mhurhangee/ep-ind-claims huggingface dataset:
An aqueous dispersion, comprising: (a) fragrance-containing binder particles having an average particle size of from 50 to 500 nanometers as measured by Brookhaven BI-90 Particle Size Analyzer, wherein the binder comprises, as polymerized units, one or more monoethylenically unsaturated nonionic monomers; and (b) polymeric adsorbent particles having a D50 particle size of from 1 to 30 microns and a specific surface area of 900 m 2 /g or more, wherein the polymer in the polymeric adsorbent particles comprises, as polymerized units, one or more vinyl aromatic monomers and optionally one or more monovinyl aliphatic monomers, and wherein the vinyl aromatic monomer is selected from the group consisting of at least one monovinyl aromatic monomer and at least one polyvinyl aromatic monomer. (a) fragrance-containing binder particles having an average particle size of from 50 to 500 nanometers as measured by Brookhaven BI-90 Particle Size Analyzer, wherein the binder comprises, as polymerized units, one or more monoethylenically unsaturated nonionic monomers; and (b) polymeric adsorbent particles having a D50 particle size of from 1 to 30 microns and a specific surface area of 900 m 2 /g or more, wherein the polymer in the polymeric adsorbent particles comprises, as polymerized units, one or more vinyl aromatic monomers and optionally one or more monovinyl aliphatic monomers, and wherein the vinyl aromatic monomer is selected from the group consisting of at least one monovinyl aromatic monomer and at least one polyvinyl aromatic monomer.
A combined flapping drive device for a foil such as a wing, submerged in a fluid, provided with a drive shaft called a bit, characterised in that it comprises at least one device for movably and pivotably driving a primary shaft about its longitudinal axis, comprising said primary shaft and three systems operating in cooperation, the first system S1 comprising means for movably driving a control member along a trajectory λ in the form of a closed curve, having at least a first axial component τ and a second axial component σ, the second system S2 comprising means for pivotably driving, of heel angle φ, said primary shaft about its longitudinal axis, configured to be actuated by the movement of said control member mainly along the axial component τ of the trajectory λ defined by the system S1, according to a main function Φ ( τ) fixing φ; the third system S3 comprising means for movably driving the primary shaft, configured to be actuated by the movement of said control member along mainly the second axial component σ of the trajectory λ defined by the system S1, said control member being configured to extend protrudingly from the plane of its trajectory λ or a projection thereof in that plane and to engage both the means for pivotably driving the primary shaft and the means for movably driving said primary shaft, the movement of the control member along the closed curve generating both a pivotal control φ in one direction and then in the opposite direction of the primary shaft about its longitudinal axis and the movement of the primary shaft in one direction and in the opposite direction. the first system S1 comprising means for movably driving a control member along a trajectory λ in the form of a closed curve, having at least a first axial component τ and a second axial component σ, the second system S2 comprising means for pivotably driving, of heel angle φ, said primary shaft about its longitudinal axis, configured to be actuated by the movement of said control member mainly along the axial component τ of the trajectory λ defined by the system S1, according to a main function Φ ( τ) fixing φ; the third system S3 comprising means for movably driving the primary shaft, configured to be actuated by the movement of said control member along mainly the second axial component σ of the trajectory λ defined by the system S1, said control member being configured to extend protrudingly from the plane of its trajectory λ or a projection thereof in that plane and to engage both the means for pivotably driving the primary shaft and the means for movably driving said primary shaft, the movement of the control member along the closed curve generating both a pivotal control φ in one direction and then in the opposite direction of the primary shaft about its longitudinal axis and the movement of the primary shaft in one direction and in the opposite direction.
A compound of formula Li 7-x PS 6-x X x-z (BH 4) z wherein: X is selected from the group consisting of Cl, Br, I, F and CN 0<x≤2 0<z≤0.50. X is selected from the group consisting of Cl, Br, I, F and CN 0<x≤2 0<z≤0.50.
