mhurhangee/ep-ind-claims huggingface dataset:
A method for decoding an audio signal having an audio bandwidth extending beyond an audio bandwidth of a CELP excitation signal in an audio decoder including a CELP-based decoder element, the method comprising: obtaining a second excitation signal having an audio bandwidth extending beyond the audio bandwidth of the CELP excitation signal; obtaining a set of signals by filtering the second excitation signal with a set of bandpass filters; scaling the set of signals based on energy at an output of the set of bandpass filters in the audio decoder, the energy at the output of the set of bandpass filters in the audio decoder determined by an energy measurement interval based on a pitch period, T, of the CELP-based decoder element; and obtaining a composite output signal by combining the scaled set of signals with a signal based on the audio signal decoded by the CELP-based decoder element. obtaining a second excitation signal having an audio bandwidth extending beyond the audio bandwidth of the CELP excitation signal; obtaining a set of signals by filtering the second excitation signal with a set of bandpass filters; scaling the set of signals based on energy at an output of the set of bandpass filters in the audio decoder, the energy at the output of the set of bandpass filters in the audio decoder determined by an energy measurement interval based on a pitch period, T, of the CELP-based decoder element; and obtaining a composite output signal by combining the scaled set of signals with a signal based on the audio signal decoded by the CELP-based decoder element.
Ink for an ink jet printer, comprising a glass composite, resin, and a conducting agent, the glass composite comprising Ag 2 O, V 2 O 5 and TeO 2, a weight average molecular weight of the resin being 1,000 to 30,000, wherein when components of the glass composite are represented by oxides, a total amount of Ag 2 O, V 2 O 5, and TeO 2 is at least 75 mass% of the glass composite, and the glass composite further comprises at least one of P 2 O 5, BaO, K 2 O, WO 3, MoO 3, Fe 2 O 3, MnO 2, Sb 2 O 3, and ZnO with 25 mass% or less.
Method for printing a plurality of voxels (52, 53, 54, 61, 62, 63) of an object in a plurality of passes of a print head of a printing system over a substrate, each pass having a movement direction of the print head relative to the substrate while ejecting marking material from the print head towards the substrate, each voxel having a position in the object, the method comprising the steps of for each voxel of the object a) selecting a movement direction (X, X1) of the print head based on the position of the voxel in the object, b) selecting at least one pass in which the voxel will be printed, the at least one pass having a movement direction which corresponds to the selected movement direction of the print head, and c) printing the voxel in the selected at least one pass, characterised in that the step of selecting a movement direction comprises the step of for a voxel at an outer surface of the object, the outer surface not parallel to the substrate, selecting a movement direction which has a negative inner product with the normal vector of the outer surface at the position of the voxel. a) selecting a movement direction (X, X1) of the print head based on the position of the voxel in the object, b) selecting at least one pass in which the voxel will be printed, the at least one pass having a movement direction which corresponds to the selected movement direction of the print head, and c) printing the voxel in the selected at least one pass, characterised in that the step of selecting a movement direction comprises the step of for a voxel at an outer surface of the object, the outer surface not parallel to the substrate, selecting a movement direction which has a negative inner product with the normal vector of the outer surface at the position of the voxel.
Cell unit, comprising at least one battery cell, and also a first connection and a second connection, at least one first switching element which is designed as a field-effect transistor and is connected in series with the battery cell, and a second switching element which is designed as a field-effect transistor, wherein the first connection is connected to the first switching element and to the second switching element, and the second connection is connected to the battery cell and to the second switching element, wherein a third connection is provided, which third connection is connected to the first switching element and to the battery cell, characterized in that means for measuring a first voltage are provided between the first connection and the third connection, with a closed first switching element and an open second switching element, which first voltage corresponds to a voltage which is applied to the first switching element, and means for measuring a second voltage are provided between the first connection and the second connection, with an open first switching element and a closed second switching element, which second voltage corresponds to a voltage which is applied to the second switching element.
