mhurhangee/ep-ind-claims huggingface dataset:
A steering control device configured to control a steering device to which a motor torque is applied from an actuator with a motor as a drive source, the steering control device characterized by comprising: a control unit configured to output a motor control signal for controlling operation of the motor; a drive circuit configured to supply a drive electric power to the motor based on the motor control signal, wherein the control unit is configured to: calculate a torque command value which is a target value of the motor torque based on execution of angle control for adjusting a convertible angle which is able to be converted to a rotation angle of the motor to a target angle; calculate the motor control signal based on the torque command value; and change a control gain which is used for the angle control based on a change of a factor influencing a behavior of a vehicle in response to steering; characterised in that the control gain used for the angle control is changed based on a brake operation flag, a vehicle speed, a lateral acceleration, a target temperature and a drive mode of the motor. a control unit configured to output a motor control signal for controlling operation of the motor; a drive circuit configured to supply a drive electric power to the motor based on the motor control signal, wherein the control unit is configured to: calculate a torque command value which is a target value of the motor torque based on execution of angle control for adjusting a convertible angle which is able to be converted to a rotation angle of the motor to a target angle; calculate the motor control signal based on the torque command value; and change a control gain which is used for the angle control based on a change of a factor influencing a behavior of a vehicle in response to steering; characterised in that the control gain used for the angle control is changed based on a brake operation flag, a vehicle speed, a lateral acceleration, a target temperature and a drive mode of the motor. calculate a torque command value which is a target value of the motor torque based on execution of angle control for adjusting a convertible angle which is able to be converted to a rotation angle of the motor to a target angle; calculate the motor control signal based on the torque command value; and change a control gain which is used for the angle control based on a change of a factor influencing a behavior of a vehicle in response to steering; characterised in that the control gain used for the angle control is changed based on a brake operation flag, a vehicle speed, a lateral acceleration, a target temperature and a drive mode of the motor.
A sensor module comprising: a motion sensor disposed on a body portion of an insertable storage card; an audio sensor disposed on an extension portion of the insertable storage card extending from the body portion; and a communication controller disposed on the body portion of the insertable storage card, the communication controller to receive a motion status signal from the motion sensor and an audio signal from the audio sensor, and to transmit a signal to a portable device to which the insertable storage device is insertably coupled to indicate a validity state of data collected by the portable device. a motion sensor disposed on a body portion of an insertable storage card; an audio sensor disposed on an extension portion of the insertable storage card extending from the body portion; and a communication controller disposed on the body portion of the insertable storage card, the communication controller to receive a motion status signal from the motion sensor and an audio signal from the audio sensor, and to transmit a signal to a portable device to which the insertable storage device is insertably coupled to indicate a validity state of data collected by the portable device.
A demonstration apparatus, comprising: a support structure; and an insert structure contacting the support structure, the insert structure having a first surface defining a first opening and a second surface defining a second opening; characterised by: the insert structure defining a channel having a first end in communication with the first opening and a second end in communication with the second opening; and a duct structure contacting the insert structure, the duct structure comprising an elongate tubular member having a first end in fluid communication with the first opening, a second end, and defining a lumen extending from the first end to the second end; wherein a portion of the duct structure is releasably disposed within the channel. a support structure; and an insert structure contacting the support structure, the insert structure having a first surface defining a first opening and a second surface defining a second opening; characterised by: the insert structure defining a channel having a first end in communication with the first opening and a second end in communication with the second opening; and a duct structure contacting the insert structure, the duct structure comprising an elongate tubular member having a first end in fluid communication with the first opening, a second end, and defining a lumen extending from the first end to the second end; wherein a portion of the duct structure is releasably disposed within the channel. the insert structure defining a channel having a first end in communication with the first opening and a second end in communication with the second opening; and a duct structure contacting the insert structure, the duct structure comprising an elongate tubular member having a first end in fluid communication with the first opening, a second end, and defining a lumen extending from the first end to the second end; wherein a portion of the duct structure is releasably disposed within the channel.
A manufacturing method of a permanent magnet disposed in a rotating electrical machine, in which a plurality of magnet pieces formed by fracturing and splitting the permanent magnet along a notch groove are aligned and bonded to each other, comprising: a step of forming a recess groove having a depth shallower than and a width larger than the notch groove at a portion of fracturing and splitting in the permanent magnet; a step of forming the notch groove for fracturing the permanent magnet by using laser beam machining in a groove bottom of the recess groove formed in the recess-groove forming step; and a step of fracturing and splitting the permanent magnet along the notch groove so as to obtain magnet pieces. a step of forming a recess groove having a depth shallower than and a width larger than the notch groove at a portion of fracturing and splitting in the permanent magnet; a step of forming the notch groove for fracturing the permanent magnet by using laser beam machining in a groove bottom of the recess groove formed in the recess-groove forming step; and a step of fracturing and splitting the permanent magnet along the notch groove so as to obtain magnet pieces.
