mhurhangee/ep-ind-claims huggingface dataset:
A secure communication method, wherein receiver sends a reference signal (s ref) to transmitter for channel estimation and wherein N corresponds to total number of complex data symbols; characterized by comprising the steps of: a. Selecting the first m point out of M number of peak-points from the frequency selective channel between transmitter and receiver, where in points correspond to subcarriers and where in M < N, b. Creating an artificial channel, F b ∈ C N × 1, by using the selected m points, c. Creating a new channel, H b ∈ C N × 1, by cascading receiver's channel, A b ∈ C N × 1, with the artificial channel, F b; as H b = A b ⊙ F b, d. Selecting peak points from the cascaded channel, H b, e. Quantization of the selected subcarriers which their gains are corresponds to the peak points from cascaded channel by transmitter and receiver to construct a binary key (B b), f. Converting the binary key (B b) into a complex key (C b), g. Reshaping the complex key (C b) to the closest multiplication of N. a. Selecting the first m point out of M number of peak-points from the frequency selective channel between transmitter and receiver, where in points correspond to subcarriers and where in M < N, b. Creating an artificial channel, F b ∈ C N × 1, by using the selected m points, c. Creating a new channel, H b ∈ C N × 1, by cascading receiver's channel, A b ∈ C N × 1, with the artificial channel, F b; as H b = A b ⊙ F b, d. Selecting peak points from the cascaded channel, H b, e. Quantization of the selected subcarriers which their gains are corresponds to the peak points from cascaded channel by transmitter and receiver to construct a binary key (B b), f. Converting the binary key (B b) into a complex key (C b), g. Reshaping the complex key (C b) to the closest multiplication of N.
An additively manufactured combustor shell, comprising: a radially outward surface; a radially inward surface opposite the radially outward surface; characterized in that the combustor shell further comprises an injector port defining a fuel injection channel, the injector port comprising: an inlet structure extending from the radially outward surface; an outlet structure extending from the radially inward surface; and a support structure extending between the outlet structure and the radially inward surface, wherein the support structure is configured to vaporize at a temperature of 1093° Celsius (2000 ° Fahtrenheit). a radially outward surface; a radially inward surface opposite the radially outward surface; characterized in that the combustor shell further comprises an injector port defining a fuel injection channel, the injector port comprising: an inlet structure extending from the radially outward surface; an outlet structure extending from the radially inward surface; and a support structure extending between the outlet structure and the radially inward surface, wherein the support structure is configured to vaporize at a temperature of 1093° Celsius (2000 ° Fahtrenheit). an inlet structure extending from the radially outward surface; an outlet structure extending from the radially inward surface; and a support structure extending between the outlet structure and the radially inward surface, wherein the support structure is configured to vaporize at a temperature of 1093° Celsius (2000 ° Fahtrenheit).
An automated cleaning system for a beverage dispensing machine, comprising: a first water branch; a second water branch comprising a check valve, each branch connected in fluid communication with a three-way valve; a cleaning supply connected to the second water branch downstream from the check valve via a pump; and a nozzle; wherein the three-way valve is configured to operate in a first mode to prevent a flow of a cleaner from the cleaning supply through the second water branch and allow a flow of a fluid through the first water branch and the three-way valve to the nozzle and operate in a second mode to allow a flow of a cleaner from the cleaning supply through the second water branch and the three-way valve to the nozzle. a first water branch; a second water branch comprising a check valve, each branch connected in fluid communication with a three-way valve; a cleaning supply connected to the second water branch downstream from the check valve via a pump; and a nozzle; wherein the three-way valve is configured to operate in a first mode to prevent a flow of a cleaner from the cleaning supply through the second water branch and allow a flow of a fluid through the first water branch and the three-way valve to the nozzle and operate in a second mode to allow a flow of a cleaner from the cleaning supply through the second water branch and the three-way valve to the nozzle.
A non-therapeutic cosmetic or food use of a compound comprising one or more selected from a group consisting of genistein, epigallocatechin gallate (EGCG), pharmaceutically acceptable salts thereof, hydrates thereof and solvates thereof, for inducing rejuvenation of melanocytes.
