mhurhangee/ep-ind-claims huggingface dataset:
A method for causing reset of a computer-based device, said method comprising the ordered steps of: (a) starting a device resetting process when resetting has been determined to be desirable; (b) as a part of said device resetting process, providing (408, 410) a user option for either: (i) resetting the device and ending said device resetting process, or (ii) continuing further use of the device without resetting it; (c) using a notification counter to track the number of times the user option has been provided; (d) waiting for an amount of time before repeating steps b to d until, if a user option to reset the device has not yet been taken and if the notification counter reaches a maximum number, forcing (504, 412) device reset to occur before ending said resetting process and permitting further use of the device. (a) starting a device resetting process when resetting has been determined to be desirable; (b) as a part of said device resetting process, providing (408, 410) a user option for either: (i) resetting the device and ending said device resetting process, or (ii) continuing further use of the device without resetting it; (c) using a notification counter to track the number of times the user option has been provided; (d) waiting for an amount of time before repeating steps b to d until, if a user option to reset the device has not yet been taken and if the notification counter reaches a maximum number, forcing (504, 412) device reset to occur before ending said resetting process and permitting further use of the device.
A programmable logic controller (PLC, 10), configured to be coupled to an input field device and an output field device of a regulated technical installation, said PLC comprising - a processor, - a computer-readable memory, - an input device that receives measurements of a controlled parameter (y) of the installation from the input field device, - a control program, which is stored on a computer-readable memory and which, when executed on the processor, uses the measurement of the controlled parameter (y) to produce in real time a control output (u), - an output device for submitting control output (u) to the output field device for influencing the controlled parameter (y), wherein the control program further comprises - a dynamic model of the installation given through differential equations in state space form, which is stored in a computer-readable memory; - a cost function J(x, u, t, t N), which is stored in a computer-readable memory, mapping the state (x) of the installation model and the control output (u) onto a cost number, said cost number being associated with a predetermined target of an optimal control problem related to the technical installation, - a finite horizon optimization control program, using a numerical minimization algorithm, which is stored in a computer-readable memory and which, when executed on the processor, minimizes the cost function over a short, fixed time horizon of a small number of N steps in the future, wherein the control program further uses the minimized cost function to produce in real time the control output (u), and wherein the finite horizon optimization control program is configured to partition the optimal control problem in to a sparse static optimization problem at each of the N time steps. - a processor, - a computer-readable memory, - an input device that receives measurements of a controlled parameter (y) of the installation from the input field device, - a control program, which is stored on a computer-readable memory and which, when executed on the processor, uses the measurement of the controlled parameter (y) to produce in real time a control output (u), - an output device for submitting control output (u) to the output field device for influencing the controlled parameter (y), wherein the control program further comprises - a dynamic model of the installation given through differential equations in state space form, which is stored in a computer-readable memory; - a cost function J(x, u, t, t N), which is stored in a computer-readable memory, mapping the state (x) of the installation model and the control output (u) onto a cost number, said cost number being associated with a predetermined target of an optimal control problem related to the technical installation, - a finite horizon optimization control program, using a numerical minimization algorithm, which is stored in a computer-readable memory and which, when executed on the processor, minimizes the cost function over a short, fixed time horizon of a small number of N steps in the future,
A surge arrester comprising a first and a second electric terminal (1, 2) for connection to the active leads of an electric plant, between which a protection element is inserted, provided with a pair of electrodes, between said first electric terminal and the electrode of the protection element a disconnector being provided which comprises a conductive, resilient, flexible lamina having a base end electrically wired to said first electric terminal and a distal end maintained electrically connected to said electrode by a welding of a low-melt conductive material, wherein said lamina is mounted elastically biased according to a direction so as to push said distal end away from said electrode and characterised in that said lamina is made with a thickness below 0.5 mm and of a conductive material with a conductivity below that of copper IACS (International Annealed Copper Standard) < 60 such as to melt/sublimate following heating by Joule effect upon the passing of a short-circuit current.
