mhurhangee/ep-ind-claims huggingface dataset:
A system for dynamic range expansion of digital images, comprising: a configuring device configured to generate a first parameter and a second parameter and to obtain a value of a block tridiagonal matrix according to the first parameter and the second parameter; an analyzing device configured to calculate a histogram of an input previous frame of image data and an histogram equalization of the input previous frame of image data and store the histogram of the previous frame of image data and the histogram equalization of the previous frame of image data; an optimizing device configured to calculate and store an output histogram of the previous frame of image data using an equation comprising the block tridiagonal matrix according to the first parameter and the second parameter from the configuring device, and the histogram of the previous frame of image data and the histogram equalization of the previous frame of image data from the analyzing device, to calculate and obtain a mapping function according to the output histogram of the previous frame of image data and to obtain and store a mapping table of the previous frame of image data according to the mapping function; and a mapping device configured to receive a next frame of image data and to process the next frame of image data with the mapping table of the previous frame of image data to generate enhanced image data. a configuring device configured to generate a first parameter and a second parameter and to obtain a value of a block tridiagonal matrix according to the first parameter and the second parameter; an analyzing device configured to calculate a histogram of an input previous frame of image data and an histogram equalization of the input previous frame of image data and store the histogram of the previous frame of image data and the histogram equalization of the previous frame of image data; an optimizing device configured to calculate and store an output histogram of the previous frame of image data using an equation comprising the block tridiagonal matrix according to the first parameter and the second parameter from the configuring device, and the histogram of the previous frame of image data and the histogram equalization of the previous frame of image data from the analyzing device, to calculate and obtain a mapping function according to the output histogram of the previous frame of image data and to obtain and store a mapping table of the previous frame of image data according to the mapping function; and a mapping device configured to receive a next frame of image data and to process the next frame of image data with the mapping table of the previous frame of image data to generate enhanced image data.
Measuring arrangement, comprising a metal measuring tube, open at both ends and designed to conduct a medium, wherein said measuring tube has an outer lateral surface, an inner lateral surface and at least two openings, wherein the two openings extend from the outer lateral surface to the inner lateral surface; a dielectric lining layer, which is in contact with the inner lateral surface of the measuring tube; a first microwave antenna, which is arranged in the measuring tube and is contacted via the first opening; a second microwave antenna, which is arranged in the measuring tube and is contacted via the second opening; wherein the dielectric lining layer forms a dielectric waveguide via which microwaves can at least partially pass from the first microwave antenna to the second microwave antenna, characterized in that the measuring arrangement further consists of a first conductive ring structure and a second conductive ring structure, wherein said structures are each arranged on a front face of the metal measuring tube and delimit the dielectric lining layer on the front face. a metal measuring tube, open at both ends and designed to conduct a medium, wherein said measuring tube has an outer lateral surface, an inner lateral surface and at least two openings, wherein the two openings extend from the outer lateral surface to the inner lateral surface; a dielectric lining layer, which is in contact with the inner lateral surface of the measuring tube; a first microwave antenna, which is arranged in the measuring tube and is contacted via the first opening; a second microwave antenna, which is arranged in the measuring tube and is contacted via the second opening; wherein the dielectric lining layer forms a dielectric waveguide via which microwaves can at least partially pass from the first microwave antenna to the second microwave antenna, characterized in that the measuring arrangement further consists of a first conductive ring structure and a second conductive ring structure, wherein said structures are each arranged on a front face of the metal measuring tube and delimit the dielectric lining layer on the front face.
