mhurhangee/ep-ind-claims huggingface dataset:
A cap coupled to a nozzle which is exposed into a tub of a dish washer and is configured to supply dry air into the tub, the cap comprising: a lower cap coupled to an upper end portion of the nozzle; a flow cover which covers a part of the upper end portion of the nozzle; an upper cap which is disposed above the nozzle and the flow cover to be spaced apart from the nozzle and the flow cover and is coupled to the lower cap; and a discharge opening configured to discharge dry air supplied to an inner space of the cap through the nozzle, characterized in that the lower cap includes a fitting pipe coupled to the nozzle, wherein the lower cap further includes a plate member extending outward from a circumference of the fitting pipe in a radial direction, and defining a lower end portion of the inner space defined by the cap, and wherein the flow cover is provided on the fitting pipe and has a curved surface and changes a flow direction of an air supplied through the fitting pipe from the nozzle toward a lateral direction. a lower cap coupled to an upper end portion of the nozzle; a flow cover which covers a part of the upper end portion of the nozzle; an upper cap which is disposed above the nozzle and the flow cover to be spaced apart from the nozzle and the flow cover and is coupled to the lower cap; and a discharge opening configured to discharge dry air supplied to an inner space of the cap through the nozzle, characterized in that the lower cap includes a fitting pipe coupled to the nozzle, wherein the lower cap further includes a plate member extending outward from a circumference of the fitting pipe in a radial direction, and defining a lower end portion of the inner space defined by the cap, and wherein the flow cover is provided on the fitting pipe and has a curved surface and changes a flow direction of an air supplied through the fitting pipe from the nozzle toward a lateral direction.
A housing adapted to house interchangeably at least two receiver drier variants (110a, 110b), characterized in that the housing comprises indication means adapted to move between a first position indicative of presence of a first receiver drier variant and a second position indicative of presence of a second receiver drier variant, wherein the indication means comprises at least one movable component adapted to move between a first position and a second position due to mechanical interaction thereof with the first receiver drier variant..
Lighting and/or signaling device for a motor vehicle, comprising at least two light guides (110, 120, 130, 140, 150) with a light coupling point (112, 122, 132, 142, 152) and a decoupling section (114, 124, 134, 144, 154), as well as at least one light source (111, 121, 131, 141, 151) which is assigned to the respective light guides and which feeds light into the respective light guides (110, 120, 130, 140, 150) via the light coupling point and a subsequent feed section (113, 123, 133, 143, 153), 150) via the light coupling point and a subsequent feed section (113, 123, 133, 143, 153), wherein light fed into the light guides emerges by means of decoupling elements arranged in the decoupling section of the respective light guides via a light exit region in the decoupling section of the respective light guides in order to form a first light distribution, wherein the light guides (110, 120, 130, 140, 150) can be driven independently of one another, wherein the light guides (110, 120, 130, 140, 150) are formed as a one-piece light guide element, characterized in that at least one connecting web between the individual light guides is formed as a light trap element having at least one decoupling element (310, 311, 312) in order to prevent light fed into one light guide from passing into another light guide by means of total optical reflection.
A projection exposure apparatus in which a space between a first object and a second object is filled with a liquid and exposure light is projected on an object of exposure via the liquid, comprising: a liquid supply and discharge mechanism (5, 6), arranged to supply the liquid via a liquid supply tube and to recover the liquid via a liquid recovery tube; characterised in that the projection exposure apparatus comprises an adhesion prevention mechanism (210, 220, 230, 240, 270, 280, 290, 300) for preventing an adhesion of impurities to a member that forms a flow path of the liquid. a liquid supply and discharge mechanism (5, 6), arranged to supply the liquid via a liquid supply tube and to recover the liquid via a liquid recovery tube; characterised in that the projection exposure apparatus comprises an adhesion prevention mechanism (210, 220, 230, 240, 270, 280, 290, 300) for preventing an adhesion of impurities to a member that forms a flow path of the liquid.
