mhurhangee/ep-ind-claims huggingface dataset:
A multiple-voltage producing circuit to produce multiple voltage rails, comprising: a first voltage regulator to convert an input voltage to a first output voltage at a first output; a second voltage regulator to convert the input voltage to a second output voltage at a second output, wherein the second output voltage is to be less than the first output voltage prior to a first time; a detection circuit to detect a loss of the input voltage and to generate a signal in response to said loss at the first time; and characterised by a sequence control circuit connected between the first output and the second output; wherein the sequence control circuit includes a switch to connect the first output to the second output through a resistor, resultant to said signal. a first voltage regulator to convert an input voltage to a first output voltage at a first output; a second voltage regulator to convert the input voltage to a second output voltage at a second output, wherein the second output voltage is to be less than the first output voltage prior to a first time; a detection circuit to detect a loss of the input voltage and to generate a signal in response to said loss at the first time; and characterised by a sequence control circuit connected between the first output and the second output; wherein the sequence control circuit includes a switch to connect the first output to the second output through a resistor, resultant to said signal.
An apparatus for parsing a bitstream of a video sequence encoded at least partially with a variable length code and including data units carrying encoded slices (31, 32, 41, 42, 43, 44,... 4m) of video images (300, 400), the apparatus comprising a parser for extracting from the bitstream: a dependency indication which is a syntax element indicating for a slice in the slice header whether the slice is a dependent slice for which the variable length decoding of the slice depends on other slices or not, a dependent slices enabling flag included within a parameter set for a plurality of slices and indicating whether or not dependent slices (42, 43, 44) can be included within the bitstream or not, and a slice address indicating the position within the bitstream at which the slice starts; characterized in that the dependency indication is signaled within the slice header before the slice address and after a syntax element identifying the parameter set. a dependency indication which is a syntax element indicating for a slice in the slice header whether the slice is a dependent slice for which the variable length decoding of the slice depends on other slices or not, a dependent slices enabling flag included within a parameter set for a plurality of slices and indicating whether or not dependent slices (42, 43, 44) can be included within the bitstream or not, and a slice address indicating the position within the bitstream at which the slice starts; characterized in that the dependency indication is signaled within the slice header before the slice address and after a syntax element identifying the parameter set.
Hand-guided floor treatment device having a bottom part (3, 3a) which includes at least one tool (11, 11 a) which is rotatable on a floor by means of a drive, and having a guide part (2, 2a) which includes at least one handle and is connected to the bottom part (3, 3a) by means of an articulated arrangement (9, 9a), which articulation is designed such that the guide part (2, 2a), proceeding from a perpendicular, is pivotable in relation to the perpendicular to angular positions revolving in all directions and is operatively connected to the bottom part (3, 3a) so as to transmit torque in an angularly limited manner in any angular position in relation to the perpendicular, wherein the floor treatment device is implemented as a wet cleaning machine, in particular as a scrubber-drier machine (1, 1 a), and comprises a suction strip arrangement (12, 12a) which - when viewed in the direction of propulsion - is arranged behind the rotatable tool (11, 11a) and in operation rests on the floor, characterized in that the at least one rotatable tool (11, 11 a) is arranged on the bottom part (3, 3a) in such a manner that, when the floor treatment device (1, 1 a) is operating, the at least one rotatable tool (11, 11 a) exerts permanent linear propulsion on the bottom part (3, 3a), and in that a suction drive (6, 6a) for the suction strip arrangement (12, 12a) is incorporated in the guide part (2, 2a).
An apparatus for providing connection information required by a provisioning device to establish a wireless connection between the provisioning device and a networkable device (1..3), the apparatus comprising a processor configured to store, for each of a plurality of networkable devices (1..3), a unique identification code and the connection information assigned to the respective unique identification code, obtain an order for a certain number of pieces of the networkable devices (1..3), identify the unique identification code for each piece to be delivered in response to the order, generate, for the order, access information to access only the connection information assigned to the unique identification codes that have been identified, and provide the access information, and receive a request including the generated access information, and provide the connection information assigned to the received access information. store, for each of a plurality of networkable devices (1..3), a unique identification code and the connection information assigned to the respective unique identification code, obtain an order for a certain number of pieces of the networkable devices (1..3), identify the unique identification code for each piece to be delivered in response to the order, generate, for the order, access information to access only the connection information assigned to the unique identification codes that have been identified, and provide the access information, and receive a request including the generated access information, and provide the connection information assigned to the received access information.