An eye cosmetic applicator, comprising: - a stem; - a base portion supported by the stem and - a plurality of front surface protrusions, formed at a front surface of the base portion, each extending in a direction perpendicular to a longitudinal direction of the base portion, - a plurality of back surface protrusions protruding from a back surface of the base portion opposing the front surface, each extending in a direction perpendicular to the longitudinal direction of the base portion, and wherein: - each of the front surface protrusions is formed to protrude from the front surface of the base portion, - some of the front surface protrusions includes a protruding portion protruding outwardly from a periphery of the base portion, - the base portion is inclined for a predetermined angle (θ) with respect to the stem, - the back surface is a protruded curved surface that protrudes outwardly in the longitudinal direction and in a width direction and the front surface is a concaved curved surface that concaves in the longitudinal direction, - in the longitudinal direction, curvature of the protruded curved surface of the back surface is smaller than curvature of the concaved curved surface of the front surface, - the distance between the front surface and the back surface in the height direction of the base portion becomes gradually shorter as departing from the stem, characterized in that the each of the front surface protrusions and the back surface protrusions are wall-like prism protrusions each having a rectangular cross-sectional shape or a polygonal cross-sectional shape. - a stem; - a base portion supported by the stem and - a plurality of front surface protrusions, formed at a front surface of the base portion, each extending in a direction perpendicular to a longitudinal direction of the base portion, - a plurality of back surface protrusions protruding from a back surface of the base portion opposing the front surface, each extending in a direction perpendicular to the longitudinal direction of the base portion, - each of the front surface protrusions is formed to protrude from the front surface of the base portion, - some of the front surface protrusions includes a protruding portion protruding outwardly from a periphery of the base portion, - the base portion is inclined for a predetermined angle (θ) with respect to the stem, - the back surface is a protruded curved surface that protrudes outwardly in the longitudinal direction and in a width direction and the front surface is a concaved curved surface that concaves in the longitudinal direction, - in the longitudinal direction, curvature of the protruded curved surface of the back surface is smaller than curvature of the concaved curved surface of the front surface, - the distance between the front surface and the back surface in the height direction of the base portion becomes gradually shorter as departing from the stem,
A method for improving comparative measurements of pairing algorithms in a contact center system (100A; 100B; 250; 270), the contact center system comprising a switch (120; 120A; 120B) that is communicatively coupled to a plurality of agents (151A, 151B, 151C, 151D; 251A, 251B) and at least one computer processor communicatively coupled to and configured to operate in the contact center system (100A; 100B; 250; 270), wherein the method is performed by the at least one computer processor and comprises: selecting a pairing algorithm PA set from a group of PA sets, the group of PA sets comprising: i) a first PA set comprising a first PA, and ii) a second PA set comprising a second PA and a third PA; as a result of selecting a PA set from the group of PA sets, using one or more PAs included in the selected PA set to establish a connection between a plurality of contact-agent pairs across a telecommunications network via the switch (120; 120A; 120B); measuring a performance metric attributed to the one or more PAs included in the selected PA set for the plurality of contact-agent pairs; and outputting comparative measurements of the one or more PAs included in the selected PA set. selecting a pairing algorithm PA set from a group of PA sets, the group of PA sets comprising: i) a first PA set comprising a first PA, and ii) a second PA set comprising a second PA and a third PA; i) a first PA set comprising a first PA, and ii) a second PA set comprising a second PA and a third PA; as a result of selecting a PA set from the group of PA sets, using one or more PAs included in the selected PA set to establish a connection between a plurality of contact-agent pairs across a telecommunications network via the switch (120; 120A; 120B); measuring a performance metric attributed to the one or more PAs included in the selected PA set for the plurality of contact-agent pairs; and outputting comparative measurements of the one or more PAs included in the selected PA set. measuring a performance metric attributed to the one or more PAs included in the selected PA set for the plurality of contact-agent pairs; and outputting comparative measurements of the one or more PAs included in the selected PA set.
A composite material, comprising: a honeycomb layer with top and bottom sides, the honeycomb layer including a plurality of walls defining a plurality of cells therein; a first adhesive layer disposed adjacent to the top side of the honeycomb layer; a second adhesive layer disposed adjacent to the bottom side of the honeycomb layer; a third adhesive layer disposed adjacent to the first adhesive layer on the top side of the honeycomb layer; a first composite layer disposed adjacent to the third adhesive layer on the top side of the honeycomb layer; and a second composite layer disposed adjacent to the second adhesive layer on the bottom side of the honeycomb layer, wherein at least the third adhesive layer comprises viscous properties that discourage the creation of channels within the first composite layer when co-cured. a honeycomb layer with top and bottom sides, the honeycomb layer including a plurality of walls defining a plurality of cells therein; a first adhesive layer disposed adjacent to the top side of the honeycomb layer; a second adhesive layer disposed adjacent to the bottom side of the honeycomb layer; a third adhesive layer disposed adjacent to the first adhesive layer on the top side of the honeycomb layer; a first composite layer disposed adjacent to the third adhesive layer on the top side of the honeycomb layer; and a second composite layer disposed adjacent to the second adhesive layer on the bottom side of the honeycomb layer, wherein at least the third adhesive layer comprises viscous properties that discourage the creation of channels within the first composite layer when co-cured.
