mhurhangee/ep-ind-claims huggingface dataset:
A medical apparatus, comprising: a probe having a distal end configured for insertion into a body cavity and containing a lumen that opens through the distal end; an inflatable balloon deployable through the lumen into the body cavity, the balloon having an exterior wall; a flexible printed circuit board having a first side attached to the exterior wall of the inflatable balloon and a second side opposite the first side; and an ultrasonic transducer mounted on the first side of the flexible printed circuit board and encapsulated between the exterior wall of the balloon and the flexible printed circuit board. a probe having a distal end configured for insertion into a body cavity and containing a lumen that opens through the distal end; an inflatable balloon deployable through the lumen into the body cavity, the balloon having an exterior wall; a flexible printed circuit board having a first side attached to the exterior wall of the inflatable balloon and a second side opposite the first side; and an ultrasonic transducer mounted on the first side of the flexible printed circuit board and encapsulated between the exterior wall of the balloon and the flexible printed circuit board.
An apparatus to add refrigerant to an air conditioning system, the apparatus comprising: a container configured to store the refrigerant; a valve (14") configured to transfer a first amount of the refrigerant from the container to the air conditioning system; characterized by a first pressure sensor configured to determine a first pressure of the container; a second pressure sensor configured to determine a second pressure of the air conditioning system; and a controller configured to obtain the first pressure from the first pressure sensor and the second pressure from the second pressure sensor and determine a second amount of refrigerant to add to the air conditioning system based upon the first refrigerant pressure and the second refrigerant pressure, wherein the controller further controls the valve (14") and determines the first amount of refrigerant. a container configured to store the refrigerant; a valve (14") configured to transfer a first amount of the refrigerant from the container to the air conditioning system; characterized by a first pressure sensor configured to determine a first pressure of the container; a second pressure sensor configured to determine a second pressure of the air conditioning system; and a controller configured to obtain the first pressure from the first pressure sensor and the second pressure from the second pressure sensor and determine a second amount of refrigerant to add to the air conditioning system based upon the first refrigerant pressure and the second refrigerant pressure, wherein the controller further controls the valve (14") and determines the first amount of refrigerant.
A liquid detergent composition, comprising: a liquid carrier; at least one surfactant; and at least two chelating agents, wherein a first of the two chelating agents comprises citric acid monohydrate and a second of the two chelating agents comprises iminodisuccinic acid, wherein the citric acid monohydrate is present in an amount of from greater than 0 % to 0.24 % by weight, wherein the iminodisuccinic acid is present in an amount of from greater than 0 % to 0.4 % by weight. a liquid carrier; at least one surfactant; and at least two chelating agents, wherein a first of the two chelating agents comprises citric acid monohydrate and a second of the two chelating agents comprises iminodisuccinic acid, wherein the citric acid monohydrate is present in an amount of from greater than 0 % to 0.24 % by weight, wherein the iminodisuccinic acid is present in an amount of from greater than 0 % to 0.4 % by weight.
A system for actively damping a ship's motion, comprising at least - one first rotatable stabilisation element (4a, 4b) extending from the ship's hull, below the water line, on a side of the ship, - sensor means for sensing the ship's motion and delivering control signals on the basis thereof, - driving means for rotatably driving the stabilisation element (4a, 4b) on the basis of the control signals being delivered for the purpose of damping the ship's motion being sensed, as well as - moving means for moving the stabilisation element (4a, 4b) relative to the ship on the basis of the control signals being delivered, characterised in that the moving means are configured to impart a precession motion to the at least one rotatable stabilisation element in dependence on the ship's sailing speed and the control signals being delivered by the sensor means. - one first rotatable stabilisation element (4a, 4b) extending from the ship's hull, below the water line, on a side of the ship, - sensor means for sensing the ship's motion and delivering control signals on the basis thereof, - driving means for rotatably driving the stabilisation element (4a, 4b) on the basis of the control signals being delivered for the purpose of damping the ship's motion being sensed, as well as - moving means for moving the stabilisation element (4a, 4b) relative to the ship on the basis of the control signals being delivered, characterised in that the moving means are configured to impart a precession motion to the at least one rotatable stabilisation element in dependence on the ship's sailing speed and the control signals being delivered by the sensor means.
