mhurhangee/ep-ind-claims huggingface dataset:
Method for determining at least one spatial coordinate of a measurement point of a local structure (2,2') of an object, providing a mobile coordinate measuring machine, the method comprising at least - placing the mobile coordinate measuring machine on a surface of the object to be measured, so that the coordinate measuring machine stands on the surface autonomously, - approaching the measurement point with a sensing head (21, 26), and - determining at least one spatial coordinate of the at least one measurement point, characterized by - autonomously positioning the mobile coordinate measuring machine relative to the local structure (2,2') by moving articulated legs of the mobile coordinate measuring machine, each leg comprising a set of leg members (15,16,17) that are movable with respect to another; and - establishing a defined spatial relation between the coordinate measuring machine and the local structure (2,2') by continuously determining a position and orientation of the coordinate measuring machine relative to the object using at least one laser tracker having a camera, wherein - the coordinate measuring machine comprises a retro-reflector and active or passive lighting means that are arranged in a known configuration, - a distance to the retro-reflector is measured by the laser tracker to derive the position of the coordinate measuring machine, and - the lighting means are detected by the camera of the laser tracker to derive the orientation of the coordinate measuring machine. - placing the mobile coordinate measuring machine on a surface of the object to be measured, so that the coordinate measuring machine stands on the surface autonomously, - approaching the measurement point with a sensing head (21, 26), and - determining at least one spatial coordinate of the at least one measurement point, characterized by - autonomously positioning the mobile coordinate measuring machine relative to the local structure (2,2') by moving articulated legs of the mobile coordinate measuring machine, each leg comprising a set of leg members (15,16,17) that are movable with respect to another; and - establishing a defined spatial relation between the coordinate measuring machine and the local structure (2,2') by continuously determining a position and orientation of the coordinate measuring machine relative to the object using at least one laser tracker having a camera, wherein - the coordinate measuring machine comprises a retro-reflector and active or passive lighting means that are arranged in a known configuration, - a distance to the retro-reflector is measured by the laser tracker to derive the position of the coordinate measuring machine, and - the lighting means are detected by the camera of the laser tracker to derive the orientation of the coordinate measuring machine.
Domestic appliance, in particular a dishwasher, at least having: a treatment container with a container door pivotable about a pivot axis and a door-weight compensating device for at least partially compensating the weight of the container door by means of spring force of a spring means which is connected by a tension transmitting means in a spring force transmitting manner to the container door which has deflector pivotally disposed about a pivot axis, wherein the deflector has at least two sliding surfaces (10, 11) for deflecting the tension transmitting means, characterised in that two sideplates which interconnect the two sliding surfaces and retain the tension cable in a sliding guide are disposed in the area between the two sliding surfaces (10, 11). a treatment container with a container door pivotable about a pivot axis and a door-weight compensating device for at least partially compensating the weight of the container door by means of spring force of a spring means which is connected by a tension transmitting means in a spring force transmitting manner to the container door which has deflector pivotally disposed about a pivot axis, wherein the deflector has at least two sliding surfaces (10, 11) for deflecting the tension transmitting means, characterised in that two sideplates which interconnect the two sliding surfaces and retain the tension cable in a sliding guide are disposed in the area between the two sliding surfaces (10, 11).
An insulation holder, which consists of a central, sleeve-like shaft provided with a longitudinal bore for passing through a fastening means in order to fasten insulation boards or similar insulation means to a substrate, the rear shaft end in the installation direction being formed with a rotary catch inner polygon for the placement of an installation tool for conjoint rotation, and the shaft having a first, front, lower section and a second, rear section, which is spaced apart from the front section along the length of said shaft, the sections having cutting spirals (4; 5a, 5b, 5c), which run round in a helicoidal manner, characterised in that the cutting spirals (5a, 5b, 5c) of the first section in the installation direction merge into one another so that they form a multi-threaded cutting spiral arrangement, and at least one cutting edge (8a; 8b) is formed at least on the leading faces of the cutting spirals (5a, 5b, 5c) of the first section in the installation direction, said cutting edge extending radially over the spiral face width from the shaft to the edge of the cutting spirals (5a, 5b, 5c) and projecting downwards in the installation direction.
