mhurhangee/ep-ind-claims huggingface dataset:
A method for uplink contention-based transmission, the method comprising: selecting a pilot sequence from a pool of pilot sequences, the pilot sequence including a sequence of pilot values; and transmitting pilot values in the pilot sequence over at least two orthogonal frequency division multiplexed (OFDM) symbols in an uplink frame, at least a first subset of pilot values in the sequence of pilot values being transmitted in one of the at least two OFDM symbols and at least a second, distinct subset of the pilot values in the sequence of pilot values being transmitted in another one of the at least two OFDM symbols, wherein at least some pilot values in the sequence of pilot values are transmitted in non-consecutive OFDM symbols of the uplink frame. selecting a pilot sequence from a pool of pilot sequences, the pilot sequence including a sequence of pilot values; and transmitting pilot values in the pilot sequence over at least two orthogonal frequency division multiplexed (OFDM) symbols in an uplink frame, at least a first subset of pilot values in the sequence of pilot values being transmitted in one of the at least two OFDM symbols and at least a second, distinct subset of the pilot values in the sequence of pilot values being transmitted in another one of the at least two OFDM symbols, wherein at least some pilot values in the sequence of pilot values are transmitted in non-consecutive OFDM symbols of the uplink frame.
Motor vehicle with a radiator guard lattice and an extensible camera arranged on the motor vehicle in the region of the radiator guard lattice, wherein the camera is movable by means of a driving element between a protected inoperative position and an operating position predominantly oriented in the longitudinal direction of the vehicle, wherein the camera is mounted pivotably about at least one pivot axis S, wherein the protected inoperative position is an alignment of the camera that is oriented predominantly in the transverse direction of the vehicle, characterized in that the height of the camera and/or of a housing surrounding the camera is smaller than the distance between two adjacent ribs of the radiator guard lattice, and the camera in its operating position pivots out between two adjacent radiator guard fins.
A defect detection system comprising: an image capturer, a controller and a position storage, characterised in that the image capturer is configured to image a stitch held on a knitting needle of a knitting machine configured to knit a knitted fabric; the controller is configured to compare a state of the stitch imaged by the image capturer with a state of the stitch according to a normal state stored in advance on the basis of the knitting data and the position of the imaged stitch and perform a quality determination of the stitch; and the position storage is configured to store a position of the stitch imaged by the image capturer. an image capturer, a controller and a position storage, characterised in that the image capturer is configured to image a stitch held on a knitting needle of a knitting machine configured to knit a knitted fabric; the controller is configured to compare a state of the stitch imaged by the image capturer with a state of the stitch according to a normal state stored in advance on the basis of the knitting data and the position of the imaged stitch and perform a quality determination of the stitch; and the position storage is configured to store a position of the stitch imaged by the image capturer.
A protection element for a vehicle body, comprising a body made of shock-resistant polymeric material and having a substantially planar extension, said body having an adhesive surface on one side, directly applied on it, and an abutment surface on the other side, opposite said adhesive surface, defining a raised part of the surface whereon it is applied; said protection element being transparent and applicable on the surface of a vehicle body, on side rear view mirrors, door handles, doors and bumpers; characterized in that said body presents a perimeter edge whose thickness gradually decreases outwards, down to zero, to create surface continuity between the body and the element itself.
A method for validating a configured instance of a system in a production environment using test cases selected from a test suite, which has validated a first configured instance of the system in a development environment, the method comprising: forming a reduced set of requirements in response to a change in environments by removing one or more requirements from a set of requirements against which the first configured instance is validated, wherein the removed one or more requirements include at least one or more environment agnostic requirements which are independent of the environments, and wherein the removing is based on at least a classification of configuration parameters of the system with respect to dependency of the environments and is further based on a first relation between the set of requirements and the configuration parameters; forming a reduced test suite by selecting, from the test suite, the test cases that test the system against each requirement in the reduced set of requirements; and applying the reduced test suite to a second configured instance of the system to thereby validate that the system operates in compliance with the set of requirements in the production environment. forming a reduced set of requirements in response to a change in environments by removing one or more requirements from a set of requirements against which the first configured instance is validated, wherein the removed one or more requirements include at least one or more environment agnostic requirements which are independent of the environments, and wherein the removing is based on at least a classification of configuration parameters of the system with respect to dependency of the environments and is further based on a first relation between the set of requirements and the configuration parameters; forming a reduced test suite by selecting, from the test suite, the test cases that test the system against each requirement in the reduced set of requirements; and applying the reduced test suite to a second configured instance of the system to thereby validate that the system operates in compliance with the set of requirements in the production environment.