Method to maneuver a supervised vehicle based on or using an output (SID-OUT) of a software in development, wherein the software in development is part of an ASIL-classified function, and wherein the software in development has not completed a software development process required or highly required for said ASIL classification of said ASIL-classified function, characterized in that a safe device (S-DEV) is provided, wherein a safety monitor is provided, wherein the safety monitor is implemented according to specific software development requirements, wherein said specific software development requirements are requirements required for the ASIL classification of the ASIL-classified function, and wherein the safety monitor monitors the output (SID-OUT) of the software in development, and the safety monitor classifies said output (SID-OUT) as either safe or unsafe, and wherein the safe device (S-DEV) executes a safety mechanism (S-SW) in case that the safety monitor classifies said output (SID-OUT) as unsafe, wherein said safety mechanism (S-SW) causes the supervised vehicle not to maneuver in accordance with said output (SID-OUT), and wherein in case that the safety monitor classifies said output (SID-OUT) as safe, the supervised vehicle is maneuvered based on or using said output (SID-OUT). and wherein the software in development has not completed a software development process required or highly required for said ASIL classification of said ASIL-classified function, characterized in that a safe device (S-DEV) is provided, wherein a safety monitor is provided, wherein the safety monitor is implemented according to specific software development requirements, wherein said specific software development requirements are requirements required for the ASIL classification of the ASIL-classified function, and wherein the safety monitor monitors the output (SID-OUT) of the software in development, and the safety monitor classifies said output (SID-OUT) as either safe or unsafe, and wherein the safe device (S-DEV) executes a safety mechanism (S-SW) in case that the safety monitor classifies said output (SID-OUT) as unsafe, wherein said safety mechanism (S-SW) causes the supervised vehicle not to maneuver in accordance with said output (SID-OUT), and wherein in case that the safety monitor classifies said output (SID-OUT) as safe, the supervised vehicle is maneuvered based on or using said output (SID-OUT).
A method for receiving a bundled resource block from a first base station at a mobile station, wherein the mobile station is operable to perform channel estimation on the bundled resource block comprising multiple consecutive physical resource blocks in a frequency domain based on the assumption that a precoding granularity is multiple resource blocks in the frequency domain and the same precoder applies over the bundled resource block, wherein the mobile station assumes a size of the bundled resource block based on one of multiple of thresholds, where each of the thresholds correspond to different system bandwidths.
A method for reliably transmitting data in a packet network, the method comprising: receiving a plurality of data packets at an encoder associated with a first network node for transmission to a decoder associated with a second network node; determining an amount of loss associated with transmission between the first network node and the second network node; establishing a forward error correction tunnel between the encoder and the decoder; generating error correction information corresponding to the plurality of data packets, wherein the amount of error correction information generated is based at least partially upon the amount of loss and wherein the error correction information is included in a plurality of error correction packets encapsulating the plurality of data packets and the plurality of error correction packets with a tunnel header; transmitting the encapsulated plurality of data packets and the encapsulated plurality of error correction packets to a decoder through the tunnel, for use by the decoder to reconstruct one or more data packets using the error correction information if one or more data packets are not received at the decoder. receiving a plurality of data packets at an encoder associated with a first network node for transmission to a decoder associated with a second network node; determining an amount of loss associated with transmission between the first network node and the second network node; establishing a forward error correction tunnel between the encoder and the decoder; generating error correction information corresponding to the plurality of data packets, wherein the amount of error correction information generated is based at least partially upon the amount of loss and wherein the error correction information is included in a plurality of error correction packets encapsulating the plurality of data packets and the plurality of error correction packets with a tunnel header; transmitting the encapsulated plurality of data packets and the encapsulated plurality of error correction packets to a decoder through the tunnel, for use by the decoder to reconstruct one or more data packets using the error correction information if one or more data packets are not received at the decoder.
