mhurhangee/ep-ind-claims huggingface dataset:
An extensometer system for measuring deformation on a test specimen comprising: one or more infrared light sources to direct infrared light to a surface of a test specimen; a screen including a collimating filter, wherein the test specimen is arranged between the one or more infrared light sources and the screen; and an imaging device to capture infrared light images of the test specimen while subjected to a stress-inducing force via a testing system, the imaging device configured to transmit the images to a processor to calculate deformation of the test specimen as a result of the stress-inducing force; wherein the collimating filter is configured to direct infrared light reflected from the surface of the test specimen towards the imaging device. one or more infrared light sources to direct infrared light to a surface of a test specimen; a screen including a collimating filter, wherein the test specimen is arranged between the one or more infrared light sources and the screen; and an imaging device to capture infrared light images of the test specimen while subjected to a stress-inducing force via a testing system, the imaging device configured to transmit the images to a processor to calculate deformation of the test specimen as a result of the stress-inducing force; wherein the collimating filter is configured to direct infrared light reflected from the surface of the test specimen towards the imaging device.
Converter, comprising a transformer with a primary winding (Wp) and a secondary winding (Ws), wherein the primary winding is connected to an input-side direct voltage by way of a switching element, wherein a winding end of the secondary winding (Ws) is guided to an output by way of a diode (Ds), wherein a winding start of the secondary winding (Ws) is connected to a secondary-side reference potential, wherein a first capacitor is connected to the secondary winding (Ws) by way of an out-coupling circuit and wherein a second capacitor, at which a supply voltage (Vdd) for supplying a secondary-side controller is present, is connected to the first capacitor by way of a stabilisation circuit, characterised in that the stabilisation circuit is connected to the first terminal of the second capacitor by way of a further power-blocking element and that a first terminal of an output capacitor (Ca) is connected to the first terminal of the second capacitor by way of a fifth power-blocking element, and that during normal operation or in a burst operation of the converter the supply voltage (Vdd) is deflected directly out of an output voltage present at the output capacitor (Ca).
An information processing apparatus comprising: an input (24, 25) configured to input sample manufacture information of a composite material sample; characterized by a learning unit (53a, 53b) comprising a surrogate model and configured to predict a Talbot image in a prediction phase based on the sample manufacture information of the composite material sample,, the sample manufacturing information including at least one of a sample material and a molding condition, after having undergone learning in a learning phase by associating the sample manufacture information of samples, with Talbot images; and a calculator configured to calculate orientation information of the sample based on the predicted Talbot image, wherein orientation information is information that indicates an orientation of fiber of the composite material sample; wherein the learning unit is configured to in the learning phase: obtainesample manufacture information of a set of samples; obtain Talbot images obtained by imaging the samples with an X-ray Talbot imaging apparatus; and learn by associating the sample manufacture information of the samples with the Talbot images such that the learning unit with the surrogate model can predict a Talbot image in the prediction phase based on the sample manufacture information of the sample. an input (24, 25) configured to input sample manufacture information of a composite material sample; characterized by a learning unit (53a, 53b) comprising a surrogate model and configured to predict a Talbot image in a prediction phase based on the sample manufacture information of the composite material sample,, the sample manufacturing information including at least one of a sample material and a molding condition, after having undergone learning in a learning phase by associating the sample manufacture information of samples, with Talbot images; and a calculator configured to calculate orientation information of the sample based on the predicted Talbot image, wherein orientation information is information that indicates an orientation of fiber of the composite material sample; wherein the learning unit is configured to in the learning phase: obtainesample manufacture information of a set of samples; obtain Talbot images obtained by imaging the samples with an X-ray Talbot imaging apparatus; and learn by associating the sample manufacture information of the samples with the Talbot images such that the learning unit with the surrogate model can predict a Talbot image in the prediction phase based on the sample manufacture information of the sample. obtainesample manufacture information of a set of samples; obtain Talbot images obtained by imaging the samples with an X-ray Talbot imaging apparatus; and learn by associating the sample manufacture information of the samples with the Talbot images such that the learning unit with the surrogate model can predict a Talbot image in the prediction phase based on the sample manufacture information of the sample.
