mhurhangee/ep-ind-claims huggingface dataset:
A synchronous rotating electrical machine for connection to an electrical grid, the machine comprising a stator with a plurality of stator slots for accommodating stator windings, the stator slots having a stator slot pitch, the machine further comprising a rotor located inside the stator, wherein: the rotor comprises a plurality of poles, each of the poles comprising a plurality of damper slots for damper bars; and the damper slots have an arrangement which varies from one pole to another; characterised in that: the machine is unskewed; the rotor is arranged such that an air gap between the rotor and the stator is graded such that a ratio of the air gap at a pole edge to the air gap at the centre of the pole is equal to or greater than 120%; the damper slots have a damper slot pitch which is between 105% and 150% or between 70% and 95% of the stator slot pitch; and the damper slot pitch varies either within a pole or between poles. the rotor comprises a plurality of poles, each of the poles comprising a plurality of damper slots for damper bars; and the damper slots have an arrangement which varies from one pole to another; characterised in that: the machine is unskewed; the rotor is arranged such that an air gap between the rotor and the stator is graded such that a ratio of the air gap at a pole edge to the air gap at the centre of the pole is equal to or greater than 120%; the damper slots have a damper slot pitch which is between 105% and 150% or between 70% and 95% of the stator slot pitch; and the damper slot pitch varies either within a pole or between poles. the machine is unskewed; the rotor is arranged such that an air gap between the rotor and the stator is graded such that a ratio of the air gap at a pole edge to the air gap at the centre of the pole is equal to or greater than 120%; the damper slots have a damper slot pitch which is between 105% and 150% or between 70% and 95% of the stator slot pitch; and the damper slot pitch varies either within a pole or between poles.
An ultrasound diagnostic apparatus, comprising: a front-end unit configured to be electrically connected to a transducer; and a host PC configured to receive channel data from the front-end unit via a data bus and to process the channel data, wherein the host PC includes a system memory, at least one parallel core processor, and a central processing unit, CPU, configured to page-lock a predetermined first area in the system memory; the front-end unit is configured to transmit the channel data to the first area in a direct memory access, DMA, scheme; the parallel core processor is configured to access the first area in the DMA scheme and to perform at least a part of processes for generating an ultrasound image, in a multi-thread processing scheme; wherein the parallel core processor is configured, when performing at least a part of the processes, to divide the channel data to be stored in the first area into a plurality of blocks and to process divided blocks based on a concurrent copy and execution scheme; and wherein the channel data is configured to be divided in accordance with a criterion based on an ultrasound transmitting method used when acquiring the channel data. a front-end unit configured to be electrically connected to a transducer; and a host PC configured to receive channel data from the front-end unit via a data bus and to process the channel data, wherein the host PC includes a system memory, at least one parallel core processor, and a central processing unit, CPU, configured to page-lock a predetermined first area in the system memory; a system memory, at least one parallel core processor, and a central processing unit, CPU, configured to page-lock a predetermined first area in the system memory; the front-end unit is configured to transmit the channel data to the first area in a direct memory access, DMA, scheme; the parallel core processor is configured to access the first area in the DMA scheme and to perform at least a part of processes for generating an ultrasound image, in a multi-thread processing scheme; wherein the parallel core processor is configured, when performing at least a part of the processes, to divide the channel data to be stored in the first area into a plurality of blocks and to process divided blocks based on a concurrent copy and execution scheme; and wherein the channel data is configured to be divided in accordance with a criterion based on an ultrasound transmitting method used when acquiring the channel data.
Battery block comprising a plurality of commercially available battery cells, wherein the plurality of battery cells are surrounded by an encapsulation, which comprises a layer of polyethylene terephthalate, a shrink tube and a potting compound, characterized in that each individual battery cell is surrounded by a polyimide layer.
Tensioning apparatus for a belt drive which has an endlessly circulating belt, an electric machine with a drive wheel, and at least one further driving wheel which is drive-connected to the drive wheel via the belt, the tensioning apparatus comprising the following: - a tensioner housing which is mounted on the electric machine such that it can be pivoted about the axle of the drive wheel, - a tensioning arm which is mounted movably in the tensioner housing, - two tensioning rollers (6, 7) which load the belt with prestressing force upstream and downstream of the drive wheel in the circulating direction of said belt, one of the tensioning rollers being mounted on the tensioning arm and the other tensioning roller being mounted in a stationary manner on the tensioner housing, - and a spring means (20a, 20b) which generates the prestressing force and the spring ends (25a, 25b) of which are clamped in between the tensioner housing on one side and the tensioning arm on the other side, characterized in that the spring means comprises two helical compression springs (20a, 20b) which are connected in series and the spring ends (23a, 23b) of which, which face one another, are separated by an intermediate piece which is mounted slidingly in the tensioner housing, the tensioning arm having a mandrel projection which penetrates the helical compression spring, which runs on the side of the tensioning arm, and is mounted slidingly in the intermediate piece. - a tensioner housing which is mounted on the electric machine such that it can be pivoted about the axle of the drive wheel, - a tensioning arm which is mounted movably in the tensioner housing, - two tensioning rollers (6, 7) which load the belt with prestressing force upstream and downstream of the drive wheel in the circulating direction of said belt, one of the tensioning rollers being mounted on the tensioning arm and the other tensioning roller being mounted in a stationary manner on the tensioner housing, - and a spring means (20a, 20b) which generates the prestressing force and the spring ends (25a, 25b) of which are clamped in between the tensioner housing on one side and the tensioning arm on the other side,
An isolated human monoclonal antibody comprising: (a) a variable heavy chain region comprising the amino acid sequence of SEQ ID NO:43; and (b) a variable light chain region comprising the amino acid sequence of SEQ ID NO:36. (a) a variable heavy chain region comprising the amino acid sequence of SEQ ID NO:43; and (b) a variable light chain region comprising the amino acid sequence of SEQ ID NO:36.
A hearing aid comprising a persistent memory wherein the hearing aid is adapted to store values of hearing associated variables in the persistent memory device during normal use of said hearing aid, the hearing aid comprising: an input signal channel providing an input signal, and a processor adapted to: - process the input signal according to a predetermined algorithm to generate a processed output signal, - generate a first data set representing a value or values of one or several predetermined hearing aid associated variables, - writing the first data set to a first memory segment within the persistent memory device, - generate a second data set representing a value or values of the one or several predetermined hearing aid associated variables, - writing the second data set to a second memory segment within the persistent memory device, - selectively indicating the first or the second data set as a valid data set by setting a data variable value in a third memory segment in the persistent memory device. - process the input signal according to a predetermined algorithm to generate a processed output signal, - generate a first data set representing a value or values of one or several predetermined hearing aid associated variables, - writing the first data set to a first memory segment within the persistent memory device, - generate a second data set representing a value or values of the one or several predetermined hearing aid associated variables, - writing the second data set to a second memory segment within the persistent memory device, - selectively indicating the first or the second data set as a valid data set by setting a data variable value in a third memory segment in the persistent memory device.
Method for the production of a dental article, the method comprising: - performing a three-dimensional scan of a portion of a dental arch including at least part of a tooth; - generating (2F, 3F) a first file containing a three-dimensional model of the at least part of tooth scanned, said three-dimensional model comprising (i) spatial coordinates, in a three-dimensional space having an elevation axis Z, of a plurality of points belonging to an outer surface of the at least part of the tooth scanned and (ii) a colour of the outer surface associated with each point of the plurality; - processing the first file by associating a same colour with all the points having the same coordinate value in the elevation axis Z, thereby obtaining a second file; - sending the second file to a laser stereolithography machine; - obtaining a stereolithographic model of said at least part of tooth based on said second file by subsequent polymerization of layers of a liquid material arranged along the elevation axis Z, so as to obtain the stereolithographic model having for each coordinate value in the elevation axis Z a same colour as present in said second file which includes: ∘ injecting for each layer a first and a second liquid material of two different colour so as to generate said same colour; and ∘ scanning the layer of liquid substance by means of a laser, polymerizing it. - performing a three-dimensional scan of a portion of a dental arch including at least part of a tooth; - generating (2F, 3F) a first file containing a three-dimensional model of the at least part of tooth scanned, said three-dimensional model comprising (i) spatial coordinates, in a three-dimensional space having an elevation axis Z, of a plurality of points belonging to an outer surface of the at least part of the tooth scanned and (ii) a colour of the outer surface associated with each point of the plurality; - processing the first file by associating a same colour with all the points having the same coordinate value in the elevation axis Z, thereby obtaining a second file; - sending the second file to a laser stereolithography machine; - obtaining a stereolithographic model of said at least part of tooth based on said second file by subsequent polymerization of layers of a liquid material arranged along the elevation axis Z, so as to obtain the stereolithographic model having for each coordinate value in the elevation axis Z a same colour as present in said second file which includes: ∘ injecting for each layer a first and a second liquid material of two different colour so as to generate said same colour; and ∘ scanning the layer of liquid substance by means of a laser, polymerizing it. ∘ injecting for each layer a first and a second liquid material of two different colour so as to generate said same colour; and ∘ scanning the layer of liquid substance by means of a laser, polymerizing it.
