mhurhangee/ep-ind-claims huggingface dataset:
A turbomachine comprising: a stator vane stage (28; 128); and a tandem blade stage (24; 124) aft of the stator vane stage, wherein the tandem blade stage includes: a plurality of blade pairs (53; 153), each blade pair being circumferentially spaced apart from the other blade pairs, each blade pair being operatively connected to a rotor disk disposed radially inward from the blade pairs, wherein each blade pair includes a forward blade (52; 152) and an aft blade (54; 154), wherein the aft blade is configured to further condition air flow with respect to the forward blade without an intervening stator vane stage shrouded cavity therebetween, and characterised by: each blade pair (53; 153) extending radially from and being integrally formed with one blade platform; and a leading edge (60; 160) of each aft blade (54; 154) being defined forward of a trailing edge (62; 162) of a respective forward blade (52; 152). a stator vane stage (28; 128); and a tandem blade stage (24; 124) aft of the stator vane stage, wherein the tandem blade stage includes: a plurality of blade pairs (53; 153), each blade pair being circumferentially spaced apart from the other blade pairs, each blade pair being operatively connected to a rotor disk disposed radially inward from the blade pairs, wherein each blade pair includes a forward blade (52; 152) and an aft blade (54; 154), wherein the aft blade is configured to further condition air flow with respect to the forward blade without an intervening stator vane stage shrouded cavity therebetween, and characterised by: each blade pair (53; 153) extending radially from and being integrally formed with one blade platform; and a leading edge (60; 160) of each aft blade (54; 154) being defined forward of a trailing edge (62; 162) of a respective forward blade (52; 152). a plurality of blade pairs (53; 153), each blade pair being circumferentially spaced apart from the other blade pairs, each blade pair being operatively connected to a rotor disk disposed radially inward from the blade pairs, wherein each blade pair includes a forward blade (52; 152) and an aft blade (54; 154), wherein the aft blade is configured to further condition air flow with respect to the forward blade without an intervening stator vane stage shrouded cavity therebetween, and characterised by: each blade pair (53; 153) extending radially from and being integrally formed with one blade platform; and a leading edge (60; 160) of each aft blade (54; 154) being defined forward of a trailing edge (62; 162) of a respective forward blade (52; 152). each blade pair (53; 153) extending radially from and being integrally formed with one blade platform; and a leading edge (60; 160) of each aft blade (54; 154) being defined forward of a trailing edge (62; 162) of a respective forward blade (52; 152).
Method for controlling the transmission of frames by master and slave (OEj) members belonging to a communication network adapted to the bidirectional transmission of non-video data frames, in time slots defined by a table, and to the unidirectional transmission of video data frames, said method comprising a step in which, when a time slot of a first duration and dedicated to the transmission of at least one frame of non-video data by a so-called transmitter (OM, OEj) begins, a first time delay of a second duration strictly less than this first duration is triggered, and, when an end of this first time delay occurs when the non-video data frame has not been completely transmitted, said transmitting organ (OM, OEj) is prevented from completing its transmission, characterised in that in said step, when a said receiving organ (OM, OEj) receives said non-video data frame in said time slot, a second time delay of a third duration between said second and first duration is triggered in said receiving device (OM, OEj), and, when an end of said second time delay occurs when said non-video data frame has not been completely received, the data received from this non-video data frame is deleted in said receiving device (OM, OEj).
An apparatus for machining and inspecting a shape through a component comprises a tool, a light source, a camera and a processor, the tool and the camera are positioned at a first side of the component, wherein the light source is positioned in the path of the tool, the camera is positioned or positionable such that it has a line of sight view of the light source through the machined shape through the component, the processor is arranged to measure the parameters of the machined shape through the component using the view of the machined shape provided by the camera, the processor is arranged to compare the measured parameters of the machined shape through the component with required parameters for the machined shape through the component, a device (124, 126, 128, 130, 131E) arranged to provide a flow of fluid over the surface of the light source, the light source and the device (124, 126, 128, 130, 131E) arranged to provide a flow of fluid over the surface of the light source are positioned at the opposite side of the component, the device (124, 126, 128, 130, 131E) comprises a supply nozzle to blow the fluid over the surface of the light source and/or a collector nozzle to suck the fluid over the surface of the light source, the component, the light source and the device (124, 126, 128, 130, 130E) arranged to provide a flow of fluid over the surface of the light source remain in fixed positions relative to each other during the machining and viewing of the machined shape through the component, the light source remains static in the path of the tool.
Method for forming food portions in the form of vegetables, potatoes, rice or other starch-containing products, meat, fish and/or confectionery frozen to a temperature of between -20°C and -5°C, in which at least two food portions are respectively introduced into a receptacle of a die of a device, wherein the device comprises a fluid-technical press with a fluid-technical pressure generator and at least two actuators, each comprising a working cylinder, and a die, wherein the die comprises at least two separate receptacles for receiving food portions, the receptacles cooperate with one pressing tool respectively and the pressing tools are movable respectively by means of the actuator, wherein a device is used whose working cylinders are fluidically connected to one another and the force of the pressing tools on the food portions is increased in such a way that all the pressing tools exert the same pressure on the respective food portion.
A thermochromic writing instrument containing a thermochromic ink, comprising a barrel and at least one writing body accommodated in the barrel, wherein the thermochromic ink is contained inside the, or each, writing body, a pen tip capable of ejecting the thermochromic ink is provided at a front end of the, or each, writing body, and a friction portion, capable of thermally changing color of the handwriting of the thermochromic ink by the frictional heat generated when the handwriting is rubbed with the friction portion is provided on the outer surface of the barrel, characterized in that the, or each, writing body is accommodated in the barrel so as to be capable of moving in a longitudinal direction, the thermochromic writing instrument further comprises an operation portion provided on the outer surface of the barrel so as to project radially outward from a side wall of the barrel, the pen tip of the, or each, writing body is adapted to project from / retract into a front-end hole of the barrel by operating the operation portion, the thermochromic writing instrument further comprises a side slide type projection/retraction mechanism which shifts the pen tip from the pen-tip-retracted state to the pen-tip-projected state by a forward press operation of the operation portion, the friction portion is provided at the front end of the barrel, whereby the friction portion and the operation portion are disposed independently of each other on the outer surface of the barrel, a front end of the friction portion is located ahead of the front end of the pen tip in the pen-tip-retracted state, and the front end of the pen tip is located ahead of the front end of the friction portion in the pen-tip-projected state, the outer periphery of the front end of the friction portion has a convex curved outer surface or an inclined outer surface, a pen tip-supporting portion of the barrel having the front-end hole is made of a hard material, and the friction portion made of a soft material is provided on an outer surface of the front end of the pen tip-supporting portion of the barrel, whereby the friction portion and the, or each, writing body are maintained in a non-contact state, and an angle ( α) defined between a contact line which contacts with the outer surface of the friction portion and the front end of the pen tip in the pen-tip-projected state and an axial line of the pen tip is set to 10 degrees or more and 60 degrees or less.
A housing for a mixing and kneading machine for continuous preparation processes, wherein a hollow interior delimited by the inner circumferential surface of the housing is formed in the housing, and receptacles (28 to 28 V) for kneading elements extending at least in portions from the inner circumferential surface of the housing into the housing are provided in the housing, wherein the receptacles (28 to 28 V) are arranged on the inner circumferential surface of the housing in six rows (29, 29', 29") which extend in the axial direction over at least a portion of the inner circumferential surface of the housing, wherein all of the six rows (29, 29', 29") each comprise at least three receptacles (28 to 28 V) for kneading elements, wherein the receptacles (28 to 28 V) for kneading elements of the six rows (29, 29', 29"), when viewed in the cross section of the housing, are distributed non-uniformly over the circumference defined by the inner circumferential surface of the housing, wherein the angle (d 1) between a receptacle of the first row for kneading elements and a receptacle (28 I) of the second row which is adjacent, when viewed in the cross section of the housing, to the inner circumferential surface of the housing is from 80 to 100°, the angle (d 2) between the receptacle (28 I) of the second row and a receptacle (28") of the third row which is adjacent, when viewed in the cross section of the housing, to the inner circumferential surface of the housing is from 80 to 100°, the angle (d 3) between the receptacle (28") of the third row and a receptacle (28 III) of the fourth row for kneading elements which is adjacent, when viewed in the cross section of the housing, to the inner circumferential surface of the housing is from 20 to 40°, the angle (d 4) between the receptacle (28 III) of the fourth row and a receptacle (28 IV) of the fifth row which is adjacent, when viewed in the cross section of the housing, to the inner circumferential surface of the housing is from 50 to 70°, the angle (d 5) between the receptacle (28 IV) of the fifth row and a receptacle (28 V) of the sixth row (28 V) which is adjacent, when viewed in the cross section of the housing, to the inner circumferential surface of the housing is from 50 to 70°, and the angle (d 6) between the receptacle (28 V) of the sixth row and the receptacle of the first row which is adjacent, when viewed in the cross section of the housing, to the inner circumferential surface of the housing is from 20 to 40°, wherein the total sum of the angles (d 1 to d 6) between all adjacent receptacles is 360°.