A resource oriented industrial automation architecture system for implementing a control and monitoring system, the system comprising: a common service framework configured to be stored in each of a plurality of different industrial automation devices, wherein the plurality of different industrial automation devices includes a controller and at least one of a runtime client, a runtime server, a design client, and a design server; a plurality of service modules configured to be stored in selected ones of the plurality of different industrial automation devices depending upon a type of the selected device, the service modules in operation interacting with the common service framework for performing industrial automation tasks, wherein the type of the selected device is one of a runtime client, a runtime server, a design client, a design server and a controller, wherein a first subset of the plurality of service modules is configured to be stored and operated on each type of the selected ones of the plurality of industrial automation devices, wherein the common service framework is configured to provide a base set of functionalities to be implemented across components of the control and monitoring system and wherein the common service framework is configured to use delta scripts to communicate change across the automation control and monitoring system. a common service framework configured to be stored in each of a plurality of different industrial automation devices, wherein the plurality of different industrial automation devices includes a controller and at least one of a runtime client, a runtime server, a design client, and a design server; a plurality of service modules configured to be stored in selected ones of the plurality of different industrial automation devices depending upon a type of the selected device, the service modules in operation interacting with the common service framework for performing industrial automation tasks, wherein the type of the selected device is one of a runtime client, a runtime server, a design client, a design server and a controller, wherein a first subset of the plurality of service modules is configured to be stored and operated on each type of the selected ones of the plurality of industrial automation devices, wherein the common service framework is configured to provide a base set of functionalities to be implemented across components of the control and monitoring system and wherein the common service framework is configured to use delta scripts to communicate change across the automation control and monitoring system.
Handling method for handling a workpiece produced from a plate-shaped material at least by a separating machining, in particular cutting or punching machining, in which the workpiece is gripped and removed with a handling device which accommodates a plurality of holding devices on a support frame, each holding device comprising at least one gripper which has a form-locking piece at one end of a gripper arm, which has an upper and lower gripping section (32, 33) which are spaced apart and aligned towards one another and are both delimited at the same end of the gripping arm by a stop section and the gripping sections (32, 33) and the stop section located therebetween form a U-shaped gripping space for positive gripping on an edge section of an inner or outer contour (42, 47) of the workpiece, and each gripper is received with the gripper arm in a housing, in which a drive is provided, in which the gripper can be actuated by means of a traversing movement and the plurality of holding devices with the support frame are transferred into a plane of the edge section of the workpiece to be gripped and the form-fitting piece of the holding device is moved from an initial position into a gripping position, in which the edge portion of the workpiece to be gripped is embraced by the U-shaped gripping space of the positive-locking piece, characterized in that the holding device for transferring the gripper into the starting position is moved and held by applying a vacuum against a restoring force in the drive and is deactivated after the form-fitting piece has plunged into the plane of the workpiece, so that the gripper with the form-fitting piece is moved into the gripping position with respect to the workpiece and is held independently in the gripping position.
A method for controlling a user equipment, UE,-to-network relay, performed by a UE, the method comprising: receiving from a base station, at least one relay criterion, the at least one relay criterion comprising a maximum link quality threshold and a minimum link quality threshold; and receiving information including information regarding transmission resource pools being used to transmit a discovery message; measuring a link quality between the UE and the base station; determining whether the measured link quality meets the at least one relay criterion associated with the link quality; and transmitting the discovery message indicating a device to device, D2D, discovery associated with the UE-to-network relay, by using the informed transmission resource pools, if the measured link quality between the UE and the base station is below a first threshold and the measured link quality between the UE and the base station is above a second threshold based on the determined result, wherein, the first threshold is associated with the maximum link quality threshold and the second threshold is associated with the minimum link quality threshold. receiving from a base station, at least one relay criterion, the at least one relay criterion comprising a maximum link quality threshold and a minimum link quality threshold; and receiving information including information regarding transmission resource pools being used to transmit a discovery message; measuring a link quality between the UE and the base station; determining whether the measured link quality meets the at least one relay criterion associated with the link quality; and transmitting the discovery message indicating a device to device, D2D, discovery associated with the UE-to-network relay, by using the informed transmission resource pools, if the measured link quality between the UE and the base station is below a first threshold and the measured link quality between the UE and the base station is above a second threshold based on the determined result, wherein, the first threshold is associated with the maximum link quality threshold and the second threshold is associated with the minimum link quality threshold.
