mhurhangee/ep-ind-claims huggingface dataset:
A method for bonding a transparent substrate within an opening of a structure, comprising the steps of: a. applying to a transparent substrate a primer composition that includes a colorant and at least one isocyanate functional prepolymer derived from the reaction of an aliphatic polyisocyanate and a polyol, at least partially reacted with an amino group of a secondary aminosilane, wherein the secondary aminosilane includes two or three methoxy groups bound to silicon, two or three ethoxy groups bound to silicon, or a combination thereof, and wherein the colorant is present in an amount of from 0.1 to 15 percent by weight of the overall primer composition; b. applying a one-part or two-part urethane adhesive to the structure defining the opening; and c. installing the transparent substrate within the opening, wherein the resulting installed substrate is free of any ceramic enamel; and wherein the structure defining the opening is part of an automotive vehicle having a predetermined color; and wherein the colorant is selected to match the predetermined color of the automotive vehicle, or to correspond with a predetermined color scheme, or both. a. applying to a transparent substrate a primer composition that includes a colorant and at least one isocyanate functional prepolymer derived from the reaction of an aliphatic polyisocyanate and a polyol, at least partially reacted with an amino group of a secondary aminosilane, wherein the secondary aminosilane includes two or three methoxy groups bound to silicon, two or three ethoxy groups bound to silicon, or a combination thereof, and wherein the colorant is present in an amount of from 0.1 to 15 percent by weight of the overall primer composition; b. applying a one-part or two-part urethane adhesive to the structure defining the opening; and c. installing the transparent substrate within the opening, wherein the resulting installed substrate is free of any ceramic enamel;
Wave energy recovery unit equipped with at least a control system and a panel element hinged onto a base at the bottom of the sea with the help of support structures and support shafts, which wave energy recovery unit comprises an arrangement for controlling water flow at an edge of the panel element, characterized in that the arrangement comprises adjustable water flow adjustment means (4a, 4b, 4c) at least at two or more edges of the panel element and actuators (10a, 10b, 10c) for changing a position and/or angle of the water flow adjustment means (4a, 4b, 4c) separately from each other, which actuators (10a, 10b, 10c) are connected to a control unit, and the actuators (10a, 10b, 10c) and the control unit are inside the panel element.
Measuring circuit comprising a control block for controlling said circuit, a time base for providing a clock signal (f clk) in order to time said circuit, a sensor block which is designed to provide an output signal, said measuring circuit comprising in addition a first counting block which is timed to the clock frequency and a second counting block which is timed by the frequency of the output signal of the sensor block, characterised in that the sensor block is designed to provide, as output signal, a first signal, the frequency of which is representative of the measured physical quantity (F s) or a second signal, the frequency of which is a reference frequency (F ref) and in that the control block controls the measuring circuit so that the first and second counting blocks function according to a first phase in which the first and second counting blocks count and a second phase in which the first counting block counts and the second counting block counts down and in that the timing frequency of the second counting block during the first phase is different from that during the second phase.
A conjugate or conjugate precursor, or a stereoisomer thereof, according to Formula IA: wherein p is 2, 3, or 4; R a is -(R 1) q C R c where q is 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; each R b independently is C 1 -C 5 aliphatic; wherein in the conjugate R c is a targeting agent-containing group, or wherein, in the conjugate precursor R c is where y is an integer ≥ 1, or -OH; R 1 is -CR 2 2 - where each R 2 independently is H, halo, optionally substituted aliphatic, or optionally substituted aryl; R 3 and R 4 independently are aliphatic; and R 13 to R 16 independently are aliphatic. R a is -(R 1) q C R c where q is 1, 2, 3, 4, 5, 6, 7, 8, 9, or 10; each R b independently is C 1 -C 5 aliphatic; wherein in the conjugate R c is a targeting agent-containing group, or wherein, in the conjugate precursor R c is where y is an integer ≥ 1, or -OH; R 1 is -CR 2 2 - where each R 2 independently is H, halo, optionally substituted aliphatic, or optionally substituted aryl; R 3 and R 4 independently are aliphatic; and R 13 to R 16 independently are aliphatic. R 1 is -CR 2 2 - where each R 2 independently is H, halo, optionally substituted aliphatic, or optionally substituted aryl; R 3 and R 4 independently are aliphatic; and R 13 to R 16 independently are aliphatic.