A surgical instrument, comprising: an elongated shaft extending from a housing and defining a longitudinal axis; an end effector disposed at a distal end of the elongated shaft, the end effector including first and second jaw members (130,132) pivotably coupled to one another and configured to move between an open position and a closed position, each of the first and second jaw members adapted to operably connect to a source of electrosurgical energy; a movable handle configured to move relative to the housing; a camming slot (130c,132c) defined in each of the first and second jaw members; a switch supported by the housing and configured to control a supply of electrosurgical energy to the first and second jaw members; a knife blade configured to reciprocate through at least one of the jaw members; and an inner actuation member disposed within the elongated shaft, the inner actuation member carrying a cam pin configured to translate along the camming slots defined in each of the first and second jaw members, characterized in that the moveable handle is operably coupled to a proximal portion of the elongated shaft to effect movement of the elongated shaft along the longitudinal axis relative to the housing, wherein said movement of the elongated shaft along the longitudinal axis causes the cam pin to translate along the camming slots defined in each of the first and second jaw members to induce movement of the first and second jaw members between the open and closed positions. an elongated shaft extending from a housing and defining a longitudinal axis; an end effector disposed at a distal end of the elongated shaft, the end effector including first and second jaw members (130,132) pivotably coupled to one another and configured to move between an open position and a closed position, each of the first and second jaw members adapted to operably connect to a source of electrosurgical energy; a movable handle configured to move relative to the housing; a camming slot (130c,132c) defined in each of the first and second jaw members; a switch supported by the housing and configured to control a supply of electrosurgical energy to the first and second jaw members; a knife blade configured to reciprocate through at least one of the jaw members; and an inner actuation member disposed within the elongated shaft, the inner actuation member carrying a cam pin configured to translate along the camming slots defined in each of the first and second jaw members, characterized in that the moveable handle is operably coupled to a proximal portion of the elongated shaft to effect movement of the elongated shaft along the longitudinal axis relative to the housing, wherein said movement of the elongated shaft along the longitudinal axis causes the cam pin to translate along the camming slots defined in each of the first and second jaw members to induce movement of the first and second jaw members between the open and closed positions.
A system for indicating an impending vehicle maneuver within a predetermined distance, comprising: a navigational system adapted to receive a vehicle destination, determine a current geographical vehicle position, and determine if the impending vehicle maneuver is required within the predetermined distance based on the vehicle destination and the current geographical vehicle position; and a control module in communication with the navigational system and a handwheel, the control module being adapted to send a signal that creates a steering assist torque to the handwheel if the impending vehicle maneuver is required, characterized in that a guiding zone and an alerting zone are defined by the control module, and wherein the guiding zone is located further away from the impending vehicle maneuver than the alerting zone; wherein, if the vehicle is located within the guiding zone, the steering assist torque to the handwheel is configured to guide the vehicle towards the impending vehicle maneuver, and wherein, if the vehicle is located within the alerting zone, the created steering assist torque is pulsed and comprises a set of alerting steering assist torque cues (82, 182) including a series of positive pulses (90, 190) that are oriented in the same direction as the impending vehicle maneuver and a series of negative pulses (92, 192) that are oriented in an opposite direction of the impending vehicle maneuver, the pulses provided such that the vehicle is not turned towards the impending vehicle maneuver without driver input. a navigational system adapted to receive a vehicle destination, determine a current geographical vehicle position, and determine if the impending vehicle maneuver is required within the predetermined distance based on the vehicle destination and the current geographical vehicle position; and a control module in communication with the navigational system and a handwheel, the control module being adapted to send a signal that creates a steering assist torque to the handwheel if the impending vehicle maneuver is required, characterized in that a guiding zone and an alerting zone are defined by the control module, and wherein the guiding zone is located further away from the impending vehicle maneuver than the alerting zone; wherein, if the vehicle is located within the guiding zone, the steering assist torque to the handwheel is configured to guide the vehicle towards the impending vehicle maneuver, and wherein, if the vehicle is located within the alerting zone, the created steering assist torque is pulsed and comprises a set of alerting steering assist torque cues (82, 182) including a series of positive pulses (90, 190) that are oriented in the same direction as the impending vehicle maneuver and a series of negative pulses (92, 192) that are oriented in an opposite direction of the impending vehicle maneuver, the pulses provided such that the vehicle is not turned towards the impending vehicle maneuver without driver input.
A method of making a catalyst for use in oligomerizing an olefin, comprising a chromium-containing compound, a pyrrole-containing compound, a non-halide metal alkyl, a halide-containing compound, and optionally a solvent, the method comprising abating all or a portion of water, acidic protons, or both from a composition comprising the chromium-containing compound, a composition comprising the pyrrole-containing compound, a composition comprising a non-metal halide-containing compound, a composition comprising the solvent, or combinations thereof by contacting one or more of the compositions comprising water, acidic protons, or both and a non-halide metal alkyl prior to contact thereof with a composition comprising a metal halide-containing compound, wherein the abating all or a portion of water, acidic protons, or both further comprises adding the non-halide metal alkyl to the composition comprising the chromium-containing compound to form a mixture prior to contacting the mixture with the remaining compositions.
