mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for sharing measurement data with a remote device, the method comprising: establishing, by a mobile computing device at an equipment site, a first communication connection with a measurement device configured to measure data with respect to electrical and/or mechanical properties of equipment at the equipment site; receiving, by the mobile computing device, measurement data regarding measured properties of the equipment at the equipment site, wherein the measurement data is received from the measurement device by way of the first communication connection; and while remaining at the equipment site, receiving, by the mobile computing device, a request to share the measurement data with a selected contact via a remote device, and in response thereto: establishing a second communication connection with the remote device; receiving input identifying the measurement data to be shared with the selected contact; and causing the identified measurement data to be communicated to the remote device by way of the second communication connection for review by the selected contact while continuing to receive measurement data regarding the measured properties of the equipment via the first communication connection. establishing, by a mobile computing device at an equipment site, a first communication connection with a measurement device configured to measure data with respect to electrical and/or mechanical properties of equipment at the equipment site; receiving, by the mobile computing device, measurement data regarding measured properties of the equipment at the equipment site, wherein the measurement data is received from the measurement device by way of the first communication connection; and while remaining at the equipment site, receiving, by the mobile computing device, a request to share the measurement data with a selected contact via a remote device, and in response thereto: establishing a second communication connection with the remote device; receiving input identifying the measurement data to be shared with the selected contact; and causing the identified measurement data to be communicated to the remote device by way of the second communication connection for review by the selected contact while continuing to receive measurement data regarding the measured properties of the equipment via the first communication connection. establishing a second communication connection with the remote device; receiving input identifying the measurement data to be shared with the selected contact; and causing the identified measurement data to be communicated to the remote device by way of the second communication connection for review by the selected contact while continuing to receive measurement data regarding the measured properties of the equipment via the first communication connection.
Connector for the connection of posts and rails of facade systems, particularly glazed facade systems, characterised in that an angle connector in which a receptacle for a detent pin is arranged is provided, wherein a detent pin is inserted into the receptacle and at least one screw channel (4, 5) is provided in a limb of the connector for fastening screws, and that the detent pin has at least one projection (11, 12) by which it is capable of being supported in a bore of the post.
A heating device for heating a foodstuff in a container, the heating device comprising: a chamber configured to contain a fluid and to receive the container; a heating unit for heating the fluid; a temperature sensing unit; and a controller configured to control the heating unit, wherein the temperature sensing unit is configured to sense a temperature of the fluid, and wherein the controller is configured to: monitor the temperature of the fluid to determine a first measured temperature pattern for the fluid over a first predetermined period of time; characterized in that, if the first measured temperature pattern corresponds to a first predetermined temperature pattern, determine a first heating profile and control the heating unit so as to heat the fluid according to the first heating profile. a chamber configured to contain a fluid and to receive the container; a heating unit for heating the fluid; a temperature sensing unit; and a controller configured to control the heating unit, wherein the temperature sensing unit is configured to sense a temperature of the fluid, and wherein the controller is configured to: monitor the temperature of the fluid to determine a first measured temperature pattern for the fluid over a first predetermined period of time; characterized in that, if the first measured temperature pattern corresponds to a first predetermined temperature pattern, determine a first heating profile and control the heating unit so as to heat the fluid according to the first heating profile. monitor the temperature of the fluid to determine a first measured temperature pattern for the fluid over a first predetermined period of time; characterized in that, if the first measured temperature pattern corresponds to a first predetermined temperature pattern, determine a first heating profile and control the heating unit so as to heat the fluid according to the first heating profile.
Method for controlling the quality of a composite part comprising a plurality of plies, having undergone forming and having at least one edge extending along a longitudinal axis and having, following forming, a staircase profile in a plane (X, Y) orthogonal to the longitudinal axis, the method comprising the following steps: a) acquiring data relative to the staircase profile, b) computing, on the basis of the acquired data, at least one value among the following at least at one point (z) on the longitudinal axis: angle of the profile, length of the profile, number of peaks in a plot of the derivative of the profile, coordinates of the peaks in the plot of the derivative of the profile, computed distance (Δx) between two successive peaks in the plot of the derivative of the profile and computed height of said peaks, and optionally computing at least one criterion based on at least one of these values, c) comparing the one or more computed values and/or criteria and/or one or more average values or average criteria at a plurality of points (z) with corresponding computed reference values or criteria, d) generating information on the risk of the presence or absence of defects in the part, on the basis of said comparison. a) acquiring data relative to the staircase profile, b) computing, on the basis of the acquired data, at least one value among the following at least at one point (z) on the longitudinal axis: angle of the profile, length of the profile, number of peaks in a plot of the derivative of the profile, coordinates of the peaks in the plot of the derivative of the profile, computed distance (Δx) between two successive peaks in the plot of the derivative of the profile and computed height of said peaks, and optionally computing at least one criterion based on at least one of these values, c) comparing the one or more computed values and/or criteria and/or one or more average values or average criteria at a plurality of points (z) with corresponding computed reference values or criteria, d) generating information on the risk of the presence or absence of defects in the part, on the basis of said comparison.
A measuring device (1; 10; 20; 30) for analysis a composition of a combustible gas comprising at least a first gas and a second gas different from the first gas, the first gas and the second gas absorbing an infrared light in at least a common first wavelength range in the electromagnetic spectrum, the measuring device (1; 10; 20; 30) comprising an intermittent first infrared emitter, a first sample chamber for containing the combustible gas and a first detector comprising at least the first gas and operating according to the photoacoustic effect, wherein the measuring device (1; 10; 20; 30) further comprises a first filter chamber containing the second gas, and the first sample chamber, the first detector and the first filter chamber are arranged relative to each other such that an infrared light emitted from the first infrared emitter passes through the first sample chamber and the first filter chamber and impinges on the first detector, wherein the measuring device (1; 10; 20; 30) comprises a first calibration chamber for calibrating the measuring device (1; 10; 20; 30), the first calibration chamber containing a mixed gas with a predetermined quantity ratio between a first quantity of the first gas and a second quantity of the second gas and being positionable between the first sample chamber and the first filter chamber, wherein the calibration chamber (6; 29; 31) being movably arranged in the measuring device (1; 10; 20; 30), wherein the first sample chamber has a fluid inlet and a fluid outlet and the measuring device (10; 20; 30) can be operated while the combustible gas is flowing through the first sample chamber, and the first sample chamber is connected in an inlet for the combustible gas of a burner, so that the combustible gas for the burner flows through the sample chamber, an evaluation unit being provided, via which the calculated values can be transmitted to a control unit of the burner for regulating the burner.
Harvester in the form of a self-propelled field chopper comprising a device for detecting a foreign body which has entered and a channel through which harvested crops can pass, which is located between a crop-receiving device and a chopping device and is equipped with lower feed rollers (30, 32) and upper feed rollers (34, 36), the width of the channel being greater than its height, characterized in that the device for detecting a foreign body which has entered comprises a photon source, which is arranged on the channel upstream of the feed rollers, a photon detector, which lies opposite the photon source upstream of the feed rollers, and a detection circuit, which is connected to the photon detector and to a quick-stopping device, which is designed to stop the lower feed rollers (30, 32) and upper feed rollers (34, 36) of the harvester in the event of the detection of a foreign body on the basis of the intensity received by the photon detector, and in that the photon source is an x-ray tube and is arranged on the upper side or underside of the feed channel.
A method for transmitting, by a base station, signals in a communication system, the method comprising: transmitting, to a mobile station via a primary carrier band of the mobile station, carrier aggregation configuration information informing the mobile station of a subsidiary carrier band for the mobile station; wherein the carrier aggregation configuration information includes physical identification information of the subsidiary carrier band, and logical identification information of the subsidiary carrier band for the mobile station, wherein the physical identification information indicates an absolute frequency band index of a frequency allocation band used as the subsidiary carrier band from among respective absolute frequency band indexes of plural frequency allocation bands available in the communication system, wherein the logical identification information indicates a logical index assigned to the subsidiary carrier band for identifying the subsidiary carrier band from among frequency allocation bands managed by a medium access control layer, wherein the primary carrier band has a logical index of '0' and the logical index assigned to the subsidiary carrier band is other than '0', and wherein a maximum value for the logical index is smaller than that for the absolute frequency band indexes. transmitting, to a mobile station via a primary carrier band of the mobile station, carrier aggregation configuration information informing the mobile station of a subsidiary carrier band for the mobile station; wherein the carrier aggregation configuration information includes physical identification information of the subsidiary carrier band, and logical identification information of the subsidiary carrier band for the mobile station, wherein the physical identification information indicates an absolute frequency band index of a frequency allocation band used as the subsidiary carrier band from among respective absolute frequency band indexes of plural frequency allocation bands available in the communication system, wherein the logical identification information indicates a logical index assigned to the subsidiary carrier band for identifying the subsidiary carrier band from among frequency allocation bands managed by a medium access control layer, wherein the primary carrier band has a logical index of '0' and the logical index assigned to the subsidiary carrier band is other than '0', and wherein a maximum value for the logical index is smaller than that for the absolute frequency band indexes.