A method for relaying Public Warning System, PWS, messages, the method comprising: receiving, at a relay user equipment, UE, (210, 320), a PWS message from a base station, wherein the relay UE receives the PWS message from the base station over a first communication technology; generating (404, 1404), by the relay UE, a first output message comprising all or part of the PWS message, the first output message including at least a first parameter and a second parameter, wherein the first parameter is used to indicate that the PWS message corresponds to a certain type of warning message, wherein the second parameter is used to distinguish between different PWS messages, and wherein the first parameter and the second parameter are based on the PWS message; and transmitting (306, 406, 1406), by the relay UE, the first output message to a remote UE, wherein the relay UE transmits the first output message to the remote UE over a second communication technology, the second communication technology being different from the first communication technology. receiving, at a relay user equipment, UE, (210, 320), a PWS message from a base station, wherein the relay UE receives the PWS message from the base station over a first communication technology; generating (404, 1404), by the relay UE, a first output message comprising all or part of the PWS message, the first output message including at least a first parameter and a second parameter, wherein the first parameter is used to indicate that the PWS message corresponds to a certain type of warning message, wherein the second parameter is used to distinguish between different PWS messages, and wherein the first parameter and the second parameter are based on the PWS message; and transmitting (306, 406, 1406), by the relay UE, the first output message to a remote UE, wherein the relay UE transmits the first output message to the remote UE over a second communication technology, the second communication technology being different from the first communication technology.
Spark-gap of an electric arc generation device, comprising: - a first body carrying a first electrode support associated with a first electrode having a first electrode end, - a second body carrying a second electrode support associated with a second electrode positioned facing the first electrode end, and - a metal connecting arm connecting the first body to the second body, the first body and the second body having a generally cylindrical outer shape and being aligned with the same longitudinal axis, characterised in that the first electrode end is offset with respect to the longitudinal axis at the side opposite to the connecting arm. - a first body carrying a first electrode support associated with a first electrode having a first electrode end, - a second body carrying a second electrode support associated with a second electrode positioned facing the first electrode end, and - a metal connecting arm connecting the first body to the second body, the first body and the second body having a generally cylindrical outer shape and being aligned with the same longitudinal axis,
Shelf comprising a rectangular lower part and a rectangular upper part which can be placed or is placed on top of the lower part, both of which have at each of their corners rectangular corner recesses (11, 21) for shelf posts, wherein the lower part is a sheet metal part having a rectangular bottom surface except for the corner recesses and having four side walls which are each angled upwards at right angles from the bottom surface, wherein the lower part is reinforced in the region of the corner recesses in each case by means of a W-shaped step profile, the two outer legs of which are fastened to the lower part and the two inner legs of which follow the right-angled corner contour of the corner recess and terminate flush with the corner contour of the corner recess or project outwards beyond the corner contour, and wherein at least one of the two inner legs has a fastening opening.
A photoelectric composite module comprising: a first connecting member having an outer frame having a tubular shape; and a plurality of contacts provided in an interior of the outer frame; a first printed circuit board on which a photoelectric converter to which at least one optical fiber is connected is mounted, wherein the first printed circuit board is configured to act as a relay between the contacts and the photoelectric conversion element and the photoelectric converter is configured to convert an electrical signal into an optical signal, a second printed circuit board to which electrical wires are connected and which is configured to act as a relay between the contacts and the electrical wires, the first printed circuit board on which the photoelectric converter is mounted and the second printed circuit board to which the electrical wires are connected being three-dimensionally arranged in different planes; and wherein at least a part of the first printed circuit board and at least a part of the second printed circuit board are arranged in an overlapping manner. a first connecting member having an outer frame having a tubular shape; and a plurality of contacts provided in an interior of the outer frame; a first printed circuit board on which a photoelectric converter to which at least one optical fiber is connected is mounted, wherein the first printed circuit board is configured to act as a relay between the contacts and the photoelectric conversion element and the photoelectric converter is configured to convert an electrical signal into an optical signal,
A system for transmitting a GPS receiver code-phase search range to an integrated GPS/wireless terminal unit operating in a wireless network, said system comprising: a receiver operable to generate a GPS time reference; means (52, 56, 58) for obtaining a location reference for the GPS/wireless terminal unit; a controller operable to calculate a GPS code-phase search range with reference to a base station geographic location, the wireless coverage area, an angle (φ) between a vector extending from the base station to a GPS satellite and a vector extending from the base station to the GPS/wireless terminal unit, said GPS time reference and the estimated wireless signal propagation delay within said coverage area, in which the code-phase search range size is calculated based on a variance of a positioning error of said location reference and a variance of the estimated terminal unit time bias obtained based on information concerning measurement statistics and cross correlation between said positioning error and said time bias; and a transmitter coupled to said controller and operable to transmit said calculated GPS code search range. a receiver operable to generate a GPS time reference; means (52, 56, 58) for obtaining a location reference for the GPS/wireless terminal unit; a controller operable to calculate a GPS code-phase search range with reference to a base station geographic location, the wireless coverage area, an angle (φ) between a vector extending from the base station to a GPS satellite and a vector extending from the base station to the GPS/wireless terminal unit, said GPS time reference and the estimated wireless signal propagation delay within said coverage area, in which the code-phase search range size is calculated based on a variance of a positioning error of said location reference and a variance of the estimated terminal unit time bias obtained based on information concerning measurement statistics and cross correlation between said positioning error and said time bias; and a transmitter coupled to said controller and operable to transmit said calculated GPS code search range.