A method of remote monitoring of a vital sign of a patient, performed by a computing device comprising a BLE communication module to communicate with a vital sign sensor, the method comprising the steps of: • Receiving a first BLE advertising communication packet comprising a vital sign data packet, from the sensor; • Generating a timestamp for the received first BLE advertising communication packet; • Performing a first time verification of if the difference between the generated timestamp and a stored timestamp of a previously received BLE advertising communication packet is higher than a predetermined waiting time: ∘ In case of positive result: ▪ Sending a BLE packet from the computing device to the vital sign sensor, to establish a BLE communication in connected mode between the vital sign sensor and the computing device; ▪ Retrieving, using the BLE communication in connected mode, a plurality of vital sign data packets from the sensor, wherein the packets correspond to timestamps with values between the generated timestamp and the stored timestamp. • Receiving a first BLE advertising communication packet comprising a vital sign data packet, from the sensor; • Generating a timestamp for the received first BLE advertising communication packet; • Performing a first time verification of if the difference between the generated timestamp and a stored timestamp of a previously received BLE advertising communication packet is higher than a predetermined waiting time: ∘ In case of positive result: ▪ Sending a BLE packet from the computing device to the vital sign sensor, to establish a BLE communication in connected mode between the vital sign sensor and the computing device; ▪ Retrieving, using the BLE communication in connected mode, a plurality of vital sign data packets from the sensor, wherein the packets correspond to timestamps with values between the generated timestamp and the stored timestamp. ∘ In case of positive result: ▪ Sending a BLE packet from the computing device to the vital sign sensor, to establish a BLE communication in connected mode between the vital sign sensor and the computing device; ▪ Retrieving, using the BLE communication in connected mode, a plurality of vital sign data packets from the sensor, wherein the packets correspond to timestamps with values between the generated timestamp and the stored timestamp. ▪ Sending a BLE packet from the computing device to the vital sign sensor, to establish a BLE communication in connected mode between the vital sign sensor and the computing device; ▪ Retrieving, using the BLE communication in connected mode, a plurality of vital sign data packets from the sensor, wherein the packets correspond to timestamps with values between the generated timestamp and the stored timestamp.
Blade for a turbo machine, having a blade platform, a tip of the blade and a cooling device for cooling a surface within the blade by means of a cooling medium, wherein the blade has an impingement cooling device which comprises a multiplicity of impingement cooling openings for deflecting the cooling medium flowing in the interior of the impingement cooling device onto that surface which is located outside the impingement cooling device within the blade and which is to be cooled by means of impingement cooling, so that the surface can be cooled by means of impingement cooling by the cooling medium emerging from the impingement cooling openings, wherein the impingement cooling device is movably supported with respect to the blade, characterized in that the mounting of the impingement cooling device in the area of a lower connection in the area of the blade platform is axially displaceably formed by a clearance fit or a sliding bearing connection, and in that the connection of the impingement cooling device to the tip of the blade has a form fit by means of a square connection or as a bayonet connection as an anti-rotation safeguard.
A method for performing dynamic port remapping during instruction scheduling in an out of order microprocessor, said method comprising: selecting and dispatching a plurality of instructions from a plurality of select ports (604, 606, 620, 622) in a scheduler module in a first clock cycle; determining if a first physical register file unit has capacity to support instructions dispatched in said first clock cycle; supplying a response to said determining to logic circuitry coupled between said plurality of select ports and a plurality of execution ports (608, 610, 612, 614), wherein said logic circuitry is operable to re-map select ports in said scheduler module to execution ports based on said response; and responsive to a determination that said first physical register file unit is full, re-mapping at least one select port (604, 622) connecting with a first execution port (608, 610) of a first execution unit in communication with said first physical register file unit to a second execution port (612, 614) of a second execution unit in communication with a second physical register file unit, wherein said second physical register file unit has capacity to support an instruction dispatched from said at least one select port. selecting and dispatching a plurality of instructions from a plurality of select ports (604, 606, 620, 622) in a scheduler module in a first clock cycle; determining if a first physical register file unit has capacity to support instructions dispatched in said first clock cycle; supplying a response to said determining to logic circuitry coupled between said plurality of select ports and a plurality of execution ports (608, 610, 612, 614), wherein said logic circuitry is operable to re-map select ports in said scheduler module to execution ports based on said response; and responsive to a determination that said first physical register file unit is full, re-mapping at least one select port (604, 622) connecting with a first execution port (608, 610) of a first execution unit in communication with said first physical register file unit to a second execution port (612, 614) of a second execution unit in communication with a second physical register file unit, wherein said second physical register file unit has capacity to support an instruction dispatched from said at least one select port.
A composite profile, comprising a core which is made from mineral substances, plant fibers, additives and used plastics of a single type, wherein a protective layer is disposed on an outer surface of the core which entirely encompasses the outer surface of the core, wherein the plastic of the protective layer and the plastic of the core are of the same type, wherein the core and the protective layer are produced according to the principle of coextrusion, characterized in that the protective layer is made from a layer of pure new plastic of a single type, and that a decorative layer of aluminium foil (4, 5) is glued onto the outside of the protective layer.
