mhurhangee/ep-ind-claims huggingface dataset:
An engine control device for a vehicle applied to a vehicle that includes a mechanical centrifugal clutch for connecting and disconnecting driving force to be transmitted from an engine to a driving wheel, wherein the vehicle includes a throttle operator configured to adjust output power of the engine, a motor configured to rotate a crankshaft of the engine, and a control unit configured to control the motor and a fuel injection system, and the control unit executes injection stopping control for stopping fuel injection during deceleration of the vehicle and executes acceleration assist control for rotating the crankshaft with the motor from the state where the motor assist with the motor is off when an opening operation of the throttle operator is performed after an engine speed (Ne) becomes equal to or lower than a centrifugal clutch disconnection speed at which the centrifugal clutch is disconnected and when the engine speed (Ne) is within the range of the idle speed or more, wherein when the engine speed (Ne) decreases to an injection restart speed that is lower than the centrifugal clutch disconnection speed after fuel injection by the injection stopping control stops, the control unit causes the fuel injection to be restarted, wherein the injection restart speed at which the fuel injection is to be restarted is set higher than an idle speed, and the control unit causes the fuel injection to be restarted when the opening operation of the throttle operator is performed within a period after the engine speed (Ne) becomes equal to or lower than the centrifugal clutch disconnection speed until the engine speed (Ne) decreases to the injection restart speed. the vehicle includes a throttle operator configured to adjust output power of the engine, a motor configured to rotate a crankshaft of the engine, and a control unit configured to control the motor and a fuel injection system, and the control unit executes injection stopping control for stopping fuel injection during deceleration of the vehicle and executes acceleration assist control for rotating the crankshaft with the motor from the state where the motor assist with the motor is off when an opening operation of the throttle operator is performed after an engine speed (Ne) becomes equal to or lower than a centrifugal clutch disconnection speed at which the centrifugal clutch is disconnected and when the engine speed (Ne) is within the range of the idle speed or more, wherein when the engine speed (Ne) decreases to an injection restart speed that is lower than the centrifugal clutch disconnection speed after fuel injection by the injection stopping control stops, the control unit causes the fuel injection to be restarted, wherein the injection restart speed at which the fuel injection is to be restarted is set higher than an idle speed, and the control unit causes the fuel injection to be restarted when the opening operation of the throttle operator is performed within a period after the engine speed (Ne) becomes equal to or lower than the centrifugal clutch disconnection speed until the engine speed (Ne) decreases to the injection restart speed.
An image processing apparatus comprising: first obtainment means for obtaining a region including an object targeted for recognition included in a processing target image using a neural network; and second obtainment means for obtaining pixels corresponding to the object targeted for recognition included in the processing target image using the neural network, wherein the neural network includes: an encoder unit configured to obtain a feature map by performing convolutional processing on the processing target image; a first decoder unit configured to obtain a region including the object targeted for recognition based on the feature map obtained by the encoder unit; a partial feature map obtainment unit configured to obtain, from the feature map obtained by the encoder unit, a partial feature map of a portion corresponding to the region including the object targeted for recognition obtained by the first decoder unit; and a second decoder unit configured to obtain pixels corresponding to the object targeted for recognition based on the partial feature map obtained by the partial feature map obtainment unit. first obtainment means for obtaining a region including an object targeted for recognition included in a processing target image using a neural network; and second obtainment means for obtaining pixels corresponding to the object targeted for recognition included in the processing target image using the neural network, wherein the neural network includes: an encoder unit configured to obtain a feature map by performing convolutional processing on the processing target image; a first decoder unit configured to obtain a region including the object targeted for recognition based on the feature map obtained by the encoder unit; a partial feature map obtainment unit configured to obtain, from the feature map obtained by the encoder unit, a partial feature map of a portion corresponding to the region including the object targeted for recognition obtained by the first decoder unit; and a second decoder unit configured to obtain pixels corresponding to the object targeted for recognition based on the partial feature map obtained by the partial feature map obtainment unit. an encoder unit configured to obtain a feature map by performing convolutional processing on the processing target image; a first decoder unit configured to obtain a region including the object targeted for recognition based on the feature map obtained by the encoder unit; a partial feature map obtainment unit configured to obtain, from the feature map obtained by the encoder unit, a partial feature map of a portion corresponding to the region including the object targeted for recognition obtained by the first decoder unit; and a second decoder unit configured to obtain pixels corresponding to the object targeted for recognition based on the partial feature map obtained by the partial feature map obtainment unit.