An electronic device comprising: a microphone configured to receive a user's speech; a memory for storing a plurality of speech recognition models; and at least one processor configured to: select a speech recognition model from among the plurality of speech recognition models stored in the memory based on an operation state of the electronic device, recognize the user's speech received by the microphone based on the selected speech recognition model, determine a user's intention based on a result of speech recognition on the user's speech, and change a sensitivity of the selected speech recognition model based on the user's intention. a microphone configured to receive a user's speech; a memory for storing a plurality of speech recognition models; and at least one processor configured to: select a speech recognition model from among the plurality of speech recognition models stored in the memory based on an operation state of the electronic device, recognize the user's speech received by the microphone based on the selected speech recognition model, determine a user's intention based on a result of speech recognition on the user's speech, and change a sensitivity of the selected speech recognition model based on the user's intention. select a speech recognition model from among the plurality of speech recognition models stored in the memory based on an operation state of the electronic device, recognize the user's speech received by the microphone based on the selected speech recognition model, determine a user's intention based on a result of speech recognition on the user's speech, and change a sensitivity of the selected speech recognition model based on the user's intention.
Apparatus for monitoring a field device designed to determine and/or monitor a physical and/or chemical process variable of a process medium with a first seal, which faces towards the process, and at least one housing (7, 8, 9) with a predefined interior volume which is provided on the side of the first seal facing away from the process, wherein the first seal seals the housing (7, 8, 9) in relation to the process, wherein the housing (8, 9) is provided between the first seal and a transmitter in which at least one electrical and/or one electronic component of the field device is arranged, wherein the housing is the transmitter in which at least the electrical and/or electronic component of the field device is arranged, wherein energy can be transmitted via the first seal in the direction of the process medium, wherein this energy interacts with the process medium, wherein at least one detector unit, which monitors at least one status variable of the interior volume of the housing (7, 8, 9), is provided on or in the housing (8, 9) or on or in the transmitter, wherein a control/evaluation unit is provided which determines the physical and/or chemical process variable using the energy interacting with the process medium, wherein a second seal is provided in the end section of the housing which faces away from the process, or wherein the second seal is arranged between the transmitter and a remote control station, wherein the second seal seals the control station and/or the control/evaluation unit in relation to the process, and wherein the control/evaluation unit and/or another monitoring unit uses the monitored status variable in the interior volume of the housing (7, 8, 9) to detect and/or indicate whether the seals (4, 5) seal the housing (8, 9) or the transmitter in relation to the process and/or issue an alarm as soon as the monitored status variable in the interior volume of the housing (7, 8, 9) reaches a predefined limit value.
A voice recognition device comprising: a voice input unit into which a voice signal is input; a voice analyzer configured to analyze whether a specific characteristic component is included in the voice signal input into the voice input unit; a voice recognizer configured to recognize a voice represented by the voice signal input into the voice input unit; a response instruction unit configured to instruct a response to a response operation unit (23, 24) that operates in response to the voice recognized by the voice recognizer; a controller configured to control the voice recognizer not to execute voice recognition processing by the voice recognizer or to control the response instruction unit not to instruct the response operation unit (23, 24) about an instruction content by the voice recognized by the voice recognizer, when the voice analyzer analyzes that the voice signal includes the specific characteristic component; and a reproducing device detection unit configured to detect presence of a content reproducing device (10, 10B, 10C) including a voice output unit, wherein the voice analyzer analyzes whether the voice signal input into the voice input unit includes the specific characteristic component when the reproducing device detection unit detects the presence of the content reproducing device (10, 10B, 10C). a voice input unit into which a voice signal is input; a voice analyzer configured to analyze whether a specific characteristic component is included in the voice signal input into the voice input unit; a voice recognizer configured to recognize a voice represented by the voice signal input into the voice input unit; a response instruction unit configured to instruct a response to a response operation unit (23, 24) that operates in response to the voice recognized by the voice recognizer; a controller configured to control the voice recognizer not to execute voice recognition processing by the voice recognizer or to control the response instruction unit not to instruct the response operation unit (23, 24) about an instruction content by the voice recognized by the voice recognizer, when the voice analyzer analyzes that the voice signal includes the specific characteristic component; and a reproducing device detection unit configured to detect presence of a content reproducing device (10, 10B, 10C) including a voice output unit, wherein the voice analyzer analyzes whether the voice signal input into the voice input unit includes the specific characteristic component when the reproducing device detection unit detects the presence of the content reproducing device (10, 10B, 10C).
