mhurhangee/ep-ind-claims huggingface dataset:
A vehicle sound synthesis system comprising: a controller programmed to: receive an input indicative of a gear selection, an engine speed, and a pedal position; generate an audio signal indicative of synthesized engine noise; attenuate the audio signal at a first rate in response to the gear selection, the engine speed, and the pedal position indicating first vehicle conditions; wherein the first vehicle conditions comprise steady state engine idle conditions, and wherein the controller is further programmed to attenuate the audio signal in response to: a) the gear selection indicating that the vehicle is in drive; b) the pedal position indicating at least one of a release of an accelerator pedal and an applied brake pedal; and c) the engine speed being within a threshold range for a period of time that exceeds a predetermined time; and a loudspeaker adapted to project sound within a passenger compartment of a vehicle in response to receiving the attenuated audio signal. a controller programmed to: receive an input indicative of a gear selection, an engine speed, and a pedal position; generate an audio signal indicative of synthesized engine noise; attenuate the audio signal at a first rate in response to the gear selection, the engine speed, and the pedal position indicating first vehicle conditions; wherein the first vehicle conditions comprise steady state engine idle conditions, and wherein the controller is further programmed to attenuate the audio signal in response to: a) the gear selection indicating that the vehicle is in drive; b) the pedal position indicating at least one of a release of an accelerator pedal and an applied brake pedal; and c) the engine speed being within a threshold range for a period of time that exceeds a predetermined time; and receive an input indicative of a gear selection, an engine speed, and a pedal position; generate an audio signal indicative of synthesized engine noise; attenuate the audio signal at a first rate in response to the gear selection, the engine speed, and the pedal position indicating first vehicle conditions; wherein the first vehicle conditions comprise steady state engine idle conditions, and wherein the controller is further programmed to attenuate the audio signal in response to: a) the gear selection indicating that the vehicle is in drive; b) the pedal position indicating at least one of a release of an accelerator pedal and an applied brake pedal; and c) the engine speed being within a threshold range for a period of time that exceeds a predetermined time; and a) the gear selection indicating that the vehicle is in drive; b) the pedal position indicating at least one of a release of an accelerator pedal and an applied brake pedal; and c) the engine speed being within a threshold range for a period of time that exceeds a predetermined time; and a loudspeaker adapted to project sound within a passenger compartment of a vehicle in response to receiving the attenuated audio signal.
A nacelle for installation at an inlet to an aircraft engine, the nacelle comprising an inlet lip defining a leading edge of the nacelle and an annular-shaped cavity within the nacelle adjacent and delimited in part by an interior surface of the inlet lip, wherein: an anti-icing system is within the cavity, the anti-icing system comprising a manifold, the manifold comprising an inner wall and an outer wall, the outer wall facing the interior surface of the inlet lip, the inner and outer walls (67,65) defining a cavity therebetween having a cross-sectional shape that conforms to the interior surface of the inlet lip, the anti-icing system further comprising conduits for conducting air to the manifold to cause localized heating of the inlet lip via the outer wall without entire air filling of the annular-shaped cavity within the nacelle. an anti-icing system is within the cavity, the anti-icing system comprising a manifold, the manifold comprising an inner wall and an outer wall, the outer wall facing the interior surface of the inlet lip, the inner and outer walls (67,65) defining a cavity therebetween having a cross-sectional shape that conforms to the interior surface of the inlet lip, the anti-icing system further comprising conduits for conducting air to the manifold to cause localized heating of the inlet lip via the outer wall without entire air filling of the annular-shaped cavity within the nacelle.
A refrigerator comprising: a basic wall forming a back-face wall; connecting walls (311, 312, 313, 314) comprising a left-face wall, a right-face wall, an upper-face wall and a floor wall, connected to the basic wall, wherein the walls are divided heat insulating walls; and a fixing portion connecting the connecting walls (311, 312, 313, 314) selected from plural kinds of connecting walls (311, 312, 313, 314) with different sizes to the basic wall to thereby assemble heat insulating box bodies with different volumes, wherein the fixing portion includes a fixing cover and a reinforcing member forming a tubular shape, and a corner heat insulating member forming an inside of the tubular shape, and the reinforcing member includes a plate member with an L-shape in cross section, a length of a longitudinal direction is adjusted to be the same as a length of a longitudinal direction of the fixing cover, one edge of the L-shape faces the connecting wall (311, 312, 313, 314), remaining one edge of the L-shape faces the basic wall, a right-angle portion of the reinforcing member is arranged so as to correspond to a corner portion of an inner box, and an opening in an opening side of the L-shape of the reinforcing member in cross section is covered with the fixing cover. a basic wall forming a back-face wall; connecting walls (311, 312, 313, 314) comprising a left-face wall, a right-face wall, an upper-face wall and a floor wall, connected to the basic wall, wherein the walls are divided heat insulating walls; and a fixing portion connecting the connecting walls (311, 312, 313, 314) selected from plural kinds of connecting walls (311, 312, 313, 314) with different sizes to the basic wall to thereby assemble heat insulating box bodies with different volumes, wherein the fixing portion includes a fixing cover and a reinforcing member forming a tubular shape, and a corner heat insulating member forming an inside of the tubular shape, and the reinforcing member includes a plate member with an L-shape in cross section, a length of a longitudinal direction is adjusted to be the same as a length of a longitudinal direction of the fixing cover, one edge of the L-shape faces the connecting wall (311, 312, 313, 314), remaining one edge of the L-shape faces the basic wall, a right-angle portion of the reinforcing member is arranged so as to correspond to a corner portion of an inner box, and an opening in an opening side of the L-shape of the reinforcing member in cross section is covered with the fixing cover.
