19, 20) and is oriented so as to be approximately planar in the manner of an inclined plane in the direction of the processing device arranged downstream, the orientation of which is selected such that the setting angle with respect to the vertical lines is in the range between 30° and 60°.
An apparatus for measuring wetness of a gas flow within a conduit, the apparatus comprising: a first pressure sensor operable to sense the pressure of the gas flow within the conduit at a first position; a second pressure sensor operable to sense the pressure of the gas flow within the conduit at a second position, the first and second pressure sensors (404, 406) forming together at least part of a flowmeter; a sonar based flowmeter configured to determine a volumetric flow rate of the gas flow; and a processing device in communication with the first and second pressure sensors (404, 406) and the sonar based flowmeter, wherein the processing device is adapted to determine a difference in the pressure sensed by the first and second pressure sensors (404, 406), and to determine the wetness of the gas flow using the difference in pressure and the volumetric flow rate characterized in that the second position is located downstream of the first position an amount sufficient that the gas flow experiences a pressure drop attributable to frictional and pipe geometry losses; and in that the difference in the sensed pressure directly correlates to a liquid to gas mass ratio of the gas flow. a first pressure sensor operable to sense the pressure of the gas flow within the conduit at a first position; a second pressure sensor operable to sense the pressure of the gas flow within the conduit at a second position, the first and second pressure sensors (404, 406) forming together at least part of a flowmeter; a sonar based flowmeter configured to determine a volumetric flow rate of the gas flow; and a processing device in communication with the first and second pressure sensors (404, 406) and the sonar based flowmeter, wherein the processing device is adapted to determine a difference in the pressure sensed by the first and second pressure sensors (404, 406), and to determine the wetness of the gas flow using the difference in pressure and the volumetric flow rate characterized in that the second position is located downstream of the first position an amount sufficient that the gas flow experiences a pressure drop attributable to frictional and pipe geometry losses; and in that the difference in the sensed pressure directly correlates to a liquid to gas mass ratio of the gas flow.
A method for maintaining a fuselage of an aircraft comprising: by means of a camera, capturing an image of the fuselage with a plurality of panels attached to generate a first image, capturing another image of the fuselage with a predetermined panel among the plurality of panels removed to generate a second image, and sending the first image and the second image to a computer; combining the first image and the second image by means of the computer to generate a third image and sending the third image to a portable terminal; and displaying the third image on the portable terminal, wherein in the third image, the predetermined panel is translucently shown with at least one component at an interior of the predetermined panel being seen through. by means of a camera, capturing an image of the fuselage with a plurality of panels attached to generate a first image, capturing another image of the fuselage with a predetermined panel among the plurality of panels removed to generate a second image, and sending the first image and the second image to a computer; combining the first image and the second image by means of the computer to generate a third image and sending the third image to a portable terminal; and displaying the third image on the portable terminal, wherein in the third image, the predetermined panel is translucently shown with at least one component at an interior of the predetermined panel being seen through.
A heat exchanger plate, comprising: an inlet header formed by a first opening; an outlet header formed by a second opening; and a plurality of partition walls disposed between the inlet header and the outlet header so as to partition a flow path for a fluid from the inlet header toward the outlet header into a plurality of parallel flow paths, wherein at least one partition wall among the plurality of partition walls includes at least one notch, wherein a pair of the parallel flow paths on both sides of the partition wall having the notch connect with each other via the notch, wherein a first distance between the inlet header and the at least one notch in a flow direction of the fluid is less than a second distance between the outlet header and the at least one notch in the flow direction, the heat exchange plate being characterized in that the at least one notch includes a plurality of first notches included in the plurality of partition walls respectively and arranged at the same position in an extension direction of the plurality of partition walls. an inlet header formed by a first opening; an outlet header formed by a second opening; and a plurality of partition walls disposed between the inlet header and the outlet header so as to partition a flow path for a fluid from the inlet header toward the outlet header into a plurality of parallel flow paths, wherein at least one partition wall among the plurality of partition walls includes at least one notch, wherein a pair of the parallel flow paths on both sides of the partition wall having the notch connect with each other via the notch, wherein a first distance between the inlet header and the at least one notch in a flow direction of the fluid is less than a second distance between the outlet header and the at least one notch in the flow direction, the heat exchange plate being characterized in that the at least one notch includes a plurality of first notches included in the plurality of partition walls respectively and arranged at the same position in an extension direction of the plurality of partition walls.
Apparatus for supporting a two-wheeled vehicle on a structural part, having the following features: - a fork receiving element having recesses for receiving a fork of the two-wheeled vehicle, - an axle support element for supporting on an axle of the two-wheeled vehicle, - at least two connecting elements for connecting the fork receiving element to the axle support element, which have respective recesses for receiving the axle support element, and - at least two means which are arranged at a distance from the recesses for receiving the axle support element for attaching lashing elements by means of which the apparatus can be connected to the structural part. - a fork receiving element having recesses for receiving a fork of the two-wheeled vehicle, - an axle support element for supporting on an axle of the two-wheeled vehicle, - at least two connecting elements for connecting the fork receiving element to the axle support element, which have respective recesses for receiving the axle support element, and - at least two means which are arranged at a distance from the recesses for receiving the axle support element for attaching lashing elements by means of which the apparatus can be connected to the structural part.
Delivery unit having a drive shaft and having a rotor which is driven by the drive shaft and which is arranged rotatably in a pump stator, wherein the drive shaft has an oblique slide plane which interacts with the rotor and which causes the rotor with its rotor axis to tumble about a drive axis of the drive shaft, wherein the rotor has on its end side facing away from the drive shaft a toothing which meshes with a toothing formed on the pump stator, wherein working spaces are formed between the toothing of the rotor and the toothing of the pump stator, characterized in that the drive shaft is arranged in a bearing sleeve which has a shoulder which projects in a radial direction with respect to the drive axis, on which shoulder the pump stator is retained by means of at least one retaining means.
Method for monitoring an aircraft engine thrust reverser having stowable doors, the thrust reverser having hydraulic actuators and being equipped with switches (3a, 4a, 5a, 3B, 4b, 5b, Sa, Sb) arranged to each return a data item on the position of the doors, the engine comprising a calculator configured to make measurements of a representative parameter of the position of the switches based on the data returned by the switches, wherein the parameter measured by the calculator is a voltage ratio between a voltage divided by a voltage divider circuit and a power supply voltage of the voltage divider circuit, the voltage divider circuit comprising an output resistor (Rlect) in series with modules (M1, M2) interconnected in parallel, each module comprising one of said switches(Sa, Sb) connected in series with a first (Ra1, Rb1) or a second (Ra2, Rb2) module resistor based on the position of said switch, the method further comprising a computation of one or a plurality of statistical indicators of the measured parameter and an analysis of the temporal progression of the computed statistical indicator(s).
Device for supporting a stretcher which is designed to be arranged at a passenger compartment of a medical vehicle, the device comprising two rails (8a, 8b) for receiving the feet of a stretcher, the rails being integral with two arms fixed to a wall of the passenger compartment and hinged with respect to the wall to allow the pivoting of the arms towards the wall of the passenger compartment, with respect to an axis parallel to the rails, the device being characterized in that the rails (8a, 8b) are connected to each other by at least two cross members each formed of two connecting rods (10,11) hinged together and to the rails (8a, 8b) and thereby forming an articulated compass, the two compasses allowing to move the rails (8a, 8b) towards or away from each other.