Friction roller planetary gearing, comprising - a housing, - a sun shaft having a first and a second sun (104, 106) arranged thereon, which are each designed as friction rollers and are axially displaceable with respect to one another and of which at least one is connected for conjoint rotation to the sun shaft, - a planet carrier, on which a plurality of stepped planets, which are designed as friction rollers and each have a pair of contact surfaces of smaller diameter and a pair of contact surfaces of larger diameter, are rotatably supported, and - a first annulus, which is connected to the housing in a manner fixed against rotation relative thereto and is designed as a friction ring, wherein the planets each roll on the suns (104, 106) by means of the one pair of contact surfaces of the planets and roll on the first annulus by means of at least one contact surface of the other pair of contact surfaces of the planets, and wherein the contact pressure between the suns (104, 106) and the associated contact surfaces of the planets can be controlled by a first torque-dependent axial displacement device by means of torque-dependent axial displacement of at least one of the suns, characterized in that a second annulus designed as a friction ring is provided, which is arranged so as to be axially displaceable relative to the first annulus, with the result that the planets roll on both annuluses (124, 126) by means of the associated pair of contact surfaces of the planets, wherein the contact pressure between the annuluses (124, 126) and the associated contact surfaces of the planets is controllable by a second torque-dependent axial displacement device by means of torque-dependent axial displacement of at least one of the annuluses. - a housing, - a sun shaft having a first and a second sun (104, 106) arranged thereon, which are each designed as friction rollers and are axially displaceable with respect to one another and of which at least one is connected for conjoint rotation to the sun shaft, - a planet carrier, on which a plurality of stepped planets, which are designed as friction rollers and each have a pair of contact surfaces of smaller diameter and a pair of contact surfaces of larger diameter, are rotatably supported, and - a first annulus, which is connected to the housing in a manner fixed against rotation relative thereto and is designed as a friction ring, wherein the planets each roll on the suns (104, 106) by means of the one pair of contact surfaces of the planets and roll on the first annulus by means of at least one contact surface of the other pair of contact surfaces of the planets, and
A method of reporting, by a user equipment, UE, channel state information, CSI, in a wireless communication system, the method comprising: receiving, from a base station, a radio resource control, RRC, signaling that comprises a plurality of reporting settings, wherein each reporting setting comprises a corresponding list of first values representing time offsets for transmitting a CSI report, forming a plurality of lists of first values; receiving, from the base station, downlink control information, DCI, triggering the CSI report for the plurality of reporting settings, wherein the DCI comprises an index value related to a time at which to transmit the CSI report on a physical uplink shared channel, PUSCH; determining, based on the DCI, a plurality of list entries by determining, for each list in the plurality of lists of first values, a corresponding list entry that is indexed in the list based on the index value; determining a second value that is largest among the plurality of list entries; and transmitting, to the base station, the CSI report on the PUSCH based on the second value. receiving, from a base station, a radio resource control, RRC, signaling that comprises a plurality of reporting settings, wherein each reporting setting comprises a corresponding list of first values representing time offsets for transmitting a CSI report, forming a plurality of lists of first values; receiving, from the base station, downlink control information, DCI, triggering the CSI report for the plurality of reporting settings, wherein the DCI comprises an index value related to a time at which to transmit the CSI report on a physical uplink shared channel, PUSCH; determining, based on the DCI, a plurality of list entries by determining, for each list in the plurality of lists of first values, a corresponding list entry that is indexed in the list based on the index value; determining a second value that is largest among the plurality of list entries; and transmitting, to the base station, the CSI report on the PUSCH based on the second value.
A fiber distribution terminal (100, 200) comprising: a chassis (105, 205); a plurality of optical adapters (112, 212) disposed towards a front of the chassis, the optical adapters (112, 212) having internal-facing ports and external-facing ports; a splice tray mounting arrangement (120, 220) that is removably coupled to the chassis (105, 205), the splice tray mounting arrangement (120, 220) including a base (121, 221) carrying a splice tray mounting location (122, 222) so that removing the splice tray mounting arrangement (120, 220) from the chassis (105, 205) also removes the splice tray mounting location (122, 222) from the chassis (105, 205), the splice tray mounting location (122, 222) being configured to receive a plurality of splice trays (125, 225), the splice tray mounting arrangement (120, 220) also including a bend radius management arrangement (126, 226) carried by the base (121, 221), the bend radius management arrangement (126, 226) being configured to route an optical cable (130, 230) around the splice tray mounting location (122, 222) to store excess length of the optical cable (130, 230); characterized in that: the splice tray mounting arrangement (120, 220) is removable from the chassis (105, 205) by sliding the splice tray mounting arrangement (120, 220) out through a rear of the chassis (105, 206) and unwinding the optical cable (130, 230) from around the bend radius management arrangement (126, 226) to reach a workstation spaced from the chassis (105, 205). a chassis (105, 205); a plurality of optical adapters (112, 212) disposed towards a front of the chassis, the optical adapters (112, 212) having internal-facing ports and external-facing ports; a splice tray mounting arrangement (120, 220) that is removably coupled to the chassis (105, 205), the splice tray mounting arrangement (120, 220) including a base (121, 221) carrying a splice tray mounting location (122, 222) so that removing the splice tray mounting arrangement (120, 220) from the chassis (105, 205) also removes the splice tray mounting location (122, 222) from the chassis (105, 205), the splice tray mounting location (122, 222) being configured to receive a plurality of splice trays (125, 225), the splice tray mounting arrangement (120, 220) also including a bend radius management arrangement (126, 226) carried by the base (121, 221), the bend radius management arrangement (126, 226) being configured to route an optical cable (130, 230) around the splice tray mounting location (122, 222) to store excess length of the optical cable (130, 230); characterized in that: the splice tray mounting arrangement (120, 220) is removable from the chassis (105, 205) by sliding the splice tray mounting arrangement (120, 220) out through a rear of the chassis (105, 206) and unwinding the optical cable (130, 230) from around the bend radius management arrangement (126, 226) to reach a workstation spaced from the chassis (105, 205).
