mhurhangee/ep-ind-claims huggingface dataset:
A control and safety circuit for gas delivery valves, comprising: - an actuator for opening the gas delivery valve; - a control unit designed to emit a command signal (V 2), and a clock signal, characterised in that the control and safety circuit further comprises - a memory placed between the control unit and the actuator, the memory being capable of receiving the command signal (V 2) and the clock signal as inputs, the memory emitting an output signal (V 3) which is a function of the input command signal (V 2) and the clock signal, the output signal (V 3) being sent to the actuator to command the same to open the valve. - an actuator for opening the gas delivery valve; - a control unit designed to emit a command signal (V 2), and a clock signal, characterised in that the control and safety circuit further comprises - a memory placed between the control unit and the actuator, the memory being capable of receiving the command signal (V 2) and the clock signal as inputs, the memory emitting an output signal (V 3) which is a function of the input command signal (V 2) and the clock signal, the output signal (V 3) being sent to the actuator to command the same to open the valve.
An image processing apparatus comprising: image acquiring means configured to acquire a multi-viewpoint image including a plurality of viewpoint images; zoom value acquiring means configured to acquire a zoom value of the multi-viewpoint image acquired by the image acquiring means; parallax amount calculating means configured to calculate a parallax amount of each pixel between the plurality of viewpoint images constituting the acquired multi-viewpoint image; parallax amount correcting means configured to correct the parallax amount of each pixel of at least a portion of the acquired multi-viewpoint image by image processing, based on the zoom value acquired by the zoom value acquiring means and the parallax amount of each pixel calculated by the parallax amount calculating means, the parallax amount correcting means configured to correct the parallax amount of each pixel and configured to reconstruct the multi-viewpoint image such that a difference in parallax amount corresponding to an object distance is kept unchanged even if the acquired zoom value is changed. image acquiring means configured to acquire a multi-viewpoint image including a plurality of viewpoint images; zoom value acquiring means configured to acquire a zoom value of the multi-viewpoint image acquired by the image acquiring means; parallax amount calculating means configured to calculate a parallax amount of each pixel between the plurality of viewpoint images constituting the acquired multi-viewpoint image; parallax amount correcting means configured to correct the parallax amount of each pixel of at least a portion of the acquired multi-viewpoint image by image processing, based on the zoom value acquired by the zoom value acquiring means and the parallax amount of each pixel calculated by the parallax amount calculating means, the parallax amount correcting means configured to correct the parallax amount of each pixel and configured to reconstruct the multi-viewpoint image such that a difference in parallax amount corresponding to an object distance is kept unchanged even if the acquired zoom value is changed.
Turbofan engine having: - an engine, - a fixed structure, - a nacelle enclosing the engine and having a fan casing, wherein a secondary-flow duct is delimited between the fan casing and the engine, an air flow circulating in said secondary-flow duct, - a movable assembly mounted on the fixed structure so as to be able to move in translation in a direction of movement between a retracted position, in which the movable assembly has been moved towards the rear so as to open up a gap between the secondary duct and the outside, and an extended position, in which the gap is closed off by the movable assembly, - a ramp intended to orient the secondary flow, - an intermediate casing having a part forming a hub, characterized in that the intermediate casing comprises an outer shell to which the fixed structure is fixed, said shell being radially spaced apart from the hub by the secondary duct and fixed to the hub via arms and being situated behind and in the continuation of the fan casing, and in that the ramp is fixed to the outer shell so as to orient the secondary flow at the outlet of the outer shell. - an engine, - a fixed structure, - a nacelle enclosing the engine and having a fan casing, wherein a secondary-flow duct is delimited between the fan casing and the engine, an air flow circulating in said secondary-flow duct, - a movable assembly mounted on the fixed structure so as to be able to move in translation in a direction of movement between a retracted position, in which the movable assembly has been moved towards the rear so as to open up a gap between the secondary duct and the outside, and an extended position, in which the gap is closed off by the movable assembly, - a ramp intended to orient the secondary flow, - an intermediate casing having a part forming a hub,
Mix dispenser comprising a hopper with a top opening for filling the hopper with a predetermined amount of mix and a bottom opening, said dispenser comprising a conveyor which forms the bottom of said hopper and is designed to extract the mix from the hopper and convey it towards an end so as to fill a mould; characterized in that said conveyor comprises a supporting meshwork operated by an electric motor, said supporting meshwork being lined with a plastic film.
