mhurhangee/ep-ind-claims huggingface dataset:
Image sensor comprising a plurality of pixels (Pix) each comprising an elementary photodetector, the sensor comprising, for each pixel (Pix), a circuit (201, 203) for detecting a beat frequency of a portion of a heterodyne beam received by the elementary photodetector of the pixel, the detection circuit (201, 203) comprising a frequency comparator comprising a first input node receiving a first periodic AC signal (f pix) having a frequency equal to said beat frequency, a second input node receiving a second AC signal (f ramp) of variable frequency, and an output node delivering an output signal switching from a first state to a second state when the frequency of the second signal (f ramp) exceeds the frequency of the first signal (f pix).
A method in a radio network node for controlling usage of Radio Access Technology, RAT, and bandwidth in a radio communication system, wherein the radio communication system comprises the radio network node configured to support transmission and reception of one or more signals in a first RAT on a first bandwidth, wherein the radio communication system further comprises a plurality of terminals, and wherein each terminal supports the first RAT, the method comprises: - transmitting signals associated with the first RAT on the first bandwidth; and - when a traffic load in the first RAT passes a threshold, - simultaneously transmitting signals associated with the first RAT on a second bandwidth and signals associated with the first RAT on the first bandwidth, wherein the second bandwidth is different from the first bandwidth and wherein the second bandwidth is partly overlapping the first bandwidth; - requesting one or more terminals connected to the first RAT and using the first bandwidth to perform a handover from the first RAT and the first bandwidth to the second bandwidth of the first RAT; and - stopping transmission of signals associated with the first RAT on the first bandwidth when the one or more terminals connected to the first RAT and the first bandwidth has performed the handover. - transmitting signals associated with the first RAT on the first bandwidth; and - when a traffic load in the first RAT passes a threshold, - simultaneously transmitting signals associated with the first RAT on a second bandwidth and signals associated with the first RAT on the first bandwidth, wherein the second bandwidth is different from the first bandwidth and wherein the second bandwidth is partly overlapping the first bandwidth; - requesting one or more terminals connected to the first RAT and using the first bandwidth to perform a handover from the first RAT and the first bandwidth to the second bandwidth of the first RAT; and - stopping transmission of signals associated with the first RAT on the first bandwidth when the one or more terminals connected to the first RAT and the first bandwidth has performed the handover. - simultaneously transmitting signals associated with the first RAT on a second bandwidth and signals associated with the first RAT on the first bandwidth, wherein the second bandwidth is different from the first bandwidth and wherein the second bandwidth is partly overlapping the first bandwidth; - requesting one or more terminals connected to the first RAT and using the first bandwidth to perform a handover from the first RAT and the first bandwidth to the second bandwidth of the first RAT; and - stopping transmission of signals associated with the first RAT on the first bandwidth when the one or more terminals connected to the first RAT and the first bandwidth has performed the handover.
A quick release coupling device for use with a bank stick or rod pod, the coupling device comprising: a first portion having a first end and a second end opposite the first end, wherein the first end comprises a means for attaching a fishing accessory such as a fish bite detector or has a fishing accessory integrally attached; and a second portion having a first end and a second end opposite the first end, wherein the first end of the second portion comprises a means for attachment to a bank stick or rod pod, wherein both the second end of the first portion and the second end of the second portion comprise a magnet, wherein the first and second portions are couplable via said magnets, or wherein the second end of one from the first portion and the second portion comprises a ferromagnetic material and the second end of the other from the first portion and second portion comprises a magnet, wherein the first and second portions are couplable via the attractive force between the magnetic second end and the magnet, characterised in that the second end of one from the first portion and the second portion comprises a projection along a central axis passing through both the first and second ends of said portion, wherein the second end of the other from the first portion and the second portion comprises a recess configured to receive the projection, and in that the projection has a non-circular cross-section along a base section thereof or along an entire length thereof and the recess has a corresponding non-circular cross-section such that the first portion is not rotatable with respect to the second portion. a first portion having a first end and a second end opposite the first end, wherein the first end comprises a means for attaching a fishing accessory such as a fish bite detector or has a fishing accessory integrally attached; and a second portion having a first end and a second end opposite the first end, wherein the first end of the second portion comprises a means for attachment to a bank stick or rod pod, wherein both the second end of the first portion and the second end of the second portion comprise a magnet, wherein the first and second portions are couplable via said magnets, or wherein the second end of one from the first portion and the second portion comprises a ferromagnetic material and the second end of the other from the first portion and second portion comprises a magnet, wherein the first and second portions are couplable via the attractive force between the magnetic second end and the magnet, characterised in that the second end of one from the first portion and the second portion comprises a projection along a central axis passing through both the first and second ends of said portion, wherein the second end of the other from the first portion and the second portion comprises a recess configured to receive the projection, and in that the projection has a non-circular cross-section along a base section thereof or along an entire length thereof and the recess has a corresponding non-circular cross-section such that the first portion is not rotatable with respect to the second portion.
