mhurhangee/ep-ind-claims huggingface dataset:
The cosmetic use of a combination of a least one nucleophilic agent and of a least one nitrogen-comprising agent with a pKa of greater than 11, distinct from said nucleophilic agent, for treating signs of aging and photoaging of the skin related to glycation, the said signs being chosen in a group comprising a loss in suppleness of the skin, a change of color of the skin, an elastosic appearance of the skin and an orange peel appearance of the skin.
Irritant spraying apparatus comprising a dispensing device, for dispensing an irritant, and a cleaning device, characterised in that the cleaning device is in the form of a rinsing device which automatically cleans the dispensing device after a process of dispensing the irritant has ended, by conducting a gas through the dispensing device for a period of time.
Lifting device for lifting a cable drum, that comprises a drum body, which is pierced, preferably along its axis of rotation, by a drum bore, with a gripper, that is insertable into the drum bore and connectable to the drum body, wherein the gripper is mandrel-shaped and comprises at least two jaws (2A, 2B) facing each other, that are aligned parallel to the longitudinal axis of the gripper and that are mounted in a mutually moveable way on at least one stock rail, the jaws (2A, 2B) being movable against each other to a closed state and away from each other to an open state and comprise, along at least one position on the longitudinal axis of the gripper, flange elements (21A, 21B; 22A, 22B), whose top faces of the flange (221A, 221B) are at least approximately lying on a plane that is orthogonal to the longitudinal axis of the gripper and which act as bearing surfaces for part of the pierced drum body and that pairwise corresponding flange elements (21A, 21B; 22A, 22B) are provided that are separated from each other by shaft elements (261A, 261B; 262A, 262B) and that, when the jaws (2A, 2B) are in the closed state, form in a pairwise manner at least a first lower and a second upper flange (21, 22) which is preferably designed conically.
A spool with saw wire, said spool comprising a core whereon saw wire is wound, said saw wire having a longitudinal axis, said saw wire comprising a steel wire, said steel wire being provided with two or more crimp deformations; each one of said two or more crimp deformations having a crimp direction; each one of said crimp directions being perpendicular to said longitudinal axis; said crimp directions being mutually different from one another; characterised in that said saw wire comprises a number of elastic rotations per unit length around said longitudinal axis applied in the elastic rotation direction. said spool comprising a core whereon saw wire is wound, said saw wire having a longitudinal axis, said saw wire comprising a steel wire, said steel wire being provided with two or more crimp deformations; each one of said two or more crimp deformations having a crimp direction; each one of said crimp directions being perpendicular to said longitudinal axis; said crimp directions being mutually different from one another; characterised in that said saw wire comprises a number of elastic rotations per unit length around said longitudinal axis applied in the elastic rotation direction.
A cap (200; 900; 1000) securable to a receptacle and comprising: a lower portion (220; 920; 1020) configured to be inserted into a receptacle opening; an upper portion (210; 910; 1010) having an opening (215; 915) formed therein, the opening being configured to receive a portion of an automated transfer mechanism; a plurality of locking arms (250; 950; 1050) extending toward the lower portion of the cap and configured for securely engaging a portion of a receptacle to secure the cap to the receptacle when the lower portion is inserted into the receptacle opening; and a plurality of longitudinally-extending ribs (260; 960; 1060) disposed on an inner surface (270; 970; 1070) of the opening, wherein each rib has associated therewith a concave recess (234; 934; 1034) disposed on an outer surface of the upper portion, wherein each recess corresponds in length with the associated rib and is disposed on the outer surface opposite the rib, and wherein each rib and associated recess is configured to flex radially outwardly to accommodate the shape of the portion of the automated transfer mechanism inserted into the opening of the upper portion of the cap. a lower portion (220; 920; 1020) configured to be inserted into a receptacle opening; an upper portion (210; 910; 1010) having an opening (215; 915) formed therein, the opening being configured to receive a portion of an automated transfer mechanism; a plurality of locking arms (250; 950; 1050) extending toward the lower portion of the cap and configured for securely engaging a portion of a receptacle to secure the cap to the receptacle when the lower portion is inserted into the receptacle opening; and a plurality of longitudinally-extending ribs (260; 960; 1060) disposed on an inner surface (270; 970; 1070) of the opening, wherein each rib has associated therewith a concave recess (234; 934; 1034) disposed on an outer surface of the upper portion, wherein each recess corresponds in length with the associated rib and is disposed on the outer surface opposite the rib, and wherein each rib and associated recess is configured to flex radially outwardly to accommodate the shape of the portion of the automated transfer mechanism inserted into the opening of the upper portion of the cap.
