mhurhangee/ep-ind-claims huggingface dataset:
Apparatus designed to determine and/or monitor at least a process variable of a medium, with at least one unit capable of vibrating mechanically, with at least one transducer unit, which, based on an excitation signal, causes the unit capable of vibrating mechanically to produce mechanical vibrations and which receives mechanical vibrations of the unit capable of vibrating mechanically and converts them to a reception signal, wherein the transducer unit has at least a piezoelectric element, with at least an electronic unit, wherein said electronic unit applies the excitation signal to the transducer unit and receives the reception signal from the transducer unit, and with at least a compensation element, wherein said element applies the excitation signal to the electronic unit and wherein the electronic unit receives a compensation signal from said element, characterized in that the compensation element has at least an element at least partially consisting of a piezoelectric material, which is at least partially made from the same material as the piezoelectric element of the transducer unit, the compensation element is designed and mounted in such a way that the compensation signal is not influenced by the mechanical vibrations of the unit capable of vibrating mechanically and only provides charging and discharging curves characterized by a capacitance of the compensation element and in that the electronic unit extracts a useful signal from the reception signal and the compensation signal by subtracting the reception signal and the compensation signal from one another, said signal only carrying the information about the vibrations of the unit capable of vibrating mechanically.
Lightning and overvoltage protection device for data networks, telephony, electroacoustic installations or bus systems, comprising at least two network-side input terminals (1; 2) and at least two output terminals (3; 4) to which the load to be protected can be connected, further comprising a gas discharge tube connecting the input terminals (1; 2) as well as an inductor located between the input and output terminal (1; 3 / 2; 4) in each case, the inductors being formed as current-compensating throttles, comprising a core and a primary winding (L 1) and a secondary winding (L 2), and the load current passing through the windings (L 1; L 2) in different directions, in such a way that the associated magnetic fields cancel out, further comprising a switching device (S 1) formed as a semiconductor switch, the base or gate thereof being connected to one of the input terminals in such a way that in the event of transient overvoltages the occurring surge current is bypassed around one of the two windings (L 2) by means of the switching device (S 1), which is then closed, in such a way that the active winding (L 1) reaches saturation and the coupling (k) between the windings (L 1; L 2) is eliminated, with the result that no voltage is built up by way of the load and the voltage applied at the active winding (L 1) ignites the gas discharge tube, the gas discharge tube being extinguishable by opening the switch device (S 1).
A method for generating message notifications at a computing device, the method comprising: receiving at the computing device a received message indicator from a mobile device, wherein the received message indicator is for a message received at the mobile device; generating at the computing device a first display representation of the received message indicator; determining at the computing device positioning information from an input component; and generating a second display representation comprising at least a portion of the message received at the mobile device and an action area for performing a direct action in response to the received message when the determined positioning information satisfies one or more display criteria associated with the second display representation, wherein the one or more display criteria defines an area on the display in the area surrounding the first display representation. receiving at the computing device a received message indicator from a mobile device, wherein the received message indicator is for a message received at the mobile device; generating at the computing device a first display representation of the received message indicator; determining at the computing device positioning information from an input component; and generating a second display representation comprising at least a portion of the message received at the mobile device and an action area for performing a direct action in response to the received message when the determined positioning information satisfies one or more display criteria associated with the second display representation, wherein the one or more display criteria defines an area on the display in the area surrounding the first display representation.
