mhurhangee/ep-ind-claims huggingface dataset:
Hydrostatic axial piston pump comprising a pump controller and comprising an electronics system in which a block characteristic and a Q characteristic are stored, the block characteristic and Q characteristic both defining a duty cycle of at least one pressure control valve depending on a rotation speed (n) of a drive shaft of the axial piston pump, wherein the block characteristic describes a desired behaviour of the axial piston pump in a first operating state under high torque and low rotation speed or low delivery quantity, wherein the Q characteristic a desired behaviour of the axial piston pump in a second operating mode with output of a maximum delivery quantity, in the case of which the axial piston pump is intended to pivot open quickly against hydromechanical restoring forces, wherein the electronics system is configured to mix the output variables of the two characteristics using a computer element with a mixing ratio which is dependent on the pivot angle (α) of the axial piston pump, wherein a resulting duty cycle can be calculated by the electronics system on the basis of the mixing ratio. wherein the block characteristic describes a desired behaviour of the axial piston pump in a first operating state under high torque and low rotation speed or low delivery quantity, wherein the Q characteristic a desired behaviour of the axial piston pump in a second operating mode with output of a maximum delivery quantity, in the case of which the axial piston pump is intended to pivot open quickly against hydromechanical restoring forces, wherein the electronics system is configured to mix the output variables of the two characteristics using a computer element with a mixing ratio which is dependent on the pivot angle (α) of the axial piston pump, wherein a resulting duty cycle can be calculated by the electronics system on the basis of the mixing ratio.
A lock for a door, comprising a lock body and a lock latch-bolt, wherein the lock body is insertable into a door leaf, wherein the lock latch-bolt comprises - a latch-bolt body, - a latch-bolt shaft, and - an actuating element, - wherein the latch-bolt shaft is connected to the latch-bolt body or is integrally formed, - wherein the actuating element is displaceably disposed at the latch-bolt shaft, - wherein a switching device is actuatable with the actuating element, and - wherein a support element is disposed at the lock body, wherein the actuating element is displaceably supported at the support element, characterized in - that a spring is disposed between the latch-bolt shaft and the support element, wherein the spring exerts a force onto the latch-bolt shaft, which presses the latch-bolt body out of the lock body. - a latch-bolt body, - a latch-bolt shaft, and - an actuating element, - wherein the latch-bolt shaft is connected to the latch-bolt body or is integrally formed, - wherein the actuating element is displaceably disposed at the latch-bolt shaft, - wherein a switching device is actuatable with the actuating element, and - wherein a support element is disposed at the lock body, wherein the actuating element is displaceably supported at the support element, characterized in - that a spring is disposed between the latch-bolt shaft and the support element, wherein the spring exerts a force onto the latch-bolt shaft, which presses the latch-bolt body out of the lock body.
A header for attachment to a feeder house of a combine harvester, the header comprising: a chassis having: a forward portion, a rearward portion opposite the forward portion, and an outlet at an aft of the rearward portion; a cross auger or a conveyor (118,119), extending in a widthwise direction of the chassis for conveying a flow of grain rearwardly thereof, wherein the cross auger or the conveyor (118,119) is positioned about the rearward portion adjacent a void proximate the outlet; and a feeding mechanism mounted on the chassis within the void and proximate a posterior end of the cross auger or the conveyor (118,119) for receiving the flow of grain from the cross auger or the conveyor (118,119) and for actively conveying the flow of grain rearwardly thereof towards the feeder house so as to preclude the flow of grain from being hindered downstream of the cross auger or the conveyor (118,119), characterized in that the feeding mechanism comprises a pair of feed rollers (30a,30b) comprising a lower feed roller and an upper feed roller positioned above the lower feed roller, the pair of feed rollers (30a,30b) being aligned such that, in use, an axis extending between a central longitudinal axis of rotation of each of the feed rollers (30a,30b) is substantially transverse to a longitudinal axis of the feeder house of the combine harvester. a chassis having: a forward portion, a rearward portion opposite the forward portion, and an outlet at an aft of the rearward portion; a forward portion, a rearward portion opposite the forward portion, and an outlet at an aft of the rearward portion; a cross auger or a conveyor (118,119), extending in a widthwise direction of the chassis for conveying a flow of grain rearwardly thereof, wherein the cross auger or the conveyor (118,119) is positioned about the rearward portion adjacent a void proximate the outlet; and a feeding mechanism mounted on the chassis within the void and proximate a posterior end of the cross auger or the conveyor (118,119) for receiving the flow of grain from the cross auger or the conveyor (118,119) and for actively conveying the flow of grain rearwardly thereof towards the feeder house so as to preclude the flow of grain from being hindered downstream of the cross auger or the conveyor (118,119), characterized in that the feeding mechanism comprises a pair of feed rollers (30a,30b) comprising a lower feed roller and an upper feed roller positioned above the lower feed roller, the pair of feed rollers (30a,30b) being aligned such that, in use, an axis extending between a central longitudinal axis of rotation of each of the feed rollers (30a,30b) is substantially transverse to a longitudinal axis of the feeder house of the combine harvester.