Air conditioning system comprising a room which is to be conditioned and which comprises at least one seat, the air conditioning system being at least partially located in the room, wherein the air conditioning system comprises at least one main supply air inlet which opens into the room and is arranged at a height of ≤ 0.3 m above a floor of the room, or on a floor of the room, at least one air outlet which opens into the room and is arranged at a height of < 0.3 m below a ceiling of the room, or in a ceiling of the room, and at least one assisting supply air inlet (5, 5') which opens into the room and is arranged at a height between a first point of the seat and a second point of the seat, wherein the first point of the seat is the point of the seat which has the largest distance to the floor of the room in a direction perpendicular to the floor of the room and wherein the second point of the seat is the point of the armrest of the seat which has the largest distance to the floor of the room in a direction perpendicular to the floor of the room, characterized in that the at least one air outlet is an exhaust outlet, wherein the air conditioning system further comprises an exhaust blower which is connected to the at least one exhaust outlet, wherein the exhaust blower is configured to blow air entering the blower from the exhaust outlet to an outside of the room. the air conditioning system being at least partially located in the room, wherein the air conditioning system comprises at least one main supply air inlet which opens into the room and is arranged at a height of ≤ 0.3 m above a floor of the room, or on a floor of the room, at least one air outlet which opens into the room and is arranged at a height of < 0.3 m below a ceiling of the room, or in a ceiling of the room, and at least one assisting supply air inlet (5, 5') which opens into the room and is arranged at a height between a first point of the seat and a second point of the seat, wherein the first point of the seat is the point of the seat which has the largest distance to the floor of the room in a direction perpendicular to the floor of the room and wherein the second point of the seat is the point of the armrest of the seat which has the largest distance to the floor of the room in a direction perpendicular to the floor of the room, characterized in that the at least one air outlet is an exhaust outlet, wherein the air conditioning system further comprises an exhaust blower which is connected to the at least one exhaust outlet, wherein the exhaust blower is configured to blow air entering the blower from the exhaust outlet to an outside of the room.
A data processing method, comprising: generating a physical protocol data unit, PPDU, wherein the PPDU comprises a preamble field, a data field, and a middle preamble field inserted in the data field, and the preamble field in the PPDU comprises information used to indicate an insertion frequency of the middle preamble field inserted in the data field in the PPDU; and sending the PPDU, characterized in that a NSTS field in the preamble field is used to indicate the insertion frequency of the middle preamble field inserted in the data field, wherein the insertion frequency of the middle preamble in the data field in the PPDU is implicitly indicated by using a parameter used to indicate an NSTS in the NSTS field. generating a physical protocol data unit, PPDU, wherein the PPDU comprises a preamble field, a data field, and a middle preamble field inserted in the data field, and the preamble field in the PPDU comprises information used to indicate an insertion frequency of the middle preamble field inserted in the data field in the PPDU; and sending the PPDU, characterized in that a NSTS field in the preamble field is used to indicate the insertion frequency of the middle preamble field inserted in the data field, wherein the insertion frequency of the middle preamble in the data field in the PPDU is implicitly indicated by using a parameter used to indicate an NSTS in the NSTS field.
Vegetable oil, in particular a lubricating vegetable oil, treated, for example, by electrical discharges, characterised in that is has a dynamic viscosity of greater than or equal to 1900mPa.s and a relaxation time of less than or equal to 200s, measured at 40°C by a cone and plate viscometer, according to standard ISO 2884-1, the relaxation time being measured by successively applying a constant shear rate of 1s -1 for 600s, then a constant shear rate of 1000s -1 for 180s to the vegetable oil.
An apparatus comprising: a first antenna element operable at at least one frequency within a first frequency range; a second antenna element operable at at least one frequency within a second frequency range; radio frequency circuitry electrically connected to the first antenna element via a first electrical path and electrically connected to the second antenna element via a second electrical path, wherein the first and second electrical paths are common where they connect to the radio frequency circuitry; a first frequency-dependent filter arrangement, within the first electrical path, arranged to accept frequencies within the first frequency range and reject frequencies within the second frequency range; a first impedance level transformation arrangement within the first electrical path; a first parallel resonant arrangement, within the first electrical path, arranged to increase an operational bandwidth of the first antenna element; wherein the first impedance level transformation arrangement has a first tapped inductor that is shared with the first parallel resonant arrangement; and a second frequency-dependent filter arrangement, within the second electrical path, arranged to accept frequencies within the second frequency range and reject frequencies within the first frequency range. a first antenna element operable at at least one frequency within a first frequency range; a second antenna element operable at at least one frequency within a second frequency range; radio frequency circuitry electrically connected to the first antenna element via a first electrical path and electrically connected to the second antenna element via a second electrical path, wherein the first and second electrical paths are common where they connect to the radio frequency circuitry; a first frequency-dependent filter arrangement, within the first electrical path, arranged to accept frequencies within the first frequency range and reject frequencies within the second frequency range; a first impedance level transformation arrangement within the first electrical path; a first parallel resonant arrangement, within the first electrical path, arranged to increase an operational bandwidth of the first antenna element; wherein the first impedance level transformation arrangement has a first tapped inductor that is shared with the first parallel resonant arrangement; and a second frequency-dependent filter arrangement, within the second electrical path, arranged to accept frequencies within the second frequency range and reject frequencies within the first frequency range.
