mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a media server comprising: detecting a computing device within a predefined proximity, said computing device being associated with a user; establishing a wireless connection to the detected computing device; transmitting one or more media content items to the detected computing device via the established wireless connection responsive to said detecting the computing device; transmitting metadata associated with the transmitted media content items to the detected computing device via the established wireless connection; wherein a subsequent purchase opportunity is to be provided to the user to purchase the transmitted media content items via the transmitted metadata, said subsequent purchase opportunity being provided independent of the predefined proximity; the method further comprising associating a digital rights management policy with the media content items, and wherein transmitting the media content items to the detected computing device comprises transmitting the media content items with the associated digital rights management policy associated therewith to the computing device for storage thereon, wherein the digital rights management policy directs that the transmitted media content items are to be deleted or not renderable after an expiration date.. detecting a computing device within a predefined proximity, said computing device being associated with a user; establishing a wireless connection to the detected computing device; transmitting one or more media content items to the detected computing device via the established wireless connection responsive to said detecting the computing device; transmitting metadata associated with the transmitted media content items to the detected computing device via the established wireless connection; wherein a subsequent purchase opportunity is to be provided to the user to purchase the transmitted media content items via the transmitted metadata, said subsequent purchase opportunity being provided independent of the predefined proximity; the method further comprising associating a digital rights management policy with the media content items, and wherein transmitting the media content items to the detected computing device comprises transmitting the media content items with the associated digital rights management policy associated therewith to the computing device for storage thereon,
An imaging and display device for a vehicle, comprising: a display unit disposed in a front part of a vehicle interior and configured to display a captured image which is obtained through image capturing by an imaging unit that images a rear side of the vehicle; and a control unit configured to perform view angle switching control of switching an angle of view of the captured image displayed on the display unit to a wider angle than a current angle of view when a predetermined wide-angle condition is satisfied as a distance between an object on the rear side of the vehicle and the vehicle decreases and switching the angle of view to an original angle of view when a predetermined return condition for returning to the original angle of view is satisfied; characterised in that the predetermined wide-angle condition and the predetermined return condition are defined by threshold values, wherein the threshold value defined for the predetermined wide-angle condition is a distance between an object and the vehicle, a size of an object in a captured image, or a ratio of an object in a captured image to a display area of the display unit, and the threshold value defined for the predetermined return condition is a distance between an object and the vehicle, a size of an object in a captured image, or a ratio of an object in a captured image to a display area of the display unit, and wherein the threshold value defined for the predetermined wide-angle condition is different to the threshold value defined for the predetermined return condition. a display unit disposed in a front part of a vehicle interior and configured to display a captured image which is obtained through image capturing by an imaging unit that images a rear side of the vehicle; and a control unit configured to perform view angle switching control of switching an angle of view of the captured image displayed on the display unit to a wider angle than a current angle of view when a predetermined wide-angle condition is satisfied as a distance between an object on the rear side of the vehicle and the vehicle decreases and switching the angle of view to an original angle of view when a predetermined return condition for returning to the original angle of view is satisfied; characterised in that the predetermined wide-angle condition and the predetermined return condition are defined by threshold values, wherein the threshold value defined for the predetermined wide-angle condition is a distance between an object and the vehicle, a size of an object in a captured image, or a ratio of an object in a captured image to a display area of the display unit, and the threshold value defined for the predetermined return condition is a distance between an object and the vehicle, a size of an object in a captured image, or a ratio of an object in a captured image to a display area of the display unit, and wherein the threshold value defined for the predetermined wide-angle condition is different to the threshold value defined for the predetermined return condition.
A float glass comprising: a base glass portion comprising: Ingredient wt. % SiO 2 67 - 75 wt.% Na 2 O 10 - 20 wt. % CaO 5 - 15 wt.% Al 2 O 3 0 - 7 wt.% K 2 O 0 - 7 wt. % and wherein the glass further comprises each of SrO, ZnO and BaO, wherein the sum total of the SrO, ZnO and BaO in the glass is from 1-4 % by weight, and wherein the glass contains no more than 2.0 wt. % MgO, so as to lower viscosity at high temperatures so that refining occurs faster.