A multi-channel transmitter optical subassembly, TOSA, including a plurality of lasers (214-1 - 214-4), the TOSA comprising: a housing including a plurality of sidewalls (308,310), the plurality of sidewalls forming a compartment defined by an inner surface therein, the compartment including a light path, the light path being optically coupled to each of the plurality of lasers and extending laterally from a first end to a second end of the housing along a first major axis; a focus lens disposed at the second end of the housing, the focus lens having a center aligned with a center line of the light path to receive at least a portion of light emitted by the plurality of lasers via the light path and to output a focused light beam; and an optical coupling receptacle fixedly attached to the second end of the housing and configured to couple the light path to a fiber, the optical coupling receptacle including an optical isolator configured to receive the focused light beam and launch the focused light beam in a forward direction into the fiber while reducing backreflection, wherein a center line of the fiber is offset from the center of the focus lens and the center line of the light path, and wherein the offset passively compensates for beam displacement introduced by the optical isolator such that the focused light beam is launched generally into a center of the fiber. a housing including a plurality of sidewalls (308,310), the plurality of sidewalls forming a compartment defined by an inner surface therein, the compartment including a light path, the light path being optically coupled to each of the plurality of lasers and extending laterally from a first end to a second end of the housing along a first major axis; a focus lens disposed at the second end of the housing, the focus lens having a center aligned with a center line of the light path to receive at least a portion of light emitted by the plurality of lasers via the light path and to output a focused light beam; and an optical coupling receptacle fixedly attached to the second end of the housing and configured to couple the light path to a fiber, the optical coupling receptacle including an optical isolator configured to receive the focused light beam and launch the focused light beam in a forward direction into the fiber while reducing backreflection, wherein a center line of the fiber is offset from the center of the focus lens and the center line of the light path, and wherein the offset passively compensates for beam displacement introduced by the optical isolator such that the focused light beam is launched generally into a center of the fiber.
An image data processing apparatus (1, 100, 200, 300), in which a job receiving section (31, 131, 313) communicates with an external device and receives image data and control data for carrying out a job processing with respect to the image data so as to receive a job and a job processing section (6, 116) executes the job received by the job receiving section (31, 131, 313), comprising: a display input section (4, 114) for displaying information in a screen and for allowing the screen to be operated so as to input an instruction; and a job information display control section (30, 130, 363) for causing the screen of the display input section to display a job icon (101, 102 ···) indicative of a presence of the job having been received, the job icon (101, 102,..., 1101, 1102,...) being displayed in (i) a screen in which no image except any job icon (101, 102,..., 1101, 1102,...) is displayed or (ii) a screen in which no image, except any job icon (101, 102,..., 1101, 1102,...) and one or more startup icons, is displayed, said one or more startup icons each being for activating an image data generation section for generating image data; and said job information control section (30, 130, 363) being configured to cause the screen to additionally display an information window (201, 202 ···) disclosing information concerning the job corresponding to the job icon (101, 102, ···, 1101, 1102, ···) when the screen is operated with the job icon (101, 102...,1101, 1102, ···) displayed. a display input section (4, 114) for displaying information in a screen and for allowing the screen to be operated so as to input an instruction; and a job information display control section (30, 130, 363) for causing the screen of the display input section to display a job icon (101, 102 ···) indicative of a presence of the job having been received, the job icon (101, 102,..., 1101, 1102,...) being displayed in (i) a screen in which no image except any job icon (101, 102,..., 1101, 1102,...) is displayed or (ii) a screen in which no image, except any job icon (101, 102,..., 1101, 1102,...) and one or more startup icons, is displayed, said one or more startup icons each being for activating an image data generation section for generating image data; and said job information control section (30, 130, 363) being configured to cause the screen to additionally display an information window (201, 202 ···) disclosing information concerning the job corresponding to the job icon (101, 102, ···, 1101, 1102, ···) when the screen is operated with the job icon (101, 102...,1101, 1102, ···) displayed.
