mhurhangee/ep-ind-claims huggingface dataset:
A sleeve shaped valve cage for receiving a valve member, such as a valve plug, of a control valve of a processing plant, such as a chemical plant, a foodstuff processing plant, a power generating plant or the like, wherein the valve cage is configured to guide the valve member relative to the valve cage in a displacement direction between a closed position in which the valve member prevents a stream of processing fluid through the control valve and an open position in which the valve cage together with the valve member releases an opening area for a stream of processing fluid and further configured to provide, dependent on the control position of the valve member, different reducing characteristics, the valve cage comprising: a throttle section for small, particularly pressure-reduced flow rates of the processing fluid, the throttle section having multiple throttle conduits extending from an inside of the valve cage to its outside, a high capacity flow section, particularly free of reduction, adjacent to the throttle section in the displacement direction, for large flow rates of the processing fluid, wherein at least one balancing channel extending from the inside to the outside is formed in the valve cage, which leads from the high capacity flow section to the throttle section such that, before the valve member releases all throttle conduits, the equalization channel is released, wherein the valve cage has at least a passage window for the large flow rates arranged outside the throttle section, characterized in that the cross sectional area of the part of the balancing channel extending into the throttle section forms less than half of the entire, mutual cross sectional area of the passage window and the balancing channel. a throttle section for small, particularly pressure-reduced flow rates of the processing fluid, the throttle section having multiple throttle conduits extending from an inside of the valve cage to its outside, a high capacity flow section, particularly free of reduction, adjacent to the throttle section in the displacement direction, for large flow rates of the processing fluid, wherein at least one balancing channel extending from the inside to the outside is formed in the valve cage, which leads from the high capacity flow section to the throttle section such that, before the valve member releases all throttle conduits, the equalization channel is released, wherein the valve cage has at least a passage window for the large flow rates arranged outside the throttle section, characterized in that the cross sectional area of the part of the balancing channel extending into the throttle section forms less than half of the entire, mutual cross sectional area of the passage window and the balancing channel.
A laundry machine comprising: a tub; a drum rotatably arranged in the tub to accommodate an object and provided with a plurality of through holes on an outer circumferential surface thereof; an induction heater provided to the tub and configured to heat an outer heating surface of the drum opposing the induction heater; a motor for rotating the drum; a spray nozzle provided at the tub and configured to spray water in droplet form onto the outer heating surface of the drum to generate steam; and a processor configured to drive the motor to rotate the drum such that the steam is introduced into the drum through the plurality of through holes of the drum in a space between the tub and the drum. a tub; a drum rotatably arranged in the tub to accommodate an object and provided with a plurality of through holes on an outer circumferential surface thereof; an induction heater provided to the tub and configured to heat an outer heating surface of the drum opposing the induction heater; a motor for rotating the drum; a spray nozzle provided at the tub and configured to spray water in droplet form onto the outer heating surface of the drum to generate steam; and a processor configured to drive the motor to rotate the drum such that the steam is introduced into the drum through the plurality of through holes of the drum in a space between the tub and the drum.
A system for generating a final Cobb angle prediction for idiopathic scoliosis, the system comprising: a memory having stored thereon a predictive model based on 3D morphological spine parameters, curve type, and skeletal maturity; a processor; and at least one application stored in the memory and executable by the processor for receiving patient-specific 3D morphological spine parameters, a selected curve type, and a selected skeletal maturity, retrieving the predictive model, and modeling a progression curve of the idiopathic scoliosis to generate the final Cobb angle prediction. a memory having stored thereon a predictive model based on 3D morphological spine parameters, curve type, and skeletal maturity; a processor; and at least one application stored in the memory and executable by the processor for receiving patient-specific 3D morphological spine parameters, a selected curve type, and a selected skeletal maturity, retrieving the predictive model, and modeling a progression curve of the idiopathic scoliosis to generate the final Cobb angle prediction.