A data transmission method, comprising: receiving, by a terminal device from a network device, first information, wherein the first information is used to configure K repeated transmission occasions; and repeatedly transmitting, by the terminal device to the network device, first data on N repeated transmission occasions in the K repeated transmission occasions, wherein the N repeated transmission occasions are discontinuous in time domain, K is an integer greater than 2, and N is an integer greater than or equal to 2 and less than K. receiving, by a terminal device from a network device, first information, wherein the first information is used to configure K repeated transmission occasions; and repeatedly transmitting, by the terminal device to the network device, first data on N repeated transmission occasions in the K repeated transmission occasions, wherein the N repeated transmission occasions are discontinuous in time domain, K is an integer greater than 2, and N is an integer greater than or equal to 2 and less than K.
A device for the laser treatment of skin ulcers, comprising: a laser source; a treatment hand-piece; a light guide configured to convey a laser beam from the laser source to the hand-piece; wherein the hand-piece is adapted to vary the inclination of the laser beam exiting from the hand-piece with respect to a longitudinal axis of the hand-piece; and wherein the hand-piece comprises a laser-beam emitting terminal; characterized in that a variable inclination mirror is pivotally connectable or connected to the hand-piece outside the terminal.
A wearable display device that is operatively connectable to a computing device, the wearable display device comprising at least one temple arm extending from a display bridge of the wearable display device, the wearable display device comprising an input system comprising: a first touch-sensitive strip extending along a first axis on a top side of the temple arm; a second touch-sensitive strip extending parallel to the first touch-sensitive strip on a bottom side of the temple arm that is opposite to the top side, wherein at least a portion of the first touch-sensitive strip and at least a portion of the second touch-sensitive strip overlap as viewed from a second axis, and both the first touch-sensitive strip and the second touch-sensitive strip are configured to generate linear contact input signals from one or more user digits sliding along the first axis; one or more top input buttons on the top side of the temple arm; a bottom input button on the bottom side of the temple arm and offset with respect to each of the one or more top input buttons as viewed from the second axis, wherein each of the one or more top input buttons and the bottom input button is configured to generate button input signals from a user digit compressing the one or more input buttons; and a processing means configured to provide the linear contact input signals and the button input signals to a user interface program executed by a processor of the computing device. a first touch-sensitive strip extending along a first axis on a top side of the temple arm; a second touch-sensitive strip extending parallel to the first touch-sensitive strip on a bottom side of the temple arm that is opposite to the top side, wherein at least a portion of the first touch-sensitive strip and at least a portion of the second touch-sensitive strip overlap as viewed from a second axis, and both the first touch-sensitive strip and the second touch-sensitive strip are configured to generate linear contact input signals from one or more user digits sliding along the first axis; one or more top input buttons on the top side of the temple arm; a bottom input button on the bottom side of the temple arm and offset with respect to each of the one or more top input buttons as viewed from the second axis, wherein each of the one or more top input buttons and the bottom input button is configured to generate button input signals from a user digit compressing the one or more input buttons; and a processing means configured to provide the linear contact input signals and the button input signals to a user interface program executed by a processor of the computing device.
Method of connecting two components by ultrasonic welding for producing a power semiconductor module, said method comprising the steps of: a) Aligning the components to be welded to form a welding interface; b) Aligning a welding tool to the aligned components; c) Removably arranging a trapping material at least partly encompassing the welding interface; and d) Connecting the components by activating the welding tool; said method characterized in that the trapping material is a foam. a) Aligning the components to be welded to form a welding interface; b) Aligning a welding tool to the aligned components; c) Removably arranging a trapping material at least partly encompassing the welding interface; and d) Connecting the components by activating the welding tool; said method characterized in that the trapping material is a foam.