An in vitro or ex vivo method for incubating a population of mononuclear phagocytes isolated from biological samples characterized in that, the incubation takes place under hypoxic conditions, and the culture medium comprises factors released from solid tumor or tumor explants or tumor cell lines. the incubation takes place under hypoxic conditions, and the culture medium comprises factors released from solid tumor or tumor explants or tumor cell lines.
A method of preparing a biodegradable polymer composition that meets the biodegradability criteria specified in EN 13432 or ASTM 6400, said method comprising melt mixing a first biodegradable polyester and a masterbatch, wherein said masterbatch has been formed separately by melt mixing in the presence of a transesterification catalyst a polysaccharide, a second biodegradable polyester and a biodegradable polymer having pendant carboxylic acid groups.
A method for manufacturing a part made of composite material comprising the following steps: - forming a fibrous texture from refractory ceramic fibers, - placing the fibrous texture in a mold cavity of an injection tooling, - injecting into the fibrous texture a slurry including at least one powder of refractory ceramic particles or particles of a refractory ceramic precursor suspended in a liquid phase, - filtering the liquid phase of the slurry and retaining the powder of refractory ceramic particles or particles of a refractory ceramic precursor inside said texture so as to obtain a fibrous preform loaded with refractory ceramic particles or particles of a refractory ceramic precursor, - densifying the fibrous texture by treatment of the refractory ceramic particles present in the fibrous texture in order to form a refractory matrix in said texture, characterized in that, after the step of placing the fibrous texture in a mold cavity of an injection tooling and before the step of injecting the slurry under pressure, the method comprises a step of pre-saturating the fibrous texture with a carrier fluid consisting in injecting into said texture a carrier fluid. - forming a fibrous texture from refractory ceramic fibers, - placing the fibrous texture in a mold cavity of an injection tooling, - injecting into the fibrous texture a slurry including at least one powder of refractory ceramic particles or particles of a refractory ceramic precursor suspended in a liquid phase, - filtering the liquid phase of the slurry and retaining the powder of refractory ceramic particles or particles of a refractory ceramic precursor inside said texture so as to obtain a fibrous preform loaded with refractory ceramic particles or particles of a refractory ceramic precursor, - densifying the fibrous texture by treatment of the refractory ceramic particles present in the fibrous texture in order to form a refractory matrix in said texture,
An aircraft class divider assembly, the assembly comprising: a contoured class divider for separating regions of an aircraft cabin between at least one forward passenger seat and at least one aft passenger seat, the contoured class divider comprising a panel for positioning aft of the at least one forward passenger seat, the panel including one or more panel portions and having a contoured shape for receiving the back of the at least one forward passenger seat in at least a reclined position; a lower support assembly for pivotally securing the panel to a floor of the aircraft cabin; an upper assembly for securing the panel to an upper cabin structure; and wherein the upper assembly comprises means to articulate at least a first panel portion of the one or more panel portions from an aft position during normal operation to a forward position during an emergency event wherein, in the aft position, in use, a section of the first panel portion is disposed within an expected path of travel of a head of a passenger seated in the at least one aft passenger seat, and in the forward position, in use the section of the first panel portion is outside the expected path of travel; characterized in that the means to articulate comprises a channel (812, 1305) disposable on an underside of the upper cabin structure, the channel configured to slidably engage a coupling (814, 1303) at an upper end of the panel such that the coupling translates within the channel during movement of the first panel portion from the aft position to the forward position in response to a crash event, when submitted to inertial forces. a contoured class divider for separating regions of an aircraft cabin between at least one forward passenger seat and at least one aft passenger seat, the contoured class divider comprising a panel for positioning aft of the at least one forward passenger seat, the panel including one or more panel portions and having a contoured shape for receiving the back of the at least one forward passenger seat in at least a reclined position; a lower support assembly for pivotally securing the panel to a floor of the