mhurhangee/ep-ind-claims huggingface dataset:
A display mirror assembly for a vehicle, comprising: a housing configured for attachment to a vehicle; a prismatic element positioned in said housing; the display mirror assembly characterized by: a coating provided on a rear surface of said prismatic element wherein said coating is one of: (a) a reflective coating having a transmissive region through which light may pass and (b) a partially reflective, partially transmissive coating; and by a display mounted behind said prismatic element within said housing; and by an actuator device for moving said prismatic element between three distinct viewing positions including a first viewing position, a second viewing position wherein said prismatic element is tilted higher than in the first viewing position, and a third viewing position wherein said prismatic element is tilted higher than in the second viewing position. a housing configured for attachment to a vehicle; a prismatic element positioned in said housing; a coating provided on a rear surface of said prismatic element wherein said coating is one of: (a) a reflective coating having a transmissive region through which light may pass and (b) a partially reflective, partially transmissive coating; and by a display mounted behind said prismatic element within said housing; and by an actuator device for moving said prismatic element between three distinct viewing positions including a first viewing position, a second viewing position wherein said prismatic element is tilted higher than in the first viewing position, and a third viewing position wherein said prismatic element is tilted higher than in the second viewing position.
Method for monitoring a component of a control system for a means of transport, having the steps of: - sending a function call to the component to perform a function that is used by the component, using defined input data; - receiving a response to the function call from the component; - comparing the response with an expected response; and - performing an action in response to a result of the comparison; characterized in that the function call comprises an identifier for the function that is to be performed and an identifier for the input data that are to be processed, and the component calls from a memory on the basis of the identifiers the function that is to be performed and the input data that are to be processed. - sending a function call to the component to perform a function that is used by the component, using defined input data; - receiving a response to the function call from the component; - comparing the response with an expected response; and - performing an action in response to a result of the comparison;
An anti-shudder additive composition comprising: (a) at least one neutral phosphite compound, wherein the neutral phosphite compound is trihydrocarbyl phosphite; and (b) at least one hydrocarbyl substituted succinic dispersant selected from the group consisting of a hydrocarbyl substituted succinic ester of a polyol, and a mixture of a hydrocarbyl substituted succinic ester of a polyol and a hydrocarbyl bissuccinimide, wherein the hydrocarbyl substituent has at least 50 carbon atoms, wherein the additive composition does not comprise an ethoxylated amine, and wherein the additive composition does not comprise a primary amide of a long chain carboxylic acid. (a) at least one neutral phosphite compound, wherein the neutral phosphite compound is trihydrocarbyl phosphite; and (b) at least one hydrocarbyl substituted succinic dispersant selected from the group consisting of a hydrocarbyl substituted succinic ester of a polyol, and a mixture of a hydrocarbyl substituted succinic ester of a polyol and a hydrocarbyl bissuccinimide, wherein the hydrocarbyl substituent has at least 50 carbon atoms, wherein the additive composition does not comprise an ethoxylated amine, and wherein the additive composition does not comprise a primary amide of a long chain carboxylic acid.
A method of brazing an aluminum member, the method comprising the step of: heating for the brazing of said aluminum member without using flux in a furnace, said aluminum member comprising a brazing sheet that includes a core made of aluminum or an aluminum alloy, and a filler material made of an aluminum alloy and clad on one surface or both surfaces of said core, at least one of said core and said filler material containing Mg, characterized in that the content of Mg is 0.5 to 3.0 mass%, when Mg is contained only in the filler material; or, in that the content of Mg is 0.1 to 2.5 mass%, when Mg is contained only in the core; or, in that the content of Mg in the filler material is 0.1 to 1.4 mass% and the content of Mg in the core is 0.15 to 1.2 mass%, when Mg is contained both in the filler material and in the core; in that the brazing is carried out in an argon gas containing atmosphere; and in that, given that a ratio of luminous intensity of a nitrogen atom to luminous intensity of an oxygen atom, measured by glow discharge optical emission spectrometry, is defined as a luminous intensity ratio (N/O) and that the luminous intensity ratio (N/O) indicating a constant value at the interior of said filler material after having been subjected to the brazing is 1.0, the luminous intensity ratio (N/O) near the surface of said filler material up to the depth where said constant value is indicated, is 1.2 or less.
