mhurhangee/ep-ind-claims huggingface dataset:
A method for implementing communication conversion between a server-client system and a publish-subscribe (pub-sub) system through a gateway device (200, 600), comprising: receiving, by a pub-sub system message receiving unit of the gateway device (200, 600), a message from the pub-sub system (302, 402), a topic of the message comprising information related to a target service in the server-client system to which the message is to be sent wherein the topic of the message comprises names of a host and a service provider on the host that provide the target service and a name of the target service, and a payload of the message comprising identification information of a consumer in the pub-sub system (302, 402), wherein the consumer is to receive a response message from the server-client system; parsing, by a parsing unit of the gateway device (200, 600), the message, and determining the host and the service provider on the host that provide the target service, and the consumer who is to receive the response message; sending, by a request message sending unit of the gateway device (200, 600), a request message for the target service to the service provider on the determined host; receiving, by a response message receiving unit of the gateway device (200, 600), the response message from the service provider; and adding, by a server-client system message sending unit of the gateway device (200, 600), the identification information of the consumer to the response message, and sending the response message to the pub-sub system (302, 402). receiving, by a pub-sub system message receiving unit of the gateway device (200, 600), a message from the pub-sub system (302, 402), a topic of the message comprising information related to a target service in the server-client system to which the message is to be sent wherein the topic of the message comprises names of a host and a service provider on the host that provide the target service and a name of the target service, and a payload of the message comprising identification information of a consumer in the pub-sub system (302, 402), wherein the consumer is to receive a response message from the server-client system; parsing, by a parsing unit of the gateway device (200, 600), the message, and determining the host and the service provider on the host that provide the target service, and the consumer who is to receive the response message; sending, by a request message sending unit of the gateway device (200, 600), a request message for the target service to the service provider on the determined host; receiving, by a response message receiving unit of the gateway device (200, 600), the response message from the service provider; and adding, by a server-client system message sending unit of the gateway device (200, 600), the identification information of the consumer to the response message, and sending the response message to the pub-sub system (302, 402).
A method of determining a delay value by an image forming system, the method comprising: transporting a media along a media transport path by a media transport unit; heating the media by a heating unit; providing a plurality of print passes across the media transport path by a print head assembly; applying ink to the media to form an image including a plurality of swaths by the print head assembly such that a respective swath is formed on the media corresponding to a respective print pass; detecting a temperature of the media by a temperature module to determine whether the detected temperature is outside of a target temperature range; characterized in that the method further comprises the steps of: determining a delay value by a delay determination module in response to a determination that the detected temperature is outside of the target temperature range; and providing a delay of an amount of time corresponding to the delay value prior to each moving of the print head assembly to perform the respective print pass by a control unit in response to the determination that the detected temperature is outside of the target temperature range. transporting a media along a media transport path by a media transport unit; heating the media by a heating unit; providing a plurality of print passes across the media transport path by a print head assembly; applying ink to the media to form an image including a plurality of swaths by the print head assembly such that a respective swath is formed on the media corresponding to a respective print pass; detecting a temperature of the media by a temperature module to determine whether the detected temperature is outside of a target temperature range; characterized in that the method further comprises the steps of: determining a delay value by a delay determination module in response to a determination that the detected temperature is outside of the target temperature range; and providing a delay of an amount of time corresponding to the delay value prior to each moving of the print head assembly to perform the respective print pass by a control unit in response to the determination that the detected temperature is outside of the target temperature range. determining a delay value by a delay determination module in response to a determination that the detected temperature is outside of the target temperature range; and providing a delay of an amount of time corresponding to the delay value prior to each moving of the print head assembly to perform the respective print pass by a control unit in response to the determination that the detected temperature is outside of the target temperature range.
Hinge joint for eyeglasses, comprising a hinge tab which engages between two limbs of a joint fork, and a hinge pin, arranged on a pivot arm, between the hinge tab and the joint fork, wherein the pivot arm can be pivoted about an inclination axis perpendicular to the hinge pin and can be retained in the respective pivot position by means of a latching toothing which interacts with a counter-toothing of the pivot arm, characterised in that the pivot arm is provided in an elongated hole which passes through the hinge tab in the direction of the hinge pin, the longitudinal walls of said elongated hole forming the latching toothing which is oriented radially with respect to the inclination axis and interacts with the counter-toothing of the pivot arm, and in that the hinge tab engages between the limbs of the joint fork with pivot play relative to the inclination axis.
