mhurhangee/ep-ind-claims huggingface dataset:
A turbine airfoil having a trailing edge and a cooling circuit, the cooling circuit having a pressure side, a suction side and axially upstream end, the cooling circuit comprising: a set of cooling channels (210, 310) forming a serpentine cooling circuit, the set of cooling channels comprising a first cooling channel (212, 312) fluidly connected to a second cooling channel (216, 316) to supply cooling fluid thereto, the first cooling channel (212, 312) and second cooling channel (216, 316) extending in a radial direction parallel to each other, the set of cooling channels (210, 310) supplying cooling fluid radially along axially upstream end at suction side; a first section (220, 320) having a first pin bank cooling arrangement at a rearward portion of the airfoil adjacent trailing edge, the first section fluidly connected to a radially outer end of the first cooling channel to enable cooling fluid from the first cooling channel to pass axially and exit the trailing edge; a second section (230, 330) having a second pin bank cooling arrangement (232, 332) located at a rearward portion of the airfoil adjacent trailing edge and radially inward of the first section (220, 320), the second section (230, 330) fluidly connected to the second cooling channel (216, 316) to enable cooling fluid from the second cooling channel (216, 316) to pass axially and exit the trailing edge; characterized in that it further comprises a pressure side panel (240, 340) having a third pin bank cooling arrangement (244, 344), the pressure side panel (240, 340) being fluidly connected to the first cooling channel (212, 312) to receive cooling fluid therefrom. a set of cooling channels (210, 310) forming a serpentine cooling circuit, the set of cooling channels comprising a first cooling channel (212, 312) fluidly connected to a second cooling channel (216, 316) to supply cooling fluid thereto, the first cooling channel (212, 312) and second cooling channel (216, 316) extending in a radial direction parallel to each other, the set of cooling channels (210, 310) supplying cooling fluid radially along axially upstream end at suction side; a first section (220, 320) having a first pin bank cooling arrangement at a rearward portion of the airfoil adjacent trailing edge, the first section fluidly connected to a radially outer end of the first cooling channel to enable cooling fluid from the first cooling channel to pass axially and exit the trailing edge; a second section (230, 330) having a second pin bank cooling arrangement (232, 332) located at a rearward portion of the airfoil adjacent trailing edge and radially inward of the first section (220, 320), the second section (230, 330) fluidly connected to the second cooling channel (216, 316) to enable cooling fluid from the second cooling channel (216, 316) to pass axially and exit the trailing edge; characterized in that it further comprises a pressure side panel (240, 340) having a third pin bank cooling arrangement (244, 344), the pressure side panel (240, 340) being fluidly connected to the first cooling channel (212, 312) to receive cooling fluid therefrom.
Process for production of polyurethane foams having a density of below 24 kg/m 3, which comprises utilizing a silicone-polyether block copolymer comprising a polyorganosiloxane which includes at least one polyether moiety, characterized in that the polyorganosiloxane has attached to it at least one non-endcapped polyether moiety having a weight average molecular weight in the range from 6000 to 8000 g/mol, wherein the density is determined as described under Test A in ASTM D 3574-08, wherein the molecular weight Mw is determined by gel permeation chromatography under the following conditions of measurement: column combination SDV 1000/10 000 Å (length 65 cm), temperature 30°C, THF as mobile phase, flow rate 1 ml/min, sample concentration 10 g/l, RI detector, evaluation against polypropylene glycol standard.
A system for generating a user interface, comprising: a processor (104; 402); and a storage device (106, 114; 400) to store a plurality of instructions that, in response to being executed by the processor (104; 402), cause the processor to: detect a type of the system based on hardware components residing within the system or coupled to the system; determine a user interface manager to execute based on the type of the system; and execute the user interface manager to generate a user interface for the system, wherein the user interface manager comprises a plurality of rules to indicate a layout of the user interface, characterized in that the user interface manager comprises a shared code including a plurality of rules to indicate layouts of different user interfaces corresponding to different types of systems; and the user interface manager generates the user interface for the system based on the plurality of rules, included in the shared code, corresponding to the detected type of the system. a processor (104; 402); and a storage device (106, 114; 400) to store a plurality of instructions that, in response to being executed by the processor (104; 402), cause the processor to: detect a type of the system based on hardware components residing within the system or coupled to the system; determine a user interface manager to execute based on the type of the system; and execute the user interface manager to generate a user interface for the system, wherein the user interface manager comprises a plurality of rules to indicate a layout of the user interface, characterized in that the user interface manager comprises a shared code including a plurality of rules to indicate layouts of different user interfaces corresponding to different types of systems; and the user interface manager generates the user interface for the system based on the plurality of rules, included in the shared code, corresponding to the detected type of the system. detect a type of the system based on hardware components residing within the system or coupled to the system; determine a user interface manager to execute based on the type of the system; and execute the user interface manager to generate a user interface for the system, wherein the user interface manager comprises a plurality of rules to indicate a layout of the user interface, characterized in that the user interface manager comprises a shared code including a plurality of rules to indicate layouts of different user interfaces corresponding to different types of systems; and the user interface manager generates the user interface for the system based on the plurality of rules, included in the shared code, corresponding to the detected type of the system.