A computer-aided surgical navigation system for performing shoulder arthroplasty or hemiarthroplasty, the system characterized by: (a) a sensor adapted receive information regarding position and orientation of at least one reference; (b) a reference adapted to be mounted to a body part forming at least a portion of the shoulder joint, wherein the body part is a humerus; (c) a reference adapted to be mounted to a surgical instrument for use in performing shoulder arthroplasty or hemiarthroplasty; (d) a processor adapted to receive and store information from the sensor in order to track a position and orientation of the at least one reference with respect to the body part; wherein the information received from the sensor comprises the epicondylar axis of the humerus and the information received is used to determine the retroversion reference axis; and (e) a monitor adapted to receive information from the processor in order to display at least some of the navigational reference information and the at least one reference, wherein the system further comprises the surgical instrument, and further wherein the surgical instrument is a humeral reamer. (a) a sensor adapted receive information regarding position and orientation of at least one reference; (b) a reference adapted to be mounted to a body part forming at least a portion of the shoulder joint, wherein the body part is a humerus; (c) a reference adapted to be mounted to a surgical instrument for use in performing shoulder arthroplasty or hemiarthroplasty; (d) a processor adapted to receive and store information from the sensor in order to track a position and orientation of the at least one reference with respect to the body part; wherein the information received from the sensor comprises the epicondylar axis of the humerus and the information received is used to determine the retroversion reference axis; and (e) a monitor adapted to receive information from the processor in order to display at least some of the navigational reference information and the at least one reference, wherein the system further comprises the surgical instrument, and further wherein the surgical instrument is a humeral reamer.
A method for manufacturing a substrate for an organic light emitting diode, comprising: forming a high refractive scattering layer on a sacrificial substrate using a coating solution including a plurality of scattering particles and a high refractive material with a refractive index of 1.7 or more at a wavelength of 400 nm that comprises an organic or inorganic binder; laminating a base substrate on the formed high refractive scattering layer by an adhesive layer; and removing the sacrificial substrate, wherein the surface of the scattering layer, from which the sacrificial substrate is removed, is a planarized surface which has a maximum height roughness of 1 μm or less in a 10 x 10 μm 2 region, wherein the formed high refractive scattering layer has a structure in which the plurality of scattering particles is immersed in the high refractive material, and a surface of the high refractive scattering layer laminated with the base substrate by the adhesive layer has unevenness formed by the plurality of scattering particles and faces the adhesive layer, and wherein a refractive index of the high refractive material (Na), a refractive index of the plurality of scattering particles (Nb), a refractive index of the base substrate (Nc), and a refractive index of the adhesive layer (Nd) satisfy any one of the relationships represented by Equations 1 and 2: Na − Nb ≥ 0.2, and Nc − Nd ≤ 0.2. forming a high refractive scattering layer on a sacrificial substrate using a coating solution including a plurality of scattering particles and a high refractive material with a refractive index of 1.7 or more at a wavelength of 400 nm that comprises an organic or inorganic binder; laminating a base substrate on the formed high refractive scattering layer by an adhesive layer; and removing the sacrificial substrate, wherein the surface of the scattering layer, from which the sacrificial substrate is removed, is a planarized surface which has a maximum height roughness of 1 μm or less in a 10 x 10 μm 2 region, wherein the formed high refractive scattering layer has a structure in which the plurality of scattering particles is immersed in the high refractive material, and a surface of the high refractive scattering layer laminated with the base substrate by the adhesive layer has unevenness formed by the plurality of scattering particles and faces the adhesive layer, and wherein a refractive index of the high refractive material (Na), a refractive index of the plurality of scattering particles (Nb), a refractive index of the base substrate (Nc), and a refractive index of the adhesive layer (Nd) satisfy any one of the relationships represented by Equations 1 and 2: Na − Nb ≥ 0.2, and Nc − Nd ≤ 0.2.
