mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving, by a computing device, a content asset comprising a plurality of content fragments including at least a first content fragment having an initial first playback duration and a second content fragment having an initial second playback duration; generating a manifest identifying the initial first playback duration and the initial second playback duration; transmitting the manifest; receiving information associated with an advertising opportunity, wherein the information indicates a location within either the first content fragment or the second content fragment to insert an advertisement; generating an updated manifest that indicates a first modified content fragment that begins from the beginning of the first content fragment and ends at the location and a second modified content fragment that begins at the location and ends at the end of the second content fragment, wherein the first modified content fragment has a modified first playback duration that is different than the initial first playback duration, and the second modified content fragment has a modified second playback duration that is different than the initial second playback duration; and causing transmission of the updated manifest. receiving, by a computing device, a content asset comprising a plurality of content fragments including at least a first content fragment having an initial first playback duration and a second content fragment having an initial second playback duration; generating a manifest identifying the initial first playback duration and the initial second playback duration; transmitting the manifest; receiving information associated with an advertising opportunity, wherein the information indicates a location within either the first content fragment or the second content fragment to insert an advertisement; generating an updated manifest that indicates a first modified content fragment that begins from the beginning of the first content fragment and ends at the location and a second modified content fragment that begins at the location and ends at the end of the second content fragment, wherein the first modified content fragment has a modified first playback duration that is different than the initial first playback duration, and the second modified content fragment has a modified second playback duration that is different than the initial second playback duration; and causing transmission of the updated manifest.
A portable information processing terminal comprising: a first housing and a second housing, the first housing being placed on top of the second housing; and connecting means to connect the first and second housings (1; 2), the connecting means being interposed between the first and second housings (1; 2), wherein the connecting means engages with the first housing so as to be slidable in at least one direction with respect to the first housing, and engages with the second housing so as to be rotatable with respect to the second housing, characterized in that a recessed portion that accommodates the connecting means is provided in the second housing, a guide pin (32, 33) is provided on a surface of the connecting means, the surface facing against the second housing, and a guide groove (27a, 27b) through which the guide pin (32, 33) is inserted is formed in an inner bottom surface of the recessed portion. a first housing and a second housing, the first housing being placed on top of the second housing; and connecting means to connect the first and second housings (1; 2), the connecting means being interposed between the first and second housings (1; 2), wherein the connecting means engages with the first housing so as to be slidable in at least one direction with respect to the first housing, and engages with the second housing so as to be rotatable with respect to the second housing, characterized in that a recessed portion that accommodates the connecting means is provided in the second housing, a guide pin (32, 33) is provided on a surface of the connecting means, the surface facing against the second housing, and a guide groove (27a, 27b) through which the guide pin (32, 33) is inserted is formed in an inner bottom surface of the recessed portion.
An assembly for detecting defects on a bodywork of a motor vehicle, its understructure and its tires, comprising a portal, of inverted U-shaped cross section, shaped to allow the passage of said motor vehicle in a longitudinal direction, from the rear of the portal to the front of the portal; said portal comprising an inner surface extending transversely between two lateral free ends (111, 112) and comprising a light source suitable for illuminating, in a substantially uniform manner, the bodywork of the motor vehicle during its passage, said portal comprising at least one opaque strip extending transversely over the entire length of the inner surface; said assembly comprising a plurality of cameras installed at a distance from the portal, in at least one longitudinal direction, so as to capture images of the bodywork of the motor vehicle during its passage under the portal, and a detection member suitable for receiving said images captured by said plurality of cameras and for detecting, according to these images, defects in the bodywork, on the one hand by analyzing the reflection of the opaque strip on the bodywork and, on the other hand, by directly recognizing, in said images, defects highlighted by observing the reflection of the light source on the bodywork; said assembly comprising, on each side of the portal, a rear attachment structure (2, 3) extending to the rear of the portal, parallel to the longitudinal direction, and suitable for allowing the attachment of at least some of the plurality of cameras forming rear detection cameras, which are oriented so as to acquire images of the side and rear faces of the motor vehicle as it passes through said portal; said assembly comprising on the upper portion of the portal, one attachment structure for a mirror, extending to the front of the portal, and another attachment structure for attaching cameras of the plurality of cameras forming upper cameras, which are oriented substantially parallel to the longitudinal axis in the direction of the mirror, said mirror having an angle suitable for allowing the reflection, toward said upper cameras, of an image of the upper portion of the motor vehicle as the latter passes through said portal. said assembly comprising, on each side of the portal, a rear attachment structure (2, 3) extending to the rear of the portal, parallel to the longitudinal direction, and suitable for allowing the attachment of at least some of the plurality of cameras forming rear detection cameras, which are oriented so as to acquire images of the side and rear faces of the motor vehicle as it passes through said portal; said assembly comprising on the upper portion of the portal, one attachment structure for a mirror, extending to the front of the portal, and another attachment structure for attaching cameras of the plurality of cameras forming upper cameras, which are oriented substantially parallel to the longitudinal axis in the direction of the mirror, said mirror having an angle suitable for allowing the reflection, toward said upper cameras, of an image of the upper portion of the motor vehicle as the latter passes through said portal.