A tire cord fabric including: a plurality of tire cords which are arranged in parallel to each other; a weft yarn which weaves the tire cords to conduct a weaving operation; and a conductive fiber characterized in that said conductive fiber comes into contact with the surface of the tire cord and extends in a longitudinal direction of the tire cord, wherein the conductive fiber is a fiber having metal plated on the surface thereof. a plurality of tire cords which are arranged in parallel to each other; a weft yarn which weaves the tire cords to conduct a weaving operation; and a conductive fiber characterized in that said conductive fiber comes into contact with the surface of the tire cord and extends in a longitudinal direction of the tire cord, wherein the conductive fiber is a fiber having metal plated on the surface thereof.
A host cell comprising a donor plasmid and a helper plasmid, (a) wherein the helper plasmid comprises: (i) under control of a first promoter, an open reading frame encoding lambda red recombinase; and (ii) under control of a second promoter, an open reading frame encoding a restriction endonuclease that has a recognition sequence that is not present in the host cell genome; and (b) wherein the donor plasmid comprises: (i) from 5' to 3': the recognition sequence of the restriction endonuclease; a first homology region of at least 0.5 kilobases (kb), a heterologous insert DNA of at least 8 kb; and a second homology region of at least 0.5 kb; and (ii) a counterselection marker. (a) wherein the helper plasmid comprises: (i) under control of a first promoter, an open reading frame encoding lambda red recombinase; and (ii) under control of a second promoter, an open reading frame encoding a restriction endonuclease that has a recognition sequence that is not present in the host cell genome; and (b) wherein the donor plasmid comprises: (i) from 5' to 3': the recognition sequence of the restriction endonuclease; a first homology region of at least 0.5 kilobases (kb), a heterologous insert DNA of at least 8 kb; and a second homology region of at least 0.5 kb; and (ii) a counterselection marker.
A tread for a tire, the tread comprising a first circumferential groove axially separating a first circumferential rib and a second circumferential rib, a first outer surface of the first rib having at least one circumferentially extending column comprising a plurality of individual, circumferentially extending double blind perforations, said column extending linearly circumferentially fully around the first rib, wherein at least some or all of the perforations of the first rib have an axial width in a range of from 0.5 mm to 1.5 mm, characterized in that at least some or all of the perforations (111, 121) of the first rib have a radial depth in a range of from 1.0 mm to 3.0 mm.
A catheter curve shape strut (44; 44 I; 44 II; 44 III) comprising a longitudinally-extending cylindrical wall, the wall having an outer surface, an outer surface circumference, and an outer surface length measured longitudinally, wherein the wall comprises connected end-to-end cylindrical sections including at least a first cylindrical section (58; 58 I; 58 II) and a second cylindrical section (60; 60 I; 60 II), a plurality of first slots (40; 40 I; 40 II) through the cylindrical wall and sequentially arranged along a first line extending longitudinally along the wall outer surface in both the first cylindrical section (58; 58 I; 58 II) and the second cylindrical section (60; 60 I; 60 II), and a plurality of second slots (42; 42 I; 42 II) through the cylindrical wall and sequentially arranged along a second line extending longitudinally along the wall outer surface in both the first cylindrical section (58; 58 I; 58 II) and the second cylindrical section (60; 60 I; 60 II), wherein the second line is circumferentially offset from the first line by 180 degrees, wherein the slots in the plurality of second slots (42; 42 I; 42 II) are longitudinally offset from the slots in the plurality of first slots (40; 40 I; 40 II), wherein the plurality of second slots (42; 42 I; 42 II) further comprises second slots of a first type (42a; 42a I; 42a II) and second slots of a second type (42b; 42b I; 42b II), wherein the second slots of the first type (42a; 42a I; 42a II) are sequentially arranged along the second line only along the second cylindrical section (60; 60 I; 60 II), and wherein the second slots of the second type (42b; 42b I; 42b II) are sequentially arranged along the second line only along the first cylindrical section (58; 58 I; 58 II), characterised in that an expansion gap is present between at least some of the end-to-end cylindrical sections.