A transporting element for accommodating and for transporting eggs along a transport route comprising several bearing points arranged adjacent to each other in the longitudinal extension for bearing one egg each, characterized in that the transporting element is formed as a channel-like body, having an accommodating space which is curved in the form of part of a circle, as seen in the cross-section, and encloses an angle (α) of at least 180°, wherein the bearing positions are designed in form of slot-shaped apertures in the region of the channel-like body which is curved in the form of part of a circle, said slot-shaped apertures extending in parallel to each other and transversely to the longitudinal extension of the channel-like body on either side up to longitudinal crosspieces forming a respective longitudinal edge.
Reactor-heat exchanger module with at least two fluid circuits, comprising a stacking which extends along a longitudinal axis and comprising the following elements: - one or more elements each forming a sheet of one of the two fluid circuits, called heat-transfer circuit, inside which a heat-transfer fluid is intended to circulate, each element of the heat-transfer circuit comprising channels delimited at least partly by grooves produced in at least one plate; - one or more elements each forming a sheet of the other of the two fluid circuits, called reagent circuit, inside which at least two reagents are intended to circulate, each element of the reagent circuit comprising channels delimited at least partly by grooves produced in at least one plate; characterized in that the reagent circuit channels each have a flow section that increases over at least part of their length and in that two adjacent reagent circuit channels (21.1, 21.2) are produced head-to-tail such that, in the course of a channel (21.1) in a direction along the longitudinal axis, its geometrical section increases whereas, in the course of the adjacent channel (21.2) in the same direction along the longitudinal axis its geometrical section decreases. - one or more elements each forming a sheet of one of the two fluid circuits, called heat-transfer circuit, inside which a heat-transfer fluid is intended to circulate, each element of the heat-transfer circuit comprising channels delimited at least partly by grooves produced in at least one plate; - one or more elements each forming a sheet of the other of the two fluid circuits, called reagent circuit, inside which at least two reagents are intended to circulate, each element of the reagent circuit comprising channels delimited at least partly by grooves produced in at least one plate;
A rope gripping member for a rope gripping device, the rope gripping member comprising an elongated rope gripping face for being pressed against an elongated side face (Sf1,Sf2) of an end section of a rope, the elongated rope gripping face having a longitudinal direction and a front edge and a rear edge; characterised in that the tensile stiffness of the rope gripping member (2;2';2") in longitudinal direction of the gripping face increases non-linearly with accelerating rate from the front edge towards the rear edge of the gripping face.
A lens barrel comprising: a barrel body; a first guide shaft held by the barrel body; a movable lens holding member movable along the first guide shaft while holding at least one lens; and a first damping member for damping vibration of the first guide shaft with respect to the movable lens holding member occurring during movement of the movable lens holding member along the first guide shaft, wherein the barrel body is provided with an actuator which drives the movable lens holding member, and an anti-rotation member which prevents a rotational movement of the movable lens holding member about the first guide shaft, the movable lens holding member is provided with a first supported portion to be fit to the first guide shaft, and a second supported portion to be fit to the first guide shaft, and the first damping member is made of a porous material having elasticity and installed at a position between the first supported portion (331.) and the second supported portion in such a manner as to come into contact with the movable lens holding member and the first guide shaft. wherein the first damping member has a generally plate-like shape fitted in the damping member installation section, the damping member installation section being part of the first supported portion. a barrel body; a first guide shaft held by the barrel body; a movable lens holding member movable along the first guide shaft while holding at least one lens; and a first damping member for damping vibration of the first guide shaft with respect to the movable lens holding member occurring during movement of the movable lens holding member along the first guide shaft, wherein the barrel body is provided with an actuator which drives the movable lens holding member, and an anti-rotation member which prevents a rotational movement of the movable lens holding member about the first guide shaft, the movable lens holding member is provided with a first supported portion to be fit to the first guide shaft, and a second supported portion to be fit to the first guide shaft, and the first damping member is made of a porous material having elasticity and installed at a position between the first supported portion (331.) and the second supported portion in such a manner as to come into contact with the movable lens holding member and the first guide shaft. wherein the first damping member has a generally plate-like shape fitted in the damping member installation section, the damping member installation section being part of the first supported portion.