Collision protection (1; 1M) for a load rack, comprising: an elongated main body, and a fastening portion at each end of the main body in the longitudinal direction thereof, the fastening portion being adapted to be fastened to a frame of the load rack such that an inner surface of the fastening portion contacts the frame; wherein the main body has a thin-walled cross-section including a contact portion having a predetermined surface aligned parallel to the inner surface of the fastening portion and a surface defined as a contact surface opposite to the predetermined surface, characterized in that the contact portion has a first longitudinal edge and a second longitudinal edge which extend between the fastening portions, a first leg angled at the first longitudinal edge of the contact portion, and a second leg angled at the second longitudinal edge of the contact portion; a first angle (α) between the contact portion and the first leg is 90°, and a second angle (β) between the contact portion and the second leg is less than 90°. an elongated main body, and a fastening portion at each end of the main body in the longitudinal direction thereof, the fastening portion being adapted to be fastened to a frame of the load rack such that an inner surface of the fastening portion contacts the frame; wherein the main body has a thin-walled cross-section including a contact portion having a predetermined surface aligned parallel to the inner surface of the fastening portion and a surface defined as a contact surface opposite to the predetermined surface, characterized in that the contact portion has a first longitudinal edge and a second longitudinal edge which extend between the fastening portions, a first leg angled at the first longitudinal edge of the contact portion, and a second leg angled at the second longitudinal edge of the contact portion; a contact portion having a predetermined surface aligned parallel to the inner surface of the fastening portion and a surface defined as a contact surface opposite to the predetermined surface, characterized in that the contact portion has a first longitudinal edge and a second longitudinal edge which extend between the fastening portions, a first leg angled at the first longitudinal edge of the contact portion, and a second leg angled at the second longitudinal edge of the contact portion; a first angle (α) between the contact portion and the first leg is 90°, and a second angle (β) between the contact portion and the second leg is less than 90°.
Process for manufacturing biodegradable fibers including the following steps: a) Providing at least one alcoholic solution of at least one silane compound selected from the group consisting of tetraalkoxysilanes, trialkoxysilanes, halosilanes, and mixtures thereof; b) Providing an aqueous solution of at least one organic acid having a pKs value of < 2.0, wherein the organic acid is selected from the group consisting of sulfonic acids, sulfuric acid esters, phosphonic acids, phosphoric acid esters and mixtures thereof; c) Mixing the solutions provided in steps a) and b) and mixing for 4 hours to 1 week at a temperature of 20 to 70°C; d) Removing at least part of the alcohol from the mixture from step c) and then cooling the concentrated mixture to a temperature of 20 to -25°C; e) Keeping the cooled mixture from step d) until a viscosity of 10 to 75 Pa s, measured with a rheometer with a coaxial cylinder measuring attachment and a shear rate of 10 s -1, is reached; f) Spinning the mixture from step e) into continuous fibers; wherein during steps c) to e), crosslinking of the silane compound takes place and at least part of the organic acid is incorporated into the resulting network via covalent bonds and/or contributes to the crosslinking. a) Providing at least one alcoholic solution of at least one silane compound selected from the group consisting of tetraalkoxysilanes, trialkoxysilanes, halosilanes, and mixtures thereof; b) Providing an aqueous solution of at least one organic acid having a pKs value of < 2.0, wherein the organic acid is selected from the group consisting of sulfonic acids, sulfuric acid esters, phosphonic acids, phosphoric acid esters and mixtures thereof; c) Mixing the solutions provided in steps a) and b) and mixing for 4 hours to 1 week at a temperature of 20 to 70°C; d) Removing at least part of the alcohol from the mixture from step c) and then cooling the concentrated mixture to a temperature of 20 to -25°C; e) Keeping the cooled mixture from step d) until a viscosity of 10 to 75 Pa s, measured with a rheometer with a coaxial cylinder measuring attachment and a shear rate of 10 s -1, is reached; f) Spinning the mixture from step e) into continuous fibers; wherein during steps c) to e), crosslinking of the silane compound takes place and at least part of the organic acid is incorporated into the resulting network via covalent bonds and/or contributes to the crosslinking.