Insulating body (1, 1', 20, 20') for a busbar arrangement having a hollow-cylindrical inner contour (2, 23) for receiving potential-carrying busbar sections, a centring means (3, 3', 22) for centring and making contact with the busbar sections, an inner field control element (4, 21) which is electrically conductively connected to the centring means (3, 3', 22), and also an outer field control element (6, 6', 25, 25') which is at earth potential, wherein the outer field control element (6, 6', 25, 25') is designed as a volume body which is cohesively connected to the insulating body (1, 1', 20, 20'), characterized in that - either the outer field control element is provided centrally with respect to the centre axis of the insulating body, or sealing of the busbar arrangement from an outer region is formed by the volume body, and - either the outer field control element has an annular-disc-shaped section, which is embedded into the insulating body, and also a contact section which extends away perpendicularly from the annular-disc-shaped section to the outside, or the outer field control element in the form of a volume body which is cohesively connected to the insulating body comprises a section, which is embedded in the insulating body, and also an adjoining contact section, wherein the section, which is embedded in the insulating body, and the contact section together form a pot-like volume body which forms a cohesive connection with the insulating body in the form of a pot-like insulating body, and - the inner field control element (4, 21) is designed in the form of a conductive coating layer, and - in that the insulating body (1, 20, 20') is provided with separate support sleeves (9, 10, 24). - either the outer field control element is provided centrally with respect to the centre axis of the insulating body, or sealing of the busbar arrangement from an outer region is formed by the volume body, and - either the outer field control element has an annular-disc-shaped section, which is embedded into the insulating body, and also a contact section which extends away perpendicularly from the annular-disc-shaped section to the outside, or the outer field control element in the form of a volume body which is cohesively connected to the insulating body comprises a section, which is embedded in the insulating body, and also an adjoining contact section, wherein the section, which is embedded in the insulating body, and the contact section together form a pot-like volume body which forms a cohesive connection with the insulating body in the form of a pot-like insulating body, and - the inner field control element (4, 21) is designed in the form of a conductive coating layer, and - in that the insulating body (1, 20, 20') is provided with separate support sleeves (9, 10, 24).
A dust collector for a vacuum cleaner, comprising: a first cyclone disposed within an outer case to filter out dust from air introduced from an outside thereof and introduce the air from which dust has been filtered out to an inside thereof; a second cyclone accommodated in the inside of the first cyclone to separate fine dust from the air introduced to the inside of the first cyclone; a first guide vane spirally extended from an annular shaped first space between the first and the second cyclone (110, 120) to induce rotational flow so as to introduce air introduced into the first space to an inlet of the second cyclone; and a second guide vane spirally extended along an inner circumference of the inlet to enhance the rotational flow of air introduced to an inside of the second cyclone through the inlet, wherein the first guide vane is formed in an inclined manner upward to introduce air and fine dust to the inlet of the second cyclone, and the second guide vane is formed in an inclined manner downward to further enhance the rotational flow inside the second cyclone. a first cyclone disposed within an outer case to filter out dust from air introduced from an outside thereof and introduce the air from which dust has been filtered out to an inside thereof; a second cyclone accommodated in the inside of the first cyclone to separate fine dust from the air introduced to the inside of the first cyclone; a first guide vane spirally extended from an annular shaped first space between the first and the second cyclone (110, 120) to induce rotational flow so as to introduce air introduced into the first space to an inlet of the second cyclone; and a second guide vane spirally extended along an inner circumference of the inlet to enhance the rotational flow of air introduced to an inside of the second cyclone through the inlet,
Driving device, comprising a hand-held housing with a piston element arranged therein for the transmission of energy to a fastening element to be driven in a driving direction, a propellant charge, in particular an exchangeable propellant charge, and a combustion chamber, which is arranged between the propellant charge and the piston element and extends around a central axis, and an actuator, by means of which the energy to be transmitted from the propellant charge to the piston element can be varied in such a way that it can be set, wherein the combustion chamber has an internal thread and a guiding portion, in particular a cylindrical guiding portion, wherein the actuator is arranged in the combustion chamber and has an external thread in engagement with the internal thread and a bearing for mounting the actuator in the guiding portion, characterized in that a thread gap spacing between the external thread and the internal thread is greater than a bearing gap spacing between the bearing and the guiding portion.