A vat polymerization printer including a tank configured for containing a photo-curable liquid resin, a light source configured to emit a light beam, a mask having pixels (56, 58) configurable to be individually transparent or opaque to portions of the light beam, wherein a diameter of a cross section of the light beam is greater than a cross-sectional dimension (w) of each of the respective pixels (56, 58), a beam scanner configured to scan the light beam across the mask, and a controller having a memory and a processor, the memory storing instructions that, when executed, cause the processor to control the vat polymerization printer to print a cross section of a three-dimensional object, by controlling, during an exposure time duration, a first subset of the pixels of the mask to be transparent at locations corresponding to the cross section of the three-dimensional object, and a second subset of the pixels of the mask to be opaque at locations not corresponding to the cross section of the three-dimensional object, and controlling, during the exposure time duration, the beam scanner to scan the light beam across one or more regions of the mask such that the light beam is always incident on at least one of the pixels of the mask that are controlled to be transparent, characterized in that during the exposure time duration, the instructions further cause the processor to turn off the light source while the beam scanner repositions the light beam between a first region of the mask that includes at least some pixels that are controlled to be transparent to a third region of the mask that includes at least some pixels that are controlled to be transparent, the third region of the mask being separated from the first region of the mask by a second region of the mask that includes only pixels that are controlled to be opaque.
A liquid electrolyte for an electrochemical device, comprising: a BF 3 complex being liquid at 25 °C, and an electrolyte component dissolved in the BF 3 complex, wherein the BF 3 complex is a complex having BF 3 and an organic molecule, and the liquid electrolyte comprises an amount of 50 % by weight or more of the BF 3 complex. a BF 3 complex being liquid at 25 °C, and an electrolyte component dissolved in the BF 3 complex, wherein the BF 3 complex is a complex having BF 3 and an organic molecule, and the liquid electrolyte comprises an amount of 50 % by weight or more of the BF 3 complex.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a base station, a downlink, DL, reference signal received power, RSRP, threshold for selection between 2-step random access procedure and 4-step random access procedure; measuring a DL RSRP of a serving cell on which a random access procedure is initiated; transmitting, to the base station, a message A, MSGA, of the 2-step random access procedure, in case that the DL RSRP of the serving cell is greater than the DL RSRP threshold, wherein the MSGA includes a random access preamble and a medium access control, MAC, protocol data unit, PDU; identifying a radio network temporary identifier, RNTI, for the 2-step random access procedure; and receiving, from the serving cell, a message B, MSGB, of the 2-step random access procedure based on the RNTI for the 2-step random access procedure, wherein the RNTI for the 2-step random access procedure is identified by: the RNTI = 1 + s _ id + 14 × t _ id + 14 × 80 × f _ id + 14 × 80 × 8 × ul _ carrier _ id + 14 × 80 × 8 × 2, where the s_id is an index of a first orthogonal frequency division multiplexing, OFDM, symbol of a resource for the random access preamble, the t_id is an index of a first slot of the resource, the f_id is an index of the resource in a frequency domain, and the ul_carrier_id is an uplink carrier used for the MSGA. receiving, from a base station, a downlink, DL, reference signal received power, RSRP, threshold for selection between 2-step random access procedure and 4-step random access procedure; measuring a DL RSRP of a serving cell on which a random access procedure is initiated; transmitting, to the base station, a message A, MSGA, of the 2-step random access procedure, in case that the DL RSRP of the serving cell is greater than the DL RSRP threshold, wherein the MSGA includes a random access preamble and a medium access control, MAC, protocol data unit, PDU; identifying a radio network temporary identifier, RNTI, for the 2-step random access procedure; and receiving, from the serving cell, a message B, MSGB, of the 2-step random access procedure based on the RNTI for the 2-step random access procedure, wherein the RNTI for the 2-step random access procedure is identified by: the RNTI = 1 + s _ id + 14 × t _ id + 14 × 80 × f _ id + 14 × 80 × 8 × ul _ carrier _ id + 14 × 80 × 8 × 2, where the s_id is an index of a first orthogonal frequency division multiplexing, OFDM, symbol of a resource for the random access preamble, the t_id is an index of a first slot of the resource, the f_id is an index of the resource in a frequency domain, and the ul_carrier_id is an uplink carrier used for the MSGA.