A vapor generation system comprising: - a channel for a high temperature fluid; - an economizer arranged in the channel, wherein the economizer is arranged to receive a first fluid to be preheated via an economizer inlet and to preheat the received first fluid by heat exchange with the high temperature fluid; - an evaporator arranged in the channel, wherein the evaporator is arranged to receive a second fluid to be heated and to heat the received second fluid by heat exchange with the high temperature fluid; - a liquid-vapor separator arranged to receive heated second fluid from the evaporator and optionally preheated first fluid from the economizer, wherein the liquid-vapor separator is arranged to separate liquid and vapor of the received heated second fluid and to discharge liquid through a first separator outlet and vapor through a second separator outlet, and - a superheater arranged in the channel, wherein the superheater is arranged to receive a vapor fluid comprising vapor discharged by the liquid-vapor separator, to heat the received vapor fluid by heat exchange with the high temperature fluid so as to provide superheated vapor and to discharge superheated vapor through a superheater outlet; wherein the second fluid to be heated by the evaporator comprises preheated first fluid provided by the economizer and/or liquid discharged by the liquid-vapor separator, characterized in that the vapor generation system further comprises a first heating device arranged to heat liquid in the liquid-vapor separator so as to convert liquid to vapor. - a channel for a high temperature fluid; - an economizer arranged in the channel, wherein the economizer is arranged to receive a first fluid to be preheated via an economizer inlet and to preheat the received first fluid by heat exchange with the high temperature fluid; - an evaporator arranged in the channel, wherein the evaporator is arranged to receive a second fluid to be heated and to heat the received second fluid by heat exchange with the high temperature fluid; - a liquid-vapor separator arranged to receive heated second fluid from the evaporator and optionally preheated first fluid from the economizer, wherein the liquid-vapor separator is arranged to separate liquid and vapor of the received heated second fluid and to discharge liquid through a first separator outlet and vapor through a second separator outlet, and - a superheater arranged in the channel, wherein the superheater is arranged to receive a vapor fluid comprising vapor discharged by the liquid-vapor separator, to heat the received vapor fluid by heat exchange with the high temperature fluid so as to provide superheated vapor and to discharge superheated vapor through a superheater outlet;
A method for evaluating an effect of a cytokine on a metabolic activity of a cytochrome P450, the method comprising: evaluating the presence or absence of induction or attenuation of a metabolic function of the cytochrome P450 after bringing a spheroid-shaped established hepatocyte cell line into contact with a test solution containing a cytokine in a culture chamber disposed at a bottom of a well for one hour or more and less than 96 hours, wherein the culture chamber includes a culture room having an equivalent diameter in a range from 100 μm to 1000 μm, a spheroid of the established hepatocyte cell line has been formed in the culture room, the formed spheroid has adhered to a surface of the culture room, and the spheroid is brought into contact with the test solution by removing a culture medium from the well and adding the test solution to the well. evaluating the presence or absence of induction or attenuation of a metabolic function of the cytochrome P450 after bringing a spheroid-shaped established hepatocyte cell line into contact with a test solution containing a cytokine in a culture chamber disposed at a bottom of a well for one hour or more and less than 96 hours, wherein the culture chamber includes a culture room having an equivalent diameter in a range from 100 μm to 1000 μm, a spheroid of the established hepatocyte cell line has been formed in the culture room, the formed spheroid has adhered to a surface of the culture room, and the spheroid is brought into contact with the test solution by removing a culture medium from the well and adding the test solution to the well.
Timepiece comprising: a first ring displaying a plurality of time zone indications; a second ring displaying 24 hour indications; said rings being configured to be rotated relative to each other, so as to indicate the time in each said time zone at each instant; a third ring displaying a plurality of time zone indications and configured to be rotated relative to the second ring, the time zone indications thus being distributed over two rings (2, 4) wherein said first, second and third rings (2, 3, 4) are arranged concentrically, characterized in that the second ring is interposed between the first ring and the third ring, so that the time zones are indicated alternately on the first outer ring and on the third inner ring. a first ring displaying a plurality of time zone indications; a second ring displaying 24 hour indications; said rings being configured to be rotated relative to each other, so as to indicate the time in each said time zone at each instant; a third ring displaying a plurality of time zone indications and configured to be rotated relative to the second ring, the time zone indications thus being distributed over two rings (2, 4) wherein said first, second and third rings (2, 3, 4) are arranged concentrically,
A blade outer air seal for a gas turbine engine, comprising: a surface; a plurality of cavities (140, 142; 240, 242; 340, 342; 440, 442) in a portion of the surface, the plurality of cavities (140...442) having a first group of cavities (140, 240, 340, 440) with a first cross-section and a second group of cavities (142, 242, 342, 442) with a second cross-section different from the first cross-section, wherein the first and second groups of cavities (140... 442) are arranged such that there is no straight line across the portion of the surface that does not intersect one of the plurality of cavities (140...442); and a thermal barrier coating over the surface, characterised in that: the thermal barrier coating fills each of the plurality of cavities (140...442), and the first cross-section is a circle and the second cross-section is a slot shape. a surface; a plurality of cavities (140, 142; 240, 242; 340, 342; 440, 442) in a portion of the surface, the plurality of cavities (140...442) having a first group of cavities (140, 240, 340, 440) with a first cross-section and a second group of cavities (142, 242, 342, 442) with a second cross-section different from the first cross-section, wherein the first and second groups of cavities (140... 442) are arranged such that there is no straight line across the portion of the surface that does not intersect one of the plurality of cavities (140...442); and a thermal barrier coating over the surface, characterised in that: the thermal barrier coating fills each of the plurality of cavities (140...442), and the first cross-section is a circle and the second cross-section is a slot shape.