Method for selecting the target object for automatic distance control of a single-track motor vehicle, - in which the presence of a second single-track motor vehicle travelling directly ahead in the same lane and a third single-track motor vehicle travelling directly ahead of the second single-track motor vehicle is detected by means of a surroundings sensor system, - wherein the lateral offset (a) of the second single-track motor vehicle and the third single-track motor vehicle with respect to the single-track motor vehicle is ascertained, and - the target object for the method for distance control is selected depending on at least one of the lateral offsets (x), wherein, if the lateral offset (x) of the second single-track motor vehicle falls below a predefined first threshold value, the second single-track motor vehicle is selected as the target object, and if the lateral offset (x) of the second single-track motor vehicle exceeds a predefined second threshold value and the lateral offset (x) of the third single-track motor vehicle falls below a predefined third threshold value, the third single-track motor vehicle is selected as the target object, characterized in that the first threshold value and the second threshold value and the third threshold value are the same. - in which the presence of a second single-track motor vehicle travelling directly ahead in the same lane and a third single-track motor vehicle travelling directly ahead of the second single-track motor vehicle is detected by means of a surroundings sensor system, - wherein the lateral offset (a) of the second single-track motor vehicle and the third single-track motor vehicle with respect to the single-track motor vehicle is ascertained, and - the target object for the method for distance control is selected depending on at least one of the lateral offsets (x), wherein, if the lateral offset (x) of the second single-track motor vehicle falls below a predefined first threshold value, the second single-track motor vehicle is selected as the target object, and if the lateral offset (x) of the second single-track motor vehicle exceeds a predefined second threshold value and the lateral offset (x) of the third single-track motor vehicle falls below a predefined third threshold value, the third single-track motor vehicle is selected as the target object, characterized in that the first threshold value and the second threshold value and the third threshold value are the same.
A system for performing CPR on a patient, said system comprising: a chest compression means comprising a belt adapted to be disposed at least partially about the chest of the patient and a means for repetitively tightening the belt at a resuscitative rate, said means operably connected to the belt; a bladder divided to form a left lateral chamber in fluid communication with a central chamber in fluid communication with a right lateral chamber, and wherein each chamber contains a pressure-transmitting medium, and the bladder is adapted to be disposed between the belt and the chest of the patient with the central chamber disposed over the sternum of the patient, characterised in that said system further comprising: a support platform adapted to be disposed between the patient's spine and the belt. a chest compression means comprising a belt adapted to be disposed at least partially about the chest of the patient and a means for repetitively tightening the belt at a resuscitative rate, said means operably connected to the belt; a bladder divided to form a left lateral chamber in fluid communication with a central chamber in fluid communication with a right lateral chamber, and wherein each chamber contains a pressure-transmitting medium, and the bladder is adapted to be disposed between the belt and the chest of the patient with the central chamber disposed over the sternum of the patient, characterised in that said system further comprising: a support platform adapted to be disposed between the patient's spine and the belt.
A first communication device comprising: a first transmitter module configured to transmit first-type frames, each first-type frame comprising: a security-sequence; and an encrypted-security-sequence-counter-value, and a security-module configured to: generate the security-sequence for each first-type frame using a security-sequence-counter-value, in which a different security-sequence-counter-value is used for each frame; derive a first-derived-session-key based on a master-session-key using a first-key-derivation-function in response to a key-validity-counter-value reaching an update value; and encrypt, for each first-type frame, the security-sequence-counter-value to provide the encrypted-security-sequence-counter-value using the first-derived-session-key. a first transmitter module configured to transmit first-type frames, each first-type frame comprising: a security-sequence; and an encrypted-security-sequence-counter-value, and a security-sequence; and an encrypted-security-sequence-counter-value, and a security-module configured to: generate the security-sequence for each first-type frame using a security-sequence-counter-value, in which a different security-sequence-counter-value is used for each frame; derive a first-derived-session-key based on a master-session-key using a first-key-derivation-function in response to a key-validity-counter-value reaching an update value; and encrypt, for each first-type frame, the security-sequence-counter-value to provide the encrypted-security-sequence-counter-value using the first-derived-session-key. generate the security-sequence for each first-type frame using a security-sequence-counter-value, in which a different security-sequence-counter-value is used for each frame; derive a first-derived-session-key based on a master-session-key using a first-key-derivation-function in response to a key-validity-counter-value reaching an update value; and encrypt, for each first-type frame, the security-sequence-counter-value to provide the encrypted-security-sequence-counter-value using the first-derived-session-key.
An apparatus for a controller area network, CAN, node, the node comprising a CAN controller and a CAN transceiver that is configured to couple to a CAN bus, the apparatus comprising a CAN protocol decoder and circuitry, the apparatus configured to: receive an RX-bitstream comprising a bitstream generated from signalling received from the CAN bus by the CAN transceiver for the CAN controller; receive a TX-bitstream comprising a bitstream generated by the CAN controller for receipt by the CAN transceiver for transmission of signalling on the CAN bus; wherein the CAN protocol decoder is configured to receive a bitstream based on the TX-bitstream for decoding CAN frames therein for monitoring of the CAN controller; and wherein the circuitry is configured to: detect an idle state that occurs between CAN frames based on at least one of the RX-bitstream and the TX-bitstream, the apparatus characterized in that the circuitry is further configured to: based on the detection of the idle state, modify the bitstream received by the CAN protocol decoder such that it includes a Start-of-Frame bit further based on detection of a Start-of-frame bit in the RX-bitstream. receive an RX-bitstream comprising a bitstream generated from signalling received from the CAN bus by the CAN transceiver for the CAN controller; receive a TX-bitstream comprising a bitstream generated by the CAN controller for receipt by the CAN transceiver for transmission of signalling on the CAN bus; wherein the CAN protocol decoder is configured to receive a bitstream based on the TX-bitstream for decoding CAN frames therein for monitoring of the CAN controller; and wherein the circuitry is configured to: detect an idle state that occurs between CAN frames based on at least one of the RX-bitstream and the TX-bitstream, the apparatus characterized in that the circuitry is further configured to: based on the detection of the idle state, modify the bitstream received by the CAN protocol decoder such that it includes a Start-of-Frame bit further based on detection of a Start-of-frame bit in the RX-bitstream.