A protein comprising an amino acid sequence selected from the group consisting of: SEQ ID NO:12, and fragments of SEQ ID NO:12 comprising 450 or more amino acids of SEQ ID NO:12.
A combined laser cutting and measurement station comprising: a laser configured to cut a tube; a first sensor configured to take a first measurement of the tube in the cutting and measurement station either i) immediately before, ii) during, or iii) immediately after the tube is cut; a second sensor configured to take a second measurement of the tube in the cutting and measurement cutting station either i) immediately before, ii) during, or iii) immediately after the tube is cut; and a third sensor configured to take a third measurement of the tube in the cutting and measurement station either i) immediately before, ii) during, or iii) immediately after the tube is cut characterized in that the first measurement is a length of the tube, the second measurement is an outer diameter of the tube, and the third measurement is a wall thickness of the tube. a laser configured to cut a tube; a first sensor configured to take a first measurement of the tube in the cutting and measurement station either i) immediately before, ii) during, or iii) immediately after the tube is cut; a second sensor configured to take a second measurement of the tube in the cutting and measurement cutting station either i) immediately before, ii) during, or iii) immediately after the tube is cut; and a third sensor configured to take a third measurement of the tube in the cutting and measurement station either i) immediately before, ii) during, or iii) immediately after the tube is cut characterized in that the first measurement is a length of the tube, the second measurement is an outer diameter of the tube, and the third measurement is a wall thickness of the tube.
A drill bit for drilling a subterranean formation, comprising: at least one leg (22, 102, 202); a cantilevered bearing shaft (39, 107, 207) comprising a base formed on the at least one leg (22, 102, 202) and having a substantially cylindrical surface extending from the base defining a longitudinal axis; a roller cone (41, 104, 204) disposed about the bearing shaft (39, 107, 207) and configured to rotate about the longitudinal axis, said roller cone (41, 104, 204) comprising an exterior surface for contacting the subterranean formation and an interior surface disposed about the bearing shaft (39, 107, 207); and a sealing element (116, 250); characterized by an indentation adapted to receive a bearing shaft element, said indentation being formed on the outer circumference of the bearing shaft; wherein the bearing shaft element is secured in the indentation in the bearing shaft, thereby forming a portion of the exterior surface of the bearing shaft; wherein a tungsten/tungsten carbide coating is applied to the exterior surface of said bearing shaft element, the tungsten/tungsten carbide coating comprising tungsten carbide nano-particles dispersed in a tungsten matrix. at least one leg (22, 102, 202); a cantilevered bearing shaft (39, 107, 207) comprising a base formed on the at least one leg (22, 102, 202) and having a substantially cylindrical surface extending from the base defining a longitudinal axis; a roller cone (41, 104, 204) disposed about the bearing shaft (39, 107, 207) and configured to rotate about the longitudinal axis, said roller cone (41, 104, 204) comprising an exterior surface for contacting the subterranean formation and an interior surface disposed about the bearing shaft (39, 107, 207); and a sealing element (116, 250);
Method for operating a hybrid vehicle in the case of a defect in an energy system, wherein the hybrid vehicle is driven jointly or separately by at least two drive assemblies (1, 2), and at least one electric drive assembly electrically charges a high-voltage energy system which supplies a low-voltage energy system (22, 23) with electrical energy, wherein a high voltage is converted into a low voltage for supplying at least one control unit (13, 14, 15, 17, 18) of the hybrid vehicle, and when a defect is detected in the high-voltage energy system, said system is disconnected from the electric drive assembly, characterized in that after the disconnection of the high-voltage energy system the electric drive assembly is placed in a state for generating a voltage which is not critical for the safety of the user, wherein the voltage which is not critical for safety is converted into the low voltage for supplying the at least one control unit (13, 14, 15, 17, 18).
A system for producing clear ice, the system being characterized by comprising: one or more sensors (110, 112, 116, 118) configured to detect a clearness degree of ice; one or more control systems (120, 122) to adjust a plurality of freezer chamber conditions; and a controller configured to: process data received from the one or more sensors (110, 112, 116, 118) in order to generate a predicted clearness degree of ice; check a correction stored in a database when the predicted clearness degree of ice deviates from a predefined range; and control the one or more control systems (120, 122) according to the checked correction. one or more sensors (110, 112, 116, 118) configured to detect a clearness degree of ice; one or more control systems (120, 122) to adjust a plurality of freezer chamber conditions; and a controller configured to: process data received from the one or more sensors (110, 112, 116, 118) in order to generate a predicted clearness degree of ice; check a correction stored in a database when the predicted clearness degree of ice deviates from a predefined range; and control the one or more control systems (120, 122) according to the checked correction. process data received from the one or more sensors (110, 112, 116, 118) in order to generate a predicted clearness degree of ice; check a correction stored in a database when the predicted clearness degree of ice deviates from a predefined range; and control the one or more control systems (120, 122) according to the checked correction.