Motorised vehicle comprising one or two front wheel and one rear wheel driven by at least one transmission system, a suspension assembly for the rear wheel comprising a suspension system supporting a wheel axle on which the rear wheel is mounted in rotation, the vehicle comprising a frame, the transmission system comprising a drive pinion mounted in rotation with respect to the frame, a crown gear integral with the rear wheel and a looped flexible linkage such as a chain or a toothed belt linking the pinion and the crown gear, the suspension system being mounted swinging on a pivot around a fulcrum pin whose position on the frame is set by a progressive anti-squat effect adjustment mechanism, wherein the vehicle also comprises a flexible linkage tension mechanism (16, 12) comprising at least one pressure application device pressing on the flexible linkage and thus tautening it according to the direction of the suspension system, the tension mechanism being synchronised with the adjustment mechanism, characterized in that the tension mechanism comprises a lever mounted swivelling at one end on the frame around a pivot pin, a first rocker mounted swivelling on the one hand around a second pin of the lever at the other end opposite the first end and on the other hand on the suspension system by a first extension of the first rocker, the tension mechanism either - also comprising a second extension of the first rocker, on the flexible linkage side, bearing on the rear of the pressure application device, or - bearing the pressure application device, with the pivot pin of the first rocker on the suspension system situated between the pivot pins (21, 31) at the ends of the lever. - also comprising a second extension of the first rocker, on the flexible linkage side, bearing on the rear of the pressure application device, or - bearing the pressure application device, with the pivot pin of the first rocker on the suspension system situated between the pivot pins (21, 31) at the ends of the lever.
A composition comprising dihydroquercetin and α-tocopherol and bisabolol for use for topical treatment of mucosal herpes simplex virus type 2 symptoms; wherein the α-tocopherol ranges from 0.05% to 5% in weight of the total weight of the composition (w/w).
A sliding bogie link trailer having a front trailer part and a rear trailer part which are slidably interconnected, the front trailer part having a kingpin for connection to a fifth wheel of a tractor vehicle for towing the trailer, the rear trailer part having an axle (6, 7) with ground-engaging wheels and a fifth wheel being mounted at a rear end of the rear trailer part for towing another trailer, the axle (6, 7) on the rear trailer part being a steerable axle and having an associated steering system on the trailer which is operable to steer the wheels on the axle (6, 7), the steering system including sensing means to sense when the rear trailer part is in a fully open position on the front trailer part, the steering system being operable to lock the wheels at a zero steer angle when the rear trailer part is not in the fully open position.
An ion generating element, comprising: a dielectric member; a positive ion discharger for generating positive ions; and a negative ion discharger for generating negative ions, the ion dischargers (12, 13) being arranged on said dielectric member separately from and independently of each other with a distance securing insulation therebetween, and having respective discharge electrodes (12a, 13a), the discharge electrodes (12a, 13a) of said positive and negative ion dischargers (12, 13) both being formed on the same surface of said dielectric member, characterized in that the discharge electrode (12a, 13a) of at least one of the dischargers (12, 13) includes a discharging portion (12j, 13j) for causing electric discharge, and a conducting portion (12k, 13k) having a voltage the same as the discharging portion (12j, 13j), and surrounding a perimeter or part of the discharging portion (12j, 13j) and being arranged such that the ions generated from the at least one discharging portion (12j, 13j) are repelled by the at least one conducting portion (12k, 13k) at a same potential before reaching the ion discharger (13, 12) at the opposite polarity. a dielectric member; a positive ion discharger for generating positive ions; and a negative ion discharger for generating negative ions, the ion dischargers (12, 13) being arranged on said dielectric member separately from and independently of each other with a distance securing insulation therebetween, and having respective discharge electrodes (12a, 13a), the discharge electrodes (12a, 13a) of said positive and negative ion dischargers (12, 13) both being formed on the same surface of said dielectric member, characterized in that the discharge electrode (12a, 13a) of at least one of the dischargers (12, 13) includes a discharging portion (12j, 13j) for causing electric discharge, and a conducting portion (12k, 13k) having a voltage the same as the discharging portion (12j, 13j), and surrounding a perimeter or part of the discharging portion (12j, 13j) and being arranged such that the ions generated from the at least one discharging portion (12j, 13j) are repelled by the at least one conducting portion (12k, 13k) at a same potential before reaching the ion discharger (13, 12) at the opposite polarity.
