mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for transmitting a multimedia message service, MMS, message using SMS-based notifications, the method comprising: receiving, at a computer system, the MMS message for delivery to a client computing device; storing, by the computer system, the MMS message; generating, by the computer system, a traditional short message service, SMS, message comprising a notification that the MMS message is available for download from the computer system; transmitting, by the computer system, the traditional SMS message to the client computing device, wherein the traditional SMS message is not a WAP push notification and is configured to be intercepted by the client computing device and to cause the client computing device to generate a client-side WAP push notification for the MMS message and to inject the client-side WAP push notification for the MMS message into a platform layer on the client computing device, wherein injecting the WAP push notification causes a messaging application on the client computing device to request download of the MMS message; receiving, after transmitting the traditional SMS message, a request from the client computing device to download the MMS message; and sending, by the computer system, the MMS message to the client computing device, without first generating or sending a wireless application protocol, WAP, push notification for the MMS message to the client computing device. receiving, at a computer system, the MMS message for delivery to a client computing device; storing, by the computer system, the MMS message; generating, by the computer system, a traditional short message service, SMS, message comprising a notification that the MMS message is available for download from the computer system; transmitting, by the computer system, the traditional SMS message to the client computing device, wherein the traditional SMS message is not a WAP push notification and is configured to be intercepted by the client computing device and to cause the client computing device to generate a client-side WAP push notification for the MMS message and to inject the client-side WAP push notification for the MMS message into a platform layer on the client computing device, wherein injecting the WAP push notification causes a messaging application on the client computing device to request download of the MMS message; receiving, after transmitting the traditional SMS message, a request from the client computing device to download the MMS message; and sending, by the computer system, the MMS message to the client computing device, without first generating or sending a wireless application protocol, WAP, push notification for the MMS message to the client computing device.
A computer-implemented method for detecting translational motion while tracking a device in panoramic Simultaneous Localization and Mapping, SLAM, mode, wherein the device comprises a camera and panoramic SLAM mode assumes rotation-only camera motion and tracks the camera in three degrees of freedom, the method comprising: determining a vision-based rotational motion angle for the device, wherein the vision-based rotational motion angle is determined by performing image processing on a plurality of keyframes captured by the camera; determining a sensor-based rotational motion angle for the device between the plurality of keyframes, wherein the sensor-based rotational motion angle is determined using one or more inertial or magnetic motion sensors coupled to the device such that rotation estimated by the one or more motion sensors represents the real or near-real rotation of the device between the keyframes; determining a parallax angle for the device, wherein the parallax angle is determined by comparing the vision-based rotational motion angle and the sensor-based rotational motion angle; comparing the parallax angle against a threshold value; and detecting the translational motion based upon the parallax angle being above the threshold value. determining a vision-based rotational motion angle for the device, wherein the vision-based rotational motion angle is determined by performing image processing on a plurality of keyframes captured by the camera; determining a sensor-based rotational motion angle for the device between the plurality of keyframes, wherein the sensor-based rotational motion angle is determined using one or more inertial or magnetic motion sensors coupled to the device such that rotation estimated by the one or more motion sensors represents the real or near-real rotation of the device between the keyframes; determining a parallax angle for the device, wherein the parallax angle is determined by comparing the vision-based rotational motion angle and the sensor-based rotational motion angle; comparing the parallax angle against a threshold value; and detecting the translational motion based upon the parallax angle being above the threshold value.
A marine electromagnetic sensor system, comprising: an electromagnetic sensor cable having at least one electromagnetic field sensor thereon, the sensor cable configured to be suspended above a bottom of a body of water; a first calibration source electrode disposed on the cable on one side of the at least one sensor; a second calibration source electrode disposed on the cable on an opposite side of the at least one sensor; a calibration power supply functionally coupled to the first and second calibration source electrodes, characterized in that the power supply is configured to apply a current to the first and second calibration source electrodes, the current applied by the calibration power supply to the calibration source electrodes (13A, 13B) is such that electromagnetic field affected by formations below the water bottom is undetectable by the electromagnetic sensor; and a measuring circuit functionally coupled to the at least one sensor. an electromagnetic sensor cable having at least one electromagnetic field sensor thereon, the sensor cable configured to be suspended above a bottom of a body of water; a first calibration source electrode disposed on the cable on one side of the at least one sensor; a second calibration source electrode disposed on the cable on an opposite side of the at least one sensor; a calibration power supply functionally coupled to the first and second calibration source electrodes, characterized in that the power supply is configured to apply a current to the first and second calibration source electrodes, the current applied by the calibration power supply to the calibration source electrodes (13A, 13B) is such that electromagnetic field affected by formations below the water bottom is undetectable by the electromagnetic sensor; and a measuring circuit functionally coupled to the at least one sensor.