Dynamic transaction card, (100, 200) comprising: - an outer layer comprising a plastic material; - electrical components; - at least one connector between the electrical components, characterized in that the connector is constructed from a conductive, dissolvable mixed polymer injected into moldings to irreversibly cure the plastic material of the connector, and in that upon dissolving the outer layer using a solvent, the at least one connector is dissolved to break the connection between the electrical components and deactivate the dynamic transaction card (100,200). - an outer layer comprising a plastic material; - electrical components; - at least one connector between the electrical components,
Method for preparing rolling stock (5,16,22) from steel in a combined casting/rolling plant before hot rolling, comprising the following method steps of: - preheating the rolling stock (5,16,22) in a first induction furnace having an air atmosphere such that the preheated rolling stock enters a downstream descaling device at a surface temperature T 1 ≥ 1000 °C, preferably T 1 ≥ 1050 °C; subsequently - descaling the preheated rolling stock by means of a plurality of water jets in the descaling device; immediately subsequently - heating the descaled rolling stock in a second induction furnace, the descaled rolling stock entering the second induction furnace at a rolling stock temperature T 2 ≥ T Curie, preferably T 2 ≥ 900 °C, and the descaled rolling stock being heated in the second induction furnace in either a largely inert or a largely reducing protective gas atmosphere; immediately subsequently - hot rolling the heated rolling stock in a rolling mill of a finishing train with at least three rolling passes (10a...10d), the heated rolling stock entering the rolling mill at a temperature 1220 °C ≥ T 3 ≥ 1050 °C. - preheating the rolling stock (5,16,22) in a first induction furnace having an air atmosphere such that the preheated rolling stock enters a downstream descaling device at a surface temperature T 1 ≥ 1000 °C, preferably T 1 ≥ 1050 °C; subsequently - descaling the preheated rolling stock by means of a plurality of water jets in the descaling device; immediately subsequently - heating the descaled rolling stock in a second induction furnace, the descaled rolling stock entering the second induction furnace at a rolling stock temperature T 2 ≥ T Curie, preferably T 2 ≥ 900 °C, and the descaled rolling stock being heated in the second induction furnace in either a largely inert or a largely reducing protective gas atmosphere; immediately subsequently - hot rolling the heated rolling stock in a rolling mill of a finishing train with at least three rolling passes (10a...10d), the heated rolling stock entering the rolling mill at a temperature 1220 °C ≥ T 3 ≥ 1050 °C.
A corner assembly arrangement for a heat exchanger, comprising a manifold (13, 15) including a tubular metal vessel (13a, 15a), and a side plate consisting of a flat metal sheet, which extends orthogonally to the manifold (13, 15) and is fixed to the end thereof, whereby the side plate comprises an end tab having a width less than the width of the remaining part of the side plate, characterized in that the end tab extends in a zigzag pattern from a respective end of the side plate and comprises a support end in contact with a wall of the manifold (13, 15), said support end having, according to a plan view, a concavity configured to fit the wall of the manifold (13, 15), wherein the end tab comprises a descending part, which extends from the side plate, and an ascending part (21"), which is connected to the descending part by a bend and provides said support end. a manifold (13, 15) including a tubular metal vessel (13a, 15a), and a side plate consisting of a flat metal sheet, which extends orthogonally to the manifold (13, 15) and is fixed to the end thereof, whereby the side plate comprises an end tab having a width less than the width of the remaining part of the side plate, characterized in that the end tab extends in a zigzag pattern from a respective end of the side plate and comprises a support end in contact with a wall of the manifold (13, 15), said support end having, according to a plan view, a concavity configured to fit the wall of the manifold (13, 15), wherein the end tab comprises a descending part, which extends from the side plate, and an ascending part (21"), which is connected to the descending part by a bend and provides said support end.