A mechanical link for guiding a conductor between two structures where one structure is movable relative to the other, the mechanical link comprising: a first arm (120, 180) and a second arm (140, 200); wherein the second arm (140, 200) is pivotally connected to the first arm (120, 180) about two mutually orthogonal axes, the mechanical link characterised by further comprising: a flexible helical carrier including a continuous support portion for supporting a conductor, the continuous support portion having on both sides thereof upstanding wall portions (224, 226) for retaining the conductor in position when the conductor is received on the continuous support portion, each upstanding wall portion (224, 226) extending from an edge of the continuous support portion, wherein: the flexible helical carrier is received within the first and second arms. a first arm (120, 180) and a second arm (140, 200); wherein the second arm (140, 200) is pivotally connected to the first arm (120, 180) about two mutually orthogonal axes, the mechanical link characterised by further comprising: a flexible helical carrier including a continuous support portion for supporting a conductor, the continuous support portion having on both sides thereof upstanding wall portions (224, 226) for retaining the conductor in position when the conductor is received on the continuous support portion, each upstanding wall portion (224, 226) extending from an edge of the continuous support portion, wherein: the flexible helical carrier is received within the first and second arms.
A dual view display system comprising: a display device configured to display a first image at a display location to a first person at a first location and display a second image at the display location to a second person at a second location; and a first louver device configured to substantially restrict a first field of view of the first image to the first person, characterized in that the display device includes a display element configured to display the first image during a first time period and display the second image during a second time period distinct from the first time period; and an optical element interposed between the display element and the display location, said optical element configured to direct the first image to the first person during the first time period and direct the second image to the second person during the second time period. a display device configured to display a first image at a display location to a first person at a first location and display a second image at the display location to a second person at a second location; and a first louver device configured to substantially restrict a first field of view of the first image to the first person, characterized in that the display device includes a display element configured to display the first image during a first time period and display the second image during a second time period distinct from the first time period; and an optical element interposed between the display element and the display location, said optical element configured to direct the first image to the first person during the first time period and direct the second image to the second person during the second time period.
A cloud-based equalizer system for a plurality of smart speakers, the system comprising: a plurality of smart speakers (102 -(n)), each smart speaker having a wireless range extender (104 -(n) adapted to connect to a wireless access point to send data to and receive data directly from a cloud, wherein the data is associated with a digital audio file to be played by at least one smart speaker in the plurality of smart speakers; at least one equalizer setting is retrieved from a cloud-based search to be communicated to and implemented by at least one smart speaker of the plurality of smart speakers, wherein a song title and a predetermined portion of the digital audio file are included in the data sent to the cloud for analysis; and the at least one equalizer setting retrieved from the cloud is associated with the analysis of the song title and the predetermined portion of the digital audio file. a plurality of smart speakers (102 -(n)), each smart speaker having a wireless range extender (104 -(n) adapted to connect to a wireless access point to send data to and receive data directly from a cloud, wherein the data is associated with a digital audio file to be played by at least one smart speaker in the plurality of smart speakers; at least one equalizer setting is retrieved from a cloud-based search to be communicated to and implemented by at least one smart speaker of the plurality of smart speakers, wherein a song title and a predetermined portion of the digital audio file are included in the data sent to the cloud for analysis; and the at least one equalizer setting retrieved from the cloud is associated with the analysis of the song title and the predetermined portion of the digital audio file.
A device for the manufacture of a bonded component with fibre-reinforced plastics with at least one base moulding tool and at least one moulding tool, wherein the bonded component is arranged between the base moulding tool and the moulding tool, and the bonded component has at least one base laminate and at least one reinforcement laminate, and the moulding tool is covered with an aeration material and with a vacuum envelope, wherein the vacuum envelope is sealed with respect to the base moulding tool, wherein at least one filler element (70, 72) formed from a metallic material is provided to be fitted to each of the two end faces (62, 64) of the base laminate, wherein the at least one moulding tool with the two end sections (80, 82) rests on the filler elements (70, 72) at least in some regions, and wherein at least one sealing element (66, 68), compressible and displaceable by virtue of its elasticity, is provided to be inserted in each case between the filler elements (70, 72) and the end faces (62, 64) of the base laminate in an essentially gap-free manner.