A system for the circulation of a mixture of gas and liquid in annular spaces of rotating machines, comprising a pump, coupled to a rotor of a motor through its shaft, said rotor surrounded by a stator forming an annular space between said rotor and said stator, said system further comprising an ejector, wherein the pump is provided with a gas-extraction unit, the ejector comprises a converging nozzle, which is provided with a motive fluid inlet and a narrowing at its outlet, said motive fluid inlet of said converging nozzle being connected to a discharge line of said pump through a first pipe, said ejector being further provided with a perpendicular suction inlet, said suction inlet being connected to said gas-extraction unit through a second pipe, said converging nozzle and said suction inlet both being interconnected to a throat where the mixture of motive fluid and gas coming from said gas-extraction unit occurs, said throat being continued by a diffuser where the mixture of motive fluid and gas is pressurized; and said system further comprising the fact that: - said gas-extraction unit of said pump is configured to extract the gas from a process fluid of a process line connected to an inlet of said pump to pump the process fluid towards said discharge line, said process fluid circulating in the process line being a mixture of gas and liquid; - said annular space is connected to a discharge of said ejector through a third pipe, the fluid discharged by said ejector and circulating in the annular space being a mixture of gas and liquid; and - said annular space is connected to said process line upstream of said pump through a fourth pipe. - said gas-extraction unit of said pump is configured to extract the gas from a process fluid of a process line connected to an inlet of said pump to pump the process fluid towards said discharge line, said process fluid circulating in the process line being a mixture of gas and liquid; - said annular space is connected to a discharge of said ejector through a third pipe, the fluid discharged by said ejector and circulating in the annular space being a mixture of gas and liquid; and - said annular space is connected to said process line upstream of said pump through a fourth pipe.
Double hose-membrane process pump with a check valve or check valves arranged in a cassette, wherein a pivoting device is provided to which the check valve or the check valves are each connected and about which they are pivotable in hinge-like manner out of an operating position, in which said valves are axially centred in the cassette, into a maintenance position, in which the valves have been pivoted out of the cassette, wherein a tensioning device (7 to 11) for pretensioning the check valve(s) in the operating position to the sealing pressure required to withstand the maximum internal pump pressure is provided, characterised in that the double hose-diaphragm process pump is a high-pressure pump and that the tensioning device is hydraulically activatable, wherein a hydraulic cylinder, which is part of the tensioning device and can be supplied with pressure via a hydraulic connection, is located above or beneath the check valve(s) and has a piston facing towards the check valve(s), and wherein springs for returning the hydraulic cylinder are provided in the area of a threaded connection between the hydraulic cylinder and a neighbouring flange of the cassette.
A method for automatically producing highlight videos from one or more video streams of a playing field, comprising: receiving calibrated raw inputs captured by at least one camera positioned proximate to the playing field, wherein the calibrated raw inputs include audio, calibrated video and actual event time and wherein the audio and video are synchronized; extracting features to transform the calibrated raw inputs into feature vectors by applying low-level processing, wherein said low-level processing comprises utilizing pre-existing knowledge regarding points within the field of view of said at least one camera and therefrom identifying and extracting features, the pre-existing knowledge including: knowledge about areas of the playing field, knowledge about specific players, and knowledge about how said specific players move around the playing field; creating segments from the feature vectors and identifying specific events in each one of the segments by applying rough segmentation; determining whether each one of the events is a highlight by applying analytics algorithms; and, outputting the highlights for consumption and determining types of packages to be outputted for consumption. receiving calibrated raw inputs captured by at least one camera positioned proximate to the playing field, wherein the calibrated raw inputs include audio, calibrated video and actual event time and wherein the audio and video are synchronized; extracting features to transform the calibrated raw inputs into feature vectors by applying low-level processing, wherein said low-level processing comprises utilizing pre-existing knowledge regarding points within the field of view of said at least one camera and therefrom identifying and extracting features, the pre-existing knowledge including: knowledge about areas of the playing field, knowledge about specific players, and knowledge about how said specific players move around the playing field; creating segments from the feature vectors and identifying specific events in each one of the segments by applying rough segmentation; determining whether each one of the events is a highlight by applying analytics algorithms; and, outputting the highlights for consumption and determining types of packages to be outputted for consumption.