A steel sheet with an excellent aging resistance property, having a composition containing 0.015% to 0.05% C, less than 0.10% Si, 0.1% to 2.0% Mn, 0.20% or less P, 0.1% or less S, 0.01% to 0.10% Al, 0.005% or less N, 0.06% to 0.5% Ti, optionally containing 0.0005% to 0.0050% B, and optionally containing at least one selected from the group consisting of 0.005% to 0.1% Nb, 0.005% to 0.1% V, 0.005% to 0.1% W, 0.005% to 0.1% Mo, 0.005% to 0.1% Cr, 0.01% to 0.1% Ni and 0.01% to 0.1% Cu in percent by mass, the remainder being Fe and inevitable impurities, C and Ti satisfying the following inequality; the steel sheet having a microstructure which contains a ferrite phase as a base, in which the average grain diameter of the ferrite phase is 7 μm or more and 50 μm or less, and in which the ratio d L/ d t of the rolling-direction average grain diameter d L to thickness-wise average grain diameter d t of the ferrite phase is 1.1 or more; the steel sheet having a rolling-direction AI (aging index) value of 10 MPa or less, the rolling-direction AI value being defined as a value which is obtained in such a way that after a tensile specimen is taken such that a rolling direction coincides with a tensile direction, a pre-strain of 7.5% is applied to the tensile specimen, and the tensile specimen is aged at 100°C for 30 minutes, the 7.5% pre-strained stress is subtracted from the yield stress of the aged tensile specimen: Ti * / C ≥ 4 where Ti* = Ti - 3.4N and Ti, C, and N represent the content (mass percent) of each element.
A combustion chamber of an aircraft turbomachine of constant volume type having a main axis and including: - a body of revolution coaxial with the main axis in which a plurality of combustion tubes are formed, said combustion tubes extending mainly in the direction of the main axis of the body and being distributed in a ring about said main axis, - a first perforated rotary disc which is mounted at a first axial end of the body and which is movable in rotation about the main axis to selectively open or close a first end of each of said combustion tubes, and - a second perforated rotary disc which is mounted at a second axial end of the body and which is movable in rotation about the main axis to selectively open or close a second end of each of said combustion tubes, wherein the body includes a plurality of cooling segments which extend mainly in the direction of the main axis, which are distributed in a ring about said main axis and around the combustion tubes. - a body of revolution coaxial with the main axis in which a plurality of combustion tubes are formed, said combustion tubes extending mainly in the direction of the main axis of the body and being distributed in a ring about said main axis, - a first perforated rotary disc which is mounted at a first axial end of the body and which is movable in rotation about the main axis to selectively open or close a first end of each of said combustion tubes, and - a second perforated rotary disc which is mounted at a second axial end of the body and which is movable in rotation about the main axis to selectively open or close a second end of each of said combustion tubes,
A ceiling concealed indoor unit for an air-conditioning apparatus comprising: a body; and a body decorative panel installed below the body, and including two long-side walls opposite to each other, two short-side walls opposite to each other, and a bottom face portion; wherein the body decorative panel includes a pair of guide ribs disposed to be opposite to each other, between which a rail of an auxiliary decorative panel is insert-able, so that the auxiliary decorative panel is coupled to the body decorative panel; and a plurality of knockout portions at the short-side walls, the knockout portions including removable plates configured to be removed to form through-holes in the short-side walls, and grooves formed around the removable plates at the short-side walls. a body; and a body decorative panel installed below the body, and including two long-side walls opposite to each other, two short-side walls opposite to each other, and a bottom face portion; two long-side walls opposite to each other, two short-side walls opposite to each other, and a bottom face portion; wherein the body decorative panel includes a pair of guide ribs disposed to be opposite to each other, between which a rail of an auxiliary decorative panel is insert-able, so that the auxiliary decorative panel is coupled to the body decorative panel; and a plurality of knockout portions at the short-side walls, the knockout portions including removable plates configured to be removed to form through-holes in the short-side walls, and grooves formed around the removable plates at the short-side walls.