An integrated, portable, battery-powered electric liquid pump and power emergency station, comprising: a chassis; one or more wheels (114, 250) supporting the chassis; the electrically powered liquid pump carried by the chassis; one or more rechargeable batteries powering the liquid pump to transfer liquid from a liquid source to a liquid destination; and one or more AC outlets carried by the chassis and powered by the one or more rechargeable batteries to provide emergency back-up power during power outage; an emergency station Central Processing Unit providing system power management; characterized in that: the electrically powered liquid pump is a variable-pressure liquid pump; and at least one detachable coupling adapter is provided, wherein when either coupling adapter is detected by the Central Processing Unit, a feedback circuit will prevent the liquid pump from operating at pressures higher than 0.55 MPa (80 psi). a chassis; one or more wheels (114, 250) supporting the chassis; the electrically powered liquid pump carried by the chassis; one or more rechargeable batteries powering the liquid pump to transfer liquid from a liquid source to a liquid destination; and one or more AC outlets carried by the chassis and powered by the one or more rechargeable batteries to provide emergency back-up power during power outage; an emergency station Central Processing Unit providing system power management; characterized in that: the electrically powered liquid pump is a variable-pressure liquid pump; and at least one detachable coupling adapter is provided, wherein when either coupling adapter is detected by the Central Processing Unit, a feedback circuit will prevent the liquid pump from operating at pressures higher than 0.55 MPa (80 psi). the electrically powered liquid pump is a variable-pressure liquid pump; and at least one detachable coupling adapter is provided, wherein when either coupling adapter is detected by the Central Processing Unit, a feedback circuit will prevent the liquid pump from operating at pressures higher than 0.55 MPa (80 psi).
A nucleic acid molecule encoding a first polypeptide and a second polypeptide, operably liked to a signal sequence which encodes mBiP, wherein: (a) the first polypeptide comprises a variable heavy chain domain comprising a VH-HVR1, a VH-HVR2, and a VH-VHR3; (b) the second polypeptide comprises a variable light chain domain comprising a VL-HVR1, a VL-HVR2, and a VL-HVR3; (c) the signal sequence is encoded by a nucleic acid sequence that encodes for an amino acid sequence comprising SEQ ID NO: 3 (d) the first polypeptide and the second polypeptide form an antibody, antibody fragment or Fab fragment, and (e) wherein the first and/or second polypeptide when expressed in a prokaryotic cell is fused to a coat protein selected from the group consisting of pI, pII, pIII, pIV, pV, pVI, pVII, pVIII, pIX and pX of bacteriophage M13, f1 or fd or an adaptor protein selected from the group consisting of SEQ ID NOs: 6 and 7. (a) the first polypeptide comprises a variable heavy chain domain comprising a VH-HVR1, a VH-HVR2, and a VH-VHR3; (b) the second polypeptide comprises a variable light chain domain comprising a VL-HVR1, a VL-HVR2, and a VL-HVR3; (c) the signal sequence is encoded by a nucleic acid sequence that encodes for an amino acid sequence comprising SEQ ID NO: 3 (d) the first polypeptide and the second polypeptide form an antibody, antibody fragment or Fab fragment, and (e) wherein the first and/or second polypeptide when expressed in a prokaryotic cell is fused to a coat protein selected from the group consisting of pI, pII, pIII, pIV, pV, pVI, pVII, pVIII, pIX and pX of bacteriophage M13, f1 or fd or an adaptor protein selected from the group consisting of SEQ ID NOs: 6 and 7.
Garment, comprising a knitted base body which comprises a moisture transport zone, wherein the moisture transport zone is knitted from at least one base yarn and at least one moisture transport yarn and wherein the moisture transport zone extends along a longitudinal direction of the moisture transport zone running in parallel to a wale direction of the base body from a first end to a second end, wherein the moisture transport zone comprises at least one moisture absorption region in which the mass of the moisture transport yarn contained per course increases along the longitudinal direction of the moisture transport zone, wherein in the moisture absorption region the mass of the moisture transport yarn contained per course increases constantly at least in sections, and wherein the moisture transport zone comprises at least one moisture release region, which adjoins at least one moisture absorption region of the moisture transport zone in the longitudinal direction of the moisture transport zone, characterized in that the share of the extent of the moisture release region into which the moisture transport yarn is knitted in the course direction of the base body in the entire extent of the base body in the course direction is substantially 100%. wherein the moisture transport zone is knitted from at least one base yarn and at least one moisture transport yarn and wherein the moisture transport zone extends along a longitudinal direction of the moisture transport zone running in parallel to a wale direction of the base body from a first end to a second end, wherein the moisture transport zone comprises at least one moisture absorption region in which the mass of the moisture transport yarn contained per course increases along the longitudinal direction of the moisture transport zone, wherein in the moisture absorption region the mass of the moisture transport yarn contained per course increases constantly at least in sections, and wherein the moisture transport zone comprises at least one moisture release region, which adjoins at least one moisture absorption region of the moisture transport zone in the longitudinal direction of the moisture transport zone, characterized in that the share of the extent of the moisture release region into which the moisture transport yarn is knitted in the course direction of the base body in the entire extent of the base body in the course direction is substantially 100%.
A rail extension, comprising: a front member configured for attachment to a bumper beam; a base extending from one end of the rail extension, wherein the base includes vehicle rail attachments configured to attach to a vehicle rail; a body extending from the base and toward the front member, wherein the base comprises cells formed by cell walls extending along at least a portion of a length of the body from the base toward the front member and forming cavities therethrough; open channels formed on each side of the body, wherein the open channels are defined by walls of adjacent cells; wherein the front member comprises a plurality of beam attachments that extend from the front member to the base; and beam attachment inserts are located within the beam attachments; characterized in that the body comprises a crush initiator located at regular intervals along the body to induce balanced crushing on all sides or located only at specific target areas in order to induce crushing along a predetermined path, and wherein the body increases in cross-sectional area in a stepped geometry from the front member to the base. a front member configured for attachment to a bumper beam; a base extending from one end of the rail extension, wherein the base includes vehicle rail attachments configured to attach to a vehicle rail; a body extending from the base and toward the front member, wherein the base comprises cells formed by cell walls extending along at least a portion of a length of the body from the base toward the front member and forming cavities therethrough; open channels formed on each side of the body, wherein the open channels are defined by walls of adjacent cells; wherein the front member comprises a plurality of beam attachments that extend from the front member to the base; and beam attachment inserts are located within the beam attachments; characterized in that the body comprises a crush initiator located at regular intervals along the body to induce balanced crushing on all sides or located only at specific target areas in order to induce crushing along a predetermined path, and wherein the body increases in cross-sectional area in a stepped geometry from the front member to the base.
A gas turbine engine, comprising: a cooler assembly; characterised by further comprising: a gear system that rotatably couples a turbine shaft to a fan of the turbine engine; and a fluid delivery system comprising a first fluid path configured to communicate fluid from a supply to the gear system of the gas turbine engine, and a second fluid path configured to communicate fluid from the supply to the gear system, wherein the fluid introduced to the gear system by the first fluid path is cooler than that the fluid introduced to the gear system by the second fluid path; wherein a first portion of the gear system is cooled by fluid that has moved along the first fluid path through the cooler assembly, and wherein a second portion of the gear system is cooled by a mixture of fluid that has moved along the first fluid path through the cooler assembly and fluid that has not moved along the first fluid path through the cooler assembly, the gas turbine engine comprising a third fluid path configured to communicate some fluid that has moved through the cooler assembly from the first fluid path to the second fluid path. a gear system that rotatably couples a turbine shaft to a fan of the turbine engine; and a fluid delivery system comprising a first fluid path configured to communicate fluid from a supply to the gear system of the gas turbine engine, and a second fluid path configured to communicate fluid from the supply to the gear system, wherein the fluid introduced to the gear system by the first fluid path is cooler than that the fluid introduced to the gear system by the second fluid path; wherein a first portion of the gear system is cooled by fluid that has moved along the first fluid path through the cooler assembly, and wherein a second portion of the gear system is cooled by a mixture of fluid that has moved along the first fluid path through the cooler assembly and fluid that has not moved along the first fluid path through the cooler assembly, the gas turbine engine comprising a third fluid path configured to communicate some fluid that has moved through the cooler assembly from the first fluid path to the second fluid path.
Kiln for firing ceramic blanks, in particular tiles, comprising a plurality of parallel trains (I, II, III, IV) that can move along a longitudinally extending kiln path and that comprise a plurality of kiln wagons, on which trains the blanks are to be arranged, the kiln path comprising a firing zone for heating the blanks and adjacent trains (I, II, III, IV) being movable in opposing directions without a change of direction through a firing zone and at least one fan being provided, characterised in that two adjacent kiln wagons can be coupled to one another in an immovable manner and comprise a common cover for arranging blanks.