Fermentation apparatus for winemaking comprising: a winemaking vessel with a bottom of the vessel, a polygonal or circular side wall rising from the bottom, surrounding a containing volume, and a top opening shut by a removable roof; and a basket for containing destemmed grapes, said basket being at least partially made of a wall material pervious to liquid and substantially impervious to solid materials and being capable of being removably arranged in a position of complete insertion into said wine vessel, said basket defining a containing compartment of the destemmed grapes evolving around at least one core region, said core region being open on said containing volume of the vessel when the basket is in said position of insertion into the vessel, said at least one core region being in liquid-only communication, through said wall material, with said containing compartment of the destemmed grapes.
A method of forming a thin film transistor, TFT, comprising: providing a substrate; exposing the substrate to a pulse of a metal reactant to form an adsorbed layer of the metal reactant over the substrate; exposing the substrate to a pulse of a second reactant to react with the metal reactant; and exposing the substrate to a pulse of an oxidant to form a metal oxide layer, where the metal oxide layer is a tin-based, Sn-based, p-type semiconductor layer including a ternary compound Sn -X-0, wherein X is one of tungsten, W, boron, B, or niobium, Nb. providing a substrate; exposing the substrate to a pulse of a metal reactant to form an adsorbed layer of the metal reactant over the substrate; exposing the substrate to a pulse of a second reactant to react with the metal reactant; and exposing the substrate to a pulse of an oxidant to form a metal oxide layer, where the metal oxide layer is a tin-based, Sn-based, p-type semiconductor layer including a ternary compound Sn -X-0, wherein X is one of tungsten, W, boron, B, or niobium, Nb.
Device incorporating respectively: • a reservoir endowed with a first compartment, of which the bottom has a membrane designed to be struck, and of which the upper extremity is connected by means of a continuous crown to an exterior skirt with means of connection consisting of a threading existing on the interior wall of the skirt, able to temporarily connect the device to the neck of a second compartment that is separate from the device, by screwing/unscrewing; • a striker cap capping the reservoir, with the said striker cap taking the form of a cover, and of which the side wall - at its bottom end - is equipped with a tamper-proof tongue, and being endowed with a striker intended to strike the membrane of the reservoir after removal of the tamper-proof tongue, followed by sideways movement of the striker cap on the reservoir; • a sealing system between the first compartment and the striker cap, characterized by the fact that the crown has - on its lower face - an impermeability seal of which the surface is intended to be exclusively in contact with the upper face of the neck of the second compartment, and by the fact that the reservoir and the striker cap each have complementary drive systems in the form of flexible and oriented lateral vertical fins existing on the interior vertical wall of the cap, and studs oriented in opposite directions, existing on the exterior lateral wall of the skirt, able to only allow the rotation of the device on the second compartment in the screw-on direction before striking of the membrane by the striker cover. • a reservoir endowed with a first compartment, of which the bottom has a membrane designed to be struck, and of which the upper extremity is connected by means of a continuous crown to an exterior skirt with means of connection consisting of a threading existing on the interior wall of the skirt, able to temporarily connect the device to the neck of a second compartment that is separate from the device, by screwing/unscrewing; • a striker cap capping the reservoir, with the said striker cap taking the form of a cover, and of which the side wall - at its bottom end - is equipped with a tamper-proof tongue, and being endowed with a striker intended to strike the membrane of the reservoir after removal of the tamper-proof tongue, followed by sideways movement of the striker cap on the reservoir; • a sealing system between the first compartment and the striker cap, characterized by the fact that the crown has - on its lower face - an impermeability seal of which the surface is intended to be exclusively in contact with the upper face of the neck of the second compartment, and by the fact that the reservoir and the striker cap each have complementary drive systems in the form of flexible and oriented lateral vertical fins existing on the interior vertical wall of the cap, and studs oriented in opposite directions, existing on the exterior lateral wall of the skirt, able to only allow the rotation of the device on the second compartment in the screw-on direction before striking of the membrane by the striker cover.