A method of assaying a Clostridium botulinum neurotoxin (BoNT) for activity, comprising: a) contacting a human induced pluripotent stem cell (hiPS) derived neuronal cell with a composition comprising a BoNT; and b) assaying said BoNT for biological activity. a) contacting a human induced pluripotent stem cell (hiPS) derived neuronal cell with a composition comprising a BoNT; and b) assaying said BoNT for biological activity.
An IL-21 mutein comprising the amino acid sequence of SEQ ID NO: 2, wherein "X" represents any amino acid, and wherein said IL-21 mutein amino acid sequence differs from the amino acid sequence of human IL-21 (SEQ ID NO: 1) by at least 1 amino acid; wherein the difference(s) occur(s) at amino acids 5, 9, 73, and/or 76 of SEQ ID NO: 2. wherein "X" represents any amino acid, and wherein said IL-21 mutein amino acid sequence differs from the amino acid sequence of human IL-21 (SEQ ID NO: 1) by at least 1 amino acid; wherein the difference(s) occur(s) at amino acids 5, 9, 73, and/or 76 of SEQ ID NO: 2.
A vehicle axle assembly comprising: a frame having a central portion and a distal end spaced from the central portion; a motor having a stator and a rotor, the stator secured to the frame near the central portion, the rotor rotatably coupled to the stator; and a gear reduction subassembly rotatably coupled to the distal end, the gear reduction subassembly including: a hub configured to be secured to a wheel; a first planetary gear set having a first gear ratio and configured to rotate the hub; characterized in that the gear reduction subassembly further includes: a second planetary gear set having a second gear ratio different than the first gear ratio and configured to rotate the hub; and a synchromesh gear coupled to the rotor and configured to selectively engage the first planetary gear set and the second planetary gear set. a frame having a central portion and a distal end spaced from the central portion; a motor having a stator and a rotor, the stator secured to the frame near the central portion, the rotor rotatably coupled to the stator; and a gear reduction subassembly rotatably coupled to the distal end, the gear reduction subassembly including: a hub configured to be secured to a wheel; a first planetary gear set having a first gear ratio and configured to rotate the hub; a hub configured to be secured to a wheel; a first planetary gear set having a first gear ratio and configured to rotate the hub; characterized in that the gear reduction subassembly further includes: a second planetary gear set having a second gear ratio different than the first gear ratio and configured to rotate the hub; and a synchromesh gear coupled to the rotor and configured to selectively engage the first planetary gear set and the second planetary gear set. a second planetary gear set having a second gear ratio different than the first gear ratio and configured to rotate the hub; and a synchromesh gear coupled to the rotor and configured to selectively engage the first planetary gear set and the second planetary gear set.