Method for revealing errors in a signal-box computer system having an operating channel, the input signals of which represent state indications of a railway safety system that are secure with regard to signalling and the output signals of which are designed for the operation of at least one element, for example a light signal, of the railway safety system and are visualised on a display, characterised in that when the operation of the element is initiated, only operation-specific state changes are generated as optically coded, in particular QR - Quick Response - coded, element-specific pixel data of the display and are read by a readback channel and compared with element-specific data of a process image of the state indications that are secure with regard to signalling.
A method relating to the switching off of a drive unit of a motor vehicle, which drive unit is formed by an internal combustion engine and/or an electric motor, by a control unit in case a driver of the motor vehicle leaves the latter with the drive unit switched on, wherein a detection device monitors whether the driver leaves or has left the motor vehicle and, if the detection device signals that the driver leaves or has left the motor vehicle, the drive unit is switched off by the control unit, and after the switching off, at least one predetermined electric load (18, 20, 22) that was in operation at the time of the switching off continues to operate and is switched off only if the load (18, 20, 22) receives an additional switch-off signal, characterised in that the at least one predetermined load is a telephone system and in that a communication device checks whether a telephone connection with a communication network of a mobile phone provider exists during the switching off of the drive unit, and the communication device transmits a switch-off signal to the telephone system, if such a connection is detected.
A reflective photomask (20, 40, 60, 80) reflecting EUV light and used to irradiate a reflected light to a transfer sample, the reflective photomask (20, 40, 60, 80) comprising: a substrate; a high reflection part formed on the substrate; and a low reflection part formed on the high reflection part and being patterned, wherein the low reflection part, being patterned, comprises at least one or more layers being stacked; characterised in that: at least one layer of the low reflection part, being patterned, comprises a first layer of a SnO film; a film thickness of the patterned low reflection part is 25 nm to 45 nm; the first layer is amorphous (noncrystalline); and the first layer has an atomic ratio of the oxygen with reference to the Sn (O/Sn) that is between 1.0 to 1.5. a substrate; a high reflection part formed on the substrate; and a low reflection part formed on the high reflection part and being patterned, wherein the low reflection part, being patterned, comprises at least one or more layers being stacked; characterised in that: at least one layer of the low reflection part, being patterned, comprises a first layer of a SnO film; a film thickness of the patterned low reflection part is 25 nm to 45 nm; the first layer is amorphous (noncrystalline); and the first layer has an atomic ratio of the oxygen with reference to the Sn (O/Sn) that is between 1.0 to 1.5. at least one layer of the low reflection part, being patterned, comprises a first layer of a SnO film; a film thickness of the patterned low reflection part is 25 nm to 45 nm; the first layer is amorphous (noncrystalline); and the first layer has an atomic ratio of the oxygen with reference to the Sn (O/Sn) that is between 1.0 to 1.5.
A chimeric, humanized or CDR grafted antibody or antibody fragment capable of inhibiting human IL-6 comprising complementarity determining regions (CDRs) of SEQ ID NOs: 1, 2, 3, 4, 5 and 6 derived from the anti-IL-6 murine monoclonal antibody CLB-8 and a constant region derived from one or more human antibodies, wherein said chimeric, humanized or CDR grafted antibody or antibody fragment binds IL-6 with an affinity (Kd) of at least 10 -9 M.