A power injector comprising: a syringe plunger driver comprising a motorized drive source and a plunger interface, wherein said plunger interface is movable in multiple directions by operation of said motorized drive source; and a syringe (110; 140; 170) comprising a syringe body (112; 142; 174) having an internal fluid discharge chamber (112a; 142a; 174a), a syringe plunger (114; 143; 198) movably disposed within said fluid discharge chamber, and a visual indicator member (120; 158; 184) disposed outside of said fluid discharge chamber (112a; 142a; 174a) and mounted on an exterior of said syringe, wherein said syringe plunger driver interacts with said syringe plunger to move said syringe plunger in at least a first direction, wherein said visual indicator member (120; 158; 184) is in a first state prior to movement of said syringe plunger by said syringe plunger driver, wherein said visual indicator member (120; 158; 184) is irreversibly changed to a second state in response to exposure to a pressure change resulting from movement of said syringe plunger by said syringe plunger driver and a resulting pressurization within said internal fluid discharge chamber (112a; 142a; 174a), and wherein said visual indicator member (120; 158; 184) at all times remains fluidly isolated from said internal fluid discharge chamber of said syringe (110; 140; 170). a syringe plunger driver comprising a motorized drive source and a plunger interface, wherein said plunger interface is movable in multiple directions by operation of said motorized drive source; and a syringe (110; 140; 170) comprising a syringe body (112; 142; 174) having an internal fluid discharge chamber (112a; 142a; 174a), a syringe plunger (114; 143; 198) movably disposed within said fluid discharge chamber, and a visual indicator member (120; 158; 184) disposed outside of said fluid discharge chamber (112a; 142a; 174a) and mounted on an exterior of said syringe, wherein said syringe plunger driver interacts with said syringe plunger to move said syringe plunger in at least a first direction, wherein said visual indicator member (120; 158; 184) is in a first state prior to movement of said syringe plunger by said syringe plunger driver, wherein said visual indicator member (120; 158; 184) is irreversibly changed to a second state in response to exposure to a pressure change resulting from movement of said syringe plunger by said syringe plunger driver and a resulting pressurization within said internal fluid discharge chamber (112a; 142a; 174a), and wherein said visual indicator member (120; 158; 184) at all times remains fluidly isolated from said internal fluid discharge chamber of said syringe (110; 140; 170).
A method of obtaining a point cloud dataset of mapping points for a virtual environment, comprising the steps of: obtaining a first sequence of video images output by a videogame title; obtaining a corresponding sequence of in-game virtual camera positions at which the video images were created; obtaining a corresponding sequence of depth buffer values for a depth buffer used by the videogame whilst creating the video images; and for each of a plurality of video images and corresponding depth buffer values of the obtained sequences, obtaining mapping points corresponding to a sampling distribution of points over the area of a respective video image and their associated depth values; wherein respective mapping points are obtained by projecting co-ordinates derived from the sample points from the respective video image and associated depth values back into a 3D game world co-ordinate system of the videogame title; thereby obtaining the point cloud dataset of mapping points corresponding to the first sequence of video images, the point cloud dataset of mapping points located within a same map space for the 3D game world co-ordinate system. obtaining a first sequence of video images output by a videogame title; obtaining a corresponding sequence of in-game virtual camera positions at which the video images were created; obtaining a corresponding sequence of depth buffer values for a depth buffer used by the videogame whilst creating the video images; and for each of a plurality of video images and corresponding depth buffer values of the obtained sequences, obtaining mapping points corresponding to a sampling distribution of points over the area of a respective video image and their associated depth values; wherein respective mapping points are obtained by projecting co-ordinates derived from the sample points from the respective video image and associated depth values back into a 3D game world co-ordinate system of the videogame title; thereby obtaining the point cloud dataset of mapping points corresponding to the first sequence of video images, the point cloud dataset of mapping points located within a same map space for the 3D game world co-ordinate system.
Bucket comprising at least two chambers (1, 2) which are connected to one another in a flow-conducting manner by at least one flow-transfer channel, wherein one of the chambers is designed as a rinsing-out/spinning-out chamber combined for a cleaning implement and one of the chambers is designed as a water-level regulation chamber for regulating the water level in the rinsing-out/spinning-out chamber, characterized in that a displacement body able to be moved by a first actuating device is arranged in the water-level regulation chamber.
An apparatus for transmitting media data in a broadcast network, the apparatus comprising: a transceiver; and a controller coupled to the transceiver, wherein the controller is configured to: generate a media processing unit, MPU, including media data part, MDAT, and information part (301, 330), MMFU, the media data part including at least one fragment of the media data and the information part (301, 330) including information on the media processing unit and information on the at least one fragment of the media data; transmit data included in the media processing unit, wherein the information part (301, 330) includes first information indicating whether the media processing unit comprises all fragments corresponding to a fragment structure of the originally generated MPU and the initially generated fragment. a transceiver; and a controller coupled to the transceiver, wherein the controller is configured to: generate a media processing unit, MPU, including media data part, MDAT, and information part (301, 330), MMFU, the media data part including at least one fragment of the media data and the information part (301, 330) including information on the media processing unit and information on the at least one fragment of the media data; transmit data included in the media processing unit, generate a media processing unit, MPU, including media data part, MDAT, and information part (301, 330), MMFU, the media data part including at least one fragment of the media data and the information part (301, 330) including information on the media processing unit and information on the at least one fragment of the media data; transmit data included in the media processing unit, wherein the information part (301, 330) includes first information indicating whether the media processing unit comprises all fragments corresponding to a fragment structure of the originally generated MPU and the initially generated fragment.