An installation having a holding means, which receives a primary conductor laid in an elongated manner, which is laid as a linear conductor arranged in an elongated manner, wherein receptacles having a respective secondary part are each arranged in stacks in the installation and the receptacles of each stack are arranged stacked on top of one another along the primary conductor, wherein the primary conductor designed as a linear conductor extends along a path along which the receptacles with their secondary parts are arranged, wherein each receptacle has an electrical load which may be supplied from a secondary winding which may be inductively coupled to the primary conductor, wherein the secondary winding is surrounded by a housing part, at least partially forming a housing, wherein the receptacle has a wall, i.e. a housing wall, which has a cutout in which the housing part is arranged and tightly connected to the wall, wherein the secondary part covers the cutout so that the housing of the secondary part also assumes a housing function for the receptacle.
A method for determining the identity of an individual animal in a population of animals with known identity, the method comprising the steps of: - acquiring at least one image of the back of a preselected animal, and - extracting data from said at least one image relating to the anatomy of the back and/or topology of the back of the preselected animal, the method characterized by - comparing and/or matching said extracted data against reference data corresponding to the anatomy of the back and/or topology of the back of the animals with known identity, thereby identifying the preselected animal. - acquiring at least one image of the back of a preselected animal, and - extracting data from said at least one image relating to the anatomy of the back and/or topology of the back of the preselected animal, the method characterized by - comparing and/or matching said extracted data against reference data corresponding to the anatomy of the back and/or topology of the back of the animals with known identity, thereby identifying the preselected animal.
Assembly of a synthetic cylindrical pipe and a pipe coupling for connecting to the synthetic pipe, wherein the pipe coupling comprises an insertion part having an insertion opening for in an insertion direction inserting the synthetic pipe into the pipe coupling, wherein the insertion part comprises a synthetic casing that is provided with a circumferential insertion wall into which the pipe fits, wherein via a first diameter step the insertion wall merges into a first circumferential accommodation wall having a larger inside diameter than the insertion wall, wherein the first accommodation wall bounds a first rebate, wherein the insertion part comprises a grip ring that is accommodated in the first rebate and that engages around the inserted pipe and that can be moved in the insertion direction in the first rebate between a first position in which the pipe can be inserted through the grip ring towards the insertion wall, and a second position closer towards the insertion opening in which the grip ring fixedly engages around and onto the inserted pipe, wherein the first accommodation wall merges into a circumferential confining wall having an inside diameter that decreases towards the insertion opening, wherein the insertion part comprises a circumferential seal within the confining wall, which seal engages around and onto the pipe, wherein the insertion part is provided with a pinching ring extending around the grip ring, wherein the pinching ring is provided with an inner surface that is oriented towards the grip ring and obliquely oriented to the insertion direction, wherein upon moving from the first position to the second position the inner surface urges the grip ring into fixed engagement onto the pipe, characterized in that the pinching ring and the seal are connected to one another or form one unity, wherein the pinching ring and the seal form one separate insert piece that is placed in the casing.