A vertical Hall Effect sensor assembly, comprising: a first sensor including a first doped substrate, a first doped well, the first doped well having a doping opposite to the first doped substrate, a first endmost inner contact accessible at a first surface of the first sensor and located at a first end portion of the first doped well, a first intermediate inner contact accessible at the first surface and located between the first endmost inner contact and a second end portion of the first doped well, and a first electrode positioned on the first surface immediately adjacent to the first endmost inner contact and the first intermediate inner contact, the first electrode electrically isolated from the first doped well; and a first voltage source operably connected to the first electrode. a first sensor including a first doped substrate, a first doped well, the first doped well having a doping opposite to the first doped substrate, a first endmost inner contact accessible at a first surface of the first sensor and located at a first end portion of the first doped well, a first intermediate inner contact accessible at the first surface and located between the first endmost inner contact and a second end portion of the first doped well, and a first electrode positioned on the first surface immediately adjacent to the first endmost inner contact and the first intermediate inner contact, the first electrode electrically isolated from the first doped well; and a first doped substrate, a first doped well, the first doped well having a doping opposite to the first doped substrate, a first endmost inner contact accessible at a first surface of the first sensor and located at a first end portion of the first doped well, a first intermediate inner contact accessible at the first surface and located between the first endmost inner contact and a second end portion of the first doped well, and a first electrode positioned on the first surface immediately adjacent to the first endmost inner contact and the first intermediate inner contact, the first electrode electrically isolated from the first doped well; and a first voltage source operably connected to the first electrode.
Removable pack for the reactivation of a turboshaft engine of a helicopter, comprising a gas generator equipped with a drive shaft, said turboshaft engine being capable of operating in at least one standby mode during a stable flight of the helicopter, said removable pack comprising: - a removable gearbox comprising a gearbox output shaft, - controlled means (32, 33) for rotating said gearbox output shaft, referred to as reactivation means of said turboshaft engine, comprising at least: • a first reactivation device that is mounted on said gearbox and comprises a shaft that is referred to as the first gearbox input shaft and is mechanically connected to said gearbox output shaft, and controlled means for rotating said first gearbox input shaft, • a second reactivation device that is mounted on said gearbox and comprises a shaft that is referred to as the second gearbox input shaft and is mechanically connected to said output shaft, and controlled means for rotating said second gearbox input shaft, - mechanical means capable of reversibly coupling said gearbox output shaft to said drive shaft of said gas generator, the removable pack being characterised in that said controlled means for rotating said first gearbox input shaft of said first reactivation device are capable of driving said first input shaft at a predetermined speed for a period that is less than the period required for said means for rotating said second input shaft of said second reactivation device to drive said second input shaft at a predetermined speed, said first reactivation device thus forming a device for rapid reactivation of said turboshaft engine, and said second reactivation device forming a device for normal reactivation of said turboshaft engine. - a removable gearbox comprising a gearbox output shaft, - controlled means (32, 33) for rotating said gearbox output shaft, referred to as reactivation means of said turboshaft engine, comprising at least: • a first reactivation device that is mounted on said gearbox and comprises a shaft that is referred to as the first gearbox input shaft and is mechanically connected to said gearbox output shaft, and controlled means for rotating said first gearbox input shaft, • a second reactivation device that is mounted on said gearbox and comprises a shaft that is referred to as the second gearbox input shaft and is mechanically connected to said output shaft, and controlled means for rotating said second gearbox input shaft, • a first reactivation device that is mounted on said gearbox and comprises a shaft that is referred to as the first gearbox input shaft and is mechanically connected to said gearbox output shaft, and controlled means for rotating said first gearbox input shaft, • a second reactivation device that is mounted on said gearbox and comprises a shaft that is referred to as the second gearbox input shaft and is mechanically connected to said output shaft, and controlled means for rotating said second gearbox input shaft, - mechanical means capable of reversibly coupling said gearbox output shaft to said drive shaft of said gas generator,