Method for managing a vacuum pump connected to a braking system of a motor vehicle, comprising: - a step of using an electronic control unit connected to the vacuum pump, - a step of determining at least two differential pressure thresholds associated with the vacuum pump: a first differential pressure threshold commanding the stoppage of operation of the vacuum pump, a second differential pressure threshold commanding the starting of the vacuum pump and, optionally, a third differential pressure threshold lower than the second threshold and signalling alerts representative of operating defects, while taking into account a first data set representative of detection or non-detection of a repetitive braking situation, and/or a second data set representative of the altitude of the vehicle, characterized in that it comprises: - a step of modifying at least the first and second differential pressure thresholds, perhaps also the third differential pressure threshold, such that, at a given altitude, at least the first and second differential pressure thresholds, perhaps also the third differential pressure threshold, develop by incremental stages when the travel speed of the vehicle increases, the transition between two successive stages occurring at predefined speed thresholds stored in the electronic control unit. - a step of using an electronic control unit connected to the vacuum pump, - a step of determining at least two differential pressure thresholds associated with the vacuum pump: a first differential pressure threshold commanding the stoppage of operation of the vacuum pump, a second differential pressure threshold commanding the starting of the vacuum pump and, optionally, a third differential pressure threshold lower than the second threshold and signalling alerts representative of operating defects, while taking into account a first data set representative of detection or non-detection of a repetitive braking situation, and/or a second data set representative of the altitude of the vehicle, characterized in that it comprises: - a step of modifying at least the first and second differential pressure thresholds, perhaps also the third differential pressure threshold, such that, at a given altitude, at least the first and second differential pressure thresholds, perhaps also the third differential pressure threshold, develop by incremental stages when the travel speed of the vehicle increases, the transition between two successive stages occurring at predefined speed thresholds stored in the electronic control unit.
Sheet processing machine comprising at least one pile formation device and comprising at least one lower multiple-up separating tool, the at least one pile formation device being arranged so as to be displaceable at least in an inward-moving direction, the at least one pile formation device including a plane, the at least one pile formation device being arranged so as to be displaceable at least in a vertical direction relative to the at least one lower multiple-up separating tool by means of a lifting device, at least the plane, in a temporary storage position, being arranged in a vertical direction beneath a plane of the lower multiple-up separating tool, the plane of the lower multiple-up separating tool being arranged beneath all the means that delimit the recesses and/or a spatial area of the individual piles and/or the piles in the lower multiple-up separating tool, and the plane of the at least one pile formation device, in the temporary storage position, having a first distance with respect to the plane of the lower multiple-up separating tool, characterized in that the at least one pile formation device is arranged so as to be displaceable in the vertical direction from a temporary storage position to a further temporary storage position, and that, in the further temporary storage position, the plane of the at least one pile formation device is arranged at an increased distance with respect to the plane of the lower multiple-up separating tool.
A control system of a gas engine comprising: a water injection means which injects water toward an interior of a cylinder of the gas engine; a water injection control means which controls a water injection amount which is an amount of the water injected from the water injection means; an ignition means which ignites an air-fuel mixture supplied to the interior of the cylinder; an ignition control means adapted to control the ignition means; a timing storage means which contains a proper value of the ignition timing which is set to improve an efficiency of the gas engine; and a knocking occurrence ratio measuring means (42, 51, 53) which measures a measurement value of a knocking occurrence ratio in the cylinder, wherein the water injection control means is adapted to set a compensation amount of the water injection amount, based on a deviation between the measurement value and a target value, and to add the compensation amount to the water injection amount set in a previous engine cycle to set the water injection amount in a present engine cycle, characterized in that when the measurement value is less than the target value, the ignition control means is adapted to determine whether or not the ignition timing is retarded with respect to the proper value and to compensate the ignition timing such that the ignition timing is advanced if the ignition timing is retarded with respect to the proper value. a water injection means which injects water toward an interior of a cylinder of the gas engine; a water injection control means which controls a water injection amount which is an amount of the water injected from the water injection means; an ignition means which ignites an air-fuel mixture supplied to the interior of the cylinder; an ignition control means adapted to control the ignition means; a timing storage means which contains a proper value of the ignition timing which is set to improve an efficiency of the gas engine; and a knocking occurrence ratio measuring means (42, 51, 53) which measures a measurement value of a knocking occurrence ratio in the cylinder, wherein the water injection control means is adapted to set a compensation amount of the water injection amount, based on a deviation between the measurement value and a target value, and to add the compensation amount to the water injection amount set in a previous engine cycle to set the water injection amount in a present engine cycle, characterized in that when the measurement value is less than the target value, the ignition control means is adapted to determine whether or not the ignition timing is retarded with respect to the proper value and to compensate the ignition timing such that the ignition timing is advanced if the ignition timing is retarded with respect to the proper value.
A blade for a snowplough comprising at least one outer layer arranged on an inner core, said at least one outer layer being essentially made of plastic material and the inner core being essentially made of elastomeric material, characterised in that it comprises a fastening means arranged in the inner core and adapted to fasten at least one wear-resistant member arranged in the inner core.