A hydraulic device comprising: a side plate defining at least a portion of a port (26, 28) and a rail, the rail disposed within the port (26, 28); a rotor disposed for rotation about an axis, the rotor having a plurality of roller vanes extending therefrom; and a ring disposed at least partially around the rotor, the ring and rotor in communication with a port for ingress or egress of a hydraulic fluid to or from adjacent the rotor, the ring includes a chamfered portion on an inner surface of the ring, wherein the chamfered portion defines a cavity adjacent to and in communication with the port, wherein the cavity allows a desired amount of hydraulic fluid to enter or leave the port (26, 28), wherein the rail is disposed within the port axial to and adjacent the rotor, and wherein the rail is configured to provide an axial stop for a roller of the roller vanes. a side plate defining at least a portion of a port (26, 28) and a rail, the rail disposed within the port (26, 28); a rotor disposed for rotation about an axis, the rotor having a plurality of roller vanes extending therefrom; and a ring disposed at least partially around the rotor, the ring and rotor in communication with a port for ingress or egress of a hydraulic fluid to or from adjacent the rotor, the ring includes a chamfered portion on an inner surface of the ring, wherein the chamfered portion defines a cavity adjacent to and in communication with the port, wherein the cavity allows a desired amount of hydraulic fluid to enter or leave the port (26, 28), wherein the rail is disposed within the port axial to and adjacent the rotor, and wherein the rail is configured to provide an axial stop for a roller of the roller vanes.
Device for continuous production of porous silicon layers on workpieces made of silicon or on a workpiece with a silicon coating by means of one-sided etching, comprising: - at least one transport device for continuous transport of the workpiece, - more than one etching chamber comprising an electrolyte and a cathode which are disposed such that only one surface of the workpiece to be etched can be made wet with the electrolyte, and also, - an anode which is contacted electrically with the workpiece via a contact unit on a surface not to be etched, wherein the etching chambers are disposed below the workpiece. - at least one transport device for continuous transport of the workpiece, - more than one etching chamber comprising an electrolyte and a cathode which are disposed such that only one surface of the workpiece to be etched can be made wet with the electrolyte, and also, - an anode which is contacted electrically with the workpiece via a contact unit on a surface not to be etched,
An imaging radar system (100, 500) comprising an antenna system having a plurality of sectors (TX, RX1, RX2, RX3, RX4) each composed of a plurality of activatable radiating elements, the radar system comprising at least one transmission channel and at least one reception channel capable of each controlling a sector, each transmission channel being configured to control a sector by means of a signal burst having a predetermined recurrence frequency and characterised in that the phase at the origin of each recurrence follows a predefined phase coding law, each reception channel being configured to apply said phase coding law to the active radiating elements (ET1_RX1, ET2_RX1) of a sector, the phase coding laws applied to the different active radiating elements (ET1_TX, ET2_TX, ET1_RX1, ET2_RX1) of a set composed of a sector controlled by a transmission channel and of a sector controlled by a reception channel, being mutually orthogonal, the system further comprising a computer (CALC) comprising a virtual channel identification module configured to filter in reception each virtual channel corresponding to the combination of a radiating element (ET1_TX, ET2_TX) of a sector controlled by a transmission channel and of a radiating element (ET1_RX1, ET2_RX1) of a sector controlled by a reception channel.
A pipe comprising an adhesive layer comprising an adhesive composition comprising a. a polyethylene resin which has been grafted with an acid grafting agent and b. an epoxy resin in an amount of 0.01 to 15 wt.% of the adhesive total composition, wherein the adhesive composition is having a MFR 5 of 0.1 to 12 g/10 min and wherein the pipe is made of metal and is coated with the adhesive layer directly at its inner surface and/or outer surface. a. a polyethylene resin which has been grafted with an acid grafting agent and b. an epoxy resin in an amount of 0.01 to 15 wt.% of the adhesive total composition,
A hearing device, comprising: a hearing device core including a microphone, a receiver, circuitry, and a battery, and defining a medial-lateral axis dimension D ML, a superior-inferior dimension D SI, and an anterior-posterior dimension D AP, where D AP /D ML ≤ 0.38 and D SI /D ML ≤ 0.64 and D ML = 10-12 mm; and a seal apparatus on the hearing device core, wherein the microphone and the receiver define respective medial ends and respective lateral ends; the microphone and receiver are positioned such that the lateral end of the receiver substantially abuts the medial end of the microphone to form an acoustic assembly; and the battery and acoustic assembly are arranged such that one of the battery and acoustic assembly is superior to the other of the battery and acoustic assembly. a hearing device core including a microphone, a receiver, circuitry, and a battery, and defining a medial-lateral axis dimension D ML, a superior-inferior dimension D SI, and an anterior-posterior dimension D AP, where D AP /D ML ≤ 0.38 and D SI /D ML ≤ 0.64 and D ML = 10-12 mm; and a seal apparatus on the hearing device core, wherein the microphone and the receiver define respective medial ends and respective lateral ends; the microphone and receiver are positioned such that the lateral end of the receiver substantially abuts the medial end of the microphone to form an acoustic assembly; and the battery and acoustic assembly are arranged such that one of the battery and acoustic assembly is superior to the other of the battery and acoustic assembly.