An electronic device comprising: a display; and a processor configured to: execute an application, switch the application to a background in response to a first user input, determine a power usage of the application while the application is in the background, when the power usage of the application is abnormal, display a screen indicating that the application abnormally uses at least one component of the electronic device, the screen comprising a first icon for managing the at least one component usage of the application, and limit, in response to a second user input selecting the first icon, the at least one component usage of the application, wherein the at least one component of the electronic device comprises a communication module. a display; and a processor configured to: execute an application, switch the application to a background in response to a first user input, determine a power usage of the application while the application is in the background, when the power usage of the application is abnormal, display a screen indicating that the application abnormally uses at least one component of the electronic device, the screen comprising a first icon for managing the at least one component usage of the application, and limit, in response to a second user input selecting the first icon, the at least one component usage of the application, wherein the at least one component of the electronic device comprises a communication module. execute an application, switch the application to a background in response to a first user input, determine a power usage of the application while the application is in the background, when the power usage of the application is abnormal, display a screen indicating that the application abnormally uses at least one component of the electronic device, the screen comprising a first icon for managing the at least one component usage of the application, and limit, in response to a second user input selecting the first icon, the at least one component usage of the application, wherein the at least one component of the electronic device comprises a communication module.
An implantable cardiac stimulus device comprising electrodes coupled to operational circuitry for sensing cardiac activity and detecting events in the sensed cardiac activity and delivering therapy in response to identified conditions, in which the operational circuitry is configured to use one or more arrhythmia identification parameters which can be modified within predefined ranges, wherein the operational circuitry comprises: determining means to determine whether a set of detected events are varying in shape or consistent in shape using a predefined parameter; first value application means configured to, if the set of detected events is varying in shape, apply a first value for the arrhythmia detection parameter to assess whether the preliminary identification of a potentially treatable arrhythmia should be declared as an episode of potentially treatable arrhythmia; and second value application means configured to, if the set of detected events is not varying in shape, apply a second value for the arrhythmia detection parameter to assess whether the preliminary identification of a potentially treatable arrhythmia should be declared as an episode of potentially treatable arrhythmia; wherein the second value is different from the first value; wherein the operational circuitry is further configured to identify a nonsustained episode of potentially treatable arrhythmia and, in response thereto, modify the second value for the arrhythmia detection parameter, and set the first value for the arrhythmia detection parameter to a predefined default value for the modified arrhythmia detection parameter. determining means to determine whether a set of detected events are varying in shape or consistent in shape using a predefined parameter; first value application means configured to, if the set of detected events is varying in shape, apply a first value for the arrhythmia detection parameter to assess whether the preliminary identification of a potentially treatable arrhythmia should be declared as an episode of potentially treatable arrhythmia; and second value application means configured to, if the set of detected events is not varying in shape, apply a second value for the arrhythmia detection parameter to assess whether the preliminary identification of a potentially treatable arrhythmia should be declared as an episode of potentially treatable arrhythmia; wherein the second value is different from the first value; wherein the operational circuitry is further configured to identify a nonsustained episode of potentially treatable arrhythmia and, in response thereto, modify the second value for the arrhythmia detection parameter, and set the first value for the arrhythmia detection parameter to a predefined default value for the modified arrhythmia detection parameter.
An electrical terminal structure suitable for connecting a thermocouple comprising a compensating wire to a measuring device, the electrical terminal structure comprising: a first electrical terminal and a mating electrical terminal, the first electrical terminal comprising: an elongate first contact made of a first kind of metal; and a coupling member having a spring portion formed in a cantilever-like shape, extending along the first contact and having a free end extending toward the first contact, and configured to hold a second contact of the mating electrical terminal between the spring portion and the first contact and press the second contact against the first contact, wherein the coupling member is made of a second kind of metal different from the first kind, and the coupling member is fixed to the first contact, the coupling member further having a crimping portion configured to be crimped in such a state that the compensating wire made of the same kind of metal as the first contact is pressed against the first contact, and the coupling member is fixed to the first contact independently of crimping at the crimping portion, characterized in that the second contact of the mating electrical terminal is made of the same kind of metal as the first contact; the first kind of metal is a metal used for a thermocouple; and the first contact has a shape extending like a strip or rod. an elongate first contact made of a first kind of metal; and a coupling member having a spring portion formed in a cantilever-like shape, extending along the first contact and having a free end extending toward the first contact, and configured to hold a second contact of the mating electrical terminal between the spring portion and the first contact and press the second contact against the first contact, wherein the coupling member is made of a second kind of metal different from the first kind, and the coupling member is fixed to the first contact, the coupling member further having a crimping portion configured to be crimped in such a state that the compensating wire made of the same kind of metal as the first contact is pressed against the first contact, and the coupling member is fixed to the first contact independently of crimping at the crimping portion, characterized in that the second contact of the mating electrical terminal is made of the same kind of metal as the first contact; the first kind of metal is a metal used for a thermocouple; and the first contact has a shape extending like a strip or rod.