System for analyzing the ocillation frequency of a device vibrating along an axis, said vibrating device comprising a mass connected to two identical and parallel beams forming a tuning fork, each beam carrying two electrodes (2, 3), the first electrode serving for excitation and the second electrode for detection, said system having means for measuring the position A of the device along said axis from the measurements of the current provided by the detection electrodes, the signal emanating from said means and representative of the position A being represented by a time dependent function U, characterized in that said system comprises first means making it possible to calculate the function ω 1 2 − ρ 1 2 ρ 1, ω 1 being the instantaneous impulse of U, ρ 1 its instantaneous amplitude and ρ 1 the second derivative of said instantaneous amplitude, the function ω 1 2 − ρ 1 2 ρ 1 being representative of the square impulse of resonance Ω of the vibrating device, said first means comprise means for calculating the second derivative of the function U denoted U, of the Hilbert transform U denoted V, of the second derivative of this Hilbert transform denoted V as well as a first function equal to U. U 2 + V. V 2 U 2 + V 2 mathematically equal to ω 1 2 − ρ 1 2 ρ 1.
Cassette filter for cleaning a fluid, having a frame and a plurality of filter elements with a filter medium provided with a fold formation, wherein the filter elements are received in the frame such that in each case at least two adjacent filter elements are arranged at an acute angle (φ) in relation to one another and therefore assume a V-shaped arrangement, wherein the filter elements have folding edges, which are formed by fold peaks (1.1) and fold troughs (1.2) and extend perpendicularly in relation to the limbs of the acute angle φ, characterized in that a respective filter element is provided with fold formations such that the height of the filter element in all the edge regions (A, B) is smaller (h min) than the height (h max) in its central region and the folding surfaces (1.3) obtained in the edge regions (A, B) of the filter element are smaller than those in its central region, and in that, in side view, the folded filter element has a configuration with a straight edge and a convex edge, and in that the convex edge is configured in the form of a barrel roof or saddle roof. in that, in side view, the folded filter element has a configuration with a straight edge and a convex edge, and in that the convex edge is configured in the form of a barrel roof or saddle roof.
A method of wireless communication at a base station, the method comprising: transmitting a first transmission using a first directional beam; determining an equivalent isotropic radiated power, EIRP, relationship between the first transmission and a physical downlink shared channel, PDSCH, for a user equipment, UE, wherein the EIRP relationship includes an EIRP ratio between the first transmission and the PDSCH or an EIRP offset between the first transmission and the PDSCH; transmitting, to the UE, an indication of the EIRP relationship between the first transmission and the PDSCH, wherein the indication of the EIRP relationship is transmitted with the first transmission or after the first transmission; and transmitting the PDSCH to the UE using a second directional beam. transmitting a first transmission using a first directional beam; determining an equivalent isotropic radiated power, EIRP, relationship between the first transmission and a physical downlink shared channel, PDSCH, for a user equipment, UE, wherein the EIRP relationship includes an EIRP ratio between the first transmission and the PDSCH or an EIRP offset between the first transmission and the PDSCH; transmitting, to the UE, an indication of the EIRP relationship between the first transmission and the PDSCH, wherein the indication of the EIRP relationship is transmitted with the first transmission or after the first transmission; and transmitting the PDSCH to the UE using a second directional beam.
A liquid crystal composition having a nematic phase and including at least one compound selected from the group of compounds represented by formula as a first component, at least one compound as a second component comprising any one of compounds represented by formula or formula, and doesn't contain cyano compound among the other liquid crystal compounds wherein R 1 is independently alkyl having 1 to 12 carbons; R 2 is independently alkyl having 1 to 12 carbons, alkoxy having 1 to 12 carbons; R 3 is independently alkyl having 1 to 12 carbons, alkoxy having 1 to 12 carbons, alkenyl having 2 to 12 carbons, or alkenyl having 2 to 12 carbons in which arbitrary hydrogen is replaced by fluorine; X 1, X 2, X 3, X 4, X 5, X 6 and X 7 are independently hydrogen or fluorine; Y 1 is independently fluorine, chlorine, or trifluoromethoxy.
Flight passenger seating device with a flight passenger seat (10; 10b) which has at least one seat bottom and at least one leg support module (24; 24b) comprising at least one leg support element (26; 26b) that is embodied at least partly movably with respect to the seat bottom, wherein the flight passenger seat (10; 10b) comprises a transverse element (18; 18b), which the leg support module (24; 24b) is connected to, wherein the leg support module (24; 24b) comprises at least two pivot bearing units (34, 36; 34b, 36b) and a linear bearing unit (38; 38b), by means of which the leg support element (26; 26b) is supported movably with respect to the seat bottom, wherein the first pivot bearing unit (34; 34b) is configured for pivoting the leg support element (26; 26b) with respect to the transverse element and wherein a distance between the first pivot bearing unit (34; 34b) and the second pivot bearing unit (36; 36b) is variable via the linear bearing unit (38; 38b), characterised in that the second pivot bearing unit (36; 36b) is configured for adjusting an orientation of the leg support element (26; 26b) with respect to the seat bottom.