An aircraft system for an aircraft, the aircraft system comprising a controller that is configured, during a take-off procedure, to: initiate automatic closing of a landing gear bay door of the aircraft from an open position towards a closed position, on the basis of a determination that a predetermined door-closing criterion has been met and a command to retract a landing gear has not been received, the landing gear being arranged to retract into a landing gear bay to be at least partially covered by the landing gear bay door when the landing gear bay door is in the closed position, characterised in that the controller is configured to initiate the automatic closing of the landing gear bay door in the event that the controller determines that the door-closing criterion is met and a one engine inoperative situation has occurred. initiate automatic closing of a landing gear bay door of the aircraft from an open position towards a closed position, on the basis of a determination that a predetermined door-closing criterion has been met and a command to retract a landing gear has not been received, the landing gear being arranged to retract into a landing gear bay to be at least partially covered by the landing gear bay door when the landing gear bay door is in the closed position, characterised in that the controller is configured to initiate the automatic closing of the landing gear bay door in the event that the controller determines that the door-closing criterion is met and a one engine inoperative situation has occurred.
Fastening means (1, 100) for fixing a heating or cooling element, in particular a flat radiator (50, 120, 150, 160), consisting at least of one stationary wall bracket having receiving means, and of a holding bracket height-adjustable relative to the wall bracket and having a hold-down device which is able to grip around a retaining plate or an edge of a flat radiator (50, 120, 150, 160), wherein the wall bracket comprises at least one positioning element (5, 101) which may be in a frictional and/or positive contact with the flat radiator (50, 120, 150, 160), characterized in that the positioning element (5, 101) consists of a first and a second straight section (30, 31, 103, 104) which are oriented in parallel relative to one another and movable laterally and with respect to each other, and that the sections (30, 31, 103, 104) are connected to each other at the end sides via interconnected member elements (35, 36) such that a closed loop is formed.
A manufacturing method of an electronic article comprising: (a) providing a silicone composition for use as a temporary bonding adhesive comprising: a polydiorganosiloxane having at least two alkenyl groups in each molecule; a polyorganosiloxane having at least one silicon-bonded hydrogen atom in each molecule; and a thermally expandable powder having an expansion ratio of 10 or more, and an average particle diameter of component in the range of 1 to 60 μm prior to expansion and 10 to 660 μm after expansion, (b) coating the silicone composition on at least a part of the surface of an intermediate of an electronic article; (c) forming a cured body by curing the silicone composition coated on the intermediate; (d) surface treating the intermediate on which the cured body is formed; and (e) removing the cured body from the intermediate wherein the step of removing comprises expansion of the thermally expandable powder of the silicone composition. (a) providing a silicone composition for use as a temporary bonding adhesive comprising: a polydiorganosiloxane having at least two alkenyl groups in each molecule; a polyorganosiloxane having at least one silicon-bonded hydrogen atom in each molecule; and a thermally expandable powder having an expansion ratio of 10 or more, and an average particle diameter of component in the range of 1 to 60 μm prior to expansion and 10 to 660 μm after expansion, a polydiorganosiloxane having at least two alkenyl groups in each molecule; a polyorganosiloxane having at least one silicon-bonded hydrogen atom in each molecule; and a thermally expandable powder having an expansion ratio of 10 or more, and an average particle diameter of component in the range of 1 to 60 μm prior to expansion and 10 to 660 μm after expansion, (b) coating the silicone composition on at least a part of the surface of an intermediate of an electronic article; (c) forming a cured body by curing the silicone composition coated on the intermediate; (d) surface treating the intermediate on which the cured body is formed; and (e) removing the cured body from the intermediate wherein the step of removing comprises expansion of the thermally expandable powder of the silicone composition.
Prosthesis actuable by external force, comprising a prosthesis shaft and an exoprosthesis with at least one prosthesis motor actuable by means of a prosthesis control device and a joint, wherein the prosthesis control device comprises a housing, a microcontroller arranged therein and display means, so that a gripping process can be reproduced by the prosthesis motor controllable by the prosthesis control device and parameters of the gripping process can be displayed by the display means, wherein the recording and evaluation of electromyography signals is dispensed with, wherein the display means display selected parameters of an upcoming gripping process and the prosthesis control device comprises input means, by means of which a desired gripping force and/or gripping duration can be actively set at the microcontroller of the prosthesis control device directly on the prosthesis control device temporally before the gripping process is carried out by a prosthesis wearer and can be readjusted during the gripping process by means of the input means, characterised in that the input means are selected in the form of selection keys and size selection keys on a user interface, by means of which the settings on the prosthesis control device are made directly on the prosthesis control device temporally before the gripping process is carried out by a prosthesis wearer.