A high pressure fuel supply system comprising: a high pressure fuel pump including a pressurizing chamber communicating with a suction passage and a discharge passage of fuel, a pressurizing member for sending fuel in said pressurizing chamber toward said discharge passage in a pressurizing manner, a discharge valve disposed in said discharge passage and a normally closed electromagnetic valve disposed in said suction passage, wherein fuel in said pressurizing chamber is compressed by an open/close operation of said electromagnetic valve and a reciprocal operation of said pressurizing member; and a controller for calculating a valve open signal and a valve close signal for said electromagnetic valve in accordance with a state amount of an engine and supplying a drive current to said electromagnetic valve; the high pressure fuel supply being characterized in that an said controller comprises an electric circuit which includes an FET (60a, b, c) for controlling on/off of the driving current and a free wheel diode (62a, b), said electric circuit being configured to circulate a current generated by a counter-electromotive force of said electromagnetic valve via a coil of said electromagnetic valve and said free wheel diode (62a, b), and wherein said controller applies said valve close signal having a time duration shorter than a valve close response time during a valve open period of said electromagnetic valve, said valve close response time being a time taken to close said electromagnetic valve after said valve close signal is applied. a high pressure fuel pump including a pressurizing chamber communicating with a suction passage and a discharge passage of fuel, a pressurizing member for sending fuel in said pressurizing chamber toward said discharge passage in a pressurizing manner, a discharge valve disposed in said discharge passage and a normally closed electromagnetic valve disposed in said suction passage, wherein fuel in said pressurizing chamber is compressed by an open/close operation of said electromagnetic valve and a reciprocal operation of said pressurizing member; and a controller for calculating a valve open signal and a valve close signal for said electromagnetic valve in accordance with a state amount of an engine and supplying a drive current to said electromagnetic valve; the high pressure fuel supply being characterized in that an said controller comprises an electric circuit which includes an FET (60a, b, c) for controlling on/off of the driving current and a free wheel diode (62a, b), said electric circuit being configured to circulate a current generated by a counter-electromotive force of said electromagnetic valve via a coil of said electromagnetic valve and said free wheel diode (62a, b), and wherein said controller applies said valve close signal having a time duration shorter than a valve close response time during a valve open period of said electromagnetic valve, said valve close response time being a time taken to close said electromagnetic valve after said valve close signal is applied.
Method for administering at least one substance acting as treatment agent to plant material, comprising of: - providing at least one substrate with a surface and at least one plant location therein; - providing injecting means; - moving the substrate and the injection means relative to each other; - controlling an alignment of the injecting means relative to the plant location; and - injecting the substance at the position of the plant location using the injecting means; characterized in that said substance is injected under said surface from above said surface and in that the method further comprises providing a measuring module arranged to indicate when the at least one plant location is situated close to the injecting means, and determining a correct moment by said measuring module for said injecting the substance. - providing at least one substrate with a surface and at least one plant location therein; - providing injecting means; - moving the substrate and the injection means relative to each other; - controlling an alignment of the injecting means relative to the plant location; and - injecting the substance at the position of the plant location using the injecting means;
A headband cushion for a headband (2.1) of headphones, having a cushion element (1.1) as well as a retaining means for fastening the cushion element (1.1) on the headband (2.1), wherein the cushion element (1.1) has a cushion side able to be placed against a head and an opposing band side, wherein the retaining means is formed to be lockable and reversibly detachable such that the headband cushion is mountable on the headband (2.1) and is removable from the headband (2.1), wherein the cushion element (1.1) has a width B and a length L, characterized in that the cushion element has a first recess (1.5), wherein the first recess (1.5) serves to accommodate a headband (2.1), wherein the cushion element (1.1) has a second recess (1.6) which serves to accommodate a connection line (2.2) of the headphones, wherein the cushion element (1.1) has a third recess (1.7) which serves to accommodate a further part of the headband (2.1), wherein the first recess (1.5), the second recess (1.6), and the third recess (1.7) extend over the length L.