Agricultural system comprising a baler for picking up and compressing crop from a crop swath in a field and comprising a tow tractor, wherein the baler comprises a pickup device picking up crop from the field along a baler pickup track, wherein the baler is being towed by the tow tractor via a draft hitch arrangement, which draft hitch arrangement is constructed such that the baler pickup track is laterally offset from a tractor driving track with respect to a tractor driving direction, wherein, during baling, the baler pickup track is aligned onto the crop swath for picking up crop and the tractor driving track is laterally spaced from the crop swath with respect to the tractor driving direction, wherein the baler comprises a steering system for autonomously aligning the baler pickup track onto the crop swath, characterized in that the baler steering system comprises a sensor arrangement for detecting cross profile information of the crop swath with respect to a longitudinal extension of the crop swath at a location in front of the baler, wherein the baler steering system comprises a baler steering control and abaler steering drive, which baler steering control, during baling, continuously aligns the baler pickup track onto the crop swath via the baler steering drive based on a predefined steering strategy and based on the cross profile information of the crop swath detected by the sensor arrangement, wherein the baler steering system comprises a memory in which a number of steering strategies are stored for selection by a user.
A discharge apparatus for colliding a particle with a fixed surface to fix the particle to the fixed surface, the discharge apparatus comprising: a first dispenser configured to discharge an aerosol comprising the particle toward the fixed surface at a first discharge rate; and a second dispenser configured to discharge a gas toward the fixed surface at a second discharge rate faster than the first discharge rate, wherein the second dispenser is further configured to discharge the gas so that the gas at least partially overlaps the aerosol discharged from the first dispenser to accelerate at least a portion of the aerosol toward the fixed surface to fix the particle to the fixed surface. a first dispenser configured to discharge an aerosol comprising the particle toward the fixed surface at a first discharge rate; and a second dispenser configured to discharge a gas toward the fixed surface at a second discharge rate faster than the first discharge rate, wherein the second dispenser is further configured to discharge the gas so that the gas at least partially overlaps the aerosol discharged from the first dispenser to accelerate at least a portion of the aerosol toward the fixed surface to fix the particle to the fixed surface.
A targeted therapeutic agent comprising a compound of formula: B - L - D, wherein: B is a low molecular weight binding moiety for Carbonic Anhydrase IX (CAIX), wherein said binding moiety comprises a terminal group of formula: D is a drug moiety; and L is a linker group that undergoes cleavage in vivo for releasing said drug moiety in an active form, wherein said linker L comprises a 1,2,3-triazole ring, wherein said drug moiety and binder moiety are linked to 1 and 4 positions of the triazole ring and the 5 position of the triazole ring is also optionally substituted. B is a low molecular weight binding moiety for Carbonic Anhydrase IX (CAIX), wherein said binding moiety comprises a terminal group of formula: D is a drug moiety; and L is a linker group that undergoes cleavage in vivo for releasing said drug moiety in an active form, wherein said linker L comprises a 1,2,3-triazole ring, wherein said drug moiety and binder moiety are linked to 1 and 4 positions of the triazole ring and the 5 position of the triazole ring is also optionally substituted.
A solar cell apparatus comprising: a substrate (100, 103) that is transparent; and a solar cell on a top surface of the substrate (100, 103), wherein the substrate (100, 103) comprises: a support layer below the solar cell; and a reinforcement part provided below the support layer and having an open region to expose a bottom surface of the support layer, the solar cell apparatus being characterized in that the substrate is provided on a bottom surface thereof with a semitransparent protrusion pattern arranged to prevent light from being reflected from the bottom surface. a substrate (100, 103) that is transparent; and a solar cell on a top surface of the substrate (100, 103), wherein the substrate (100, 103) comprises: a support layer below the solar cell; and a reinforcement part provided below the support layer and having an open region to expose a bottom surface of the support layer, a support layer below the solar cell; and a reinforcement part provided below the support layer and having an open region to expose a bottom surface of the support layer, the solar cell apparatus being characterized in that the substrate is provided on a bottom surface thereof with a semitransparent protrusion pattern arranged to prevent light from being reflected from the bottom surface.