A compound represented by formula: wherein: A 1 represents a nitrogen atom; R 1 represents a methyl group; R 5 represents CF 3; Q represents NR 2 C OR 3; R 2 represents a C1-C6 alkyl group, C OR 3 or a hydrogen atom; R 3 represents a C1-C6 alkyl group; and n is 2. A 1 represents a nitrogen atom; R 1 represents a methyl group; R 5 represents CF 3; Q represents NR 2 C OR 3; R 2 represents a C1-C6 alkyl group, C OR 3 or a hydrogen atom; R 3 represents a C1-C6 alkyl group; and n is 2.
A pharmaceutical composition comprising 10 mgA/mL of a compound of Formula 1a: or a pharmaceutically acceptable salt thereof, 61 to 72 mg/mL of sulfobutyl ether-β-cyclodextrin, 3.2 to 4.2 mg/mL of meta-cresol, and a pharmaceutically acceptable vehicle.
Tumble dryer, in particular a heat pump tumble dryer, comprising a laundry drum for receiving laundry to be dried, and a heat unit, in particular a heat pump unit, for generating heated process air for drying the laundry in the laundry drum, the laundry drum being connected to a process air inlet of the heat unit by an air return channel in order to supply the process air moistened by the laundry to the heat unit, and the air return channel having a deflection region in order to supply the process air to the process air inlet in a deflected manner and the deflection region being formed by the process air inlet of the heat unit being arranged so as to be spaced apart from the front face of the housing of the tumble dryer, the front face of the housing of the tumble dryer having a removable cover which can close the deflection region at least in part, at least one filter (32, 34) being arranged between the laundry drum and the process air inlet in order to filter the moistened process air in the deflection region, a first filter being arranged at least in part in the deflection region and a second filter being arranged at least in part in the deflection region between the first filter and the process air inlet, characterised in that the first filter is oriented with respect to the process air inlet at an angle (a) of greater than 0° and less than 90°, preferably at an angle (a) of greater than 30° and less than 90°, particularly preferably at an angle (a) of approximately 60°, and is fastened at least in part to the housing of the tumble dryer, the first filter having a seal at least in portions which can act in a sealing manner with respect to the cover, the second filter being oriented with respect to the process air inlet at an angle (β) of greater than 0° and less than the angle (a) of the first filter, preferably at an angle (β) of greater than 0° and substantially less than the angle (a) of the first filter, particularly preferably at an angle (β) of approximately 10°, the second filter being rigidly arranged on the heat unit, in front of the process air inlet.
A dosing device for bulk material particles, comprising a dosing roller dosing the bulk material particles, which has a top dead center and a bottom dead center which are defined by the upper and lower points of intersection of a vertical axis through the axis of rotation of a direction of rotation of the dosing roller with a shell surface of the dosing roller, wherein the discharge of the bulk material particles is effected through an opening of a bulk material discharge in direction of rotation of the dosing roller after the bottom dead center, characterized in that the supply of the bulk material particles is effected through an opening of a bulk material supply in direction of rotation of the dosing roller after the top dead center.
A flow sensor Assembly for a flowmeter connected to an inlet pipe, the flow sensor assembly comprising: flow conduits, wherein a first cross-sectionally D-shaped conduit configured to receive a process fluid therein; a second cross-sectionally D-shaped conduit configured to receive a process fluid therein; and characterized by: wherein the combined width of the first and second cross-sectionally D-shaped conduits (400A, 400B) in addition to a space therebetween (S 2), is less than the width of the inlet pipe. a first cross-sectionally D-shaped conduit configured to receive a process fluid therein; a second cross-sectionally D-shaped conduit configured to receive a process fluid therein; and characterized by: wherein the combined width of the first and second cross-sectionally D-shaped conduits (400A, 400B) in addition to a space therebetween (S 2), is less than the width of the inlet pipe.