A current limiter arrangement for limiting an electric current between a first and a second terminal (2, 3) comprising; a first current limiting device and a second current limiting device arranged between the first and the second terminal (2, 3); the first and the second current limiting device (4, 5) each include a substrate (6, 7) having a substrate surface area (A 6) and a substrate thickness, and include a superconducting section (8, 9) arranged on the substrate (6, 7) and thermally coupled to the substrate (6, 7) thereby covering a coupling surface area (As) on the substrate (6, 7); characterized in that at least one of the first or second current limiting device (4, 5) the substrate surface area (A 6) is larger than the coupling surface area (As); in that each of the superconducting sections (8, 9) has a critical current value and in that the substrate surface areas (A 6), the substrate thicknesses and/or the coupling surface areas (A 8) are configured to be adapted as a function of the critical current values.
A wall member of a building structure, with two rigid, elongate, structural supporting steel profiles, each of which has an inner cavity that extends along the longitudinal axis of the steel profile and is open at the profile ends, which have a cross section that is constant over the entire length, wherein the cross section has eight perpendicular outer corners and four perpendicular inner corners, one supporting surface, respectively, is located between two adjacent outer corners and one mounting surface, respectively, is located between an outer corner and an adjacent inner corner, and the cross section has a rotational symmetry of 90° and each mounting surface a regularly arranged row of holes, and with a plate that is connected to the steel profiles and that has narrow surfaces, wherein the plate is located between the two steel profiles, that the plate is made from hard foamed material, that the narrow surfaces are located in the immediate vicinity of opposite supporting surfaces of the two steel profiles and are connected to them, in each case, by means of at least one adhesive seam located between a narrow surface and either the supporting surface and/or the mounting surface immediately adjacent to the supporting surface.
A method of frequency estimation, comprising: receiving a clock output from a frequency synthesizer at an input of a ring encoder which comprises a plurality of series connected flip flops and at least one inverter connected cyclically in a ring format; said ring encoder generating a divided down version of said clock output, i.e. a ring encoder output clock, and an encoded output which represents least significant bits, LSBs, of a clock cycle count of said clock output; running a binary counter using said ring encoder output clock, wherein said binary counter provides an output count which represents most significant bits, MSBs, of said clock cycle count; using a reference clock, sampling said encoded output to provide a sampled encoded output and sampling said output count to provide a sampled output count; error correcting said sampled encoded output to provide a corrected sampled encoded output; combining said corrected sampled encoded output and said sampled output count to provide a combined output, and using said combined output, estimating an instantaneous or average frequency of said clock output to provide an estimated clock frequency. receiving a clock output from a frequency synthesizer at an input of a ring encoder which comprises a plurality of series connected flip flops and at least one inverter connected cyclically in a ring format; said ring encoder generating a divided down version of said clock output, i.e. a ring encoder output clock, and an encoded output which represents least significant bits, LSBs, of a clock cycle count of said clock output; running a binary counter using said ring encoder output clock, wherein said binary counter provides an output count which represents most significant bits, MSBs, of said clock cycle count; using a reference clock, sampling said encoded output to provide a sampled encoded output and sampling said output count to provide a sampled output count; error correcting said sampled encoded output to provide a corrected sampled encoded output; combining said corrected sampled encoded output and said sampled output count to provide a combined output, and using said combined output, estimating an instantaneous or average frequency of said clock output to provide an estimated clock frequency.
Ketamine or a pharmaceutically acceptable salt thereof, for use in a method of treating a menstrually related symptom in a subject in need threreof, wherein said menstrually related symptom is selected from mood swings, dysphoria, negativism, diminished mental capabilities, anxiety, irritability, and anger; wherein the symptom is caused by premenstrual syndrome or premenstrual dysphoric disorder (PMDD), and wherein an average daily dose of from 1 mg to 500 mg of ketamine, or a pharmaceutically acceptable salt thereof, is administered to the subject.