A method for transmitting data, comprising: determining, by a terminal device, a Modulation Coding Scheme, MCS, grade for transmitting a target transport block; determining, by the terminal device, according to the MCS grade as well as a Transport Block Size, TBS, mapping relationship when a preset first resource parameter is met, a first TBS corresponding to the MCS grade, wherein the TBS mapping relationship comprises a mapping relationship between MCS grades and TBSs; determining, by the terminal device, a second TBS according to the first TBS and a second resource parameter for transmitting the target transport block; and sending, by the terminal device, the target transport block to a network device according to the second TBS, or receiving the target transport block, which is sent by the network device according to the second TBS; characterised in that the determining, by the terminal device, a second TBS according to the first TBS and a second resource parameter for transmitting the target transport block comprises: determining, by the terminal device, a third TBS according to the second resource parameter and the first TBS; and determining a minimum TBS in the TBSs, that are greater than or equal to the third TBS and equal to an integral multiple of a preset value, as the second TBS. determining, by a terminal device, a Modulation Coding Scheme, MCS, grade for transmitting a target transport block; determining, by the terminal device, according to the MCS grade as well as a Transport Block Size, TBS, mapping relationship when a preset first resource parameter is met, a first TBS corresponding to the MCS grade, wherein the TBS mapping relationship comprises a mapping relationship between MCS grades and TBSs; determining, by the terminal device, a second TBS according to the first TBS and a second resource parameter for transmitting the target transport block; and sending, by the terminal device, the target transport block to a network device according to the second TBS, or receiving the target transport block, which is sent by the network device according to the second TBS; characterised in that the determining, by the terminal device, a second TBS according to the first TBS and a second resource parameter for transmitting the target transport block comprises: determining, by the terminal device, a third TBS according to the second resource parameter and the first TBS; and determining a minimum TBS in the TBSs, that are greater than or equal to the third TBS and equal to an integral multiple of a preset value, as the second TBS.
An atomic force microscope based apparatus comprising: a mechanical resonator comprising a probe tip; an electromagnetic energy source configured to emit electromagnetic radiation modulated at a modulation frequency (f m) onto the probe tip and onto a sample wherein the electromagnetic energy source is capable of generating a molecular dipole/multipole within a sample, thereby resulting in a multiple image force and image force gradient on the probe tip; and a detector configured to measure a mechanical response of the probe tip due to the image force gradient between the sample and the probe tip caused by the molecular dipole/multipole generated in the sample and the mirror image of the molecular dipole/multipole generated in the probe tip when the probe tip approaches the sample, wherein: the mechanical resonator has a mechanical resonance frequency (f 0); and the mechanical resonance frequency (f 0) and the modulation frequency (f m) are chosen so that their sum excites another mechanical resonance of the mechanical resonator. a mechanical resonator comprising a probe tip; an electromagnetic energy source configured to emit electromagnetic radiation modulated at a modulation frequency (f m) onto the probe tip and onto a sample wherein the electromagnetic energy source is capable of generating a molecular dipole/multipole within a sample, thereby resulting in a multiple image force and image force gradient on the probe tip; and a detector configured to measure a mechanical response of the probe tip due to the image force gradient between the sample and the probe tip caused by the molecular dipole/multipole generated in the sample and the mirror image of the molecular dipole/multipole generated in the probe tip when the probe tip approaches the sample, wherein: the mechanical resonator has a mechanical resonance frequency (f 0); and the mechanical resonance frequency (f 0) and the modulation frequency (f m) are chosen so that their sum excites another mechanical resonance of the mechanical resonator. the mechanical resonator has a mechanical resonance frequency (f 0); and the mechanical resonance frequency (f 0) and the modulation frequency (f m) are chosen so that their sum excites another mechanical resonance of the mechanical resonator.