A speech sound response device comprising: a microphone configured to acquire sound; a speaker; and a processor configured to: detect a voice in the sound; generate a response to the voice; determine a response volume for outputting the response based on (i) a voice volume of the voice in the sound and (ii) an environmental volume of an environmental sound other than the voice; and control the speaker to output the response at the response volume, the speech sound response device being characterized in that it further comprises a storage device configured to store a plurality of volume functions, wherein each of the plurality of volume functions (i) corresponds to a loudness of the environmental volume of the environmental sound and (ii) relates the response volume to a loudness of the voice volume, and wherein the processor is configured to select one of the plurality of volume functions based on the environmental volume and determine the response volume of the response using the one of the plurality of volume functions based on the voice volume. a microphone configured to acquire sound; a speaker; and a processor configured to: detect a voice in the sound; generate a response to the voice; determine a response volume for outputting the response based on (i) a voice volume of the voice in the sound and (ii) an environmental volume of an environmental sound other than the voice; and control the speaker to output the response at the response volume, the speech sound response device being characterized in that it further comprises a storage device configured to store a plurality of volume functions, wherein each of the plurality of volume functions (i) corresponds to a loudness of the environmental volume of the environmental sound and (ii) relates the response volume to a loudness of the voice volume, and wherein the processor is configured to select one of the plurality of volume functions based on the environmental volume and determine the response volume of the response using the one of the plurality of volume functions based on the voice volume. detect a voice in the sound; generate a response to the voice; determine a response volume for outputting the response based on (i) a voice volume of the voice in the sound and (ii) an environmental volume of an environmental sound other than the voice; and control the speaker to output the response at the response volume, the speech sound response device being characterized in that it further comprises a storage device configured to store a plurality of volume functions, wherein each of the plurality of volume functions (i) corresponds to a loudness of the environmental volume of the environmental sound and (ii) relates the response volume to a loudness of the voice volume, and wherein the processor is configured to select one of the plurality of volume functions based on the environmental volume and determine the response volume of the response using the one of the plurality of volume functions based on the voice volume.
Safety braking system intended for a vehicle with electric traction, in particular a rail vehicle, equipped with a traction chain, the system comprising: a first electric non-safety brake which is integrated in the traction chain, a second safety brake, at least one member for commutation from the first electric brake to the second brake, a monitoring device adapted for monitoring the braking performance of the first brake using data for measurement of the intensity of a current, a decision device for commutating from the first brake to the second brake when a predetermined threshold value is exceeded by the intensity measurement data, and a device for transmitting a commutation command to the at least one commutation member, characterized by the first electric brake comprising in sequence an electromechanical machine adapted for operating as a voltage generator, a traction inverter adapted for being configured as a diode bridge rectifier, an electromechanical commutator for connecting the electromechanical machine to the inverter, a chopper with a chopper brake resistor, the electromechanical commutator forming the member for commutation from the first electric brake to the second brake. a first electric non-safety brake which is integrated in the traction chain, a second safety brake, at least one member for commutation from the first electric brake to the second brake, a monitoring device adapted for monitoring the braking performance of the first brake using data for measurement of the intensity of a current, a decision device for commutating from the first brake to the second brake when a predetermined threshold value is exceeded by the intensity measurement data, and a device for transmitting a commutation command to the at least one commutation member, characterized by the first electric brake comprising in sequence an electromechanical machine adapted for operating as a voltage generator, a traction inverter adapted for being configured as a diode bridge rectifier, an electromechanical commutator for connecting the electromechanical machine to the inverter, a chopper with a chopper brake resistor, the electromechanical commutator forming the member for commutation from the first electric brake to the second brake.
An articulated arm CMM system comprising: an articulated arm comprising a plurality of articulated arm members, a coordinate acquisition member at a distal end, and a base at a proximal end; a first handle comprising electronics the first handle being removably connected to the coordinate acquisition member, characterized by at least one additional handle comprising electronics distinct from the electronics of the first handle, the at least one additional handle being removably connectable to the coordinate acquisition member, wherein a user can change the functionality of the coordinate acquisition member by replacing the first handle with the at least one additional handle. an articulated arm comprising a plurality of articulated arm members, a coordinate acquisition member at a distal end, and a base at a proximal end; a first handle comprising electronics the first handle being removably connected to the coordinate acquisition member, characterized by at least one additional handle comprising electronics distinct from the electronics of the first handle, the at least one additional handle being removably connectable to the coordinate acquisition member, wherein a user can change the functionality of the coordinate acquisition member by replacing the first handle with the at least one additional handle.