An arrangement for contacting an electrical conductor, which has an insulation, wherein a cable lug is crimped around a stripped end of the conductor and an end face of the conductor is welded to the cable lug, wherein the cable lug has a cup-like container, which is closed on a bottom of the container and open on a side opposite the bottom at an edge, in which a flat contact end is attached to the edge, characterized in that a tab serving as an insulation crimp is attached opposite the edge, which has two crimping wings (6,7), - that the stripped end of the conductor is fixed in the container by crimping and welding, wherein an end of the insulation extends into the container, - that the crimping wings (6,7) of the tab are crimped around the end of the insulation of the conductor, and - that an annular sealing element is arranged in a space between a wall of the container and the insulation of the stripped end of the conductor and is pressed into the space by the crimping wings (6, 7) of the tab, so that the container is tightly closed. - that the stripped end of the conductor is fixed in the container by crimping and welding, wherein an end of the insulation extends into the container, - that the crimping wings (6,7) of the tab are crimped around the end of the insulation of the conductor, and - that an annular sealing element is arranged in a space between a wall of the container and the insulation of the stripped end of the conductor and is pressed into the space by the crimping wings (6, 7) of the tab, so that the container is tightly closed.
A system for changing a talk group of a mobile communication terminal, comprising: a server configured to store information concerning a plurality of pre-defined talk groups each associated with a location; a mobile communication terminal; and a network node configured to periodically determine the location of the mobile communication terminal and transmit the location to the server, wherein the server is configured to transmit a message requesting the mobile communication terminal to change a default talk group when the server determines that the mobile communication terminal has moved into a location associated with one of the pre-defined talk groups, and the mobile communication terminal is configured to transmit a message approving change of the default talk group to the talk group of the location into which the mobile communication terminal has moved. a server configured to store information concerning a plurality of pre-defined talk groups each associated with a location; a mobile communication terminal; and a network node configured to periodically determine the location of the mobile communication terminal and transmit the location to the server,
A battery assembly for an implantable medical device, the assembly comprising: an electrode stack comprising a plurality of electrode plates (72, 74), wherein the plurality of electrode plates comprises a first electrode plate (72A, 74A) including a first tab (76A, 78A) extending from the first electrode plate and a second electrode plate including a second tab extending from the second electrode plate; an alignment member (80, 84) extending through the first tab and the second tab; and a weld (90, 92) on a side of the electrode stack extending from the first tab to the second tab, wherein the weld penetrates into the alignment member. an electrode stack comprising a plurality of electrode plates (72, 74), wherein the plurality of electrode plates comprises a first electrode plate (72A, 74A) including a first tab (76A, 78A) extending from the first electrode plate and a second electrode plate including a second tab extending from the second electrode plate; an alignment member (80, 84) extending through the first tab and the second tab; and a weld (90, 92) on a side of the electrode stack extending from the first tab to the second tab, wherein the weld penetrates into the alignment member.
An optical system for providing on-axis destructive interference of light received from an object along a predetermined system optical axis, comprising: a receiving and guiding optical structure for receiving and guiding at least three beams of light received from said object, the receiving and guiding optical structure arranged to provide a relative optical path difference between the at least three beams; and a combining optical structure for combining the at least three beams, characterized in that the optical system further comprises a polarization varying optical structure arranged between the receiving and guiding optical structure and the combining optical structure, and constructed for varying a polarization state of the beams relative to each other to have a mutually different polarization state in order to provide on-axis destructive interference. a receiving and guiding optical structure for receiving and guiding at least three beams of light received from said object, the receiving and guiding optical structure arranged to provide a relative optical path difference between the at least three beams; and a combining optical structure for combining the at least three beams, characterized in that the optical system further comprises a polarization varying optical structure arranged between the receiving and guiding optical structure and the combining optical structure, and constructed for varying a polarization state of the beams relative to each other to have a mutually different polarization state in order to provide on-axis destructive interference.