A method for producing a thermoplastic polymer composition comprising a hydrogenated block copolymer (a) and a polyisobutylene (b) having a peak top molecular weight (Mp) of 5,000 to 80,000 expressed in terms of standard polystyrene as determined by gel permeation chromatography, the method comprising a first step and a second step: First step: a step of supplying the polyisobutylene (b) to a twin-screw/single-screw extruder of a counter-rotating type, to plasticize the polyisobutylene (b), wherein the twin-screw/single-screw extruder is equipped with a screw which is configured of two screws having a different length from each other, and an upstream part is twin-screw, whereas a downstream part is single-screw; and Second step: a step including a step (i) and a step (ii): (i) a step of supplying the hydrogenated block copolymer (a) to a twin-screw extruder; and (ii) a step of supplying the polyisobutylene (b) plasticized in the first step to the twin-screw extruder via a quantitative pump and kneading the polyisobutylene (b) together with the hydrogenated block copolymer (a) supplied in the step (i). First step: a step of supplying the polyisobutylene (b) to a twin-screw/single-screw extruder of a counter-rotating type, to plasticize the polyisobutylene (b), wherein the twin-screw/single-screw extruder is equipped with a screw which is configured of two screws having a different length from each other, and an upstream part is twin-screw, whereas a downstream part is single-screw; and Second step: a step including a step (i) and a step (ii): (i) a step of supplying the hydrogenated block copolymer (a) to a twin-screw extruder; and (ii) a step of supplying the polyisobutylene (b) plasticized in the first step to the twin-screw extruder via a quantitative pump and kneading the polyisobutylene (b) together with the hydrogenated block copolymer (a) supplied in the step (i). (i) a step of supplying the hydrogenated block copolymer (a) to a twin-screw extruder; and (ii) a step of supplying the polyisobutylene (b) plasticized in the first step to the twin-screw extruder via a quantitative pump and kneading the polyisobutylene (b) together with the hydrogenated block copolymer (a) supplied in the step (i).
An optical device, comprising: a light pipe having a proximal end adapted for optical coupling to a light source to receive a plurality of light rays therefrom and a distal end providing an output surface for the light rays, said light pipe being configured to cause mixing of at least some of the light rays via total internal reflection at one or more lateral surfaces thereof as the light rays pass through the light pipe, said light pipe having an input surface at the proximal end for receiving said light rays from the light source, a lens optically coupled to said output surface of said light pipe to receive light therefrom, characterized in that said output surface comprises surface texturing formed thereon for diffusing the light rays and for providing additional mixing of the light rays, and in that said light pipe has a longitudinal dimension that is at least 10 times greater than any linear dimension of said input surface, and in that said output surface has a greater cross-sectional area than said input surface. a light pipe having a proximal end adapted for optical coupling to a light source to receive a plurality of light rays therefrom and a distal end providing an output surface for the light rays, said light pipe being configured to cause mixing of at least some of the light rays via total internal reflection at one or more lateral surfaces thereof as the light rays pass through the light pipe, said light pipe having an input surface at the proximal end for receiving said light rays from the light source, a lens optically coupled to said output surface of said light pipe to receive light therefrom, characterized in that said output surface comprises surface texturing formed thereon for diffusing the light rays and for providing additional mixing of the light rays, and in that said light pipe has a longitudinal dimension that is at least 10 times greater than any linear dimension of said input surface, and in that said output surface has a greater cross-sectional area than said input surface.
An auxiliary measuring instrument, in particular a surveying pole, which is designed to form together with a ground-based, in particular stationary, surveying device having range-and-direction measuring functionality, in particular a total station, a system for surveying and/or staking out terrain points, wherein the auxiliary measuring instrument has • a handheld main body with a defined longitudinal axis, so that the auxiliary measuring instrument can be used as a handy means for aiming at a terrain point, • a distance from a reference point of the main body to the terrain point is predefined or given or can be determined by the auxiliary measuring instrument itself, • a target, which is attached to the main body in a defined and known spatial relationship with the longitudinal axis and with the reference point and the position of which can be determined by the surveying device, wherein • on the main body, in a defined and known spatial relationship with the longitudinal axis, a body, in particular a sphere, is attached, wherein the target can be integrated in the body, in particular wherein the center of the body is arranged on the longitudinal axis, characterized in that • the body bears on its surface an optical, orientation coding 2D code, wherein the 2D code is designed in such a way that an orientation of the body, and consequently the orientation of the auxiliary measuring instrument, can be bijectively determined by image processing of a camera image of the 2D code on the basis of stored decoding information. • a handheld main body with a defined longitudinal axis, so that the auxiliary measuring instrument can be used as a handy means for aiming at a terrain point, • a distance from a reference point of the main body to the terrain point is predefined or given or can be determined by the auxiliary measuring instrument itself, • a target, which is attached to the main body in a defined and known spatial relationship with the longitudinal axis and with the reference point and the position of which can be determined by the surveying device, wherein • on the main body, in a defined and known spatial relationship with the longitudinal axis, a body, in particular a sphere, is attached, wherein the target can be integrated in the body, in particular wherein the center of the body is arranged on the longitudinal axis, characterized in that • the body bears on its surface an optical, orientation coding 2D code, wherein the 2D code is designed in such a way that an orientation of the body, and consequently the orientation of the auxiliary measuring instrument, can be bijectively determined by image processing of a camera image of the 2D code on the basis of stored decoding information.