A process for the preparation of chlorinated polyvinyl chloride (CPVC) comprising reacting polyvinyl chloride with chlorine at a temperature ranging from 50 to 90 °C, in the presence of a narrow spectral band width irradiation source having a wavelength in the range of 254 to 530 nm while maintaining the radiant flux from 1.5 to 2 W/kg of PVC, irradiance at 0.13 W/cm 2 and the number of photons emitted per second from 3x10 18 to 5x10 18, under agitation, for a time period ranging from 3 to 3.6 hours to obtain CPVC, said obtained CPVC being characterized by a whiteness index ranging from 89 to 96, a yellowness index ranging from 1.23 to 1.73 and thermal stability at 210 °C ranging from 648 to 684 seconds (measured at 210°C in accordance with DIN 53381, ISO 182-3); wherein said narrow spectral band width irradiation source is a LED (Light Emitting Diode).
An electronic apparatus comprising: a main body; and a front face panel movably supported between a covering position, in which it covers a front face of the main body, and an exposing position, in which it exposes at least a portion of the front face of the main body, wherein: the front face side of the main body is provided with an insertion/ejection slot for inserting or ejecting a memory medium; wherein the front face panel is provided with an operating portion for selectively changing an operation mode of the electronic apparatus and a housing portion for detachably retaining a portable apparatus which is detachable from the housing portion in a direction intersecting a front face of the front face panel, wherein the portable apparatus is moved with the front face panel when the portable apparatus is housed in the housing portion and the front face panel is tilted to move from the covering position to the exposing position. a main body; and a front face panel movably supported between a covering position, in which it covers a front face of the main body, and an exposing position, in which it exposes at least a portion of the front face of the main body, wherein: the front face side of the main body is provided with an insertion/ejection slot for inserting or ejecting a memory medium; wherein the front face panel is provided with an operating portion for selectively changing an operation mode of the electronic apparatus and a housing portion for detachably retaining a portable apparatus which is detachable from the housing portion in a direction intersecting a front face of the front face panel, wherein the portable apparatus is moved with the front face panel when the portable apparatus is housed in the housing portion and the front face panel is tilted to move from the covering position to the exposing position. the front face side of the main body is provided with an insertion/ejection slot for inserting or ejecting a memory medium; wherein the front face panel is provided with an operating portion for selectively changing an operation mode of the electronic apparatus and a housing portion for detachably retaining a portable apparatus which is detachable from the housing portion in a direction intersecting a front face of the front face panel, wherein the portable apparatus is moved with the front face panel when the portable apparatus is housed in the housing portion and the front face panel is tilted to move from the covering position to the exposing position.
A plasma-free composition for platelet preservation comprising an additive solution containing (a) sodium chloride and (b) an acetate compound or a citrate compound or a combination thereof, said composition being characterized in that it further comprises a red blood cell aggregating agent selected from dextran having a molecular weight of 50 kDa or more, polyvinylpyrrolidone having a molecular weight of 40 kDa or more and polyethylene glycol having a molecular weight of 20 kDa or more or a combination thereof.
Method for producing a tape yarn, comprising the following steps: a) introducing a yarn made of multifilaments based on polyamide and/or polyester, b) spreading the yarn such that no more than five filaments overlie one another, c) fixing the yarn by forming a matrix of one or more fixing agents, d) winding the fixed yarn, characterised in that the fixing agent(s) is/are selected from a group consisting of copolyamides, copolyesters and silicones and also mixtures or blends thereof, wherein the fixing agent is applied in an amount of 1 to 10% by weight with respect to the weight of the multifilament yarn, and in that the winding is carried out without twist. a) introducing a yarn made of multifilaments based on polyamide and/or polyester, b) spreading the yarn such that no more than five filaments overlie one another, c) fixing the yarn by forming a matrix of one or more fixing agents, d) winding the fixed yarn, characterised in that the fixing agent(s) is/are selected from a group consisting of copolyamides, copolyesters and silicones and also mixtures or blends thereof, wherein the fixing agent is applied in an amount of 1 to 10% by weight with respect to the weight of the multifilament yarn, and in that the winding is carried out without twist.
A turbomachinery control system for controlling supercritical working fluid turbomachinery, the control system comprising: a light emitter and a primary light detector provided within a line of sight of the emitter, wherein the light emitter is configured to project light through working fluid of the turbomachinery toward the primary light detector; one or more secondary light detectors (52a-c) spaced from the line of sight and arranged to receive scattered light via the working fluid; an actuator (28, 38); a controller configured to determine one or both of an intensity of light detected by the primary detector relative to an intensity of light detected by the secondary detector (52a-c), and a wavelength of light detected by the primary detector relative to a wavelength of light detected by the secondary detector (52a-c); the controller being configured to determine a proximity of the working fluid to a critical point based on one or both of the determined relative intensity and the determined relative wavelength, and to control the actuator (28, 38) configured to control turbomachinery inlet or outlet conditions in accordance with the determined proximity of the working fluid to the critical point. a light emitter and a primary light detector provided within a line of sight of the emitter, wherein the light emitter is configured to project light through working fluid of the turbomachinery toward the primary light detector; one or more secondary light detectors (52a-c) spaced from the line of sight and arranged to receive scattered light via the working fluid; an actuator (28, 38); a controller configured to determine one or both of an intensity of light detected by the primary detector relative to an intensity of light detected by the secondary detector (52a-c), and a wavelength of light detected by the primary detector relative to a wavelength of light detected by the secondary detector (52a-c); the controller being configured to determine a proximity of the working fluid to a critical point based on one or both of the determined relative intensity and the determined relative wavelength, and to control the actuator (28, 38) configured to control turbomachinery inlet or outlet conditions in accordance with the determined proximity of the working fluid to the critical point.