A computer implemented method for providing a full-duplex capable client device to establish a full-duplex bi-directional communication stream using a remote procedure call, RPC, based communication protocol by way of a single transmission control protocol, TCP, connection, comprising: initiating, using, the RPC based communication protocol, by the full-duplex capable client device, full-duplex communication over the single TCP connection between the full-duplex capable client device and a server via a network by sending an initial RPC based handshake to the server; streaming a client request stream using the RPC based communication protocol by the full-duplex capable client device to the server following an acceptance of the initial RPC based handshake by the server via the network over the single TCP connection; accepting, using the RPC based communication protocol by the full-duplex capable client device, a response stream from the server over the single TCP connection while the full-duplex capable client device streams the client request stream over the single TCP connection; and enabling, by the full-duplex capable client device, the full-duplex bi-directional communication stream using the RPC based communication protocol when the client request stream and the response stream communicate over the single TCP connection simultaneously. initiating, using, the RPC based communication protocol, by the full-duplex capable client device, full-duplex communication over the single TCP connection between the full-duplex capable client device and a server via a network by sending an initial RPC based handshake to the server; streaming a client request stream using the RPC based communication protocol by the full-duplex capable client device to the server following an acceptance of the initial RPC based handshake by the server via the network over the single TCP connection; accepting, using the RPC based communication protocol by the full-duplex capable client device, a response stream from the server over the single TCP connection while the full-duplex capable client device streams the client request stream over the single TCP connection; and enabling, by the full-duplex capable client device, the full-duplex bi-directional communication stream using the RPC based communication protocol when the client request stream and the response stream communicate over the single TCP connection simultaneously.
A method of identifying at least one audio content item among a plurality of target audio content items, comprising: determining a target acoustic feature vector of each of the plurality of target audio content items in a first vector space; mapping each target acoustic feature vector from the first vector space to a second vector space using a mapping function determined using a machine learning algorithm, wherein the second vector space has a lower dimension than the first vector space and a distance between the acoustic feature vectors of audio content items from the same music track is less in the second vector space than in the first vector space; determining a query acoustic feature vector of a query audio content item in the second vector space; comparing the query acoustic feature vector and the plurality of target acoustic feature vectors in the second vector space; and identifying, based on the comparison, at least one audio content item in the plurality of target audio content items that is from the same music track as the query audio content item and/or is complementary to the query audio content item; wherein each audio content item comprises a subset of a plurality of music stems comprised in a music track; and wherein the mapping function is determined using at least three reference acoustic feature vectors in the first vector space as inputs to the machine learning algorithm, wherein first and second reference acoustic feature vectors are determined from media content items from a first music track and a third acoustic feature vector is determined from a media content item not from the first music track. determining a target acoustic feature vector of each of the plurality of target audio content items in a first vector space; mapping each target acoustic feature vector from the first vector space to a second vector space using a mapping function determined using a machine learning algorithm, wherein the second vector space has a lower dimension than the first vector space and a distance between the acoustic feature vectors of audio content items from the same music track is less in the second vector space than in the first vector space; determining a query acoustic feature vector of a query audio content item in the second vector space; comparing the query acoustic feature vector and the plurality of target acoustic feature vectors in the second vector space; and identifying, based on the comparison, at least one audio content item in the plurality of target audio content items that is from the same music track as the query audio content item and/or is complementary to the query audio content item; wherein each audio content item comprises a subset of a plurality of music stems comprised in a music track; and wherein the mapping function is determined using at least three reference acoustic feature vectors in the first vector space as inputs to the machine learning algorithm, wherein first and second reference acoustic feature vectors are determined from media content items from a first music track and a third acoustic feature vector is determined from a media content item not from the first music track.
A method of detecting proteasome activity in a target cell comprising: a) contacting a biological sample comprising lymphocytes with an IκB degradation agonist to activate the lymphocytes in the biological sample; b) contacting the activated biological sample with a first labeled binding agent that is capable of binding I K B; c) detecting a target cell in the biological sample of b); and d) determining an amount of the first labeled binding agent bound to the detected target cell, thereby detecting proteasome activity in the target cell. a) contacting a biological sample comprising lymphocytes with an IκB degradation agonist to activate the lymphocytes in the biological sample; b) contacting the activated biological sample with a first labeled binding agent that is capable of binding I K B; c) detecting a target cell in the biological sample of b); and d) determining an amount of the first labeled binding agent bound to the detected target cell, thereby detecting proteasome activity in the target cell.