A bridge bracket for a variable-pitch vane system of a gas turbine engine, comprising: one or more attachment features disposed at opposing ends of the bridge bracket, the one or more attachment features configured for securing the bridge bracket to a synchronization ring of the gas turbine engine; the bridge bracket characterized by: a first face sheet; a second face sheet; and a honeycomb core disposed between the first face sheet and the second face sheet. one or more attachment features disposed at opposing ends of the bridge bracket, the one or more attachment features configured for securing the bridge bracket to a synchronization ring of the gas turbine engine; the bridge bracket characterized by: a first face sheet; a second face sheet; and a honeycomb core disposed between the first face sheet and the second face sheet. a first face sheet; a second face sheet; and a honeycomb core disposed between the first face sheet and the second face sheet.
A process for separating at least a first and a second protein from a sample of blood plasma, comprising the steps of: a) providing a sample of blood plasma in a container, b) adding a polyacid and a salt to the blood plasma, causing formation of a first protein precipitate and recovering said first protein precipitate and a first supernatant separately, c) adding a polyacid and/or a salt to said first supernatant, causing formation of a second protein precipitate and a second supernatant and recovering said second protein precipitate separately, wherein said first protein precipitate comprises a concentrate of the first protein and said second protein precipitate comprises a concentrate of the second protein. a) providing a sample of blood plasma in a container, b) adding a polyacid and a salt to the blood plasma, causing formation of a first protein precipitate and recovering said first protein precipitate and a first supernatant separately, c) adding a polyacid and/or a salt to said first supernatant, causing formation of a second protein precipitate and a second supernatant and recovering said second protein precipitate separately,
A copper-based sliding material comprising a steel back metal layer, and a Cu alloy layer comprising 0.5 to 15 mass% of Sn, 0.2 to 5 mass% of inorganic compound particles, optionally 0.1 to 30 mass% in total of at least one element of Bi and Pb, optionally 0.1 to 40 mass% in total of at least one element from the group consisting of Ni, Zn, Fe, Ag and In, optionally 0.01 to 0.5 mass% of P, and the balance being Cu and unavoidable impurities, wherein the inorganic compound particles are dispersed in a Cu alloy matrix, the inorganic compound particles have an average size in a range of 1 to 10 μm, and the inorganic compound particles comprise at least one of NbC, TaC, Mo 2 C, Cr 3 C 2, ZrN, Cr 2 N, NbN, TaSi 2, MoSi 2, Mo 5 Si 3, WSi 2, Mo 2 B 5, VB 2, CrB and TaB 2, wherein a ratio of true density of the Cu alloy matrix in relation to that of the inorganic compound particles is in a range of 0.6 to 1.4 and a ratio of thermal expansion coefficient of the Cu alloy matrix in relation to that of the inorganic compound particles is in a range of 1.5 to 3.0, and wherein an average distance between the inorganic compound particles dispersed in the Cu alloy matrix is in a range of 5 to 50 μm.
A hydraulic drive system for driving an apparatus, with a drive unit which can drive the apparatus via a primary hydraulic drive comprising a hydraulic pump as a first hydraulic displacement machine and a hydraulic motor as a second hydraulic displacement machine, and with a secondary hydraulic drive which includes a further, third hydraulic displacement machine which is connectable or connected with the apparatus for transmitting mechanical energy, and a high-pressure accumulator which is hydraulically connected or connectable with the third displacement machine, characterized in that via the third hydraulic displacement machine and via a fourth hydraulic displacement machine belonging to the secondary hydraulic drive, which is connected or connectable with the drive unit for transmitting mechanical energy, the high-pressure accumulator can be charged and is configured with a controller such that the controller of the hydraulic drive system regulates the primary hydraulic drive such that the same specifies the speed or position of the apparatus by its volume flow, and that the controller of the hydraulic drive system secondarily regulates the secondary hydraulic drive.
Self-tapping screw, comprising a shank (110, 410) having a front end for insertion into a hole in a substrate and a rear end and a least one thread (111, 411) arranged on the shank (110, 410), characterised in that the self-tapping screw has a dispensing piston (130, 230, 330, 430) disposed upstream of the front end of the shank (110, 410) of the self-tapping screw, wherein a reservoir (160, 460) containing a curable composition is provided between the dispensing piston (130, 230, 330, 430) and the shank (110, 410).