Method for determining data referred to as target change data which can be used for performing radiotherapy treatment, the target change data describing information on the change of position of a target included in a body of a patient, the method being performed by a computer and comprising the following steps: • acquiring determination rule data describing a rule for mapping an indicator change set to the target change data, the indicator change set being a set which comprises more than one element, the elements of the indicator change set respectively representing information on respective changes of positions of indicators, at least two of the indicators respectively indicating a change of position of different body structures referred to as indicator structures, • acquiring set data describing an acquired indicator change set; and • determining the target change data based on the determination rule data and the set data by applying the rule for mapping to the acquired indicator change set; • characterized in that a body structure in which the target is embedded is referred to as target structure and, for determining the target change data, a change of geometry and/or position of the target structure is determined in dependence of the indicator change set by using a model (Fig. 4a, Fig. 4b) of the target structure, wherein the model describes a mechanical response of the target structure to changes in a boundary of the target structure which changes are linked with the indicator change set. • acquiring determination rule data describing a rule for mapping an indicator change set to the target change data, the indicator change set being a set which comprises more than one element, the elements of the indicator change set respectively representing information on respective changes of positions of indicators, at least two of the indicators respectively indicating a change of position of different body structures referred to as indicator structures, • acquiring set data describing an acquired indicator change set; and • determining the target change data based on the determination rule data and the set data by applying the rule for mapping to the acquired indicator change set; • characterized in that a body structure in which the target is embedded is referred to as target structure and, for determining the target change data, a change of geometry and/or position of the target structure is determined in dependence of the indicator change set by using a model (Fig. 4a, Fig. 4b) of the target structure, wherein the model describes a mechanical response of the target structure to changes in a boundary of the target structure which changes are linked with the indicator change set.
A hybrid power and propulsion system comprising: at least two sources providing energy for propulsion including at least one main propulsive engine (10, 10') and at least one motor-generator unit (14, 14'), an energy storage system (24, 24'), an electrical distribution system, and an energy management system that controls operation of each of the at least two sources, wherein the at least one main propulsive engine (10, 10') and the at least one motor-generator unit (14, 14') are arranged to drive a common output shaft and linked to a common propulsive output member (18, 18'), the common output shaft and the common propulsive output member (18, 18') are drivable both independently and simultaneously by the at least one main propulsive engine (10, 10') and the at least one motor-generator unit (14, 14'), the electrical distribution system comprises an AC bus (30, 30') linked to a DC bus providing bi-directional flow between AC and DC buses, and the energy management system dynamically shifts operation of each of the at least two sources to satisfy propulsive demands.
A method for increasing aqueous solubility and improving stability of tafluprost in an aqueous ophthalmic solution, comprising the steps of preparing an aqueous ophthalmic solution containing 0.0010-0.0025% tafluprost, 0.075% polysorbate 80, 0.005-0.2% stabilizing agent and substantially no preservatives, and packaging the preservative-free ophthalmic solution in a container consisting essentially of polyethylene.
A catheter comprising: - an elongated body comprising a distal tip; - a lumen arranged within the elongated body and comprising a lumen opening arranged at the elongated body; and - one or more sensors laterally arranged at the elongated body; wherein the elongated body comprises an at least partially curved portion and at least one of the one or more sensors is arranged at the at least partially curved portion, wherein the at least one of the one or more sensors is arranged, in the longitudinal direction of the elongated body, at the same position as the lumen opening and is arranged, in circumferential direction of the elongated body, at a different position than the lumen opening. - an elongated body comprising a distal tip; - a lumen arranged within the elongated body and comprising a lumen opening arranged at the elongated body; and - one or more sensors laterally arranged at the elongated body;
A bio-electrode composition comprising a silicone bonded to a sulfonimide salt, wherein the sulfonimide salt is shown by the following general formula: wherein R 1 represents a linear, branched, or cyclic alkylene group having 1 to 20 carbon atoms or an arylene group having 6 to 10 carbon atoms, with the alkylene group optionally having an aromatic group, an ether group, or an ester group; Rf represents a linear, branched, or cyclic alkyl group having 1 to 4 carbon atoms and containing at least one fluorine atom; M + is an ion selected from a lithium ion, a sodium ion, a potassium ion, and a silver ion.
A combined printing press for the production of security documents, in particular banknotes, comprising a screen printing group and a numbering group adapted to process printed substrates in the form of individual sheets or successive portions of a continuous web, wherein the screen printing group is located upstream of the numbering group and comprises at least one screen printing unit designed to print a pattern of optically-variable ink, which optically-variable ink contains flakes that can be oriented by means of a magnetic field, wherein the screen printing group further comprises a magnetic unit located downstream of the screen printing unit, which magnetic unit is designed to magnetically induce an optically-variable effect in the pattern of optically-variable ink applied by the screen printing unit prior to drying/curing of the optically-variable ink, wherein the screen printing group further comprises at least one drying/curing unit designed to dry/cure the pattern of optically-variable ink in which the optically-variable effect has been induced by the magnetic unit, prior to transfer of the printed substrates to the numbering group.