A method for performing sub-channel selective access by a station, STA, in a wireless LAN, WLAN, system, the sub-channel selective access uses one or more sub-channels having bandwidth of 0.5MHz,1 MHz or 2MHz, the method comprising: receiving a first frame from an access point, AP, wherein the first frame includes: a sounding indicator field indicating a first case in which a null data packet, NDP, sounding frame is received subsequent to the first frame, or a second case in which the NDP sounding frame is not received subsequent to the first frame, the sounding indicator field being a single field capable of indicating both of the first and the second cases; a channel list information field for the sub-channel selective access; and a time information field for the sub-channel selective access; wherein, when the sounding indicator field has a first value, the method further comprises receiving the NDP sounding frame from the AP on sub-channels identified by the channel list information field of the first frame; and wherein, when the sounding indicator field has a second value, the method further comprises transmitting data through a selected sub-channel from among sub-channels identified by the channel list information field of the first frame. receiving a first frame from an access point, AP, wherein the first frame includes: a sounding indicator field indicating a first case in which a null data packet, NDP, sounding frame is received subsequent to the first frame, or a second case in which the NDP sounding frame is not received subsequent to the first frame, the sounding indicator field being a single field capable of indicating both of the first and the second cases; a channel list information field for the sub-channel selective access; and a time information field for the sub-channel selective access; a sounding indicator field indicating a first case in which a null data packet, NDP, sounding frame is received subsequent to the first frame, or a second case in which the NDP sounding frame is not received subsequent to the first frame, the sounding indicator field being a single field capable of indicating both of the first and the second cases; a channel list information field for the sub-channel selective access; and a time information field for the sub-channel selective access; wherein, when the sounding indicator field has a first value, the method further comprises receiving the NDP sounding frame from the AP on sub-channels identified by the channel list information field of the first frame; and wherein, when the sounding indicator field has a second value, the method further comprises transmitting data through a selected sub-channel from among sub-channels identified by the channel list information field of the first frame.
A method for booking tickets and/or surcharges for the use of a fee-based transport means for the passenger transport, wherein - a display device with several display fields, which respectively indicate one type of ticket and/or surcharge, to which display fields respectively one sender is allocated, emits signals by means of these senders, and - a user terminal which comprises a receiver, is brought closer to one of the display fields and thus into the reception range of the signals from one of the senders and receives the signals and further processes them for the booking. - a display device with several display fields, which respectively indicate one type of ticket and/or surcharge, to which display fields respectively one sender is allocated, emits signals by means of these senders, and - a user terminal which comprises a receiver, is brought closer to one of the display fields and thus into the reception range of the signals from one of the senders and receives the signals and further processes them for the booking.
A process for preparing a hyperpolarized carboxylic organic acid for use in a method of magnetic resonance investigation, which comprises the steps of: a) preparing a mixture of said carboxylic organic acid with a precursor thereof that upon contact with an aqueous carrier provides at least said acid; b) subjecting the mixture of step a) to dynamic nuclear polarisation methods to obtain an hyperpolarized mixture; and c) contacting the hyperpolarized mixture of step b) with an aqueous carrier to transform the precursor in the hyperpolarized carboxylic organic acid; wherein the mixture of step a) comprises: - a carboxylic organic acid of formula: R-COOH; and - at least an ester derivative of formula R-COOR', wherein R is selected from: C1-C20 linear or branched alkyl group, satured or unsatured, and R' is a C1-C6 linear or branched alkylic group, optionally substituted; or wherein said mixture comprises: - a carboxylic acid of formula R-COOH; and - at least a symmetric anhydride of formula: wherein R and R' are the same, selected from: C1-C20 linear or branched alkyl group, satured or unsatured, optionally substituted. a) preparing a mixture of said carboxylic organic acid with a precursor thereof that upon contact with an aqueous carrier provides at least said acid; b) subjecting the mixture of step a) to dynamic nuclear polarisation methods to obtain an hyperpolarized mixture; and c) contacting the hyperpolarized mixture of step b) with an aqueous carrier to transform the precursor in the hyperpolarized carboxylic organic acid; - a carboxylic organic acid of formula: R-COOH; and - at least an ester derivative of formula R-COOR', - a carboxylic acid of formula R-COOH; and - at least a symmetric anhydride of formula: