mhurhangee/ep-ind-claims huggingface dataset:
A method for determining whether a horse is heterozygous, homozygous or has an absence of a Warmblood Fragile Foal Syndrome Type 1 (WFFST1) mutation, wherein the WFFST1 mutation comprises a change from G to A at position 147 in the sequence of SEQ ID NO:26, the method comprising: determining from a biological sample from the horse the presence or absence of the WFFST1 mutation, and identifying the horse as WFFST1 mutation homozygous by determining homozygosity for the WFFST1 mutation; or identifying the horse as WFFST1 mutation heterozygous by determining heterozygosity for the WFFST1 mutation; or identifying the horse as genetically normal with respect to WFFST1 by determining a homozygous absence of the WFFST1 mutation.
A suspension device of a motor vehicle including a lower bearing, an upper bearing and a first helical spring comprising an upper turn and a lower turn, positioned between said lower bearing and said upper bearing, said device including in addition: - a second helical spring comprising an upper turn and a lower turn, positioned between said lower bearing and said upper bearing; - a linking piece in contact with the lower turn of said first spring and the upper turn of said second spring; - a first bumpstop disposed around said first spring; and - a second bumpstop disposed around said second spring; said device being characterized in that said first and second bumpstops (7, 8) are cylinders, a portion of the surface of which is shaped in the manner of a bellows. - a second helical spring comprising an upper turn and a lower turn, positioned between said lower bearing and said upper bearing; - a linking piece in contact with the lower turn of said first spring and the upper turn of said second spring; - a first bumpstop disposed around said first spring; and - a second bumpstop disposed around said second spring; said device being characterized in that said first and second bumpstops (7, 8) are cylinders, a portion of the surface of which is shaped in the manner of a bellows.
A dishwasher control method comprising: a rinsing cycle in which one or more washing objects which are held in a tub are rinsed by injecting rinse water; a steam drying cycle in which the washing objects are dried by suppling steam; a normal drying cycle in which the washing objects are dried, without supplying steam, wherein the rinsing cycle comprises, a rinse water supply step in which rinse water is supplied to a sump; a rinse water circulating step in which the rinse water is injected into the tub via an injection arm (711, 713, 715) by driving a pump; a rinse water drainage step in which the rinse water from the sump is drained, and wherein the steam drying cycle comprises, a drying steam water supply step in which water is supplied to the pump; and a drying steam supply step in which steam generated in the pump is supplied to the tub so as to dry the washing objects, and controlling a water level of the water supplied in the drying steam water supply step to be lower than a steam outlet hole provided in the pump and for exhausting steam. a rinsing cycle in which one or more washing objects which are held in a tub are rinsed by injecting rinse water; a steam drying cycle in which the washing objects are dried by suppling steam; a normal drying cycle in which the washing objects are dried, without supplying steam, wherein the rinsing cycle comprises, a rinse water supply step in which rinse water is supplied to a sump; a rinse water circulating step in which the rinse water is injected into the tub via an injection arm (711, 713, 715) by driving a pump; a rinse water drainage step in which the rinse water from the sump is drained, and a rinse water supply step in which rinse water is supplied to a sump; a rinse water circulating step in which the rinse water is injected into the tub via an injection arm (711, 713, 715) by driving a pump; a rinse water drainage step in which the rinse water from the sump is drained, and wherein the steam drying cycle comprises, a drying steam water supply step in which water is supplied to the pump; and a drying steam supply step in which steam generated in the pump is supplied to the tub so as to dry the washing objects, and controlling a water level of the water supplied in the drying steam water supply step to be lower than a steam outlet hole provided in the pump and for exhausting steam. a drying steam water supply step in which water is supplied to the pump; and a drying steam supply step in which steam generated in the pump is supplied to the tub so as to dry the washing objects, and controlling a water level of the water supplied in the drying steam water supply step to be lower than a steam outlet hole provided in the pump and for exhausting steam.
A hydrogenated styrenic block copolymer characterised in that it is radial, has a molecular weight, expressed as Mpeak, between 300,000 and 600,000 g/mol, a vinyl content of at least 60% and a viscosity, expressed as Brookfield viscosity at 5% by weight in toluene, of less than 100 cps.
A hair styling device including a motor-driven rotary part controlled by an angular accelerometer arranged in said handle, said accelerometer detecting, during use, the rotary pulses given around the longitudinal axis of said handle and transmitting a signal for starting up the motor in the desired direction.
Method for controlling a converter having controllable power semiconductors, in which - state actual values x̂ ( k), which describe the state of the converter, are compared with state setpoint values x setpoint ( k) to obtain control difference values, - the control difference values are fed to a control unit (14, 16), which generates actuating voltage values u ( k) at its output, and - control electronics provide control signals depending on the actuating voltage values u ( k) and transmit them to the power semiconductors (S1, S2) of the converter, wherein the control unit (14, 16) generates such actuating voltage values u ( k) that the control difference values become as small as possible, wherein the state actual values x̂ ( k) are calculated by an observation unit proceeding from the actuating voltage values u ( k), wherein the observation unit models the converter and takes delay effects into account so that the state actual values x̂ ( k) correspond to the instantaneous current measurement values freed of delay effects, characterized in that the observation unit provides, in addition to the instantaneous state actual values x̂ ( k), delayed state model measurement values ŷ d ( k), which correspond to measurable state Frei verwendbar measurement values y d ( k), wherein the state model measurement values ŷ d ( k) are compared with state measurement values y d ( k) obtained through measurements to obtain a model deviation difference, the model deviation difference is fed to the input side of the observation unit and the modelling of the converter is carried out so that the model deviation difference becomes as small as possible. - state actual values x̂ ( k), which describe the state of the converter, are compared with state setpoint values x setpoint ( k) to obtain control difference values, - the control difference values are fed to a control unit (14, 16), which generates actuating voltage values u ( k) at its output, and - control electronics provide control signals depending on the actuating voltage values u ( k) and transmit them to the power semiconductors (S1, S2) of the converter, wherein the control unit (14, 16) generates such actuating voltage values u ( k) that the control difference values become as small as possible, wherein the state actual values x̂ ( k) are calculated by an observation unit proceeding from the actuating voltage values u ( k), wherein the observation unit models the converter and takes delay effects into account so that the state actual values x̂ ( k) correspond to the instantaneous current measurement values freed of delay effects,
An up and over door comprising a wing and a fixed door frame, whereby the wing is equipped with a device comprising an electronic accelerometer (A, G) for controlling the safety of said wing during its movement whereby the door comprises a control device for an automated movement of the wing, said wing rotates in its movement using two pivots moving in vertically, along an X-axis oriented guiderails of the frame; whereby the electronic accelerometer (A, G) is solidly connected to the wing, and can emit signals for each position assumed along the path of the movement of the wing, which goes from the initial completely closed position of the wing, in which the wing is oriented vertically to the completely open position, in which the wing is oriented horizontally, and vice versa, which signals are an integral part of the automated control, characterized in that said signals emitted after each impact or after each collision against the wing of said door when moving are used as signals for managing the control device regarding the collisions or impacts in a manner consequent to the moving wing considering it either a perpendicular or planar type of collision or impact with respect to the moving wing.
A safety helmet adapted to be worn by an individual, comprising: - a shell configured to receive a skull of the individual; - a shield adapted to protect an area of a face of the individual; - a chin guard adapted to be moved between a withdrawal position and a protection position, wherein in the protection position, the chin guard is at least partially disposed around the shield so as to extend the area of protection of the face of the individual by the helmet; - a system for articulating the chin guard relative to the shell, comprising means for guiding a displacement of the chin guard between the withdrawal position and the protection position, the safety helmet being characterized in that the articulation system further comprises means for pressing the chin guard against the shield adapted to press the chin guard against the shield when the chin guard is near or in the protection position. - a shell configured to receive a skull of the individual; - a shield adapted to protect an area of a face of the individual; - a chin guard adapted to be moved between a withdrawal position and a protection position, wherein in the protection position, the chin guard is at least partially disposed around the shield so as to extend the area of protection of the face of the individual by the helmet; - a system for articulating the chin guard relative to the shell, comprising means for guiding a displacement of the chin guard between the withdrawal position and the protection position,
Locking system for a door, comprising: - a lock equipped with a bolt and a locking knob, the locking knob being movable according to an operating movement which allows the bolt to be displaced between a rest position, a locking position and a blocking position, characterised in that: - the locking knob is movable in translation along a main axis between a retracted position and a deployed position, the locking knob being in the deployed position when the locking knob is in the blocking position, - the locking system comprises a first stop which prevents the locking knob from being displaced from the locking position to the blocking position when the locking knob is in the retracted position, and which allows the locking knob to be displaced from the locking position to the blocking position after translation of the locking knob into the deployed position. - a lock equipped with a bolt and a locking knob, the locking knob being movable according to an operating movement which allows the bolt to be displaced between a rest position, a locking position and a blocking position, - the locking knob is movable in translation along a main axis between a retracted position and a deployed position, the locking knob being in the deployed position when the locking knob is in the blocking position, - the locking system comprises a first stop which prevents the locking knob from being displaced from the locking position to the blocking position when the locking knob is in the retracted position, and which allows the locking knob to be displaced from the locking position to the blocking position after translation of the locking knob into the deployed position.
A system, comprising: a virtual machine manager, VMM, communicatively coupled to a user operating system, OS, and a service OS, the VMM configured to receive keystroke input destined for an application executing on the user OS and communicate the keystroke input to the service OS, the keystroke input processed by the service OS, the service OS comprising a keystroke buffer configured to buffer the keystroke input received from the VMM, wherein the service OS is configured to generate arbitrary placeholder characters corresponding to characters of the keystroke input, wherein the arbitrary placeholder characters are communicated to a virtual keyboard driver of the user OS the user OS comprising a keystroke agent configured to retrieve the keystroke input from the keystroke buffer and to provide the keystroke input to the application. a virtual machine manager, VMM, communicatively coupled to a user operating system, OS, and a service OS, the VMM configured to receive keystroke input destined for an application executing on the user OS and communicate the keystroke input to the service OS, the keystroke input processed by the service OS, the service OS comprising a keystroke buffer configured to buffer the keystroke input received from the VMM, wherein the service OS is configured to generate arbitrary placeholder characters corresponding to characters of the keystroke input, wherein the arbitrary placeholder characters are communicated to a virtual keyboard driver of the user OS the user OS comprising a keystroke agent configured to retrieve the keystroke input from the keystroke buffer and to provide the keystroke input to the application.
A composition comprising: a lipid; and a copolymer, wherein the copolymer comprises monomer units of styrene, and monomer units selected from acrylic acid, and an acrylic acid derivative optionally wherein the acrylic acid derivative is selected from acrylate, acrylate ester, acrylamide, and N-substituted acrylamide; wherein the lipid and copolymer are in the form of a nanodisc assembly. a lipid; and a copolymer, wherein the copolymer comprises monomer units of styrene, and monomer units selected from acrylic acid, and an acrylic acid derivative optionally wherein the acrylic acid derivative is selected from acrylate, acrylate ester, acrylamide, and N-substituted acrylamide; wherein the lipid and copolymer are in the form of a nanodisc assembly.
An ultrasound catheter for treatment of a blood clot resulting from an intracranial hemorrhage comprising: an elongate tubular body having a distal portion and a proximal portion; a plurality of ultrasound radiating elements positioned within a flexible energy delivery section in the distal portion of the elongate tubular body, a lumen formed within the elongate tubular body, wherein the lumen includes a plurality of ports on the distal portion of the elongate tubular body configured to allow fluid to flow therethrough; wherein the catheter comprises an electrical connector on the proximal portion of the elongate tubular body, which comprises a series of annular rings aligned in parallel. an elongate tubular body having a distal portion and a proximal portion; a plurality of ultrasound radiating elements positioned within a flexible energy delivery section in the distal portion of the elongate tubular body, a lumen formed within the elongate tubular body, wherein the lumen includes a plurality of ports on the distal portion of the elongate tubular body configured to allow fluid to flow therethrough; wherein the catheter comprises an electrical connector on the proximal portion of the elongate tubular body, which comprises a series of annular rings aligned in parallel.
A system for electrically stimulating a nerve, the system comprising: a first stimulator and a second stimulator for electrically stimulating the nerve, the first stimulator and the second stimulator spaced apart from one another by a first distance; and a controller arranged to: a) set a time interval as a function of the first distance and the speed of propagation of an action potential in the nerve; b) activate the first stimulator for a first stimulation period, thus inducing electrical activity in the nerve; and c) activate the second stimulator for a second stimulation period after the time interval has elapsed after the end of the first time period, wherein the time interval includes a first time period that is approximately equal to, or greater than, the first distance divided by the speed of propagation of an action potential in the nerve, and wherein setting the time interval is a sum of the first time period and a buffer time period for allowing the nerve to recover from stimulation. a first stimulator and a second stimulator for electrically stimulating the nerve, the first stimulator and the second stimulator spaced apart from one another by a first distance; and a controller arranged to: a) set a time interval as a function of the first distance and the speed of propagation of an action potential in the nerve; b) activate the first stimulator for a first stimulation period, thus inducing electrical activity in the nerve; and c) activate the second stimulator for a second stimulation period after the time interval has elapsed after the end of the first time period, a) set a time interval as a function of the first distance and the speed of propagation of an action potential in the nerve; b) activate the first stimulator for a first stimulation period, thus inducing electrical activity in the nerve; and c) activate the second stimulator for a second stimulation period after the time interval has elapsed after the end of the first time period, wherein the time interval includes a first time period that is approximately equal to, or greater than, the first distance divided by the speed of propagation of an action potential in the nerve, and wherein setting the time interval is a sum of the first time period and a buffer time period for allowing the nerve to recover from stimulation.
A radio terminal used in a mobile communication system which supports a vehicle-to-vehicle (V2V) service for enabling direct V2V communication, the user terminal comprising: a controller configured to obtain mapping information indicating a correspondence relationship between a V2V application and a frequency to be used for the V2V application, the V2V application being an application of the V2V service, wherein the controller determines the frequency to be used for the V2V application based on the mapping information, the controller transmits first information related to the V2V service to a base station when the radio terminal is in a connected state in a cell of the base station, and the first information includes information on the frequency mapped to the V2V application in which the radio terminal is interested. a controller configured to obtain mapping information indicating a correspondence relationship between a V2V application and a frequency to be used for the V2V application, the V2V application being an application of the V2V service, wherein the controller determines the frequency to be used for the V2V application based on the mapping information, the controller transmits first information related to the V2V service to a base station when the radio terminal is in a connected state in a cell of the base station, and the first information includes information on the frequency mapped to the V2V application in which the radio terminal is interested.
A method for manufacturing for a given geographical market a machine for preparing a beverage from a combination of a first ingredient and a second ingredient, the machine comprising a first container and a second container, each container being arranged in the machine for storing one of said ingredients and/or packagings thereof, the machine being so arranged as to let a user select a quantity ratio of said first ingredient and said second ingredient for any preparation of said beverage, such method comprising providing said first and second containers with respective first and second normal storage volume for their respective ingredient and/or packagings to be stored, and being characterised by: - estimating an average quantity ratio of used first and second ingredients for preparing said beverage in said given geographical market; and - configuring the first and second normal storage volumes of the containers with a volume ratio equivalent to a ratio of respective normal volumes necessary for storing the first and second ingredients and/or packagings thereof in the estimated average quantity ratio. - estimating an average quantity ratio of used first and second ingredients for preparing said beverage in said given geographical market; and - configuring the first and second normal storage volumes of the containers with a volume ratio equivalent to a ratio of respective normal volumes necessary for storing the first and second ingredients and/or packagings thereof in the estimated average quantity ratio.
A semiconductor substrate comprising: a graphite substrate having heat resistance and having flexibility with respect to external force; and a first semiconductor layer, provided on the graphite substrate, wherein the first semiconductor layer is made of a nitride of the Group XIII; and a second semiconductor layer, provided between the graphite substrate and the first semiconductor layer characterised in that the graphite substrate comprises a sintered polymer, has a thickness of 100 μm or less; and the second semiconductor layer comprises at least one of HfN and ZrN. a graphite substrate having heat resistance and having flexibility with respect to external force; and a first semiconductor layer, provided on the graphite substrate, wherein the first semiconductor layer is made of a nitride of the Group XIII; and a second semiconductor layer, provided between the graphite substrate and the first semiconductor layer characterised in that the graphite substrate comprises a sintered polymer, has a thickness of 100 μm or less; and the second semiconductor layer comprises at least one of HfN and ZrN.