aircraft cabin; an upper assembly for securing the panel to an upper cabin structure; and wherein the upper assembly comprises means to articulate at least a first panel portion of the one or more panel portions from an aft position during normal operation to a forward position during an emergency event wherein, in the aft position, in use, a section of the first panel portion is disposed within an expected path of travel of a head of a passenger seated in the at least one aft passenger seat, and in the forward position, in use the section of the first panel portion is outside the expected path of travel; characterized in that the means to articulate comprises a channel (812, 1305) disposable on an underside of the upper cabin structure, the channel configured to slidably engage a coupling (814, 1303) at an upper end of the panel such that the coupling translates within the channel during movement of the first panel portion from the aft position to the forward position in response to a crash event, when submitted to inertial forces.
Device for treating the hair, comprising: - a first and a second arm (5, 6) that are able to move relative to one another between a moved-together configuration for treating the hair and a spaced-apart configuration for inserting hair to be treated between said arms, the first arm carrying an applicator member for applying a cosmetic product that is able to come into contact with the hair in the moved-together configuration of the arms (5, 6), and the second arm having at least one housing, - a pressing element disposed in the housing, the pressing element being configured to press the hair against the applicator member in the moved-together configuration, - a comb mounted on the pressing element, - two heated plates (15, 16), which are disposed on the first and the second arm, respectively, and each presses press the hair against the other of the heated plates in the moved-together configuration, the part situated between the heated plates (15, 16) being spaced to the part situated between the pressing element and the applicator member. - a first and a second arm (5, 6) that are able to move relative to one another between a moved-together configuration for treating the hair and a spaced-apart configuration for inserting hair to be treated between said arms, the first arm carrying an applicator member for applying a cosmetic product that is able to come into contact with the hair in the moved-together configuration of the arms (5, 6), and the second arm having at least one housing, - a pressing element disposed in the housing, the pressing element being configured to press the hair against the applicator member in the moved-together configuration, - a comb mounted on the pressing element, - two heated plates (15, 16), which are disposed on the first and the second arm, respectively, and each presses press the hair against the other of the heated plates in the moved-together configuration,
A rotary connector comprising: a fixed housing having an outer cylindrical section; a movable housing, having an inner cylindrical section (21A, 21B), and rotatably connected to the fixed housing; a main cable accommodated inside an annular space formed between the outer cylindrical section and the inner cylindrical section (21A, 21B); and a lead block having a first block (51A, 51C), to which the one end of the main cable is fixed, and a second block (52A, 52C), which is fixed at an arrangement angle crossing an angle at which the first block (51A, 51C) is arranged, and to which the external terminal is fixed; characterized in that the rotary connector further comprises a sub cable having one end electrically connected to one end of the main cable and another end electrically connected to an external terminal; wherein the one end of the sub cable is fixed to the lead block, and the other end of the sub cable is fixed to the second block (52A, 52C); and wherein the arrangement angle is between 80 degrees and 100 degrees. a fixed housing having an outer cylindrical section; a movable housing, having an inner cylindrical section (21A, 21B), and rotatably connected to the fixed housing; a main cable accommodated inside an annular space formed between the outer cylindrical section and the inner cylindrical section (21A, 21B); and a lead block having a first block (51A, 51C), to which the one end of the main cable is fixed, and a second block (52A, 52C), which is fixed at an arrangement angle crossing an angle at which the first block (51A, 51C) is arranged, and to which the external terminal is fixed; characterized in that the rotary connector further comprises a sub cable having one end electrically connected to one end of the main cable and another end electrically connected to an external terminal; wherein the one end of the sub cable is fixed to the lead block, and the other end of the sub cable is fixed to the second block (52A, 52C); and wherein the arrangement angle is between 80 degrees and 100 degrees.