A luggage storage system for an aircraft, comprising: a latching means which is in the form of a bolt and can be actuated between an unlocked position and a locked position by means of an electromechanical trigger; and a luggage rack with a housing and a holding frame, wherein the housing is at least partially pivotably mounted in the holding frame of the luggage rack; wherein the holding frame comprises an inner guide frame and an outer guide frame, and end faces (13, 14) of the housing are respectively arranged between the inner guide frame and the outer guide frame; wherein said housing and said support frame each have a counter-engagement means (25, 26) formed as a hole in said housing and said support frame, respectively, said inner guide frame and said outer guide frame having said counter-engagement means; and wherein the counter latching means (25, 26) can be brought into operative connection with the latching means for a pivotal locking of the housing and out of operative connection with the latching means for a pivotal unlocking of the housing when the latching means is actuated accordingly. a latching means which is in the form of a bolt and can be actuated between an unlocked position and a locked position by means of an electromechanical trigger; and a luggage rack with a housing and a holding frame, wherein the housing is at least partially pivotably mounted in the holding frame of the luggage rack; wherein the holding frame comprises an inner guide frame and an outer guide frame, and end faces (13, 14) of the housing are respectively arranged between the inner guide frame and the outer guide frame; wherein said housing and said support frame each have a counter-engagement means (25, 26) formed as a hole in said housing and said support frame, respectively, said inner guide frame and said outer guide frame having said counter-engagement means; and wherein the counter latching means (25, 26) can be brought into operative connection with the latching means for a pivotal locking of the housing and out of operative connection with the latching means for a pivotal unlocking of the housing when the latching means is actuated accordingly.
Portable system for heating, washing and sucking liquids for laparoscopic and laparotomic surgery, gynecology and urology, comprising: - at least one case composed of: a first part made as a tank for liquids; and a second part containing at least one peristaltic pump for sending a variable jet of liquid inside abdominal cavities, and at least one valve for sucking liquids for washing the surgery field; wherein said system further comprises: - at least one trolley for supporting and handling, said case being placed on said trolley and said tank being equipped with an inclined bottom to enable discharging liquids and cleaning the tank; - at least one container of liquids placed on said trolley and equipped with a double pump for taking and removing liquids into and from said tank; and - at least one device for keeping the temperature of liquids at an established maximum value, said device heating both said container and said tank. - at least one case composed of: a first part made as a tank for liquids; and a second part containing at least one peristaltic pump for sending a variable jet of liquid inside abdominal cavities, and at least one valve for sucking liquids for washing the surgery field; - at least one trolley for supporting and handling, said case being placed on said trolley and said tank being equipped with an inclined bottom to enable discharging liquids and cleaning the tank; - at least one container of liquids placed on said trolley and equipped with a double pump for taking and removing liquids into and from said tank; and - at least one device for keeping the temperature of liquids at an established maximum value, said device heating both said container and said tank.