Derailment detection device (26, 126) configured to be provided onboard a railway vehicle configured to move on rails of a railway track, wherein the derailment detection device comprises: - a magnetic assembly comprising at least one magnet and configured to be disposed faced to one of the rails; - a sensor configured to measure a magnetic force between the rail and the magnetic assembly; and - an electronic processing module configured to compare the measured magnetic force (Fm) to a predetermined threshold value (Ft) and to emit an alert signal when the measured magnetic force (Fm) is lower than the threshold value (Ft). - a magnetic assembly comprising at least one magnet and configured to be disposed faced to one of the rails; - a sensor configured to measure a magnetic force between the rail and the magnetic assembly; and - an electronic processing module configured to compare the measured magnetic force (Fm) to a predetermined threshold value (Ft) and to emit an alert signal when the measured magnetic force (Fm) is lower than the threshold value (Ft).
A control system, comprising: a receptor configured to receive an execution instruction for scene control to operate at least part of a plurality of devices disposed in a facility in order to approximate an inside of the facility to a predetermined indoor environment; a controller configured to perform the scene control when the execution instruction for the scene control is received by the receptor; and an obtainer (11, 12c) configured to obtain at least one of information indicating an environment condition in the facility or outside the facility, prediction information of the environment condition in the facility or outside the facility, and information about timing, wherein the controller is configured to change a content of the scene control according to the information obtained by the obtainer (11, 12c); characterized in that the controller changes the content of the scene control after the receptor receives an instruction indicating that a user of the control system agrees to the changing of the content of the scene control. a receptor configured to receive an execution instruction for scene control to operate at least part of a plurality of devices disposed in a facility in order to approximate an inside of the facility to a predetermined indoor environment; a controller configured to perform the scene control when the execution instruction for the scene control is received by the receptor; and an obtainer (11, 12c) configured to obtain at least one of information indicating an environment condition in the facility or outside the facility, prediction information of the environment condition in the facility or outside the facility, and information about timing, wherein the controller is configured to change a content of the scene control according to the information obtained by the obtainer (11, 12c);
A method of preparing particles in an emulsion wherein the particles have organic functionality disposed thereon, said method comprising the steps of: A. providing a first reactant having at least two unsaturated carbon-carbon moieties; B. providing a second reactant having at least two Si-H moieties, so long as a minimum of five reactive groups are present, and/or the sum of the number of the unsaturated carbon-carbon moieties of the first reactant and the Si-H moieties of a second reactant is at least five and/or at least one of the unsaturated carbon-carbon moieties of the first reactant or the Si-H moieties of the second reactant is pendant; C. providing a third reactant having a silicon atom and a condensable reactive group bonded to the silicon atom and also having an unsaturated carbon-carbon moiety and/or a Si-H moiety; D. providing a hydrosilylation catalyst; E. providing a polar liquid; F. combining the first, second, and third reactants in the presence of the hydrosilylation catalyst and the polar liquid to form an emulsion wherein the first, second, and third reactants react via a hydrosilylation reaction to form particles in the emulsion that have a cross-linked network wherein the condensable reactive group is disposed on the particles, and wherein the particles are disposed in the polar liquid; and G. adding a silane to the particles wherein the silane has an organic moiety and a condensation leaving group such that the condensable reactive group of the particles reacts with the condensation leaving group of the silane via a condensation reaction to form the particles having the organic functionality disposed thereon. A. providing a first reactant having at least two unsaturated carbon-carbon moieties; B. providing a second reactant having at least two Si-H moieties, so long as a minimum of five reactive groups are present, and/or the sum of the number of the unsaturated carbon-carbon moieties of the first reactant and the Si-H moieties of a second reactant is at least five and/or at least one of the unsaturated carbon-carbon moieties of the first reactant or the Si-H moieties of the second reactant is pendant; C. providing a third reactant having a silicon atom and a condensable reactive group bonded to the silicon atom and also having an unsaturated carbon-carbon moiety and/or a Si-H moiety; D. providing a hydrosilylation catalyst; E. providing a polar liquid; F. combining the first, second, and third reactants in the presence of the hydrosilylation catalyst and the polar liquid to form an emulsion wherein the first, second, and third reactants react via a hydrosilylation reaction to form particles in the emulsion that have a cross-linked network wherein the condensable reactive group is disposed on the particles, and wherein the particles are disposed in the polar liquid; and G. adding a silane to the particles wherein the silane has an organic moiety and a condensation leaving group such that the condensable reactive group of the particles reacts with the condensation leaving group of the silane via a condensation reaction to form the particles having the organic functionality disposed thereon.