A method for managing connections with a distributed control plane, characterised by comprising: generating, by a router, a controller group identifier, ID, list comprising a plurality of controller group IDs of a plurality of controller groups, wherein one controller group ID uniquely identifies one controller group; identifying a first controller group, by the router from the list, with which a connection is to be established; and establishing, by the router, the connection with a controller of the first controller group if at least one of following conditions is met: the router has not exhausted a maximum number of connections; the router has previously had a connection with the controller of the first controller group; and the router has an existing connection with a controller of a second controller group not present in the list. generating, by a router, a controller group identifier, ID, list comprising a plurality of controller group IDs of a plurality of controller groups, wherein one controller group ID uniquely identifies one controller group; identifying a first controller group, by the router from the list, with which a connection is to be established; and establishing, by the router, the connection with a controller of the first controller group if at least one of following conditions is met: the router has not exhausted a maximum number of connections; the router has previously had a connection with the controller of the first controller group; and the router has an existing connection with a controller of a second controller group not present in the list. the router has not exhausted a maximum number of connections; the router has previously had a connection with the controller of the first controller group; and the router has an existing connection with a controller of a second controller group not present in the list.
A method for measuring an opening area defined within a flow nozzle using an optical sensor system, said method comprising: positioning an illumination source adjacent the opening such that an alignment finger coupled to the illumination source engages a surface bounding the opening; illuminating a perimeter circumscribing the opening; sampling an image of an illuminated line formed at the intersection between a light sheet and the object opening perimeter; and calculating an area within the received boundary from the sampled image. positioning an illumination source adjacent the opening such that an alignment finger coupled to the illumination source engages a surface bounding the opening; illuminating a perimeter circumscribing the opening; sampling an image of an illuminated line formed at the intersection between a light sheet and the object opening perimeter; and calculating an area within the received boundary from the sampled image.
Method for a computer network, wherein a message is transmitted, wherein the message indicates a time according to a predetermined time base (t rel, t abs), wherein the message includes additional information about the predetermined time base (t rel, t abs), and wherein a state of a port of a device of the computer network for transmitting the message is configured according to the predetermined time base (t rel, t abs), wherein a synchronization interval for sending the message depends on the predetermined time base (t rel, t abs), characterized in that the device is a first device, which is connected to a second device by a first data link, and that the port is configurable as a master port for sending synchronization information according to a first time base (t rel) and for sending synchronization information according to a second time base (t abs) via a second data link.
An in vitro method for detecting at least one mutation in a plurality of thyroid cancer-related genes in a subject comprising (a) extracting DNA from a FFPE thyroid sample or a FNA thyroid sample obtained from the subject; (b) generating a DNA library of a first plurality of amplicons using a hot start DNA polymerase that substantially lacks 5'-3' exonuclease activity, thereby making use of a minimal DNA input of as little as 1 ng, wherein at least one amplicon corresponds to each of the plurality of thyroid cancer-related genes, said plurality of thyroid cancer-related genes consisting of BRAF, NRAS, HRAS, KRAS, PIK3CA, TP53, CTNNB1, PTEN, TSHR, AKT1, GNAS, RET, TERT, and EIF1AX; (c) incorporating an adapter sequence on to the ends of the first plurality of amplicons via polymerase chain reaction; and (d) detecting at least one mutation in at least one of the first plurality of amplicons using high throughput massive parallel sequencing, and optionally wherein the FNA thyroid sample has been diagnosed as AUS/FLUS, FN/SFN or SUSP. (a) extracting DNA from a FFPE thyroid sample or a FNA thyroid sample obtained from the subject; (b) generating a DNA library of a first plurality of amplicons using a hot start DNA polymerase that substantially lacks 5'-3' exonuclease activity, thereby making use of a minimal DNA input of as little as 1 ng, wherein at least one amplicon corresponds to each of the plurality of thyroid cancer-related genes, said plurality of thyroid cancer-related genes consisting of BRAF, NRAS, HRAS, KRAS, PIK3CA, TP53, CTNNB1, PTEN, TSHR, AKT1, GNAS, RET, TERT, and EIF1AX; (c) incorporating an adapter sequence on to the ends of the first plurality of amplicons via polymerase chain reaction; and (d) detecting at least one mutation in at least one of the first plurality of amplicons using high throughput massive parallel sequencing, and optionally wherein the FNA thyroid sample has been diagnosed as AUS/FLUS, FN/SFN or SUSP.
A phycochemical composition for administration to a mammalian subject, the phycochemical composition having a prodrug activity for inhibiting NADPH oxidase activity, the phycochemical composition comprising: an isolated phycobilin dissolved or suspended within a pharmaceutically acceptable carrier and a capsule having a gelatinous case for containing said isolated phycobilin, said isolated phycobilin being converted to a phycorubin when administered to said mammalian subject for inhibiting NADPH oxidase activity, wherein said isolated phycobilin is selected from the group consisting of phycocyanobilin, phycoerythrobilin, phytochromobilin, and wherein said phycobilin includes a peptide fragment of a phycocyanin conjugated thereto to form a peptide conjugated phycobilin, wherein the peptide fragment is 100 amino acids in length or less, and wherein the peptide conjugated phycobilin is substantially purified.