A nanoemulsion ophthalmic composition, comprising: (i) 0.01 to 1 wt% of cyclosporine; (ii) 0.5 to 9.79 wt% of polyethoxylated castor oil or polyethoxylated hydrogenated castor oil as a solubilizer of the cyclosporine; and (iii) 90 to 99.29 wt% of phosphate buffer, wherein the composition does not comprise a separate oil, and the composition can be prepared by simple mixing. (i) 0.01 to 1 wt% of cyclosporine; (ii) 0.5 to 9.79 wt% of polyethoxylated castor oil or polyethoxylated hydrogenated castor oil as a solubilizer of the cyclosporine; and (iii) 90 to 99.29 wt% of phosphate buffer,
A needleless injection device comprising a chamber containing a pyrotechnic material, wherein the chamber has at least one membrane at a discharge opening and the membrane leads into the chamber and the combustion chamber thereof, wherein the membrane is provided with a particle application, wherein at least a part of the particles is larger than the rest of the particles, characterized in that the larger particles do not contain an active agent and the smaller particles contain an active agent.
Suspension device for a turbomachine comprising: - a body intended to be attached to a fixed part of an aircraft, extending along a longitudinal axis intended to be parallel to a driving shaft axis of the turbomachine once the suspension device is connected to the turbomachine, - a first connecting rod and a second connecting rod located in the same transverse plane perpendicular to the longitudinal axis of the body, each comprising a first end (30, 31) articulated with respect to the body, and a second end (32, 33) intended to be articulated on a first part of the turbomachine, - a third connecting rod articulated on the body between the first ends (30, 31) of the first and second connecting rods (28, 29) and intended to be articulated on the first part of the turbomachine, between the second ends (32, 33) of the first and second connecting rods (28, 29), - a rudder hinged to the body, - a fourth connecting rod and a fifth connecting rod, each extending along an axis of extension (L1, L2) and each comprising a first end (61, 62) articulated on the rudder and a second end (63, 64) intended to be articulated on a second part of the turbomachine, - the points of intersection (P1, P2) between the extension axes (L1, L2) of the fourth and fifth connecting rods (59, 60) and the transverse plane being located between the first connecting rod and the second connecting rod and on either side of the third connecting rod in a transverse direction. - a body intended to be attached to a fixed part of an aircraft, extending along a longitudinal axis intended to be parallel to a driving shaft axis of the turbomachine once the suspension device is connected to the turbomachine, - a first connecting rod and a second connecting rod located in the same transverse plane perpendicular to the longitudinal axis of the body, each comprising a first end (30, 31) articulated with respect to the body, and a second end (32, 33) intended to be articulated on a first part of the turbomachine, - a third connecting rod articulated on the body between the first ends (30, 31) of the first and second connecting rods (28, 29) and intended to be articulated on the first part of the turbomachine, between the second ends (32, 33) of the first and second connecting rods (28, 29), - a rudder hinged to the body, - a fourth connecting rod and a fifth connecting rod, each extending along an axis of extension (L1, L2) and each comprising a first end (61, 62) articulated on the rudder and a second end (63, 64) intended to be articulated on a second part of the turbomachine, - the points of intersection (P1, P2) between the extension axes (L1, L2) of the fourth and fifth connecting rods (59, 60) and the transverse plane being located between the first connecting rod and the second connecting rod and on either side of the third connecting rod in a transverse direction.
An information processing apparatus comprising an input device; an application node setting unit configured to set, in an electric circuit including an input terminal group and an output terminal group, a node which is designated in accordance with operation of the input device by a user, as a noise application node to which a noise is applied; a conversion unit configured to convert circuit configuration data representing a configuration of the electric circuit into circuit calculation data including an equation group that generates an output signal group corresponding to an argument group given to a variable group and an input signal group given to the input terminal group, wherein the conversion unit adds, to the circuit calculation data, a noise input terminal for giving the noise to the noise application node, wherein the argument group includes a constant representing a characteristic of a circuit element that forms the electric circuit, and a value concerning the noise applied to the noise application node, and wherein the circuit calculation data includes an equation for calculating a value of an electrical signal of the noise application node; and a simulation execution unit configured to incorporate the circuit calculation data in a processor, give the argument group to the processor, and operate the processor. an input device; an application node setting unit configured to set, in an electric circuit including an input terminal group and an output terminal group, a node which is designated in accordance with operation of the input device by a user, as a noise application node to which a noise is applied; a conversion unit configured to convert circuit configuration data representing a configuration of the electric circuit into circuit calculation data including an equation group that generates an output signal group corresponding to an argument group given to a variable group and an input signal group given to the input terminal group, wherein the conversion unit adds, to the circuit calculation data, a noise input terminal for giving the noise to the noise application node, wherein the argument group includes a constant representing a characteristic of a circuit element that forms the electric circuit, and a value concerning the noise applied to the noise application node, and wherein the circuit calculation data includes an equation for calculating a value of an electrical signal of the noise application node; and wherein the conversion unit adds, to the circuit calculation data, a noise input terminal for giving the noise to the noise application node, wherein the argument group includes a constant representing a characteristic of a circuit element that forms the electric circuit, and a value concerning the noise applied to the noise application node, and wherein the circuit calculation data includes an equation for calculating a value of an electrical signal of the noise application node; and a simulation execution unit configured to incorporate the circuit calculation data in a processor, give the argument group to the processor, and operate the processor.