The peptide KTTKQSFDLSVKAQYKKNKH (SEQ ID NO: 14), an epitope contained in the peptide, an oxidized form thereof, or an aldehyde or malondialdehyde derivative thereof.
An adjustable weight lifting device, comprising: a tube; a housing having an axially inner portion nonrotatably attached to the tube at a first end of the tube and an axially outer portion that is rotatable relative to the axially inner portion, the axially inner portion comprising an axially inner portion face gear facing the axially outer portion and the axially outer portion having an axially outer portion face gear facing the axially inner portion; and an index ring comprising an exterior surface provided with indicia and an inner surface; characterized in that the adjustable weight lifting device includes one or more gears or cogwheels mounted on the inner surface of the index ring for rotation about one or more corresponding radially extending axes, each radially extending axis being perpendicular to a longitudinal axis of the index ring and each gear or cogwheel meshing with the axially inner portion face gear and the axially outer portion face gear. a tube; a housing having an axially inner portion nonrotatably attached to the tube at a first end of the tube and an axially outer portion that is rotatable relative to the axially inner portion, the axially inner portion comprising an axially inner portion face gear facing the axially outer portion and the axially outer portion having an axially outer portion face gear facing the axially inner portion; and an index ring comprising an exterior surface provided with indicia and an inner surface; characterized in that the adjustable weight lifting device includes one or more gears or cogwheels mounted on the inner surface of the index ring for rotation about one or more corresponding radially extending axes, each radially extending axis being perpendicular to a longitudinal axis of the index ring and each gear or cogwheel meshing with the axially inner portion face gear and the axially outer portion face gear.
A method of fabricating an assembly including two prefabricated structures (3, 4) each including at least one rectilinear recessed edge (5, 6), the method including in succession: - positioning the two prefabricated structures (3, 4) so that the recessed edges (5, 6) of the respective prefabricated structures are adjacent, - positioning a connecting device including a plurality of parts mobile relative to one another, these mobile parts being respectively assembled at different assembly points extending along means for limiting the distance between these assembly points, some of these mobile parts (10, 40) entering at least partially the rectilinear recessed edge of one prefabricated structure and others of these mobile parts entering at least partly the rectilinear recessed edge of the other prefabricated structure, - introducing into the recesses of the adjacent recessed edges and around the mobile parts (10, 40) entering these recessed edges (5, 6) a fluid binder adapted to solidify, such as cement, to produce between the prefabricated structures (3, 4) and inside their adjacent recesses (5, 6) a reinforcement enveloped by the binder. - positioning the two prefabricated structures (3, 4) so that the recessed edges (5, 6) of the respective prefabricated structures are adjacent, - positioning a connecting device including a plurality of parts mobile relative to one another, these mobile parts being respectively assembled at different assembly points extending along means for limiting the distance between these assembly points, some of these mobile parts (10, 40) entering at least partially the rectilinear recessed edge of one prefabricated structure and others of these mobile parts entering at least partly the rectilinear recessed edge of the other prefabricated structure, - introducing into the recesses of the adjacent recessed edges and around the mobile parts (10, 40) entering these recessed edges (5, 6) a fluid binder adapted to solidify, such as cement, to produce between the prefabricated structures (3, 4) and inside their adjacent recesses (5, 6) a reinforcement enveloped by the binder.