A clip adapted to bear an elongated piece, comprising: - at least one clip unit having a recess, said recess being defined by a bottom, two opposing sidewalls (150, 190), and an opening opposing to said bottom, - a first elastic detent arm and a second elastic detent arm (120, 140) having each an upper end (122, 142) and a lower end (124, 144), said detent arms (120, 140) being integrated respectively with an upper portion of said two sidewalls (150, 190) at the upper end (122, 124), said two detent arms (120, 140) projecting diagonally towards the bottom, and said recess and at least one of said lower ends (124, 144) of said detent arms (120, 140) form a holding space for said elongated piece, wherein said clip unit comprises a stop member having a superior end and an inferior end, said superior end being attached to the first detent arm on its superior surface, said inferior end protruding downwards towards the second detent arm, characterized in that said lower end of the first detent arm has a lower level than said lower end of the second detent arm. - at least one clip unit having a recess, said recess being defined by a bottom, two opposing sidewalls (150, 190), and an opening opposing to said bottom, - a first elastic detent arm and a second elastic detent arm (120, 140) having each an upper end (122, 142) and a lower end (124, 144), said detent arms (120, 140) being integrated respectively with an upper portion of said two sidewalls (150, 190) at the upper end (122, 124), said two detent arms (120, 140) projecting diagonally towards the bottom, and said recess and at least one of said lower ends (124, 144) of said detent arms (120, 140) form a holding space for said elongated piece, wherein said clip unit comprises a stop member having a superior end and an inferior end, said superior end being attached to the first detent arm on its superior surface, said inferior end protruding downwards towards the second detent arm, characterized in that said lower end of the first detent arm has a lower level than said lower end of the second detent arm. wherein said clip unit comprises a stop member having a superior end and an inferior end, said superior end being attached to the first detent arm on its superior surface, said inferior end protruding downwards towards the second detent arm, characterized in that said lower end of the first detent arm has a lower level than said lower end of the second detent arm.
Mobile part, having an electronic unit and an accommodating unit, in particular an accommodating plate, wherein the electronic unit has an electric drive, in particular comprising an electric motor, and drive rollers drivable by the electric drive for moving the mobile part along a travel surface, i.e. in particular a travel plane section, wherein the accommodating unit is supported and/or movable by means of rollers, in particular steering rollers, for moving the accommodating part along the travel surface, i.e. in particular ground, in particular in different directions, wherein the electronic unit is rotatably mounted on the accommodating unit, in particular wherein the axis of rotation is perpendicular to the travel surface, characterised in that the electronic unit has auxiliary rollers, with which it is movable along the travel surface after lifting of the drive rollers by means of a lifting device arranged on the electronic unit, in particular service claw, for lifting the drive rollers.
An ultrasonic welding device for welding electrical conductors (104, 106, 110, 112, 114, 116, 118) such as stranded wires for producing a node (100, 102), comprising a compression space for receiving the conductors that is delimited on the circumferential side by two working surfaces (30, 34) delimiting the compression space on opposite sides and by two lateral delimiting surfaces running transversely to the working surface, and in which the remaining sides are open, wherein one of the working surfaces is a section of a sonotrode of the ultrasonic welding device which sonotrode can be excited into ultrasonic oscillations and wherein the other working surface is a section of a counterelectrode, and at least the working surfaces are structured, wherein in at least one, preferably in both exit areas (58, 60) of the compression space the working surface of the counterelectrode comprises an elevation (62, 64) which runs transversely to the longitudinal axis of the compression space extending through the open sides, is arc-shaped in section and extends in the direction of the working surface of the sonotrode, characterized in that the working surface of the sonotrode comprises at least one recess (66, 68) running at least in sections along the elevation in its area running in a projection of the elevation (62, 64) of the counterelectrode vertically to the plane tensioned by the working surface of the sonotrode.
A portable data carrier having a data carrier body, comprising a sensor arrangement with a plurality of strain gauges (4, 4.1, 4.2) and a plurality of regions formed as keys to each of which there is allocated at least one strain gauge (4. 4.1, 4.2) of the sensor arrangement, characterized in that the strain gauges (4, 4.1, 4.2) are connected in series, that for temperature compensation a compensation arrangement is provided, and that in the sensor arrangement one or several electrical intermediate taps (6.1 - 6.9) are provided, such that the strain gauges (4, 4.1, 4.2) of the sensor arrangement are subdivided into a plurality of groups of strain gauges, wherein the number of groups exceeds the number of intermediate taps (6.1 - 6.9) by one, and wherein either each group comprises exactly one strain gauge (4, 4.1, 4.2) or several strain gauges (4, 4.1, 4.2) are allocated to at least one predetermined group of the plurality of groups of strain gauges, wherein the several strain gauges (4, 4.1, 4.2) of the predetermined group have mutually different electrical properties and consist of different materials.
An electric heater for heating fluid streams, comprising a heating element and a control device in the form of a pulse width modulation circuit for controlling a heat output generated by the heating element, wherein the heating element has an inductance (L_RHK) which changes depending on the temperature so that an edge steepness of current pulses of a current (I Heiz) flowing through the heating element changes, characterized in that an overheating detection device is provided, which determines a peak value of a derivative of the current (I Heiz) flowing through the heating element, compares this peak value with a previously defined threshold value and, if the threshold value is exceeded, detects overheating of the electric heater.