A process to prepare lubricating oil basestocks having a viscosity index of at least 110 to 130 from a lube oil boiling range feedstock comprising: a) conducting a lubricating oil feedstock to a solvent extraction zone and underextracting the lubricating oil feedstock under conditions effective at producing at least an aromatics-lean raffinate solution; b) removing at least a portion of the extraction solvent from the aromatics-lean raffinate solution to produce a raffinate feedstock having a dewaxed oil viscosity index from 75 to 85 and a wax content of greater than 15 wt%; c) contacting the raffinate feedstock with a hydrotreating catalyst in a first reaction stage operated under effective conditions to produce at least a gaseous product and a hydrotreated feedstock; d) stripping the hydrotreated feedstock to separate at least a portion of the gaseous product from the hydrotreated feedstock to produce a stripped feedstock; and e) contacting the stripped feedstock with at least one dewaxing catalyst in a dewaxing zone operated under effective hydrodewaxing conditions, wherein said dewaxing catalyst contains at least one Group VIII noble metal and is selected from ZSM-5, ZSM-22, ZSM-23, ZSM-35, ZSM-48, ZSM-57, Beta, SSZ-31, SAPO-11, SAPO-31, SAPO-41, MAPO-11, ECR-42, fluorided alumina, silica-alumina, fluorided silica alumina, synthetic Ferrierites, Mordenite, Offretite, erionite, chabazite, and mixtures thereof thereby producing a lubricating oil basestock. a) conducting a lubricating oil feedstock to a solvent extraction zone and underextracting the lubricating oil feedstock under conditions effective at producing at least an aromatics-lean raffinate solution; b) removing at least a portion of the extraction solvent from the aromatics-lean raffinate solution to produce a raffinate feedstock having a dewaxed oil viscosity index from 75 to 85 and a wax content of greater than 15 wt%; c) contacting the raffinate feedstock with a hydrotreating catalyst in a first reaction stage operated under effective conditions to produce at least a gaseous product and a hydrotreated feedstock; d) stripping the hydrotreated feedstock to separate at least a portion of the gaseous product from the hydrotreated feedstock to produce a stripped feedstock; and e) contacting the stripped feedstock with at least one dewaxing catalyst in a dewaxing zone operated under effective hydrodewaxing conditions, wherein said dewaxing catalyst contains at least one Group VIII noble metal and is selected from ZSM-5, ZSM-22, ZSM-23, ZSM-35, ZSM-48, ZSM-57, Beta, SSZ-31, SAPO-11, SAPO-31, SAPO-41, MAPO-11, ECR-42, fluorided alumina, silica-alumina, fluorided silica alumina, synthetic Ferrierites, Mordenite, Offretite, erionite, chabazite, and mixtures thereof thereby producing a lubricating oil basestock.
A force-sensitive electronic device, comprising: a device body; a touch surface comprising peripheral edges, the touch surface bonded to the device body in a bonded region; a display device positioned between the device body and the touch surface; a perimeter around the display device; wherein the bonded region is positioned around the perimeter along the peripheral edges of the touch surface, such that the bonded region is arranged in a peripheral region of the device and a display region is arranged in a central region of the device; a plurality of force sensors that are arranged between the display device and the bonded region, in a first direction extending between respective peripheral edges of the touch surface, wherein equal distances separate the plurality of force sensors from the respective peripheral edges of the touch surface, and from each other, in the first direction, wherein the plurality of force sensors are spaced apart from the bonded region. a device body; a touch surface comprising peripheral edges, the touch surface bonded to the device body in a bonded region; a display device positioned between the device body and the touch surface; a perimeter around the display device; wherein the bonded region is positioned around the perimeter along the peripheral edges of the touch surface, such that the bonded region is arranged in a peripheral region of the device and a display region is arranged in a central region of the device; a plurality of force sensors that are arranged between the display device and the bonded region, in a first direction extending between respective peripheral edges of the touch surface, wherein equal distances separate the plurality of force sensors from the respective peripheral edges of the touch surface, and from each other, in the first direction, wherein the plurality of force sensors are spaced apart from the bonded region.