A vane cooling system for a gas turbine engine, the system comprising; a vane arranged on a stator and having a chamber (27,28) extending continuously from a radially inner end to a radially outer end of the vane, the vane having a first inlet and a second inlet; characterised by a first cooling fluid feed in communication with the first inlet to feed cooling air, a second cooling fluid feed in communication with the second inlet to feed cooling air, the first cooling fluid feed having a higher pressure than the second cooling fluid feed, the first cooling fluid feed arranged to be open during both high power and low power operations, a valve as flow adjustment device arranged for adjusting a flow of the second cooling fluid feed into the second inlet, the flow adjustment device operable to adjust flow of the second cooling fluid feed independently of the flow of the first cooling fluid feed, whereby to provide a top-up cooling flow to the chamber (27,427), wherein the chamber is divided by a plate (25,26) to provide a main chamber (27,427) and a wall-side chamber (28,428) bordering the main chamber (27,427), the first inlet enters the wall-side chamber (28,428) and the second inlet enters the main chamber (27,427), the plate (25,26) is configured to permit a restricted flow of air between the main chamber (27,427) and the wall-side chamber (28,428). a vane arranged on a stator and having a chamber (27,28) extending continuously from a radially inner end to a radially outer end of the vane, the vane having a first inlet and a second inlet; characterised by a first cooling fluid feed in communication with the first inlet to feed cooling air, a second cooling fluid feed in communication with the second inlet to feed cooling air, the first cooling fluid feed having a higher pressure than the second cooling fluid feed, the first cooling fluid feed arranged to be open during both high power and low power operations, a valve as flow adjustment device arranged for adjusting a flow of the second cooling fluid feed into the second inlet, the flow adjustment device operable to adjust flow of the second cooling fluid feed independently of the flow of the first cooling fluid feed, whereby to provide a top-up cooling flow to the chamber (27,427), wherein the chamber is divided by a plate (25,26) to provide a main chamber (27,427) and a wall-side chamber (28,428) bordering the main chamber (27,427), the first inlet enters the wall-side chamber (28,428) and the second inlet enters the main chamber (27,427), the plate (25,26) is configured to permit a restricted flow of air between the main chamber (27,427) and the wall-side chamber (28,428).
A surface cleaning apparatus comprising: a fluid recovery system comprising a recovery pathway, a suction nozzle, and a recovery tank, the recovery tank and the suction nozzle at least partially defining the recovery pathway; a brushroll provided within the recovery pathway, adjacent to the suction nozzle; a fan (47, 180) in fluid communication with the recovery pathway, and a controller controlling the operation of the fan (47, 180) and the brushroll; characterised in that the controller is configured to execute a drying cycle in which forced air flows through the recovery pathway, and the controller is configured to activate the fan (47, 180) to generate the forced air flow. a fluid recovery system comprising a recovery pathway, a suction nozzle, and a recovery tank, the recovery tank and the suction nozzle at least partially defining the recovery pathway; a brushroll provided within the recovery pathway, adjacent to the suction nozzle; a fan (47, 180) in fluid communication with the recovery pathway, and a controller controlling the operation of the fan (47, 180) and the brushroll; characterised in that the controller is configured to execute a drying cycle in which forced air flows through the recovery pathway, and the controller is configured to activate the fan (47, 180) to generate the forced air flow.
A support bearing system for a driveline of the type having a constant velocity joint with a radially outer joint member and a radially inner joint member, the outer joint member connected to a first shaft and the inner joint member connected to a second shaft opposite the first shaft, characterized in that the support bearing system is further comprising: a bearing supporting the first shaft; and a first labyrinth seal on one axial side of the bearing with a first radially inner portion and a first radially outer portion, the first radially inner portion being formed by a shoulder that is unitary with the outer joint member of the constant velocity joint; wherein the shoulder has a slope with a diameter increasing with increasing distance from the second shaft. a bearing supporting the first shaft; and a first labyrinth seal on one axial side of the bearing with a first radially inner portion and a first radially outer portion, the first radially inner portion being formed by a shoulder that is unitary with the outer joint member of the constant velocity joint; wherein the shoulder has a slope with a diameter increasing with increasing distance from the second shaft.