An electronic calculating device (100; 200) arranged to convert an input number ( y) represented (( y 1, y 2,..., y k)) in a residue number system to an output number represented in a radix representation (( e 0, e 1,..., e s -1)), the calculating device comprising - an input interface arranged to receive the input number ( y) represented in the residue number system, and - a processor circuit configured to iteratively update an intermediate number ( ŷ) represented in the residue number system, wherein iterations produce the digits ( e 0, e 1,..., e s -1) in the radix representation with respect to the bases ( b 0, b 1, ···, b s -1) of the radix representation, at least one iteration comprises - computing the intermediate number modulo a base ( b t) of the radix representation to obtain a digit ( e t) of the radix representation, - updating the intermediate number ( ŷ) by subtracting the digit from the intermediate number, adding an obfuscating number ( F; F t), and dividing by the base ( b t), wherein the obfuscating number ( F; F t) is a multiple of the product of one or more of the bases ( b 0, b 1, ···, b s -1) used in the iterations of the radix representation. - an input interface arranged to receive the input number ( y) represented in the residue number system, and - a processor circuit configured to iteratively update an intermediate number ( ŷ) represented in the residue number system, wherein iterations produce the digits ( e 0, e 1,..., e s -1) in the radix representation with respect to the bases ( b 0, b 1, ···, b s -1) of the radix representation, at least one iteration comprises - computing the intermediate number modulo a base ( b t) of the radix representation to obtain a digit ( e t) of the radix representation, - updating the intermediate number ( ŷ) by subtracting the digit from the intermediate number, adding an obfuscating number ( F; F t), and dividing by the base ( b t), wherein the obfuscating number ( F; F t) is a multiple of the product of one or more of the bases ( b 0, b 1, ···, b s -1) used in the iterations of the radix representation. - computing the intermediate number modulo a base ( b t) of the radix representation to obtain a digit ( e t) of the radix representation, - updating the intermediate number ( ŷ) by subtracting the digit from the intermediate number, adding an obfuscating number ( F; F t), and dividing by the base ( b t), wherein the obfuscating number ( F; F t) is a multiple of the product of one or more of the bases ( b 0, b 1, ···, b s -1) used in the iterations of the radix representation.
Method for classifying a flow vector of an object point of an object in an environmental region of a motor vehicle, which is determined according to the optical flow method in an image sequence captured by a camera of the motor vehicle, wherein a first pixel (p) of a first image of the image sequence, which is captured by means of the camera and a first projection center, and a corresponding second pixel (p*) of a second image of the image sequence, which is captured by means of the camera and a second projection center different from the first projection center, are connected by the flow vector, characterized by the steps of: - determining a ray from the first projection center to the first pixel (p) and further to the object point, - determining a first auxiliary point on the ray, which is disposed between the first pixel (p) and the object point, - determining a second auxiliary point on the ray, which is disposed farther away from the first projection center compared to the object point, - determining a plurality of auxiliary points on the ray at different intervals on the ray, - projecting the first auxiliary point and the second auxiliary point and the plurality of auxiliary points into the second image to form a convex polyline on the second image by performing a translation and rotation corresponding to the motion of the motor vehicle, - connecting a projected first auxiliary point of the first auxiliary point and a projected second auxiliary point of the second auxiliary point by a connecting line segment, - determining a distance from the second pixel (p*) which describes the shortest range to the connecting line segment or further line segment of the polyline and - associating the flow vector of the second pixel (p*) with a class static or a class dynamic depending on the determined distance. - determining a ray from the first projection center to the first pixel (p) and further to the object point, - determining a first auxiliary point on the ray, which is disposed between the first pixel (p) and the object point, - determining a second auxiliary point on the ray, which is disposed farther away from the first projection center compared to the object point, - determining a plurality of auxiliary points on the ray at different intervals on the ray, - projecting the first auxiliary point and the second auxiliary point and the plurality of auxiliary points into the second image to form a convex polyline on the second image by performing a translation and rotation corresponding to the motion of the motor vehicle, - connecting a projected first auxiliary point of the first auxiliary point and a projected second auxiliary point of the second auxiliary point by a connecting line segment, - determining a distance from the second pixel (p*) which describes the shortest range to the connecting line segment or further line segment of the polyline and - associating the flow vector of the second pixel (p*) with a class static or a class dynamic depending on the determined distance.