Panel, in particular wall-, ceiling- or floor-panel, comprising a carrier layer with a front side and a rear side, wherein the carrier layer comprises at least at its front side as seen from the front side the following layers: - a primer layer; - a decor layer comprising a polymerizable print color; and - a polymer layer, which polymer layer comprises a hardness gradient, so that the hardness of the polymer layer continuously decreases with increasing depth as seen from the surface of the polymer layer, - wherein the print color of the decor layer and the polymer layer have been cured together, and - wherein, between the decor layer and the polymer layer, no further layers, in particular no primer layer, is present. - a primer layer; - a decor layer comprising a polymerizable print color; and - a polymer layer, which polymer layer comprises a hardness gradient, so that the hardness of the polymer layer continuously decreases with increasing depth as seen from the surface of the polymer layer, - wherein the print color of the decor layer and the polymer layer have been cured together, and - wherein, between the decor layer and the polymer layer, no further layers, in particular no primer layer, is present.
A tire wear state estimation system comprising: a tire supported by a wheel and supporting a vehicle; a vehicle-based sensor for measuring wheel speed of the wheel supporting the tire and generating a wheel speed signal; a feature-extracting processor for extracting from the wheel speed signal a first extracted feature; a feature-extracting processor for extracting from the wheel speed signal a second extracted feature; and a data classifier receiving as data inputs first extracted feature data and second extracted feature data; the data classifier operable to conduct a classification of the first extraction feature data relative to the second extraction feature data to estimate a wear state for the tire, characterized in that the estimation of the wear state of the tire is operably determined from a support vector data classification algorithm using as inputs the median slip-ratio data of the tire and the slip-ratio data of the tire. a tire supported by a wheel and supporting a vehicle; a vehicle-based sensor for measuring wheel speed of the wheel supporting the tire and generating a wheel speed signal; a feature-extracting processor for extracting from the wheel speed signal a first extracted feature; a feature-extracting processor for extracting from the wheel speed signal a second extracted feature; and a data classifier receiving as data inputs first extracted feature data and second extracted feature data; the data classifier operable to conduct a classification of the first extraction feature data relative to the second extraction feature data to estimate a wear state for the tire, characterized in that the estimation of the wear state of the tire is operably determined from a support vector data classification algorithm using as inputs the median slip-ratio data of the tire and the slip-ratio data of the tire.
Process for preparing an olefin polymerisation catalyst component in the form of solid particles comprising the steps of a) preparing a solution of at least one alkoxy compound (Ax) being the reaction product of at least one compound of a Group 2 metal with at least a monohydric alcohol and at least one alkoxy compound (Bx) being the reaction product of at least one compound of Group 2 metal and an alcohol comprising in addition to the hydroxyl moiety at least one further oxygen bearing group being different to a hydroxyl moiety, or a solution of at least one alkoxy compound (Ax) being the reaction product of at least one compound of Group 2 metal and a mixture of monohydric alcohol with a further alcohol comprising in addition to the hydroxyl moiety at least one further oxygen bearing group being different to a hydroxyl moiety, in an organic liquid reaction medium, b) adding said solution to at least one compound of a transition metal and c) preparing the solid catalyst component particles, wherein a benzoic acid ester of formula with R being a linear or branched C 1 -C 12 -alkyl group, preferably a linear or branched C 2 -C 10 -alkyl group, more preferably a linear or branched C 4 -C 9 -alkyl group and most preferably a branched C 6 -C 8 -alkyl group, and R' being H or a linear or branched C 1 -C 12 -alkyl group, preferably a linear or branched C 2 -C 10 -alkyl group more preferably a linear or branched C 4 -C 8 -alkyl group, whereby the alkyl group can contain one or more heteroatoms selected from O, N or S, preferably O or N, more preferably O, in the alkyl chain, or can be substituted by one or more substituents selected from =O, halogen or optionally substituted C 6 -C 14 -aryl, or a corresponding precursor or an alkylene glycol dibenzoate selected from ethylene glycol dibenzoate, 1,2-propylene glycol dibenzoate and 1,3-propylene glycol dibenzoate, or a corresponding precursor, or mixtures therefrom is added as internal donor at any step prior to step c). a) preparing a solution of at least one alkoxy compound (Ax) being the reaction product of at least one compound of a Group 2 metal with at least a monohydric alcohol and at least one alkoxy compound (Bx) being the reaction product of at least one compound of Group 2 metal and an alcohol comprising in addition to the hydroxyl moiety at least one further oxygen bearing group being different to a hydroxyl moiety, or a solution of at least one alkoxy compound (Ax) being the reaction product of at least one compound of Group 2 metal and a mixture of monohydric alcohol with a further alcohol comprising in addition to the hydroxyl moiety at least one further oxygen bearing group being different to a hydroxyl moiety, in an organic liquid reaction medium, b) adding said solution to at least one compound of a transition metal and c) preparing the solid catalyst component particles,
A hanger-type cooking information providing device, comprising: a clip portion comprising a water level sensor and configured to be hung on a cooking container; a contact portion comprising a temperature sensor configured to contact one lateral surface of the cooking container and to measure temperature; and a main body portion comprising a wireless communication module configured to wirelessly transmit, to an external device, at least one of water level information sensed by the water level sensor, temperature information sensed by the temperature sensor, water boiling notification information, information on elapsed cooking time, and information on remaining cooking time, and wherein the main body portion further comprises a processor configured to generate secondary information comprising at least one of the water boiling notification information, the information on elapsed cooking time, and the information on remaining cooking time based on primary data sensed by the water level sensor and the temperature sensor. a clip portion comprising a water level sensor and configured to be hung on a cooking container; a contact portion comprising a temperature sensor configured to contact one lateral surface of the cooking container and to measure temperature; and a main body portion comprising a wireless communication module configured to wirelessly transmit, to an external device, at least one of water level information sensed by the water level sensor, temperature information sensed by the temperature sensor, water boiling notification information, information on elapsed cooking time, and information on remaining cooking time, and wherein the main body portion further comprises a processor configured to generate secondary information comprising at least one of the water boiling notification information, the information on elapsed cooking time, and the information on remaining cooking time based on primary data sensed by the water level sensor and the temperature sensor.