A glass article, comprising: a first glass layer having a thickness of from 10 microns to 125 microns; a second glass layer disposed adjacent to the first glass layer, the second glass layer having a thickness of from 10 microns to 125 microns; an interface slidably coupling the first glass layer to the second glass layer, the interface comprising a thickness of from 2 nm to 500 nm; the glass article comprising: (a) an absence of failure when the article is held at a parallel plate separation distance of 10 mm for 60 minutes at 25°C and 50% relative humidity; (b) a puncture resistance of greater than about 58.84 N (6 kgf) when the second glass layer is supported by (i) an 50 μm thick pressure-sensitive adhesive having an elastic modulus of less than 1 GPa and (ii) an approximately 100 μm thick polyethylene terephthalate layer having an elastic modulus of less than 10 GPa, and the first glass layer is loaded with a tungsten carbide ball having a 1 mm diameter. a first glass layer having a thickness of from 10 microns to 125 microns; a second glass layer disposed adjacent to the first glass layer, the second glass layer having a thickness of from 10 microns to 125 microns; an interface slidably coupling the first glass layer to the second glass layer, the interface comprising a thickness of from 2 nm to 500 nm; the glass article comprising: (a) an absence of failure when the article is held at a parallel plate separation distance of 10 mm for 60 minutes at 25°C and 50% relative humidity; (b) a puncture resistance of greater than about 58.84 N (6 kgf) when the second glass layer is supported by (i) an 50 μm thick pressure-sensitive adhesive having an elastic modulus of less than 1 GPa and (ii) an approximately 100 μm thick polyethylene terephthalate layer having an elastic modulus of less than 10 GPa, and the first glass layer is loaded with a tungsten carbide ball having a 1 mm diameter.
Media-agitation type pulverizer (10; 100) comprising: - an upright-type cylindrical grinding container having a cylindrical grinding chamber containing bead-shaped grinding media; - a material slurry supply port formed in the grinding container; - an agitating member disposed in the lower portion of said grinding chamber and having a shaft of rotation made substantially coaxial with said grinding chamber; and - a media-separating member disposed in said grinding chamber and above said agitating member, characterized in that said media-agitation type pulverizer (10; 100) comprises a guide ring which is arranged in the lower portion of said grinding chamber so as to divide said lower portion radially into a lower-inner chamber portion and a lower-outer annular chamber portion, said lower-outer annular chamber portion providing a rising passage for a mixture of the grinding media and the material slurry. - an upright-type cylindrical grinding container having a cylindrical grinding chamber containing bead-shaped grinding media; - a material slurry supply port formed in the grinding container; - an agitating member disposed in the lower portion of said grinding chamber and having a shaft of rotation made substantially coaxial with said grinding chamber; and - a media-separating member disposed in said grinding chamber and above said agitating member, characterized in that said media-agitation type pulverizer (10; 100) comprises a guide ring which is arranged in the lower portion of said grinding chamber so as to divide said lower portion radially into a lower-inner chamber portion and a lower-outer annular chamber portion, said lower-outer annular chamber portion providing a rising passage for a mixture of the grinding media and the material slurry.
A mobile station device that is configured to communicate with a base station device using a plurality of cells which are set by the base station device, wherein the mobile station device is configured to generate a plurality of ACK/NACK sequences by interleaving and dividing a plurality of ACKs/NACKs for the plurality of cells in a plurality of subframes, and separately encode the plurality of ACK/NACK sequences. generate a plurality of ACK/NACK sequences by interleaving and dividing a plurality of ACKs/NACKs for the plurality of cells in a plurality of subframes, and separately encode the plurality of ACK/NACK sequences.
A spring structure comprising: a substrate; a release material portion located over the substrate; and a spring metal finger having an anchor portion attached to the release material portion such that the release material portion is located between the anchor portion and the substrate, the spring metal finger also having a free portion extending over the substrate, wherein the spring metal finger has a uniform thickness along its entire length, wherein the free portion is bent away from the substrate such that the free portion is farther from the substrate than the anchor portion, and wherein the anchor portion of the spring metal finger is entirely formed on the release material portion, characterized in that the width of the spring metal finger is the same as the width of the release material portion, whereby a space between the spring metal finger and an adjacent spring metal finger may be minimised. a substrate; a release material portion located over the substrate; and a spring metal finger having an anchor portion attached to the release material portion such that the release material portion is located between the anchor portion and the substrate, the spring metal finger also having a free portion extending over the substrate, wherein the spring metal finger has a uniform thickness along its entire length, wherein the free portion is bent away from the substrate such that the free portion is farther from the substrate than the anchor portion, and wherein the anchor portion of the spring metal finger is entirely formed on the release material portion, characterized in that the width of the spring metal finger is the same as the width of the release material portion, whereby a space between the spring metal finger and an adjacent spring metal finger may be minimised.