A clamping collar comprising a belt having two belt portions (12, 13), each of which has a first end (12A, 13A) provided with a tightening tab (14, 15) and a second end (12B, 13B) provided with an assembly member (16, 17), the assembly members being suitable for co-operating with each other so as to assemble said second ends together in releasable manner, each of the tightening tabs having a hole (14A, 15A) and the collar further comprising a bolt of which the shank passes through these holes and which is retained relative to the tightening tabs so as to cause them to move relative to each other by screw-engagement in such a manner as to tighten the collar once the second ends (12B, 13B) are assembled together, characterized in that it comprises a bridge, that is arranged between the tightening tabs (14, 15), that forms an element distinct from the belt portions, and that comprises two fastening tabs (325', 325'') arranged between the tightening tabs, the fastening tabs (325', 325'') being arranged on the insides of said tightening tabs (14, 15), each of the fastening tabs (325', 325'') being provided with a hole (325'A, 325''A) through which the shank of the bolt also passes, the bridge being suitable for being deformed under the effect of the tightening force of the collar as the tightening tabs move relative to each other.
A process for controlling a level of a product in a container, the process comprising: engaging an exterior surface of the container containing the product at a first product level; applying a force to the exterior surface of the container to cause the container to change from a first volume (V 1) to a second volume (V 2); whereupon cessation of the force results in the container containing the product at a second product level, characterized by: the first volume (V 1) being less than the second volume (V 2); engaging the exterior surface of the container containing the product at the first product level includes engaging an engagement feature on the exterior surface of the container, wherein the engagement feature is a projection on the exterior surface of the container, wherein the projection is a sprue resulting from an injection molding of a preform used to form the container, and applying the force to the exterior surface of the container to cause the container to change from the first volume (V 1) to the second volume (V 2) includes pulling the projection with a complementary end portion of an exterior rod disposed exterior to the container to cause the first volume (V 1) to be increased to the second volume (V 2). engaging an exterior surface of the container containing the product at a first product level; applying a force to the exterior surface of the container to cause the container to change from a first volume (V 1) to a second volume (V 2); whereupon cessation of the force results in the container containing the product at a second product level, characterized by: the first volume (V 1) being less than the second volume (V 2); engaging the exterior surface of the container containing the product at the first product level includes engaging an engagement feature on the exterior surface of the container, wherein the engagement feature is a projection on the exterior surface of the container, wherein the projection is a sprue resulting from an injection molding of a preform used to form the container, and applying the force to the exterior surface of the container to cause the container to change from the first volume (V 1) to the second volume (V 2) includes pulling the projection with a complementary end portion of an exterior rod disposed exterior to the container to cause the first volume (V 1) to be increased to the second volume (V 2). the first volume (V 1) being less than the second volume (V 2); engaging the exterior surface of the container containing the product at the first product level includes engaging an engagement feature on the exterior surface of the container, wherein the engagement feature is a projection on the exterior surface of the container, wherein the projection is a sprue resulting from an injection molding of a preform used to form the container, and applying the force to the exterior surface of the container to cause the container to change from the first volume (V 1) to the second volume (V 2) includes pulling the projection with a complementary end portion of an exterior rod disposed exterior to the container to cause the first volume (V 1) to be increased to the second volume (V 2).
A control assembly for a cordless liquid heating apparatus comprising a control upper part for mounting to the liquid heating apparatus and a cordless base connector part adapted to supply electrical power to the control upper part when the control upper part is placed on top of the cordless base connector part; the control assembly further comprising a switch arrangement for making or breaking an electrical circuit for supplying power to the liquid heating apparatus, the switch arrangement comprising: a fixed contact (112', 114') provided on the cordless base connector part; characterised in that the switch arrangement further comprises a moveable contact member (206, 208) provided on the control upper part and a physical blocking member is arranged so that when the moveable contact member (206, 208) is separated from the fixed contact (112', 114'), the blocking member moves automatically to a blocking position in which it prevents the moveable contact member (206, 208) from making electrical contact with the fixed contact (112', 114').
An auger assembly for receiving particles of cheese curd and conveying the particles of cheese curd downstream along a cheese processing line, the auger assembly comprising: an auger housing, a first auger having a first shaft extending through the auger housing, a second auger having a second shaft extending through the auger housing and arranged colinearly with the first shaft, the second shaft having an end that faces an end of the first shaft, a first bearing mounted to the auger housing and arranged at the end of the first shaft, and a second bearing mounted to the auger housing and arranged at the end of the second shaft, the first bearing and second bearing being colinear and facing each other, wherein at least one slotted groove (11, 12) is formed in each of the first bearing and the second bearing to enable a cleaning fluid to contact a surface (13, 14) of the respective bearing (9, 10). an auger housing, a first auger having a first shaft extending through the auger housing, a second auger having a second shaft extending through the auger housing and arranged colinearly with the first shaft, the second shaft having an end that faces an end of the first shaft, a first bearing mounted to the auger housing and arranged at the end of the first shaft, and a second bearing mounted to the auger housing and arranged at the end of the second shaft, the first bearing and second bearing being colinear and facing each other, wherein at least one slotted groove (11, 12) is formed in each of the first bearing and the second bearing to enable a cleaning fluid to contact a surface (13, 14) of the respective bearing (9, 10).
A method for the early detection of carbonization during a drying process of an organic material, comprising: hot-air drying the organic material in a dryer, wherein the hot-air drying produces an exhaust comprising one or more of water (H 2 O), carbon monoxide, and carbon dioxide (CO 2); detecting a change in temperature per unit time of the exhaust; and detecting a change in concentration of carbon dioxide in the exhaust, and determining that carbonization has occurred when the change in temperature per unit time of the exhaust is 0.5 °C/min or more, and when the change in the concentration of carbon dioxide is 10% or more, wherein the organic material comprises a polymer particle having a diameter of 500 μm or less., wherein the polymer particle is acrylonitrile-butadiene-styrene,. wherein the dryer is a fluidized bed dryer. hot-air drying the organic material in a dryer, wherein the hot-air drying produces an exhaust comprising one or more of water (H 2 O), carbon monoxide, and carbon dioxide (CO 2); detecting a change in temperature per unit time of the exhaust; and detecting a change in concentration of carbon dioxide in the exhaust, and determining that carbonization has occurred when the change in temperature per unit time of the exhaust is 0.5 °C/min or more, and when the change in the concentration of carbon dioxide is 10% or more, wherein the organic material comprises a polymer particle having a diameter of 500 μm or less., wherein the polymer particle is acrylonitrile-butadiene-styrene,. wherein the dryer is a fluidized bed dryer.
A method of controlling an automobile alternator as a function of life phases of the vehicle, said alternator being able to supply a means for storing electrical energy of said vehicle, including steps consisting of: - defining control values (U bat, I bat, SOC, RCO) for controlling the alternator, - measuring status parameters (U bat, I bat, SOC, T, RCO) concerning at least said storage means, - acquiring the current life phase of the vehicle, - calculating in real time a setpoint value (U bat_cns, I bat_cns, SOC_ cns, RCO_ cns) for each control value as a function of the measured values of the status parameters and of said current life phase, characterized in that it further includes the steps consisting of: - selecting a control value as a function of the measured values of the status parameters and of said current life phase, - applying to the alternator a control voltage able to maintain the value of the control value selected at the associated setpoint value. - defining control values (U bat, I bat, SOC, RCO) for controlling the alternator, - measuring status parameters (U bat, I bat, SOC, T, RCO) concerning at least said storage means, - acquiring the current life phase of the vehicle, - calculating in real time a setpoint value (U bat_cns, I bat_cns, SOC_ cns, RCO_ cns) for each control value as a function of the measured values of the status parameters and of said current life phase, - selecting a control value as a function of the measured values of the status parameters and of said current life phase, - applying to the alternator a control voltage able to maintain the value of the control value selected at the associated setpoint value.