A method comprising: causing, by a computing device, a texture projector to project a known texture pattern onto an environment; receiving, by the computing device, a plurality of images captured with at least two optical sensors, wherein the plurality of images comprises a first image of the environment as perceived from a first viewpoint of a first optical sensor and a second image of the environment as perceived from a second viewpoint of a second optical sensor; determining, by the computing device, a first depth estimate for at least one surface in the environment based on corresponding features between the first image and the second image determining, by the computing device and based on the first depth estimate, at least one region of at least one image of the plurality of images within which to search for a particular portion of the known texture pattern, wherein the at least one image is indicative of the environment and the known texture pattern projected onto the environment; determining, by the computing device, points corresponding to the particular portion of the known texture pattern within the at least one region of the at least one image; and determining, by the computing device, a second depth estimate for the at least one surface in the environment based on the determined points corresponding to the particular portion of the known texture pattern within the at least one region of the at least one image. causing, by a computing device, a texture projector to project a known texture pattern onto an environment; receiving, by the computing device, a plurality of images captured with at least two optical sensors, wherein the plurality of images comprises a first image of the environment as perceived from a first viewpoint of a first optical sensor and a second image of the environment as perceived from a second viewpoint of a second optical sensor; determining, by the computing device, a first depth estimate for at least one surface in the environment based on corresponding features between the first image and the second image determining, by the computing device and based on the first depth estimate, at least one region of at least one image of the plurality of images within which to search for a particular portion of the known texture pattern, wherein the at least one image is indicative of the environment and the known texture pattern projected onto the environment; determining, by the computing device, points corresponding to the particular portion of the known texture pattern within the at least one region of the at least one image; and determining, by the computing device, a second depth estimate for the at least one surface in the environment based on the determined points corresponding to the particular portion of the known texture pattern within the at least one region of the at least one image.
A method for waking up a target Node B, NB, cell, characterized in that, when a User Equipment, UE, in an idle state arrives in an area of a target NB cell in which the UE ever registered, but does not search out signals of the target NB cell, it comprises the steps of: reporting, by the UE, Proximity Indication, PI, information to a network side through a specific Tracking Area Update, TAU, process; and waking up the target NB cell by the network side when determining that there is need to wake up the target NB cell according to footprint information which is reported by the UE and obtained in the specific TAU process, wherein the footprint information comprises at least one of the following: an E-UTRAN Cell Global Identifier ECGI, a Tracking Area Identifier TAI, a CSG Identity CSG ID, location information of the target NB cell; and wherein the target NB cell is a Home NB cell, or an evolved Home NB cell, or a macro NB cell; wherein reporting, by the UE, the PI information to the network side through the specific TAU process comprises: sending, by the UE, a specific TAU request to the network side, wherein the specific TAU request carries the PI information and the footprint information of the target NB cell in which the UE ever registered, and the PI information is set in an Evolved Packet System, EPS, update type field. reporting, by the UE, Proximity Indication, PI, information to a network side through a specific Tracking Area Update, TAU, process; and sending, by the UE, a specific TAU request to the network side, wherein the specific TAU request carries the PI information and the footprint information of the target NB cell in which the UE ever registered, and the PI information is set in an Evolved Packet System, EPS, update type field.
Injection moulding machine with a system for monitoring the position of the closing unit of the injection moulding machine when bridging a light grid serving as a safeguard of the closing unit and the tool area of the injection moulding machine, wherein the injection moulding machine comprises at least one mould tool (4, 5, 6) consisting of at least two parts that encloses at least one mould cavity, wherein the injection moulding machine comprises a programmable logic controller PLC for controlling the production sequence in the machine and the movement sequences during closing and opening of the mould tool (4, 5, 6) are detected by sensors (10, 12, 13) and their signals are processed in the PLC, wherein the PLC comprises a movement monitoring module MOC for indirect position monitoring of the closing unit and of the position of the mould tool parts (4, 5, 6) relative to one another, wherein path measuring rods (10, 12, 13) are provided as sensors, the signals of which are processed via the MOC in the PLC, wherein one of the path measuring rods is responsible for monitoring the closing movement of the mould tool (4, 5, 6) and two other measuring rods (12, 13) interacting with magnets (14, 15) serve to monitor the positions of the mould parts (5, 6) relative to the mould part, namely to monitor the gap width of the spacing gap between the mould parts (4, 6), wherein the mould parts (4, 6) have to maintain a distance from one another following the build-up of closing pressure and the mould filling process in the following bumping step, to which distance a certain maximum value is assigned, upon exceeding of which the injection moulding machine is switched off.