Dispenser unit comprising: - a bottle suitable for containing a liquid product, said bottle having a recessed seat that is open on the bottom, - a dispenser applied on the bottle to dispense the liquid product, and - a fixing system suitable for fixing the bottle to a wall; wherein said fixing system comprises: - a first plate suitable for being fixed to the wall, - a second plate suitable for being fixed to the bottle in the recessed seat of the bottle and coupled with the first plate, and - a key suitable for uncoupling the first plate from the second plate; characterized in that said recessed seat extends in longitudinal direction on a rear surface of the bottle, and said recessed seat is defined by an overturned-U profile with two longitudinal ribs that are joined by an upper transverse rib. - a bottle suitable for containing a liquid product, said bottle having a recessed seat that is open on the bottom, - a dispenser applied on the bottle to dispense the liquid product, and - a fixing system suitable for fixing the bottle to a wall; said fixing system comprises: - a first plate suitable for being fixed to the wall, - a second plate suitable for being fixed to the bottle in the recessed seat of the bottle and coupled with the first plate, and - a key suitable for uncoupling the first plate from the second plate; - a first plate suitable for being fixed to the wall, - a second plate suitable for being fixed to the bottle in the recessed seat of the bottle and coupled with the first plate, and - a key suitable for uncoupling the first plate from the second plate; characterized in that said recessed seat extends in longitudinal direction on a rear surface of the bottle, and said recessed seat is defined by an overturned-U profile with two longitudinal ribs that are joined by an upper transverse rib.
A system for idle reduction in a hybrid vehicle, the system comprising: a control system (14, 17) for causing the vehicle to operate in a charge depletion mode, or a charge accumulation mode in response to job site data, the job site data including an estimate of the amount of energy required at a job site, wherein the control system (14, 17) receives the estimate before the vehicle reaches the job site and stores the estimate in an electronic memory, the job site being a location where the vehicle is stationary and uses equipment, the equipment being powered by the vehicle at the job site, whereby fuel consumption by the vehicle and consumption of energy stored on-board the vehicle is optimized for use at the job site, characterized in that the charge accumulation mode is entered during transit to the job site at least in part in response to the estimate being more than an amount of energy stored in a rechargeable energy source, wherein the vehicle comprises a power takeoff coupled to an electric motor configured to charge the rechargeable energy source and rotate a shaft of the power take off.
A separation matrix for isolating antibodies at low ionic strength at pH values around neutral, comprised of a porous support to which ligands have been immobilised via spacer arms, wherein the ligands comprise one or more aromatic sulphonamides and are substantially devoid of protonatable groups, so that the interaction with a target molecule does not involve protonatable groups to any substantial extent.
A signal processing apparatus for a tool comprising a rotating body (4, 5) rotated by impacts delivered from a drive apparatus (1, 2, 3), the signal processing apparatus comprising: a filter that receives a torque value signal output by a torque sensor, the torque value signal indicating a torque applied to the rotating body (4, 5), wherein the filter filters the torque value signal; wherein the signal processing apparatus is characterized by further comprising a calculation circuit that sets a filter coefficient of the filter based on a number of impacts delivered to the rotating body (4, 5); and a control circuit that controls the impacts delivered to the rotating body (4, 5), based on the torque value signal filtered by the filter. a filter that receives a torque value signal output by a torque sensor, the torque value signal indicating a torque applied to the rotating body (4, 5), wherein the filter filters the torque value signal; wherein the signal processing apparatus is characterized by further comprising a calculation circuit that sets a filter coefficient of the filter based on a number of impacts delivered to the rotating body (4, 5); and a control circuit that controls the impacts delivered to the rotating body (4, 5), based on the torque value signal filtered by the filter.