A transcatheter valve prosthesis comprising: a tubular stent having acompressed configuration for delivery within a vasculature and an expanded configuration for deployment within a native heart valve; a prosthetic valve component disposed within and secured to the stent; and an anti-paravalvular leakage component (330, 730) coupled to and encircling an outer surface of the tubular stent, the anti-paravalvular leakage component including a plurality of self-expanding struts (332, 632, 732) and an annular sealing membrane (338, 738) coupled to the struts (332, 632, 732), each strut (332, 632, 732) having a first end (334, 734) coupled to a distal end of the tubular stent and a second end (336, 636, 736) not coupled to the tubular stent, wherein the anti-paravalvular leakage component (330, 730) is moveable between a compressed configuration in which each strut extends distally away from the distal end of the stent and a deployed configuration in which each strut (332, 632, 732) is rolled-up and extends radially away from the distal end of the stent, wherein each strut (332, 632, 732) is rolled at least 360 degrees when in the deployed configuration. a tubular stent having acompressed configuration for delivery within a vasculature and an expanded configuration for deployment within a native heart valve; a prosthetic valve component disposed within and secured to the stent; and an anti-paravalvular leakage component (330, 730) coupled to and encircling an outer surface of the tubular stent, the anti-paravalvular leakage component including a plurality of self-expanding struts (332, 632, 732) and an annular sealing membrane (338, 738) coupled to the struts (332, 632, 732), each strut (332, 632, 732) having a first end (334, 734) coupled to a distal end of the tubular stent and a second end (336, 636, 736) not coupled to the tubular stent, wherein the anti-paravalvular leakage component (330, 730) is moveable between a compressed configuration in which each strut extends distally away from the distal end of the stent and a deployed configuration in which each strut (332, 632, 732) is rolled-up and extends radially away from the distal end of the stent, wherein each strut (332, 632, 732) is rolled at least 360 degrees when in the deployed configuration.
Bearing arrangement, in particular for a turbo machine, comprising: an inner bearing ring; an outer bearing ring, opposite the inner bearing ring and having at least one cooling duct; ceramics roller bodies, which are arranged between the inner bearing ring and the outer bearing ring; and an encircling bearing ring, which is connected to the outer bearing ring and is configured so as to configure an oil squeeze film between the outer face thereof and an inner face, opposite the outer face, of a housing in which the bearing arrangement can be arranged, the encircling bearing ring and the outer bearing ring being interconnected in a non-positive fit without centring and flange-mounting via additional spring rods on an associated housing, and the inner bearing ring being provided with at least one coolant supply line. an inner bearing ring; an outer bearing ring, opposite the inner bearing ring and having at least one cooling duct; ceramics roller bodies, which are arranged between the inner bearing ring and the outer bearing ring; and an encircling bearing ring, which is connected to the outer bearing ring and is configured so as to configure an oil squeeze film between the outer face thereof and an inner face, opposite the outer face, of a housing in which the bearing arrangement can be arranged, the encircling bearing ring and the outer bearing ring being interconnected in a non-positive fit without centring and flange-mounting via additional spring rods on an associated housing, and the inner bearing ring being provided with at least one coolant supply line.
A key-ring (A1, A2) comprising a first and a second ring (1, 2) slidably mounted on each other along the circumferential direction, wherein each of said first and second rings (1, 2) includes a respective open sector (3, 4), so that said first and second rings (1, 2) are movable on each other between an open ring configuration wherein said open sectors (3, 4) are aligned, and a closed ring configuration wherein said open sectors (3, 4) are offset relative to each other, said key-ring (A1, A2, A3) further including mutual engagement members configured to define a reference of at least one of said configurations, wherein - the first and second rings (1, 2) are slidably mounted and axially superimposed relative to each other, characterized in that - said first ring has an upper wall coupled with a lower wall of the second ring, wherein said upper wall includes a grooved portion, extending along the circumference of the first ring, configured for cooperating with a corresponding toothed portion formed on the lower wall of the second ring. - the first and second rings (1, 2) are slidably mounted and axially superimposed relative to each other, characterized in that - said first ring has an upper wall coupled with a lower wall of the second ring, wherein said upper wall includes a grooved portion, extending along the circumference of the first ring, configured for cooperating with a corresponding toothed portion formed on the lower wall of the second ring.