Active chassis having at least two gear mechanisms connected mechanically in parallel, each of which is configured as a three-shaft gear mechanism, wherein at least one of the gear mechanisms is configured as a strain wave gearing (14, 21) or both gear mechanisms are configured as strain wave gearing (14, 21), and wherein a respective circular spline of the strain wave gearing (14, 21) is connected rotationally fixedly to a housing and wherein a respective first shaft (13, 22) forms a drive that is driven by a drive motor (9, 17) and wherein a respective second shaft (15, 23) forms an output to which there is connected a respective dedicated torsion bar (4, 7) that is configured to be coupled to a respective wheel suspension, and wherein the third shafts are both supported on the same supporting component (11, 20), which a. is configured as a load-bearing element of a vehicle body or is configured and intended to be fastened to a vehicle body, and which b. is configured as a housing that houses the two gear mechanisms and at least one drive motor (9, 17) that is operatively connected to the drives. a. is configured as a load-bearing element of a vehicle body or is configured and intended to be fastened to a vehicle body, and which b. is configured as a housing that houses the two gear mechanisms and at least one drive motor (9, 17) that is operatively connected to the drives.
A process for producing a nickel oxide-stabilized zirconia composite oxide, characterised by comprising: mixing a nickel hydroxide and/or nickel carbonate with a stabilized zirconium hydroxide with grinding or wet-mixing; and sintering the mixture at 800 to 1200°C under oxygen atmosphere, wherein the wet-mixing is conducted by adding stabilized zirconium hydroxide to a dispersion comprising nickel hydroxide and/or nickel carbonate dispersed in water. mixing a nickel hydroxide and/or nickel carbonate with a stabilized zirconium hydroxide with grinding or wet-mixing; and sintering the mixture at 800 to 1200°C under oxygen atmosphere, wherein the wet-mixing is conducted by adding stabilized zirconium hydroxide to a dispersion comprising nickel hydroxide and/or nickel carbonate dispersed in water.
Case-ejecting device, comprising at least one ejection tube (9, 10), characterized by at least one driven chain (12, 13), which is functionally in connection with a respective ejector (14, 15), the ejector (14, 15) being able to act on a case and take it along in the direction of the ejection tube (9, 10) to expel the case.
A vehicle brake hydraulic pressure control apparatus that can hold a brake hydraulic pressure when a vehicle is stopped, the apparatus comprising: an acquiring section for acquiring engine restarting information; a first control quantity calculator for, when the vehicle is stopped, calculating a first control quantity which corresponds to a brake hydraulic pressure to hold a stopped state of the vehicle; a second control quantity calculator for calculating a second control quantity which is larger by a predetermined quantity than the first control quantity; and a holding section (25, 25A) for holding the brake hydraulic pressure while the vehicle is stopped: if the brake hydraulic pressure lowers to a predetermined pressure after the vehicle is stopped, the holding section (25, 25A) is configured to hold the brake hydraulic pressure with the first control quantity, if the acquiring section acquires the engine restarting information, the holding section (25, 25A) is configured to hold the brake hydraulic pressure with the second control quantity, and characterized in that if the restarting of the engine is completed, the holding section (25, 25A) is configured to hold the brake hydraulic pressure with the first control quantity. an acquiring section for acquiring engine restarting information; a first control quantity calculator for, when the vehicle is stopped, calculating a first control quantity which corresponds to a brake hydraulic pressure to hold a stopped state of the vehicle; a second control quantity calculator for calculating a second control quantity which is larger by a predetermined quantity than the first control quantity; and a holding section (25, 25A) for holding the brake hydraulic pressure while the vehicle is stopped: if the brake hydraulic pressure lowers to a predetermined pressure after the vehicle is stopped, the holding section (25, 25A) is configured to hold the brake hydraulic pressure with the first control quantity, if the acquiring section acquires the engine restarting information, the holding section (25, 25A) is configured to hold the brake hydraulic pressure with the second control quantity, and characterized in that if the restarting of the engine is completed, the holding section (25, 25A) is configured to hold the brake hydraulic pressure with the first control quantity. if the brake hydraulic pressure lowers to a predetermined pressure after the vehicle is stopped, the holding section (25, 25A) is configured to hold the brake hydraulic pressure with the first control quantity, if the acquiring section acquires the engine restarting information, the holding section (25, 25A) is configured to hold the brake hydraulic pressure with the second control quantity, and characterized in that if the restarting of the engine is completed, the holding section (25, 25A) is configured to hold the brake hydraulic pressure with the first control quantity.