A motor stator comprising: a stator core that has a plurality of teeth; insulating portions provided on the teeth of the stator core; windings wound around the teeth provided with the insulating portions; a terminal formed by bending rectangular wire; a substrate provided with a hole into which a top end portion of the terminal is inserted, the substrate having a circuit for driving a motor; and a support portion provided on an upper side of the insulating portions to support a portion of the terminal. a stator core that has a plurality of teeth; insulating portions provided on the teeth of the stator core; windings wound around the teeth provided with the insulating portions; a terminal formed by bending rectangular wire; a substrate provided with a hole into which a top end portion of the terminal is inserted, the substrate having a circuit for driving a motor; and a support portion provided on an upper side of the insulating portions to support a portion of the terminal.
A water retention/detention system, comprising: a perimeter support structure (2, 23) being a mechanically stabilized wall comprising a porous open graded aggregate which is an aggregate backfill; a roof (5, 18, 17, 28) at least partially supported by the perimeter support structure, the perimeter support structure and the roof defining a chamber therebetween; and at least one inlet (7, 9) configured to allow water to enter into the chamber. a perimeter support structure (2, 23) being a mechanically stabilized wall comprising a porous open graded aggregate which is an aggregate backfill; a roof (5, 18, 17, 28) at least partially supported by the perimeter support structure, the perimeter support structure and the roof defining a chamber therebetween; and at least one inlet (7, 9) configured to allow water to enter into the chamber.
A method for pelletizing materials which are otherwise difficult to pelletize in a pelletizer processing line including the steps of forming a melt to be pelletized, feeding the melt into a pelletizer having an extrusion die and pelletizing the melt, and drying said pellets in a drying device, characterized in that, said melt includes at least two materials to be blended and is first passed through a melt cooler to reduce the temperature of the melt to allow extrusion of the melt, the cooled melt then being passed through a cooling extruder located downstream of the melt cooler, the cooling extruder including at least one screw that increases dispersive homogeneity of the melt as the melt is further cooled in the cooling extruder to an appropriate temperature for extrusional pelletization.
A system for assessing candidate image series of a cyclically moving anatomical object for application of an image processing task, the system comprising: a classifier module comprising at least one machine learning algorithm, the machine learning algorithm being adapted to receive as input an image series of a cyclically moving object and to generate as an output at least one score, the score being representative of a predicted measure of success of a particular image processing task if it were to be applied to the image series; and a control module adapted to: receive a plurality of candidate image series of the cyclically moving anatomical object, supply each image series as an input to the classifier module to thereby obtain the at least one score for each of the plurality of image series, and identify a best subset of the plurality of image series for application of the image processing task based on the at least one score for each image series. a classifier module comprising at least one machine learning algorithm, the machine learning algorithm being adapted to receive as input an image series of a cyclically moving object and to generate as an output at least one score, the score being representative of a predicted measure of success of a particular image processing task if it were to be applied to the image series; and a control module adapted to: receive a plurality of candidate image series of the cyclically moving anatomical object, supply each image series as an input to the classifier module to thereby obtain the at least one score for each of the plurality of image series, and identify a best subset of the plurality of image series for application of the image processing task based on the at least one score for each image series. receive a plurality of candidate image series of the cyclically moving anatomical object, supply each image series as an input to the classifier module to thereby obtain the at least one score for each of the plurality of image series, and identify a best subset of the plurality of image series for application of the image processing task based on the at least one score for each image series.