A packaging film for packaging a consumer product, such as a pack of smoking articles, comprising: an area or expanse of a film material for covering the consumer product; and opening means formed in the area or expanse of the film material to promote opening or removal of the packaging film when it covers the consumer product to access the consumer product; wherein the opening means comprises a pair of frangible seams spaced apart and defining a tear strip there-between; wherein each frangible seam extends across at least a portion of the area or expanse of the film material and comprises two lines of weakness that extend substantially parallel and together define a single tear path; characterized in that each of the lines of weakness comprises a line of perforations formed in the film, wherein the perforations in the respective lines of weakness are at least partially offset from one another along the tear path they define. an area or expanse of a film material for covering the consumer product; and opening means formed in the area or expanse of the film material to promote opening or removal of the packaging film when it covers the consumer product to access the consumer product; wherein the opening means comprises a pair of frangible seams spaced apart and defining a tear strip there-between; wherein each frangible seam extends across at least a portion of the area or expanse of the film material and comprises two lines of weakness that extend substantially parallel and together define a single tear path; characterized in that each of the lines of weakness comprises a line of perforations formed in the film, wherein the perforations in the respective lines of weakness are at least partially offset from one another along the tear path they define.
An organic electroluminescent element comprising: a pair of electrodes; and one or more organic layers disposed between the paired electrodes, wherein each of a thermally activated delayed fluorescent compound, and a heavy atom compound which exhibits an external heavy-atom effect of promoting an intersystem crossing of the thermally activated delayed fluorescent compound from a triplet excitation state to a singlet excitation state and enhancing fluorescence emission, is contained in any of the organic layers, characterized in that the heavy atom compound is a phosphorescent metal complex and the phosphorescent metal complex is contained in an amount of 0.05 mass% to 25 mass%, relative to the entire amount of the thermally activated delayed fluorescent compound, and the thermally activated delayed fluorescent compound and the phosphorescent metal complex are contained in a single light-emitting layer. a pair of electrodes; and one or more organic layers disposed between the paired electrodes, wherein each of a thermally activated delayed fluorescent compound, and a heavy atom compound which exhibits an external heavy-atom effect of promoting an intersystem crossing of the thermally activated delayed fluorescent compound from a triplet excitation state to a singlet excitation state and enhancing fluorescence emission, is contained in any of the organic layers, characterized in that the heavy atom compound is a phosphorescent metal complex and the phosphorescent metal complex is contained in an amount of 0.05 mass% to 25 mass%, relative to the entire amount of the thermally activated delayed fluorescent compound, and the thermally activated delayed fluorescent compound and the phosphorescent metal complex are contained in a single light-emitting layer.
Electrohydraulic control circuit for controlling a hydraulically actuated actuator (5.6), comprising an actuator by means of which a segment (5.3) of a manipulator, in particular a large manipulator for truck-mounted concrete pumps, can be adjusted with respect to its orientation, an electrically controlled first valve (2.4), which is connected to hydraulic working lines of the actuator (5.6) for its control, as well as shut-off valves (2.5, 2.6) provided in the working lines of the actuator (5.6), which valves are arranged on the actuator (5.6) or can be arranged on the segment (5.3) assigned to this actuator (5.6) and can be unlocked for normal operation of the actuator (5.6), the unlocking of the shut-off valves (2.5, 2.6) being performed by an electronic control unit separate from the first valve (2.4) and the shut-off valves (2.5, 2.6). 6), characterized in that the control circuit further has a hydraulic emergency circuit connected in parallel with the first valve (2.4), the emergency circuit having at least one controllable switching valve (3.1) and mutually coupled valves (3.2, 3.3) for achieving a load-holding function. an electrically controlled first valve (2.4), which is connected to hydraulic working lines of the actuator (5.6) for its control, as well as shut-off valves (2.5, 2.6) provided in the working lines of the actuator (5.6), which valves are arranged on the actuator (5.6) or can be arranged on the segment (5.3) assigned to this actuator (5.6) and can be unlocked for normal operation of the actuator (5.6), the unlocking of the shut-off valves (2.5, 2.6) being performed by an electronic control unit separate from the first valve (2.4) and the shut-off valves (2.5, 2.6). 6), characterized in that the control circuit further has a hydraulic emergency circuit connected in parallel with the first valve (2.4), the emergency circuit having at least one controllable switching valve (3.1) and mutually coupled valves (3.2, 3.3) for achieving a load-holding function.
Detection device for in vivo and/or in vitro enrichment of sample material, comprising a biocompatible polymer and a functional surface equipped with detection receptors, the biocompatible polymer forming the functional surface and the functional surface comprising a three-dimensional structure having mutually facing functional portions which form at least one intermediate space that can be penetrated by a sample liquid, the detection device comprising a carrier, characterised in that the carrier comprises a coating of metal that is applied to the carrier by means of a galvanic process, and in that the biocompatible polymer comprises saturated atom groups and covalently bonded detection receptors.