A cable for a vehicle, comprising an electrical conductor and an insulating layer surrounding the electrical conductor, and a cooling circuit (13, 13') arranged inside said electrical conductor, said cooling circuit (13, 13') comprising a first conduit and a second conduit arranged inside said electrical conductor so as to form a cooling circuit in which a fluid circulates inside the electrical conductor, the first and second conduits comprise fluid inlets and outlets, the first conduit forming an outward circuit for the fluid and the second conduit forming a return circuit for the fluid within the cooling circuit (13, 13'), the second conduit being arranged inside the first conduit, characterized in that the cable comprises a terminal hydraulic connector disposed at the inner end of the cooling circuit to enable the first conduit to be closed off, the second conduit terminating freely downstream of the connector in the return direction of the fluid within the second conduit.
A method of communicating with a wireless communication device, comprising: receiving an orthogonal frequency division multiple access, OFDMA, modulated signal transmitted from a multiple input/multiple output, MIMO, antenna system; demodulating the OFDMA signal to produce a resource block in a form of an 18*7 matrix representing 18 subcarriers and 7 OFDMA symbols; said method being characterized by: detecting pilot symbols of four streams, wherein each of the four streams is transmitted from a different one of four antennas, the pilot symbols being distributed across only four of the 7 OFDMA symbols, wherein within each OFDMA symbol containing pilot symbols, a first and a second occurring pilot symbol are separated by 4 subcarriers, the second and a third occurring pilot symbol are separated by 6 subcarriers, and the third and a fourth occurring pilot symbols are separated by 4 subcarriers; and performing channel estimation based on the detected pilot symbols. receiving an orthogonal frequency division multiple access, OFDMA, modulated signal transmitted from a multiple input/multiple output, MIMO, antenna system; demodulating the OFDMA signal to produce a resource block in a form of an 18*7 matrix representing 18 subcarriers and 7 OFDMA symbols; said method being characterized by: detecting pilot symbols of four streams, wherein each of the four streams is transmitted from a different one of four antennas, the pilot symbols being distributed across only four of the 7 OFDMA symbols, wherein within each OFDMA symbol containing pilot symbols, a first and a second occurring pilot symbol are separated by 4 subcarriers, the second and a third occurring pilot symbol are separated by 6 subcarriers, and the third and a fourth occurring pilot symbols are separated by 4 subcarriers; and performing channel estimation based on the detected pilot symbols. detecting pilot symbols of four streams, wherein each of the four streams is transmitted from a different one of four antennas, the pilot symbols being distributed across only four of the 7 OFDMA symbols, wherein within each OFDMA symbol containing pilot symbols, a first and a second occurring pilot symbol are separated by 4 subcarriers, the second and a third occurring pilot symbol are separated by 6 subcarriers, and the third and a fourth occurring pilot symbols are separated by 4 subcarriers; and performing channel estimation based on the detected pilot symbols.
Measuring pickup having a temperature sensor for detecting a temperature measurement value and having a moisture sensor for detecting a moisture measurement value, comprising - a main body which extends in an elongate manner between a proximal end and a distal end of the measuring pickup along one direction of extent; - an interface which is arranged at the proximal end and is designed to output a data signal which is indicative of the moisture and to receive a supply signal for heating the moisture sensor; - an electronics system which is arranged on the main body and is mounted downstream of the interface in the direction of extent and is coupled to the temperature sensor and to the moisture sensor, wherein the electronics system is designed to provide the data signal depending on the temperature measurement value and the moisture measurement value; wherein: - the moisture sensor is arranged at the distal end; and the temperature sensor comprises an ambient temperature sensing device which is spaced apart from the moisture sensor by a portion of the main body, characterized in that the ambient temperature sensing device is arranged between the electronics system, which is mounted downstream of the interface at the proximal end in the direction of extent, and the distal end with the moisture sensor, wherein the main body has a first cutout which frames the ambient temperature sensing device. - a main body which extends in an elongate manner between a proximal end and a distal end of the measuring pickup along one direction of extent; - an interface which is arranged at the proximal end and is designed to output a data signal which is indicative of the moisture and to receive a supply signal for heating the moisture sensor; - an electronics system which is arranged on the main body and is mounted downstream of the interface in the direction of extent and is coupled to the temperature sensor and to the moisture sensor, wherein the electronics system is designed to provide the data signal depending on the temperature measurement value and the moisture measurement value; - the moisture sensor is arranged at the distal end; and the temperature sensor comprises an ambient temperature sensing device which is spaced apart from the moisture sensor by a portion of the main body,