Steckel rolling mill comprising at least one reversing roll stand and a respective coiling oven (3, 4) arranged at each of the inlet side and outlet side of the reversing roll stand, characterised in that a respective integral unit (5, 6) comprising a driver, a cutter and a looper is arranged between the coiling oven at the inlet side and the at least one reversing rolling stand and between the at least one reversing roll stand and the coiling oven at the outlet side.
An isolated protein comprising the amino acid sequence of SEQ ID NO: 1 or an amino acid sequence comprising at least 92% amino acid sequence identity to the amino acid sequence of SEQ ID NO:1 over the entire length, having 7-epizingiberene synthase activity.
An encryption device comprising: a one-time pad cipher key storage part which stores a one-time pad cipher key formed of a plurality of bits and used in a one-time pad cipher; a one-time pad encrypting part which encrypts communication data by the one-time pad cipher by sequentially using part of the one-time pad cipher key stored in the one-time pad cipher key storage part, to generate encrypted data; a block-cipher key storage part which stores a block-cipher key used in a block cipher; a block-encrypting part which encrypts the communication data by the block cipher by using the block-cipher key stored in the block-cipher key storage part, to generate encrypted data; and an encryption control part which controls whether the communication data is to be encrypted by the one-time pad encrypting part, or by the block-encrypting part, depending on a remaining bit count of the one-time pad cipher key stored in the one-time pad cipher key storage part. a one-time pad cipher key storage part which stores a one-time pad cipher key formed of a plurality of bits and used in a one-time pad cipher; a one-time pad encrypting part which encrypts communication data by the one-time pad cipher by sequentially using part of the one-time pad cipher key stored in the one-time pad cipher key storage part, to generate encrypted data; a block-cipher key storage part which stores a block-cipher key used in a block cipher; a block-encrypting part which encrypts the communication data by the block cipher by using the block-cipher key stored in the block-cipher key storage part, to generate encrypted data; and an encryption control part which controls whether the communication data is to be encrypted by the one-time pad encrypting part, or by the block-encrypting part, depending on a remaining bit count of the one-time pad cipher key stored in the one-time pad cipher key storage part.
A method for transmitting an acknowledgment/negative-acknowledgement, ACK/NACK, signal in a carrier aggregation system in which a primary cell and a secondary cell are aggregated, the method performed by a user equipment and comprising: receiving data in a subframe n-k of the secondary cell; and transmitting the ACK/NACK signal for the data in a subframe n of the primary cell, wherein the primary cell uses a time division duplex, TDD, frame wherein the secondary cell uses a frequency division duplex, FDD, frame, and wherein when an UL-DL configuration for the primary cell is UL-DL configuration 0, 2 or 5 among UL-DL configurations included in the following table 1, wherein D denotes a downlink subframe, S denotes a special subframe and U denotes an uplink subframe: [Table 1] UL-DL configuration Subframe number 0 1 2 3 4 5 6 7 8 9 0 D S U U U D S U U U 1 D S U U D D S U U D 2 D S U D D D S U D D 3 D S U U U D D D D D 4 D S U U D D D D D D 5 D S U D D D D D D D 6 D S U U U D S U U D the subframe n and the k are configured based on the following table 2: [Table 2] UL-DL Configuratio n Subframe n 0 1 2 3 4 5 6 7 8 9 0 - - 6, 5 5, 4 4 - - 6, 5 5, 4 4 2 - - 8, 7, 6, 5, 4 - - - - 8, 7, 6, 5, 4 - - 5 - - 13, 12, 11, 10, 9, 8, 7, 6, 5, 4 - - - - - - -, wherein the k is any one element of a set which is defined for the subframe n based on the table 2. receiving data in a subframe n-k of the secondary cell; and transmitting the ACK/NACK signal for the data in a subframe n of the primary cell, wherein the primary cell uses a time division duplex, TDD, frame wherein the secondary cell uses a frequency division duplex, FDD, frame, and wherein when an UL-DL configuration for the primary cell is UL-DL configuration 0, 2 or 5 among UL-DL configurations included in the following table 1, wherein D denotes a downlink subframe, S denotes a special subframe and U denotes an uplink subframe: