mhurhangee/ep-ind-claims huggingface dataset:
A brake actuator having a housing in which is provided a movable brake actuating assembly (18, 30), the brake actuating assembly (18, 30) being movable between a brake apply position which, in use results in the application of a brake to which the actuator is connected, and a brake release position which, in use, results in the release of the brake, the brake actuator further including a lock which is operable to prevent movement of the brake actuating assembly (18, 30) from the brake apply position to the brake release position, the brake actuating assembly (18, 30) including a first movable member, a second movable member and a resilient biasing element which extends between the second movable member and the first movable member and which, if one of the first or second movable members is moved relative to the other from an equilibrium separation, exerts a force tending to return the first and second movable members to the equilibrium separation, the brake actuator further including compliance control chamber between the first movable member and the second movable member characterised in that, the compliance control chamber has a port and is sealed such that flow of fluid into or out of the compliance control chamber other than through the port is substantially prevented.
An ablative plasma gun comprising a cup, the cup comprising a first portion having a first diameter and a second portion having a second diameter that is larger than the first diameter, wherein a chamber is defined within the cup by the first portion and the second portion, further comprising a first gun electrode comprising a first end, and a second gun electrode comprising a second end, characterized in that the cup is formed of an ablative material, and in that the first end and the second end extend in opposite directions from a central axis of the first portion of the chamber.
A battery-powered tool, comprising: a rechargeable battery (1; 34), a drive source (2; 102; M) for generating power using current supplied from the battery, a switch (3; 6, 7; 32; 226, Q1) for electrically connecting and disconnecting the battery with the drive source, and a voltage detector (4; 224) for detecting the output battery voltage of the battery, characterized by means (5; 60; 101; 200) for determining that the battery (1; 34) has insufficient remaining battery capacity for further operation when a voltage difference (ΔV) between a first output battery voltage detected at a first predetermined time period after the switch (3; 6, 7; 32; 226, Q1) is turned OFF and a second output battery voltage detected at a second predetermined time period after the first predetermined time period exceeds a first predetermined value. a rechargeable battery (1; 34), a drive source (2; 102; M) for generating power using current supplied from the battery, a switch (3; 6, 7; 32; 226, Q1) for electrically connecting and disconnecting the battery with the drive source, and a voltage detector (4; 224) for detecting the output battery voltage of the battery, characterized by means (5; 60; 101; 200) for determining that the battery (1; 34) has insufficient remaining battery capacity for further operation when a voltage difference (ΔV) between a first output battery voltage detected at a first predetermined time period after the switch (3; 6, 7; 32; 226, Q1) is turned OFF and a second output battery voltage detected at a second predetermined time period after the first predetermined time period exceeds a first predetermined value.
A wearable apparatus comprising: a transducer circuit having a sensor circuit, the sensor circuit including only one single electrode being configured with the sensor circuit to sense changes in capacitance, and the transducer circuit being configured and arranged to convert the changes in capacitance into electrical signals, the changes in capacitance being responsive to pressure and/or electric field modulations attributable to hemodynamic or pulse-wave events; an electrical-signal sensing and processing circuit configured and arranged to sense the hemodynamic or pulse-wave events in response to the electrical signals from the transducer circuit and, based on features of an arterial pulse waveform corresponding to the electrical signals from the transducer circuit, provide an indication of change in at least one of blood pressure and arterial stiffness; a substrate configured and arranged to support and at least partially enclose the transducer circuit and the electrical-signal sensing circuit, and to conform to a portion of a user including blood vessels for hemodynamic monitoring and therein locate the electrode sufficiently close to the user's skin for electrically sensing the hemodynamic or pulse-wave events via the electrical signals; and a communication circuit configured and arranged to respond to the electrical-signal sensing circuit by conveying or sending data indicative of the hemodynamic monitoring. a transducer circuit having a sensor circuit, the sensor circuit including only one single electrode being configured with the sensor circuit to sense changes in capacitance, and the transducer circuit being configured and arranged to convert the changes in capacitance into electrical signals, the changes in capacitance being responsive to pressure and/or electric field modulations attributable to hemodynamic or pulse-wave events; an electrical-signal sensing and processing circuit configured and arranged to sense the hemodynamic or pulse-wave events in response to the electrical signals from the transducer circuit and, based on features of an arterial pulse waveform corresponding to the electrical signals from the transducer circuit, provide an indication of change in at least one of blood pressure and arterial stiffness; a substrate configured and arranged to support and at least partially enclose the transducer circuit and the electrical-signal sensing circuit, and to conform to a portion of a user including blood vessels for hemodynamic monitoring and therein locate the electrode sufficiently close to the user's skin for electrically sensing the hemodynamic or pulse-wave events via the electrical signals; and a communication circuit configured and arranged to respond to the electrical-signal sensing circuit by conveying or sending data indicative of the hemodynamic monitoring.
A phase tracking reference signal, PTRS, sending method, comprising: obtaining, by a terminal device, uplink grant information, wherein the uplink grant information comprises at least one transmission precoding matrix indicator, TPMI; determining, by the terminal device based on the uplink grant information and a preset rule, one or more antenna ports associated with a to-be-sent PTRS for each of the at least one TPMI, wherein the one or more antenna ports associated with the to-be-sent PTRS is selected from an antenna port set, and the to-be-sent PTRS is one or more of all available PTRSs, the preset rule comprises each column of a precoding codeword and each antenna port in the antenna port set are in a one-to-one correspondence, and antenna ports in the antenna port set that correspond to columns in which non-zero elements in a same row of the precoding codeword are located correspond to a same to-be-sent PTRS; and sending, by the terminal device, the to-be-sent PTRS on the determined one or more antenna ports. obtaining, by a terminal device, uplink grant information, wherein the uplink grant information comprises at least one transmission precoding matrix indicator, TPMI; determining, by the terminal device based on the uplink grant information and a preset rule, one or more antenna ports associated with a to-be-sent PTRS for each of the at least one TPMI, wherein the one or more antenna ports associated with the to-be-sent PTRS is selected from an antenna port set, and the to-be-sent PTRS is one or more of all available PTRSs, the preset rule comprises each column of a precoding codeword and each antenna port in the antenna port set are in a one-to-one correspondence, and antenna ports in the antenna port set that correspond to columns in which non-zero elements in a same row of the precoding codeword are located correspond to a same to-be-sent PTRS; and sending, by the terminal device, the to-be-sent PTRS on the determined one or more antenna ports.
A container inlet for a container cleaning machine, comprising at least one supplying conveyor belt for containers, a transfer belt parallel thereto and in particular movable in an opposite direction, a row of infeed belts orthogonally adjoining the transfer belt and including container guiding means (6, 7) are arranged above the infeed belts and separate infeed tracks for the containers from each other, wherein at least some of the container guiding means extend on the entrance side up to/into a changeover region between the transfer belt and infeed belts and the container guiding means (6, 7) extend obliquely over the infeed belts on the inlet side.
A self contained ecological dynamic boat pitch and roll trim system by alteration of the hull water flow, consisting of a main body inside of which an elastic flexible pressure means, is being housed properly, located on supporting plates, compression-retraction springs of said flexible elastic pressure means, spring guides, spring housing tubes, a hydrodynamic barrier, a back guide and a front guide for the hydrodynamic barrier and a cover, being characterized in that said flexible elastic pressure means is being independent and self contained, said system is also being capable of operating with no seals by use of only water, requiring no dedicated water pump, is being capable of being self cleaned infernally and has the form of a cubic shape.
A synthetic resin composition comprising: a) at least one hydroxyl-aromatic compound, b) vinasse, and c) at least one aldehyde whereas the synthetic resin composition comprises the at least one hydroxyl-aromatic compound and the at least one aldehyde in a basic molar ratio of hydroxyl-aromatic compound to aldehyde of between 1:1 and 1:2.5, whereof 10 to 30 wt.-% of the hydroxyl-aromatic compound is substituted by vinasse. a) at least one hydroxyl-aromatic compound, b) vinasse, and c) at least one aldehyde
A method for producing a thermally conductive sheet comprising at least the steps of: by extruding a thermally conductive composition containing a polymer, an anisotropic thermally conductive filler and a filler through an extruder, such that in an extrusion molded product extruded by the extruder, the anisotropic thermally conductive filler is oriented along the extrusion direction; curing the extrusion molded product to form a cured object; and cutting the cured object in a direction perpendicular to the extrusion direction into a given thickness with an ultrasonic cutter, characterized in that the extruding includes passing of the thermally conductive composition through a plurality of slits, such that the anisotropic thermally conductive filler is oriented in the extrusion direction. by extruding a thermally conductive composition containing a polymer, an anisotropic thermally conductive filler and a filler through an extruder, such that in an extrusion molded product extruded by the extruder, the anisotropic thermally conductive filler is oriented along the extrusion direction; curing the extrusion molded product to form a cured object; and cutting the cured object in a direction perpendicular to the extrusion direction into a given thickness with an ultrasonic cutter, characterized in that the extruding includes passing of the thermally conductive composition through a plurality of slits, such that the anisotropic thermally conductive filler is oriented in the extrusion direction.
A generator load state detection method, wherein the method comprises: acquiring the load power of a target generator, wherein the target generator is connected to a load with a set of cables, the target generator is in load control mode and the load power is used to represent the actual output power of the target generator; acquiring the target output power of the target generator, wherein the target output power is used to represent the power required by the target generator to output in load control mode; calculating the difference between the load power and the target output power as a power imbalance value; characterised by determining if an unexpected load interruption of the target generator happens according to the power imbalance value. acquiring the load power of a target generator, wherein the target generator is connected to a load with a set of cables, the target generator is in load control mode and the load power is used to represent the actual output power of the target generator; acquiring the target output power of the target generator, wherein the target output power is used to represent the power required by the target generator to output in load control mode; calculating the difference between the load power and the target output power as a power imbalance value; characterised by determining if an unexpected load interruption of the target generator happens according to the power imbalance value.
A circuit body for being assembled to a battery assembly in which electrodes of a plurality of battery cells are arranged in two rows and two or more electrodes adjacent to each other in each row are connected by a conductive member (20A, 20B), comprising: a plurality of conductors and a substrate (31, 32, 33) which has flexibility and is provided with the plurality of conductors, and wherein the substrate (31, 32, 33) includes a battery wiring portion (31a, 32a, 33a) which is routed along each row of the electrodes and where one ends of the plurality of conductors can respectively be connected to the conductive members (20A, 20B), and a connector connection portion (31c, 32c, 33c) where the other ends of the plurality of conductors can be connected to a connector, characterized in that a part of the substrate (31, 32, 33) is overlapped in the connector connection portion (31c, 32c, 33c), so that an arrangement order of the other ends of the conductors corresponds to the potential order of the conductive members (20A, 20B) connected to the conductors. a plurality of conductors and a substrate (31, 32, 33) which has flexibility and is provided with the plurality of conductors, and wherein the substrate (31, 32, 33) includes a battery wiring portion (31a, 32a, 33a) which is routed along each row of the electrodes and where one ends of the plurality of conductors can respectively be connected to the conductive members (20A, 20B), and a connector connection portion (31c, 32c, 33c) where the other ends of the plurality of conductors can be connected to a connector, characterized in that a part of the substrate (31, 32, 33) is overlapped in the connector connection portion (31c, 32c, 33c), so that an arrangement order of the other ends of the conductors corresponds to the potential order of the conductive members (20A, 20B) connected to the conductors.