An over-the-ear hearing assessment device (200, 400), comprising: an ear cup (210, 410) defining an interior volume (214, 414) and configured to be positioned at least partially over an ear of a user, the ear cup (210, 410) including a shell (211, 411) and a cushion (212, 412), the cushion at least partially encircling the ear when the ear cup (210, 410) is positioned at least partially over the ear, and a self-sealing acoustic port (220, 420) extending from an exterior to the interior volume (214, 414) of the ear cup (210, 410); wherein the acoustic port (220, 420) is configured to be sealingly engagable with a microphone (260a, 460a), microphone probe, or inlet extension (265, 465), inserted into the acoustic port (220, 420), and wherein the acoustic port (220, 420) is adapted to block passage of sound through the acoustic port (220, 420) when the acoustic port (220, 420) is not engaged with the microphone, microphone probe, or inlet extension. an ear cup (210, 410) defining an interior volume (214, 414) and configured to be positioned at least partially over an ear of a user, the ear cup (210, 410) including a shell (211, 411) and a cushion (212, 412), the cushion at least partially encircling the ear when the ear cup (210, 410) is positioned at least partially over the ear, and a self-sealing acoustic port (220, 420) extending from an exterior to the interior volume (214, 414) of the ear cup (210, 410); wherein the acoustic port (220, 420) is configured to be sealingly engagable with a microphone (260a, 460a), microphone probe, or inlet extension (265, 465), inserted into the acoustic port (220, 420), and wherein the acoustic port (220, 420) is adapted to block passage of sound through the acoustic port (220, 420) when the acoustic port (220, 420) is not engaged with the microphone, microphone probe, or inlet extension.
A driving support device that estimates a risk potential that is the degree of a risk with respect to a risk target in driving of a vehicle and performs driving support for a driver of the vehicle on the basis of the estimated risk potential, comprising: risk potential bias setting means (13, 14, 15, 16) for setting a risk potential bias that is a value for changing the risk potential on the basis of a risk potential determination tendency of the driver; and risk potential estimation means for changing the risk potential on the basis of the risk potential bias set by the risk potential bias setting means, wherein the risk potential bias setting means sets, in a case where the number of times that the vehicle travels through a specific point is equal to or greater than a predetermined number of times that is set in advance, the risk potential bias for increasing the risk potential relating to the specific point, and wherein the risk potential estimation means changes the risk potential at the specific point into a greater value on the basis of the risk potential bias set by the risk potential bias setting means. risk potential bias setting means (13, 14, 15, 16) for setting a risk potential bias that is a value for changing the risk potential on the basis of a risk potential determination tendency of the driver; and risk potential estimation means for changing the risk potential on the basis of the risk potential bias set by the risk potential bias setting means,
A recombinant fibrinogen binding protein clumping factor A (ClfA) or fragment thereof comprising at least amino acid residues 221 to 531 of the fibrinogen binding region, with the amino acid sequence according to any of SEQ ID Nos. 1 to 3 or an amino acid sequence at least 90% identical to SEQ ID Nos. 1 to 3 wherein amino acid residue D 321 is substituted with tyrosine (D 321 Y) and P 336 and Y 338 is substituted with either serine or alanine to result in rClfA D 321 Y P 336 S Y 338 A or rClfA D 321 Y P 336 A Y 338 S and the recombinant protein has reduced ability or lacks the ability to non-covalently bind fibrinogen compared to the non-mutated protein or fragment thereof, stimulates a greater immune response to Staphylococci infections than the wild type ClfA protein.
A bridging device of centre beam construction for a structural joint between two structural components (3, 4), particularly between two bridge components, with at least two edge profiles (5, 6) associated with a respective structural component and at least one centre beam, which is arranged between the edge profiles (5, 6) and on at least one crossbar bridging the structural joint, characterised in that the bridging device includes at least two centre beams, which are arranged so as to be fixed against sliding towards one another on a common crossbar at a fixed spacing in the use condition, whereby the connection between at least one centre beam and the crossbar is constructed in the manner of a pre-determined breaking point, wherein the connection constructed in the manner of the pre-determined breaking point between the crossbar and centre carrier is so designed that it fails in the event of an extraordinary movement of the structural components (3, 4) towards one another.