An electric circuit adapted to cut-off a power supply of an electrical equipment, said electric circuit receiving as input at least two discrete electrical signals (x1, x2) which values determine the power supply of the electrical equipment, the discrete electrical signals having a high state ('1') if the electrical equipment is to be power supplied, - the electric circuit comprising a voltage source (+Vpp); - a first cut-off unit connected between the electrical equipment and the voltage source (+Vpp), the first cut-off unit having an open or closed state based on discrete electrical signals (x1, x2), characterized by - a second cut-off unit connected to the intersection of the electrical equipment and the first cut-off unit, and to a ground line, the second cut-off unit having an complementary state to the first cut-off unit if the discrete electrical signals (x1, x2) are in a same state, the second cut-off unit comprising a parallel arrangement of at least two switches (Q2L, Q2R), said parallel arrangement being connected to the power source, the state of each of the two switches is a function of a discrete electrical signal (x1, x2), the switches being in the same state when the discrete electrical signals (x1, x2) are in the same state, said first and second cut-off units being controlled to generate a short-circuit in case of discrepancy between the discrete electrical signals, at least two switches of the second cut-off unit having divergent states one from another to generate said short-circuit. - the electric circuit comprising a voltage source (+Vpp); - a first cut-off unit connected between the electrical equipment and the voltage source (+Vpp), the first cut-off unit having an open or closed state based on discrete electrical signals (x1, x2), characterized by - a second cut-off unit connected to the intersection of the electrical equipment and the first cut-off unit, and to a ground line, the second cut-off unit having an complementary state to the first cut-off unit if the discrete electrical signals (x1, x2) are in a same state, the second cut-off unit comprising a parallel arrangement of at least two switches (Q2L, Q2R), said parallel arrangement being connected to the power source, the state of each of the two switches is a function of a discrete electrical signal (x1, x2), the switches being in the same state when the discrete electrical signals (x1, x2) are in the same state, said first and second cut-off units being controlled to generate a short-circuit in case of discrepancy between the discrete electrical signals, at least two switches of the second cut-off unit having divergent states one from another to generate said short-circuit.
A method for generating 3D-information from multiple images showing a 3D scene from multiple perspectives, the method comprising: providing at least two hypotheses for the 3D-information; performing a multi-hypotheses test by matching the at least two hypotheses to the multiple images and determining a test-result hypothesis that fulfills a particular matching criterion, wherein the multi-hypotheses test comprises determining projections of at least two 3D spatio-temporal objects defined by the at least two hypotheses on a plurality of image planes corresponding to the multiple images and performing a correspondence analysis between the projections in the multiple images to determine the test-result hypothesis; updating the test-result hypothesis by varying a parameter set of the test-result hypothesis to further improve the matching criterion or a further matching criterion; and determining the 3D-information on the basis of the parameter set of a resulting hypothesis provided by the action of updating the test-result hypothesis. providing at least two hypotheses for the 3D-information; performing a multi-hypotheses test by matching the at least two hypotheses to the multiple images and determining a test-result hypothesis that fulfills a particular matching criterion, wherein the multi-hypotheses test comprises determining projections of at least two 3D spatio-temporal objects defined by the at least two hypotheses on a plurality of image planes corresponding to the multiple images and performing a correspondence analysis between the projections in the multiple images to determine the test-result hypothesis; updating the test-result hypothesis by varying a parameter set of the test-result hypothesis to further improve the matching criterion or a further matching criterion; and determining the 3D-information on the basis of the parameter set of a resulting hypothesis provided by the action of updating the test-result hypothesis.
A method of enriching a concentrate slurry comprising molybdenite and at least one of iron sulfides and copper sulfides, comprising the steps of a) providing a slurry comprising molybdenite and one or more of copper sulfide and iron sulfide, wherein the pH of the slurry is greater than about 8.0 and less than about 11; b) adding an effective amount of a depressing reagent, wherein the depressing reagent is selected from one or more alkaline polysulfides, alkaline earth polysulfides, or a mixture thereof; and c) passing a gas through the slurry to separate material, recovering the molybdenite from a froth, wherein the polysulfide is effective at selectively depressing copper sulfide, iron sulfide, or both, wherein the slurry is maintained at a pH greater than 8 during separation, and wherein the oxidation reduction potential of the slurry is maintained between -430 mV and -480 mV. a) providing a slurry comprising molybdenite and one or more of copper sulfide and iron sulfide, wherein the pH of the slurry is greater than about 8.0 and less than about 11; b) adding an effective amount of a depressing reagent, wherein the depressing reagent is selected from one or more alkaline polysulfides, alkaline earth polysulfides, or a mixture thereof; and c) passing a gas through the slurry to separate material, recovering the molybdenite from a froth, wherein the polysulfide is effective at selectively depressing copper sulfide, iron sulfide, or both,