A method of making an acellular matrix glue comprising the steps of: providing an acellular matrix; adding the acellular matrix to an aqueous solution to provide a mixture; and incubating the mixture for a time in the range of 10 minutes to 48 hours at a temperature in the range of 70°C to 100°C to form an acellular matrix glue. providing an acellular matrix; adding the acellular matrix to an aqueous solution to provide a mixture; and incubating the mixture for a time in the range of 10 minutes to 48 hours at a temperature in the range of 70°C to 100°C to form an acellular matrix glue.
A method of providing a destination location to a navigation device (105, 655) comprising: receiving a telephone call at a server (125, 605); the server (125, 605) acquiring or ascertaining the caller's location using the caller-ID; generating the destination location from the telephone call using the caller's location; wirelessly transmitting the destination location from the server (125, 605) to a plurality of navigation devices (105, 655) for generating a route based on the destination location [orig. A3]. receiving a telephone call at a server (125, 605); the server (125, 605) acquiring or ascertaining the caller's location using the caller-ID; generating the destination location from the telephone call using the caller's location; wirelessly transmitting the destination location from the server (125, 605) to a plurality of navigation devices (105, 655) for generating a route based on the destination location [orig. A3].
Device for reducing waterborne sound, wherein the device has at least one holding device and at least one hydro sound damper comprising a support structure and sound-reducing elements attached thereon, wherein the device has a transport housing for storing and transporting at least one hydro sound damper which is located in a contracted functioning position, wherein a first end of the hydro sound damper is attached to the transport housing, and the transport housing is connected by a support device to the holding device, which is connected to a working apparatus, and is movable relative thereto, wherein the support device comprises at least one cable winch with a support cable and/or a motor-driven drum, characterized in that at least one cable winch and/or the drum is attached to the transport housing.
A method for detecting a wind gust that affects a wind turbine, wherein the wind turbine comprises two or more blades which are coupled to a connection means so that the blades are essentially arranged in a common plane, the method comprising: measuring an event that at least one blade is at least partially out of the plane, thereby obtaining a measurement signal (M-A); providing the measurement signal (M-A) as a measurement input signal to an evaluation algorithm, wherein the evaluation algorithm comprises a likelihood estimation; providing a reference mean value and a reference standard deviation value, together with the measurement input signal, to the evaluation algorithm; elaborating a detection result from the measurement input signal, the reference mean value, and the reference standard deviation value using the evaluation algorithm; and comparing the detection result with a predefined wind gust threshold value (h) to determine, if a wind gust is detected. measuring an event that at least one blade is at least partially out of the plane, thereby obtaining a measurement signal (M-A); providing the measurement signal (M-A) as a measurement input signal to an evaluation algorithm, wherein the evaluation algorithm comprises a likelihood estimation; providing a reference mean value and a reference standard deviation value, together with the measurement input signal, to the evaluation algorithm; elaborating a detection result from the measurement input signal, the reference mean value, and the reference standard deviation value using the evaluation algorithm; and comparing the detection result with a predefined wind gust threshold value (h) to determine, if a wind gust is detected.