A dental curable composition including: a polymerizable monomer component containing an acidic group-containing polymerizable monomer; water; and a chemical polymerization initiator component comprising a radical-generating species and a reactive species that generates radicals upon reacting with the radical-generating species; wherein, said dental curable composition is stored being divided into a plurality of packages, and is polymerized and cured by mixing together components contained in the packages; and wherein, one package among said packages contains said component and said component, and, further, contains polyvalent metal ions in an amount of 0.3 to 10 meq per gram of the polymerizable monomer component contained in said package; said polyvalent metal ions are ions of at least one selected from the group consisting of aluminum ions, lanthanum ions and titanium ions; and said chemical polymerization initiator is stored being divided into at least two packages so that the radical-generating species and the reactive species do not come in contact with each other. a polymerizable monomer component containing an acidic group-containing polymerizable monomer; water; and a chemical polymerization initiator component comprising a radical-generating species and a reactive species that generates radicals upon reacting with the radical-generating species; wherein,
A display screen surface-mounting structure comprising a display screen connector (111, 113), a surface connector (115, 117) for connecting the structure to a surface in use and a rotational movement mechanism for rotation of an attached display screen in use, wherein the display screen connector comprises a first connector and a second connector, and the rotational movement mechanism comprises an electric drive, a manual rotational adjustment mechanism and a first damper arranged to be connected to one side of a connected display screen by the first connector in use, wherein a second damper is arranged to be connected to an opposite side of a connected display screen by the second connector in use, and the second damper is operably connected to the electric drive and has a higher damping force than the first damper.
A toner cartridge for an image forming apparatus, said toner cartridge being detachably mountable to a receiving device, said toner cartridge comprising: a container including an accommodating portion for accommodating a toner (t) and a discharge opening for discharging the toner (t) from said accommodating portion into the receiving device; and an open/close member including a closing portion for closing said discharge opening and an engaging portion, said open/close member being rotatable relative to said container between (a) an opening position for causing said closing portion to open said discharge opening and (b) a closing position for causing said closing portion to close said discharge opening, characterized in that said engaging portion is movable relative to said closing portion between (c) an engaging position for engagement with the receiving device to receive a force for moving said open/close member from the opening position to the closing position when said toner cartridge is dismounted from the receiving device and (d) a retracted position retracted from the engaging position, and said engaging portion is movable from the retracted position to the engaging position with rotation of said open/close member from the closing position to the opening position. a container including an accommodating portion for accommodating a toner (t) and a discharge opening for discharging the toner (t) from said accommodating portion into the receiving device; and an open/close member including a closing portion for closing said discharge opening and an engaging portion, said open/close member being rotatable relative to said container between (a) an opening position for causing said closing portion to open said discharge opening and (b) a closing position for causing said closing portion to close said discharge opening, characterized in that said engaging portion is movable relative to said closing portion between (c) an engaging position for engagement with the receiving device to receive a force for moving said open/close member from the opening position to the closing position when said toner cartridge is dismounted from the receiving device and (d) a retracted position retracted from the engaging position, and said engaging portion is movable from the retracted position to the engaging position with rotation of said open/close member from the closing position to the opening position.
An electrical distribution assembly for the distribution of high voltage in electrical or hybrid vehicles, comprising: a junction box having a box housing comprising a plug portion adapted to receive an electrical connector which is a part of the electrical distribution assembly; the electrical connector having a connector housing comprising a plurality of cavities each adapted to receive and hold a terminal of the electrical connector, wherein the plug portion comprises a plurality of first blocking means protruding along a mating axis outwards the box housing, characterized in that each of the plurality of cavities comprises a second blocking means extending along the mating axis along the cavity, wherein each of the first blocking means blocks the corresponding second blocking means in a blocked position when the corresponding cavity is empty, thereby preventing movement of the connector housing along the mating axis towards the box housing.
A device for attaching a first vehicle member to a second vehicle member, wherein the device comprises two U-bolts and a support means (8, 108, 208) for supporting the U-bolts, wherein the U-bolts are configured to straddle the support means (8, 108, 208) at a distance from each other, characterized in that the support means (8, 108, 208) comprises two opposed edge surfaces (10, 11, 210, 211), each configured for contacting an inner surface of the U-bolts, wherein two at least partly spaced, rigid elements (13, 14; 213, 214) are provided, each comprising one of said edge surfaces (10, 11, 210, 211), wherein the two rigid elements (13,14; 213, 214) are biased in a direction separating the.elements (13, 14; 213, 214) during mounting.