A tissue product, comprising: a plurality of dry, substantially spherical, tissue matrix particles, wherein the particles have a diameter between 1 mm and 5 mm, wherein the tissue matrix particles each comprise a plurality of tissue matrix fragments having a length between 5 μm and 300 μm, wherein the tissue matrix fragments have frayed ends that interlock with one another to join the fragments to one another, to form the tissue matrix particles.
A method for insertion of part of, or a complete, human VDJ region, the method comprising insertion of three or more human DNA fragments into a rodent ES cell DNA target comprised by a rodent IgH locus in a rodent ES cell, wherein the insertion is of DNA fragments of >100kb into a chromosome of the rodent ES cell in a stepwise fashion, wherein the fragments of the human VDJ locus are inserted upstream of the rodent heavy chain constant region by homologous recombination, wherein the method comprises insertion of a first DNA sequence into the target, the sequence having a DNA vector portion and a first sequence of interest; insertion of a second DNA sequence into the vector portion of the first sequence, the second DNA sequence having a second sequence of interest and a second vector portion, excising any vector sequence DNA separating X1 and X2 by PiggyBac transposase mediated DNA excision, thereby providing a contiguous X2X1 sequence within the target wherein X1 and X2 are joined together directly without intervening sequences, insertion of a further one or more DNA sequences, each further DNA sequence having a further sequence of interest and a further vector portion, wherein the insertion is made into the vector portion of the preceding DNA sequence in the target to build up a contiguous human DNA fragment in the target wherein X1, X2, and further sequences of interest are human DNA, and comprise fragments of the human VDJ locus. wherein the insertion is of DNA fragments of >100kb into a chromosome of the rodent ES cell in a stepwise fashion, wherein the fragments of the human VDJ locus are inserted upstream of the rodent heavy chain constant region by homologous recombination, wherein the method comprises insertion of a first DNA sequence into the target, the sequence having a DNA vector portion and a first sequence of interest; insertion of a second DNA sequence into the vector portion of the first sequence, the second DNA sequence having a second sequence of interest and a second vector portion, excising any vector sequence DNA separating X1 and X2 by PiggyBac transposase mediated DNA excision, thereby providing a contiguous X2X1 sequence within the target wherein X1 and X2 are joined together directly without intervening sequences, insertion of a further one or more DNA sequences, each further DNA sequence having a further sequence of interest and a further vector portion, wherein the insertion is made into the vector portion of the preceding DNA sequence in the target to build up a contiguous human DNA fragment in the target wherein X1, X2, and further sequences of interest are human DNA, and comprise fragments of the human VDJ locus.
Lighting apparatus for a helicopter deck, configured for being installed in connection with an identification marking, such as an H, triangle, cross figure or the like, and/or a touchdown and positioning mark ring on a landing and takeoff area of the helicopter deck, wherein the lighting apparatus consists of light units formed of one or more lamps operable by power transmitted from a power source in connection with the helicopter deck, wherein the light units can be coupled essentially immovably with an upper surface of the helicopter deck, characterized in that, the light units of the lighting apparatus can be coupled with the upper surface of the helicopter deck by means of a horizontal fastening arrangement comprising fastening means (4a, 4a') being parallel with a plane of the helicopter deck and configured for being supported at outer edges of the helicopter deck.
A carnosine analogue of formula or a pharmaceutically acceptable salt or stereoisomer thereof: wherein R is: 1) - -(CH 2) n -[CH(ONO 2)] p -CH 2 -ONO 2 2) - -(CH 2)n-X- n1 -[CH(ONO 2)] p -CH 2 -ONO 2 wherein: Y is O, NH or a covalent single bond; n is an integer from 1 to 10, preferably 1 to 4; with the proviso that in formula 2) when Y is O or NH, then n is not 1; n 1 is an integer from 1 to 10, preferably 1 to 4; p is 0 or 1; X is O, NH or S; R 1 is OH, -OR 2, -NH 2, -NHR 2, wherein R 2 is (C 1 -C 10) linear or branched alkyl. 1) - -(CH 2) n -[CH(ONO 2)] p -CH 2 -ONO 2 2) - -(CH 2)n-X- n1 -[CH(ONO 2)] p -CH 2 -ONO 2 Y is O, NH or a covalent single bond; n is an integer from 1 to 10, preferably 1 to 4; with the proviso that in formula 2) when Y is O or NH, then n is not 1; n 1 is an integer from 1 to 10, preferably 1 to 4; p is 0 or 1; X is O, NH or S;