Position measuring device, comprising a housing, which has a first section (12.1) in the form of a hollow profile extending in a longitudinal direction, a scale, which is arranged within the housing, the scale extending in the longitudinal direction, and a scanning device for scanning the scale, wherein the housing has at least a first passage opening (18.1) and a second passage opening (18.2), the two passage openings (18.1, 18.2) each extending in the longitudinal direction at least partly through the first section (12.1), wherein the position measuring device has a connecting channel arranged at one end of the first section (12.1), the two passage openings (18.1, 18.2) being connected to each other via the connecting channel, wherein the connecting channel extends between a cross section of the first passage opening (18.1) and a cross section of the second passage opening (18.2), characterized in that the connecting channel is formed in such a way that a fluid flowing through a cross section of the first passage opening (18.1) in a first direction parallel to the longitudinal direction is deflected in such a way that, following its deflection, it flows through a cross section of the second passage opening (18.2) in a second direction opposite to the first direction. a housing, which has a first section (12.1) in the form of a hollow profile extending in a longitudinal direction, a scale, which is arranged within the housing, the scale extending in the longitudinal direction, and a scanning device for scanning the scale, wherein the housing has at least a first passage opening (18.1) and a second passage opening (18.2), the two passage openings (18.1, 18.2) each extending in the longitudinal direction at least partly through the first section (12.1), wherein the position measuring device has a connecting channel arranged at one end of the first section (12.1), the two passage openings (18.1, 18.2) being connected to each other via the connecting channel, wherein the connecting channel extends between a cross section of the first passage opening (18.1) and a cross section of the second passage opening (18.2), characterized in that the connecting channel is formed in such a way that a fluid flowing through a cross section of the first passage opening (18.1) in a first direction parallel to the longitudinal direction is deflected in such a way that, following its deflection, it flows through a cross section of the second passage opening (18.2) in a second direction opposite to the first direction.
Household dishwasher having a washing container, a door for closing or releasing the washing container, wherein a pivot axis for pivoting the door is provided on a lower end of the door, an upper washing items receptacle, wherein the washing items receptacle can optionally be shifted into and out of the washing container, and a sensor unit, which is set up to generate a sensor signal as a function of a change in position of the upper washing items receptacle and/or a force exerted thereon, wherein a control unit is provided, which is set up to recognise a user interaction by a user with the household dishwasher, in particular a wish to open the door, as a function of the sensor signal, and wherein an actuator (17, 23, 31) is provided, wherein the control unit is set up to activate the actuator (17, 23, 31) as a function of the sensor signal, characterised in that - the actuator (17, 23) is set up to open and/or close the pivotable door, and/or to unlock and/or lock a door lock of the pivotable door, and - that a damping element is provided, which is arranged between the upper washing items receptacle and the pivotable door when the pivotable door is closed and which is set up to dampen any impact between the pivotable door and the upper washing items receptacle respectively. - the actuator (17, 23) is set up to open and/or close the pivotable door, and/or to unlock and/or lock a door lock of the pivotable door, and - that a damping element is provided, which is arranged between the upper washing items receptacle and the pivotable door when the pivotable door is closed and which is set up to dampen any impact between the pivotable door and the upper washing items receptacle respectively.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, via radio resource control, RRC, signaling from a base station, information on monitoring of a pre-emption indication based on a pre-emption related radio network temporary identifier, RNTI, assigned by the base station and dedicated for the monitoring of the pre-emption indication in a physical downlink control channel, PDCCH; receiving, from the base station, the pre-emption indication in the PDCCH by monitoring the PDCCH based on the pre-emption related RNTI, wherein the pre-emption indication indicates an orthogonal frequency division multiplexing, OFDM, symbol and a physical resource block, PRB, of a resource to be used for an ultra-reliable and low latency communication, URLLC, transmission to another terminal; and receiving, from the base station, downlink data, wherein the resource indicated by the pre-emption indication are not used for receiving the downlink data. receiving, via radio resource control, RRC, signaling from a base station, information on monitoring of a pre-emption indication based on a pre-emption related radio network temporary identifier, RNTI, assigned by the base station and dedicated for the monitoring of the pre-emption indication in a physical downlink control channel, PDCCH; receiving, from the base station, the pre-emption indication in the PDCCH by monitoring the PDCCH based on the pre-emption related RNTI, wherein the pre-emption indication indicates an orthogonal frequency division multiplexing, OFDM, symbol and a physical resource block, PRB, of a resource to be used for an ultra-reliable and low latency communication, URLLC, transmission to another terminal; and receiving, from the base station, downlink data, wherein the resource indicated by the pre-emption indication are not used for receiving the downlink data.