A method for processing electrical signals obtained from a patient's heart comprising: gathering a first set of electrical signals within the patient using an implantable medical device, the first set of electrical signals comprising a set of samples of electrical activity from a discrete sample time window spanning a pacing event; filtering the first set of signals to provide a second set of electrical signals, the second set of electrical signals comprising frequencies above a cutoff frequency; estimating the amount of noise present in the first set of electrical signals based on the magnitude of the second set of electrical signals; discarding (512, 514) the first set of electrical signals if the estimated amount of noise exceeds a noise threshold value; adjusting a pace artifact threshold based on the estimated amount of noise if the noise does not exceed the noise threshold value; using the adjusted pace artifact threshold to distinguish between loss of capture and fusion beats; and using a capture detection threshold to determine if a contraction of a heart chamber of the patient's heart has taken place. gathering a first set of electrical signals within the patient using an implantable medical device, the first set of electrical signals comprising a set of samples of electrical activity from a discrete sample time window spanning a pacing event; filtering the first set of signals to provide a second set of electrical signals, the second set of electrical signals comprising frequencies above a cutoff frequency; estimating the amount of noise present in the first set of electrical signals based on the magnitude of the second set of electrical signals; discarding (512, 514) the first set of electrical signals if the estimated amount of noise exceeds a noise threshold value; adjusting a pace artifact threshold based on the estimated amount of noise if the noise does not exceed the noise threshold value; using the adjusted pace artifact threshold to distinguish between loss of capture and fusion beats; and using a capture detection threshold to determine if a contraction of a heart chamber of the patient's heart has taken place.
Method for the feed of particles of a layer material into a cold-gas spraying process, in which the particles are conducted through a supply line and are delivered to a carrier gas stream via the mouth of the supply line, the carrier gas stream serving for transporting the particles to a surface, to be coated, of a component and, for this purpose, being routed through a stagnation chamber and subsequently accelerated through a nozzle, the particles, before being introduced into the supply line, being dispersed in a liquid or solid additive, characterized in that such an amount of heat energy is transmitted into the stagnation chamber that the additive absorbs such an amount of thermal energy that, after leaving the mouth of the supply line, said additive changes into the gaseous state in the carrier gas stream.
A process of depositing elemental germanium on a substrate comprising sequentially exposing in at least one deposition cycle and at a temperature selected from the range of 50°C-350°C the substrate inside a chamber with a Ge-containing precursor and a reducing precursor, wherein the Ge-containing precursor is selected from the group consisting of tetrakis(dimethylamino)Ge; germanium beta-diketonates, germanium acetyl acetonates; and the reducing precursor is H 2 or hydrogen plasma.
Method for manufacturing a brake disc from a basic body, having a friction ring surface, comprising the steps: - preparing the basic body and roughening the friction ring surface by directing an electron beam onto the friction ring surface, thereby producing in the friction ring surface a defined number of depressions per mm 2 of the friction ring surface, wherein the arrangement of the depressions relative to each other is predefined and wherein each depression has a predefined depth and shape, - applying a friction ring surface coating without performing an etching step. - preparing the basic body and roughening the friction ring surface by directing an electron beam onto the friction ring surface, thereby producing in the friction ring surface a defined number of depressions per mm 2 of the friction ring surface, wherein the arrangement of the depressions relative to each other is predefined and wherein each depression has a predefined depth and shape, - applying a friction ring surface coating without performing an etching step.
A power transfer system comprising: a polyphase dynamoelectric machine, wherein the dynamoelectric machine includes multiple electrical ports (32, 34, 36), including primary and secondary electrical ports, wherein the ports include a primary input port, and multiple secondary output ports (34, 36); a mechanical-inertial energy storage device coupled to the polyphase dynamoelectric machine; polyphase traveling-wave inductive power transmitters (52, 54) coupled to respective of the secondary output ports (34, 36); polyphase travelling-wave power receivers (76, 108) inductively coupled to the transmitters (52, 54), and providing electrical power to loads; a DC-AC power converter coupled to the primary input port that derives power from a power generation source, through a transmission line configured to provide variable-frequency power to the primary input port, wherein the polyphase dynamoelectric machine further includes respective electrical resonant circuits (62, 64) between the secondary output ports (34, 36) and the respective of the polyphase traveling-wave inductive power transmitters (52, 54), configured to enhance power transfer efficiency to the transmitter. a polyphase dynamoelectric machine, wherein the dynamoelectric machine includes multiple electrical ports (32, 34, 36), including primary and secondary electrical ports, wherein the ports include a primary input port, and multiple secondary output ports (34, 36); a mechanical-inertial energy storage device coupled to the polyphase dynamoelectric machine; polyphase traveling-wave inductive power transmitters (52, 54) coupled to respective of the secondary output ports (34, 36); polyphase travelling-wave power receivers (76, 108) inductively coupled to the transmitters (52, 54), and providing electrical power to loads; a DC-AC power converter coupled to the primary input port that derives power from a power generation source, through a transmission line configured to provide variable-frequency power to the primary input port, wherein the polyphase dynamoelectric machine further includes respective electrical resonant circuits (62, 64) between the secondary output ports (34, 36) and the respective of the polyphase traveling-wave inductive power transmitters (52, 54), configured to enhance power transfer efficiency to the transmitter.