A drill guide for use in drilling a tibial tunnel in a knee joint having a femur with an intercondylar roof and a trochlear groove, and a tibia having a tibial eminence, said drill guide comprising: a guide assembly comprising: a positioning member including an inferior end; and a guide arm extending from the positioning member and including a trochlear tip for engaging the intercondylar roof; and a drill sleeve comprising: a body attached to the inferior end; and an aperture extending along a drilling axis of the body; characterized in that the drill sleeve further comprises a distal end having a patient-specific surface configured to engage an anterior surface of the tibia inferior of the tibial eminence, the distal end comprising a removable tip which includes the patient-specific surface. a guide assembly comprising: a positioning member including an inferior end; and a guide arm extending from the positioning member and including a trochlear tip for engaging the intercondylar roof; and a positioning member including an inferior end; and a guide arm extending from the positioning member and including a trochlear tip for engaging the intercondylar roof; and a drill sleeve comprising: a body attached to the inferior end; and an aperture extending along a drilling axis of the body; characterized in that the drill sleeve further comprises a distal end having a patient-specific surface configured to engage an anterior surface of the tibia inferior of the tibial eminence, a body attached to the inferior end; and an aperture extending along a drilling axis of the body; characterized in that the drill sleeve further comprises a distal end having a patient-specific surface configured to engage an anterior surface of the tibia inferior of the tibial eminence,
An optical connector adapted to be connected to an optical plug holding an optical fiber to a terminal end of which a ferrule is attached, comprising: a light-emitting device or a light-receiving device; and a guide pipe having a plurality of supporting portions (43, 45, 52, 54, 56) on an inner circumferential surface thereof and having an opening for receiving therein the ferrule of the connected optical plug at the opposite axial end thereof, whereby the guide pipe carries a sleeve made of a resin of a circular cylinder shape and inserted in the guide pipe at one axial end thereof, the sleeve is arranged in such a manner that one axial end surface thereof is opposed to a light-emitting surface of the light-emitting device or a light-receiving surface of the light-receiving device, the opposite axial end surface of the sleeve abutting the ferrule when the ferrule is received by the opening of the guide pipe so as to optically connect the light-emitting device or the light-receiving device to the optical fiber of the connected optical plug; and the sleeve is positioned and supported between said supporting portions (43, 45, 52, 54, 56), and a space (44, 53) is formed between the guide pipe and the sleeve. a light-emitting device or a light-receiving device; and a guide pipe having a plurality of supporting portions (43, 45, 52, 54, 56) on an inner circumferential surface thereof and having an opening for receiving therein the ferrule of the connected optical plug at the opposite axial end thereof, whereby the guide pipe carries a sleeve made of a resin of a circular cylinder shape and inserted in the guide pipe at one axial end thereof, the sleeve is arranged in such a manner that one axial end surface thereof is opposed to a light-emitting surface of the light-emitting device or a light-receiving surface of the light-receiving device, the opposite axial end surface of the sleeve abutting the ferrule when the ferrule is received by the opening of the guide pipe so as to optically connect the light-emitting device or the light-receiving device to the optical fiber of the connected optical plug; and the sleeve is positioned and supported between said supporting portions (43, 45, 52, 54, 56), and a space (44, 53) is formed between the guide pipe and the sleeve.
A sample introduction system for atomic spectrometry comprising: a spray head including a mesh having opposite faces, a sample flow path for conducting a liquid sample to one face of the mesh and a transducer for vibrating the mesh; a driver (240 and 220) for driving the transducer to expel sample droplets from the other face of the mesh; an elongated tubular adapter defining a flow passage having a proximal end aligned with and spaced from the mesh and a distal end; a tubular wall surrounding a proximal end segment of the adapter to define a chamber in fluid communication with said other face of the mesh and with said proximal end of the flow passage; a carrier gas source connected to the chamber; characterized in that: a flow control device (20 2) for controlling the flow of gas from the carrier gas source to the chamber so that the gas can mix with any droplets expelled from the mesh to form an aerosol in the flow passage, and a controller (20 1) for controlling the driver (240 and 220) to provide in said aerosol a selected total volume of monodisperse droplets and for independently controlling said flow control device (20 1) to provide a selected rate of flow of the aerosol along said passage thereby to optimize consumption of the sample. a spray head including a mesh having opposite faces, a sample flow path for conducting a liquid sample to one face of the mesh and a transducer for vibrating the mesh; a driver (240 and 220) for driving the transducer to expel sample droplets from the other face of the mesh; an elongated tubular adapter defining a flow passage having a proximal end aligned with and spaced from the mesh and a distal end; a tubular wall surrounding a proximal end segment of the adapter to define a chamber in fluid communication with said other face of the mesh and with said proximal end of the flow passage; a carrier gas source connected to the chamber; characterized in that: a flow control device (20 2) for controlling the flow of gas from the carrier gas source to the chamber so that the gas can mix with any droplets expelled from the mesh to form an aerosol in the flow passage, and a controller (20 1) for controlling the driver (240 and 220) to provide in said aerosol a selected total volume of monodisperse droplets and for independently controlling said flow control device (20 1) to provide a selected rate of flow of the aerosol along said passage thereby to optimize consumption of the sample. a flow control device (20 2) for controlling the flow of gas from the carrier gas source to the chamber so that the gas can mix with any droplets expelled from the mesh to form an aerosol in the flow passage, and a controller (20 1) for controlling the driver (240 and 220) to provide in said aerosol a selected total volume of monodisperse droplets and for independently controlling said flow control device (20 1) to provide a selected rate of flow of the aerosol along said passage thereby to optimize consumption of the sample.