An optical member comprising: an antireflective layer including a residual film and a plurality of protrusions formed on the residual film and providing antireflection on a surface of the antireflective layer, wherein the protrusions including first protrusions and second protrusions, the first protrusions are formed in a first region and the second protrusions are formed in a second region, and characterized in that the first protrusions are surrounded by the second protrusions having a different periodic position on the surface of the optical member from the first protrusions, the second protrusions have a different protrusion height from the first protrusions, a pitch between the first protrusions and a pitch between the second protrusions are equal to a wavelength of visible light or less, a height of the first protrusions and a height of the second protrusions are 150 nm or more, and the second protrusions protrude so as to gradually decrease in height from a boundary with the first region toward an inside of the second region. an antireflective layer including a residual film and a plurality of protrusions formed on the residual film and providing antireflection on a surface of the antireflective layer, wherein the protrusions including first protrusions and second protrusions, the first protrusions are formed in a first region and the second protrusions are formed in a second region, and characterized in that the first protrusions are surrounded by the second protrusions having a different periodic position on the surface of the optical member from the first protrusions, the second protrusions have a different protrusion height from the first protrusions, a pitch between the first protrusions and a pitch between the second protrusions are equal to a wavelength of visible light or less, a height of the first protrusions and a height of the second protrusions are 150 nm or more, and the second protrusions protrude so as to gradually decrease in height from a boundary with the first region toward an inside of the second region.
A process for producing a fiberboard, - in which cellulosic fibers of a plant material are provided, - in which cellulosic fibers of a recycled material are provided, - in which a binder is added, - in which a fiber mat is formed, and - in which the fiber mat is compressed into a board, characterized in that - the fibers are dispersed into a fiber mat in several layers and - different proportions of fibers of a recycled material and of plant-based fibers are added to the different layers, - wherein the proportion of fibers of a recycled material is higher in the central layer of the board than in the cover layer. - in which cellulosic fibers of a plant material are provided, - in which cellulosic fibers of a recycled material are provided, - in which a binder is added, - in which a fiber mat is formed, and - in which the fiber mat is compressed into a board, characterized in that - the fibers are dispersed into a fiber mat in several layers and - different proportions of fibers of a recycled material and of plant-based fibers are added to the different layers, - wherein the proportion of fibers of a recycled material is higher in the central layer of the board than in the cover layer.
A can lid comprising: a panel that is attached to an opening of a can body; a rivet that is provided in the panel; a tab that is secured to the panel with the rivet while being arranged along one direction from a peripheral edge of the panel toward the rivet, and presses the panel; a first score line that is formed in the panel and is formed to surround a pressed section of the panel which is pressed by the tab, the first score line having one end and another end; and a second score line that has one end and another end, that is formed within a region of the panel which is surrounded by the first score line, and that is provided to extend in a direction intersecting with the one direction from one end located within the region as a start point, wherein the second score line is connected at the other end thereof to a section of the first score line, the section being located between the one end and the other end of the first score line, to form a connection portion, characterized in that the score line (430, 450) branches at the connection portion between the first score line and the second score line so that, after a fracture of the panel progresses along the second score line to the connection portion, the fracture of the panel can progress from the connection portion to the one end of the first score line and to the other end of the first score line. a panel that is attached to an opening of a can body; a rivet that is provided in the panel; a tab that is secured to the panel with the rivet while being arranged along one direction from a peripheral edge of the panel toward the rivet, and presses the panel; a first score line that is formed in the panel and is formed to surround a pressed section of the panel which is pressed by the tab, the first score line having one end and another end; and a second score line that has one end and another end, that is formed within a region of the panel which is surrounded by the first score line, and that is provided to extend in a direction intersecting with the one direction from one end located within the region as a start point, wherein the second score line is connected at the other end thereof to a section of the first score line, the section being located between the one end and the other end of the first score line, to form a connection portion, characterized in that the score line (430, 450) branches at the connection portion between the first score line and the second score line so that, after a fracture of the panel progresses along the second score line to the connection portion, the fracture of the panel can progress from the connection portion to the one end of the first score line and to the other end of the first score line.