A method for transferring information from a sender to a recipient during a telephone call between a sender communication apparatus and a recipient communication apparatus, the method comprising: detecting, by a recipient communication apparatus, that the recipient is subjected to a noisy environment; converting a voice message, originating from the senders voice and recorded by the sender communication apparatus, into a text message; and displaying, at a display of the recipient communication apparatus, the text message to the recipient, characterized by the act of detecting comprises determining if an expression expressed by the recipient and recorded by the microphone of the recipient communication apparatus belongs to a predefined set of expressions related to the recipient's inability to hear or understand spoken information during the telephone call. detecting, by a recipient communication apparatus, that the recipient is subjected to a noisy environment; converting a voice message, originating from the senders voice and recorded by the sender communication apparatus, into a text message; and displaying, at a display of the recipient communication apparatus, the text message to the recipient, characterized by the act of detecting comprises determining if an expression expressed by the recipient and recorded by the microphone of the recipient communication apparatus belongs to a predefined set of expressions related to the recipient's inability to hear or understand spoken information during the telephone call.
A sealing arrangement for sealing a floor-side, horizontally running portion of a movable shutter door leaf, which is guided laterally in guides, with respect to a building-side contact surface against water or draughts penetrating from outside the shutter door leaf, with a connection member which is affixed to a lower panel segment of the shutter door leaf, the connection member in turn being connected to a termination member via affixing members, characterised by, a combination of a substantially horizontally oriented first sealing member with a connection below the termination member of the shutter door leaf and a second sealing member with an affixing to the lower section of the shutter door leaf which is performed outside the termination member, wherein the first sealing member has two affixing portions lying at a distance on one plane, which are embedded on the underside of the connecting element in distanced connection channels of the termination member, wherein the affixing portions merge outside the termination member via connecting portions in a support foot directed towards the contact surface, and in that the first sealing member has substantially straight resilient portions following the affixing portions, which merge into intermediate regions via transition regions, wherein, between the intermediate regions and the connecting portions, the first sealing member has bend regions and that the second sealing member is provided in portions with a contact region for interacting, in a sealing manner, with a side portion of the first sealing member, wherein the second sealing member is fixed by means of an affixing portion to the connection member present above the termination member, and in that, following the affixing portion, there is a closed chamber and, starting therefrom, a one-sided side limb, directed towards the contact surface, with the contact region, which has a bent end region, directed towards the first sealing member, with a bearing surface.
A component feeder comprising: a picking surface for receiving components to be picked, and a vision system including an image unit arranged to take images of components distributed on the picking surface, characterized in that the vision system further comprises a load device including one or more load sensors (30a-b) adapted to detect the presence of a component on the picking surface, wherein the load device is configured to measure the load on the picking surface in order to detect when a component has been positioned on the picking surface, and the vision system is configured to automatically trigger the image unit to take an image upon detecting the presence of a component on the picking surface for determining the location of the component on the picking surface based on the image. a picking surface for receiving components to be picked, and a vision system including an image unit arranged to take images of components distributed on the picking surface, characterized in that the vision system further comprises a load device including one or more load sensors (30a-b) adapted to detect the presence of a component on the picking surface, wherein the load device is configured to measure the load on the picking surface in order to detect when a component has been positioned on the picking surface, and the vision system is configured to automatically trigger the image unit to take an image upon detecting the presence of a component on the picking surface for determining the location of the component on the picking surface based on the image.
Device for reconstructing a three-dimensional scene built from individual points with an optical system, comprising at least one real point-shaped or line-shaped, sufficiently coherent light source and a lens, and with a controllable display made of matrix-type cells or cells of another regular arrangement with at least one opening per cell, said opening being controllable in amplitude and/or phase, wherein, in the light direction, the light source, the lens and the controllable display are arranged in succession, wherein a video hologram is codable into the controllable display and wherein the lens generates an image of the light source in an observer plane, wherein furthermore it is the case that an observer window is positioned in the observer plane within a diffraction order of the controllable display, that the three-dimensional scene is observable through the observer window when an eye of an observer is positioned by the observer window, that a computer of the device is configured to form a projection region by a projection from the observer window as a base through a selected point of the three-dimensional scene to the controllable display and to code the video hologram in the projection region of the controllable display for representing the selected point and that this projection region is the only region in which the video hologram is coded for the selected point, that the observer window is limited and positioned approximately on an eye of an observer, that the position of the observer window (5, 5') is variable and that the observer window (5, 5') is trackable to the eye of the observer such that the observer can continue to look through the observer window (5, 5') even when moving his head.