A processing device, comprising: an internal wall of a heated or cooled jacket, the internal wall forming an interior space; a rotating rod positioned within the interior space formed by the internal wall; a plurality of baffles spaced apart from one another along the rotating rod and extending away from the rotating rod towards the internal wall, wherein the plurality of baffles are configured to rotate with the rotating rod relative to the internal wall, and wherein the baffles are helical baffles or are constricted with a variable flight spacing and/or pitch; and at least one roller coupled to an edge of at least one of the plurality of baffles with a bracket or coupled to the rotating rod with the bracket, wherein the at least one roller is configured to contact the internal wall, and wherein the at least roller is configured to rotate with the rotating rod. an internal wall of a heated or cooled jacket, the internal wall forming an interior space; a rotating rod positioned within the interior space formed by the internal wall; a plurality of baffles spaced apart from one another along the rotating rod and extending away from the rotating rod towards the internal wall, wherein the plurality of baffles are configured to rotate with the rotating rod relative to the internal wall, and wherein the baffles are helical baffles or are constricted with a variable flight spacing and/or pitch; and at least one roller coupled to an edge of at least one of the plurality of baffles with a bracket or coupled to the rotating rod with the bracket, wherein the at least one roller is configured to contact the internal wall, and wherein the at least roller is configured to rotate with the rotating rod.
A base station interface module included in a distributed antenna system, the base station interface module comprising: a separator configured to separate a base station signal input from a base station into a first base station signal and a second base station signal by dividing power of the base station signal; a pre-compensator configured to compensate for at least one of an amplitude and a phase of the first base station signal based on a preset compensation value; a first attenuator configured to attenuate the first base station signal compensated by the pre-compensator and to output the attenuated first base station signal to the distributed antenna system; and a second attenuator configured to attenuate the second base station signal and to terminate the attenuated second base station signal. a separator configured to separate a base station signal input from a base station into a first base station signal and a second base station signal by dividing power of the base station signal; a pre-compensator configured to compensate for at least one of an amplitude and a phase of the first base station signal based on a preset compensation value; a first attenuator configured to attenuate the first base station signal compensated by the pre-compensator and to output the attenuated first base station signal to the distributed antenna system; and a second attenuator configured to attenuate the second base station signal and to terminate the attenuated second base station signal.
Connecting element for the assembly of a multipole line circuit breaker unit comprising circuit breakers (101, 101', 101", 101"') which are arranged in a row, comprising a rail which engages over the toggle switches of the circuit breakers (101, 101', 101'', 101'''), which are arranged in a row, together, characterized in that the rail has a respective guide lug (12, 12') at each of its free ends, it being possible for the said guide lugs to be held in a pivotable manner on the housing of one of the circuit breakers (101, 101', 101'', 101''').
Method for predicting a fuel quality of a fuel, which is supplied in gaseous form to an internal combustion engine, at a future time or determining the development of the fuel quality of the fuel remaining in a pressure vessel over time, wherein the fuel is an at least partially liquefied fuel stored in the pressure vessel, wherein, when a limit pressure is reached, the pressure vessel is depressurized to an environment via a safety device by way of a gaseous component of the fuel being removed from the pressure vessel; wherein the method comprises at least the following step: (a) determining the fuel quality of the fuel stored in the pressure vessel, taking into account at least one ongoing discharge of a gaseous component of the fuel via the safety device, wherein a forecast relating to a quantity of the gaseous component of the fuel to be discharged via the safety device at a future time is taken into account. (a) determining the fuel quality of the fuel stored in the pressure vessel, taking into account at least one ongoing discharge of a gaseous component of the fuel via the safety device, wherein a forecast relating to a quantity of the gaseous component of the fuel to be discharged via the safety device at a future time is taken into account.