A patient care system, comprising: a deployable sensor system including an at least two sensors, a patient care hub configured to receive a plurality of signals from the at least two sensors and wirelessly communicate the plurality of signals, and a caregiver controller configured to communicate wirelessly with the patient care hub, characterized in that the patient care hub is configured to compare a first signal from a first of the at least two sensors physically engaged with the patient and a second signal from a second of the at least two sensors physically engaged with a patient assistance device to determine patient adherence to a prescribed care plan by determining that the signals are consistent with a prescribed therapy of the prescribed care plan, the patient care hub is further configured to communicate an alert to the caregiver controller if the first signal and the second signal are not simultaneously active. a deployable sensor system including an at least two sensors, a patient care hub configured to receive a plurality of signals from the at least two sensors and wirelessly communicate the plurality of signals, and a caregiver controller configured to communicate wirelessly with the patient care hub, characterized in that the patient care hub is configured to compare a first signal from a first of the at least two sensors physically engaged with the patient and a second signal from a second of the at least two sensors physically engaged with a patient assistance device to determine patient adherence to a prescribed care plan by determining that the signals are consistent with a prescribed therapy of the prescribed care plan, the patient care hub is further configured to communicate an alert to the caregiver controller if the first signal and the second signal are not simultaneously active.
Method for determining the ore content of drill cuttings by irradiating said drill cuttings using X-ray radiation and detecting fluorescence radiation and scattering radiation, characterized in the following steps: - obtaining a drill cutting sample - measuring element - characteristic X-ray fluorescence intensities from the sample while adding water - measuring Compton scattering intensities and/or coherent scattering intensities from the sample while adding water - determining compensation coefficients for the effects of water on the element-specific X-ray fluorescence intensities based on the decrease in element-characteristic X-ray fluorescence intensity and the corresponding increase in Compton and/or coherent scattering intensity as the amount of water increases, recovering drill cuttings essentially immediately from a drill hole and arranging the drill cuttings as a layer, the upper surface of which is partly free from water; - irradiating a statistically sufficiently representative defined area of the layer - measuring the intensity of the irradiation for element-characteristic fluorescence and measuring the Compton-scattering and/or coherent scattering intensities, and - correcting the element-characteristic fluorescence intensities using the determined coefficients. - obtaining a drill cutting sample - measuring element - characteristic X-ray fluorescence intensities from the sample while adding water - measuring Compton scattering intensities and/or coherent scattering intensities from the sample while adding water - determining compensation coefficients for the effects of water on the element-specific X-ray fluorescence intensities based on the decrease in element-characteristic X-ray fluorescence intensity and the corresponding increase in Compton and/or coherent scattering intensity as the amount of water increases, recovering drill cuttings essentially immediately from a drill hole and arranging the drill cuttings as a layer, the upper surface of which is partly free from water; - irradiating a statistically sufficiently representative defined area of the layer - measuring the intensity of the irradiation for element-characteristic fluorescence and measuring the Compton-scattering and/or coherent scattering intensities, and - correcting the element-characteristic fluorescence intensities using the determined coefficients.
A plasma ignition method of a high-frequency power supply device, the method igniting plasma by applying high-frequency power from the high-frequency power supply device, comprising, a plasma ignition step that ignites the plasma by a pulse output delivered on an intermittent time base, and a plasma drive power supply step that supplies drive power to maintain the plasma being ignited, after the plasma is ignited by the plasma ignition step, wherein, the plasma ignition step includes an ignition pulse output operation (SA1a) that outputs an ignition pulse to ignite the plasma, the ignition pulse applied to a load includes an optional number of prepulses and a main pulse, each of the prepulses having power lower than the power of the main pulse and delivered at a stage prior to the ignition operation using the main pulse, and the main pulse being delivered initially after the prepulses, and after the plasma is ignited by the plasma ignition step, the plasma ignition step is shifted to the plasma drive power supply step that supplies drive power to maintain the plasma being ignited.