A threaded fastener (100, 200, 300) comprising: a first end, a second end, and a threaded portion extending between the first end and the second end, wherein the fastener has a longitudinal axis extending through the fastener from the first end to the second end, and a normal axis extending perpendicular to the longitudinal axis, and wherein the threaded portion has a thread defined by, in series, a crest portion oriented at an angle (δ) of -5° to 5° relative to the longitudinal axis, a leading flank (204, 304) oriented at an angle (α) of 30° to 40° relative to the normal axis, a root portion (206, 306) oriented at an angle (ρ) of 22° to 32° relative to the longitudinal axis, and a trailing flank (208, 308) oriented at angle (β) of 17° to 27° relative to the normal axis. a first end, a second end, and a threaded portion extending between the first end and the second end, wherein the fastener has a longitudinal axis extending through the fastener from the first end to the second end, and a normal axis extending perpendicular to the longitudinal axis, and wherein the threaded portion has a thread defined by, in series, a crest portion oriented at an angle (δ) of -5° to 5° relative to the longitudinal axis, a leading flank (204, 304) oriented at an angle (α) of 30° to 40° relative to the normal axis, a root portion (206, 306) oriented at an angle (ρ) of 22° to 32° relative to the longitudinal axis, and a trailing flank (208, 308) oriented at angle (β) of 17° to 27° relative to the normal axis. a crest portion oriented at an angle (δ) of -5° to 5° relative to the longitudinal axis, a leading flank (204, 304) oriented at an angle (α) of 30° to 40° relative to the normal axis, a root portion (206, 306) oriented at an angle (ρ) of 22° to 32° relative to the longitudinal axis, and a trailing flank (208, 308) oriented at angle (β) of 17° to 27° relative to the normal axis.
Method for locating a radio tag whose position is unknown, wherein, from among a group of radio tags (T1-T18), which, in terms of radio communication, are associated with a single access point, a locating signal (On): a) either is sent out by means of one or multiple radio tags (T1-T6, T10-T12, T16, T18) whose position(s) is/are known, and is received by the radio tag whose position is unknown, b) or is sent out by means of the radio tag whose position is unknown, and received by one or multiple radio tags (T1-T6, T10-T12, T16, T18) whose position(s) is/are known, and, in both cases (a), (b), the reception quality (Qn) of the locating signal (On) at the radio tag (T1-T6, T10-T12, T16, T18; T17) receiving the locating signal (On) is determined and provided to narrow down the position of the radio tag whose position is unknown, characterized in that, when a radio tag whose position is unknown has been located, a number of radio tags (T1-T6, T10-T12, T16, T18) whose positions are known and which are positioned adjacent to the located radio tag are caused to indicate the location of the radio tag whose position had been unknown in their environment with the help of their display devices, e.g., by displaying a symbol, such as a circle, or by means of a flashing behaviour. a) either is sent out by means of one or multiple radio tags (T1-T6, T10-T12, T16, T18) whose position(s) is/are known, and is received by the radio tag whose position is unknown, b) or is sent out by means of the radio tag whose position is unknown, and received by one or multiple radio tags (T1-T6, T10-T12, T16, T18) whose position(s) is/are known, and, in both cases (a), (b), the reception quality (Qn) of the locating signal (On) at the radio tag (T1-T6, T10-T12, T16, T18; T17) receiving the locating signal (On) is determined and provided to narrow down the position of the radio tag whose position is unknown, characterized in that, when a radio tag whose position is unknown has been located, a number of radio tags (T1-T6, T10-T12, T16, T18) whose positions are known and which are positioned adjacent to the located radio tag are caused to indicate the location of the radio tag whose position had been unknown in their environment with the help of their display devices, e.g., by displaying a symbol, such as a circle, or by means of a flashing behaviour.
A synchronizer unit for a manual transmission, in particular of a motor vehicle, comprising a hub which is adapted to be connected to a gear shaft for joint rotation therewith and includes a circumferentially continuous external toothing, a sliding sleeve which is received on the external toothing of the hub for displacement in the axial direction, but so as to be coupled to prevent relative rotation in the circumferential direction, at least one synchronizer ring (50, 54; 70) which includes a preferably cone-shaped friction surface for friction coupling of the synchronizer ring to a speed change gear (3, 4) of the manual transmission and is adapted to be actuated by the sliding sleeve, and a spring ring (22, 24) which is arranged at an axial side of the external toothing of the hub and is configured to lock the sliding sleeve in a neutral position, wherein the spring ring (22, 24) rests against a face side of the sliding sleeve and is operatively arranged between the sliding sleeve and the synchronizer ring (50, 54; 70).