An electronic device (49, 70) comprising: - a communication module adapted to receive signals sent by a near field communication NFC reader and adapted to send signals addressed to the NFC reader, characterized in that the electronic device comprises: - a detector coupled to the communication module and adapted to detect load-modulated signals sent by nearby tags among received signals, and to prevent the communication module from sending a signal when the detector detects a load-modulated signal. - a communication module adapted to receive signals sent by a near field communication NFC reader and adapted to send signals addressed to the NFC reader, - a detector coupled to the communication module and adapted to detect load-modulated signals sent by nearby tags among received signals, and to prevent the communication module from sending a signal when the detector detects a load-modulated signal.
2,2'-Dithio-bis-ethane sulfonate or a pharmaceutically acceptable salt thereof, for use in mitigating or preventing chemotherapy-induced anemia in a patient, wherein the patient suffers from lung cancer or adenocarcinoma and is treated with a taxane medicament and/or cisplatin.
Ultrasonic transducer having a piezo element and a switching regulator for generating a control voltage (U S) in the form of an AC voltage for the piezo element which, on the basis of the control voltage (U S), generates and emits a measurement signal (U RS), the switching regulator comprising a voltage supply, an evaluation and control unit, two changeover units (16, 18) and an inductor coil, either the voltage supply or the piezo element being connected to the inductor coil via the changeover units (16, 18), a compensation inductance for receiving operation being arranged in parallel with the piezo element, a receiving amplifier amplifying an echo signal (U RE) received in response to the measurement signal (U RS) and outputting it as an output signal (U out).
Plant network for the production of mineral building materials with a kiln for the production of mineral building materials, a cooler for cooling the mineral building materials, and a gas pipe system for gases produced during the manufacture of mineral building materials, characterised in that the plant network has a chemical plant connected to the gas pipework system, in which chemical products are produced from the supplied gas volume flows, the gas volume flows containing components of the end product, and/or a biotechnology plant, in which the gases are fermented, and the gas pipework system has at least one controllable gas diverter for dividing the gas flows supplied to the chemical plant and/or biotechnology plant and a hydrogen production plant and an H 2 gas pipework system for hydrogen-containing gas flows emitted from the hydrogen production plant, wherein the gas line system is connected in the flow direction upstream and/or downstream of the controllable gas diverter to the H 2 gas line system via a mixing device for producing a mixed gas comprising gases arising from the production of the mineral building materials and from the plant for hydrogen production. a kiln for the production of mineral building materials, a cooler for cooling the mineral building materials, and a gas pipe system for gases produced during the manufacture of mineral building materials, characterised in that the plant network has a chemical plant connected to the gas pipework system, in which chemical products are produced from the supplied gas volume flows, the gas volume flows containing components of the end product, and/or a biotechnology plant, in which the gases are fermented, and the gas pipework system has at least one controllable gas diverter for dividing the gas flows supplied to the chemical plant and/or biotechnology plant and a hydrogen production plant and an H 2 gas pipework system for hydrogen-containing gas flows emitted from the hydrogen production plant, wherein the gas line system is connected in the flow direction upstream and/or downstream of the controllable gas diverter to the H 2 gas line system via a mixing device for producing a mixed gas comprising gases arising from the production of the mineral building materials and from the plant for hydrogen production.
An imaging unit comprising: an optical element into which light is inputted; an imaging chip, into which light from the optical element is inputted, that images a subject; a substrate on which the imaging chip is arranged; a surrounding portion that is arranged outward from the imaging chip in the substrate, and includes a first member that is arranged between the optical element and the substrate and a second member that protrudes from the first member in an outside direction of the optical element, the first member including at least resin material and the second member including at least a resin and a metal material, wherein the surrounding portion includes an attaching portion that connects the second member to another structure that is arranged frontward from the optical element, and the thickness of the second member is less than the thickness of the first member in a light incident direction from the optical element toward the imaging chip. an optical element into which light is inputted; an imaging chip, into which light from the optical element is inputted, that images a subject; a substrate on which the imaging chip is arranged; a surrounding portion that is arranged outward from the imaging chip in the substrate, and includes a first member that is arranged between the optical element and the substrate and a second member that protrudes from the first member in an outside direction of the optical element, the first member including at least resin material and the second member including at least a resin and a metal material, wherein the surrounding portion includes an attaching portion that connects the second member to another structure that is arranged frontward from the optical element, and the thickness of the second member is less than the thickness of the first member in a light incident direction from the optical element toward the imaging chip.