System for capturing and/or adjusting the sight axes of a combat vehicle, having an apparatus for optical orientation towards reflective objects, wherein the apparatus comprises: a collimator, which emits electromagnetic beams, a sensor, which is arranged in the same sight axis as the collimator, wherein the sensor detects incident electromagnetic beams and the angle of incidence of the incident beams, and a measurement unit, and wherein a reference mirror is provided, which is arranged on the combat vehicle, and at least one barrel of the combat vehicle is provided, wherein each barrel is assigned a directing mirror which is oriented parallel to the shooting direction of the barrel, characterized in that the measurement unit is designed for measuring the current position of the apparatus in space, in that a robot, which carries the apparatus on one of its arms, is provided in the system, in that the apparatus is initially oriented towards the reference mirror via the robot and the robot thereby obtains a reference position in space, and in that the reference mirror points in the direction of the robot, wherein the robot is then moved such that the apparatus is oriented towards the directing mirror and thereby the location of the barrel relative to the reference mirror is determined. a collimator, which emits electromagnetic beams, a sensor, which is arranged in the same sight axis as the collimator, wherein the sensor detects incident electromagnetic beams and the angle of incidence of the incident beams, and a measurement unit, and wherein a reference mirror is provided, which is arranged on the combat vehicle, and at least one barrel of the combat vehicle is provided, wherein each barrel is assigned a directing mirror which is oriented parallel to the shooting direction of the barrel,
A flip-top dispensing closure comprising a base and a lid joined by a hinge, the base including a top deck with a dispensing orifice and the lid comprising a top plate, characterised in that the top deck and/or the top plate comprise a layer of foamed plastics material (123b, 126b) sandwiched between two layers of unfoamed plastics material (123a, 123c, 126a, 126c), in which the hinge is formed from unfoamed plastics material.
A power tool supportable by a lanyard, the power tool comprising: a motor housing; a motor arranged in the motor housing; a front housing; an output member extending from the front housing; a gear case; a gear train arranged in the gear case, the gear train configured to transfer torque from the motor to the output member; a first fastener securing the front housing to the motor housing; a bracket fastened to the gear case by a second fastener that does not secure the front housing to the motor housing; and a support member secured to the gear case by the bracket, the support member being attachable to the lanyard. a motor housing; a motor arranged in the motor housing; a front housing; an output member extending from the front housing; a gear case; a gear train arranged in the gear case, the gear train configured to transfer torque from the motor to the output member; a first fastener securing the front housing to the motor housing; a bracket fastened to the gear case by a second fastener that does not secure the front housing to the motor housing; and a support member secured to the gear case by the bracket, the support member being attachable to the lanyard.
An acoustic noise monitoring system for a wind tubine, comprising: at least one microphone for monitoring acoustic noise, the or each microphone adapted to be mounted to the exterior of a wind turbine nacelle and positioned so as to reduce noise from components within the nacelle; an input, the input adapted to receive operating conditions data from a wind turbine; a processor, the processor adapted to receive data from the at least one microphone and the input; and storage memory, adapted to store the acoustic noise data and the operating conditions data; wherein, the processor is adapted to apply a transfer function to said acoustic noise data to correlate said data with a set of acoustic noise data measured at a remote location from the wind turbine, and wherein the system is adapted to monitor the tonality of the acoustic noise. at least one microphone for monitoring acoustic noise, the or each microphone adapted to be mounted to the exterior of a wind turbine nacelle and positioned so as to reduce noise from components within the nacelle; an input, the input adapted to receive operating conditions data from a wind turbine; a processor, the processor adapted to receive data from the at least one microphone and the input; and storage memory, adapted to store the acoustic noise data and the operating conditions data; wherein, the processor is adapted to apply a transfer function to said acoustic noise data to correlate said data with a set of acoustic noise data measured at a remote location from the wind turbine, and wherein the system is adapted to monitor the tonality of the acoustic noise.
Sweeping device, in particular a broom or a scrubber, having a rotary-joint handle mount, the housing part of which is mounted so as to be rotatable about a rotation axis (26, 26') on a socket part fastened to an upper side of a sweeping head, and a latching device for locking the housing part in predefined rotational positions in relation to the socket part, characterized in that the socket part of the rotary-joint handle mount is made from a first plastic material and the housing part of the rotary-joint handle mount is made from a second plastic material, wherein the plastic materials are selected in such a manner that they do not bond during injection moulding, that the housing part is held in a form-fitting and inseparable manner on the socket part, and that the housing part, for fastening a handle, has a receptacle opening which runs in an oblique manner to the rotation axis (26, 26').
A radial foil bearing for surrounding and supporting a rotary shaft, the radial foil bearing comprising: a cylindrical top foil disposed so as to face the rotary shaft; a back foil disposed at a radially outer side of the top foil; and a cylindrical bearing housing accommodating the top foil and the back foil, characterized in that engagement-projecting portions are provided on both ends of an inner circumferential surface of the bearing housing in the axial direction of the radial foil bearing, engagement notches engaging with the engagement-projecting portions are formed on both ends of the back foil in the axial direction of the radial foil bearing, and the engagement-projecting portions are formed using electric discharge machining, wire-cut electric discharge machining, or a combination thereof on both ends of the inner circumferential surface of the cylindrical bearing housing in the axial direction of the radial foil bearing. a cylindrical top foil disposed so as to face the rotary shaft; a back foil disposed at a radially outer side of the top foil; and a cylindrical bearing housing accommodating the top foil and the back foil, characterized in that engagement-projecting portions are provided on both ends of an inner circumferential surface of the bearing housing in the axial direction of the radial foil bearing, engagement notches engaging with the engagement-projecting portions are formed on both ends of the back foil in the axial direction of the radial foil bearing, and the engagement-projecting portions are formed using electric discharge machining, wire-cut electric discharge machining, or a combination thereof on both ends of the inner circumferential surface of the cylindrical bearing housing in the axial direction of the radial foil bearing.
Agricultural machine having soil-working tools and a frame, wherein the soil-working tools are arranged on the frame by means of mounts, wherein the machine is assigned at least one light source for at least partially illuminating the working zone of the machine, characterized in that the at least one light source is arranged in the region of the frame in such a way that only the region of the soil-working tools and their working zones is illuminated, wherein the lighting means are arranged in an integrated fashion in frame elements of the frame.
A method of operating a mobile communications device in a communications network having shared communications resources, comprising: receiving in a communications session from a base station executing a resource allocation routine an upgrade option message presenting an opportunity to upgrade a resource allocation priority prior to having shared communications resources removed, wherein said shared communications resources are being used by said mobile communications device to support said communications session; and sending a reply to said received upgrade option message indicating if the resource allocation priority is to be upgraded. receiving in a communications session from a base station executing a resource allocation routine an upgrade option message presenting an opportunity to upgrade a resource allocation priority prior to having shared communications resources removed, wherein said shared communications resources are being used by said mobile communications device to support said communications session; and sending a reply to said received upgrade option message indicating if the resource allocation priority is to be upgraded.
A terminal device for use in a telecommunications system comprising a plurality of base stations and a plurality of terminal devices (506, 508) arranged to communicate over a radio interface (510, 512) having a radio frame structure comprising radio subframes, wherein each radio subframe comprises a plurality of symbols, and at least one symbol in each radio subframe is used to support a physical shared channel and at least one symbol in each radio subframe is used to support a physical control channel associated with the physical shared channel, and wherein a symbol at the beginning or end of each radio subframe is used in a communication cell supporting terminal devices operating in a full-duplex communication mode to support the physical shared channel and is used in a communication cell supporting terminal devices operating in a half-duplex communication mode to support a different additional physical channel, wherein the terminal device is configured such that it is operable to communicate with a base station using the additional physical channel in a communication cell supporting terminal devices operating in a half-duplex communication mode.
A method for capturing airborne negatively or positively charged pathogens, such as viruses, characterized by - forming at least one curtain of positively or negatively charged particles, such as latex or agarose beads, in the form of a suspension or an aerosol, - constantly renewing and regenerating said at least one curtain, - passing air containing said airborne charged pathogens through said at least one curtain, - capturing said airborne charged pathogens by electrostatic binding, - collecting said charged particles, - killing and/or rendering said airborne pathogens harmless, respectively, - regenerating said charged particles, and - subsequently recirculating said charged particles. - forming at least one curtain of positively or negatively charged particles, such as latex or agarose beads, in the form of a suspension or an aerosol, - constantly renewing and regenerating said at least one curtain, - passing air containing said airborne charged pathogens through said at least one curtain, - capturing said airborne charged pathogens by electrostatic binding, - collecting said charged particles, - killing and/or rendering said airborne pathogens harmless, respectively, - regenerating said charged particles, and - subsequently recirculating said charged particles.