mhurhangee/ep-ind-claims huggingface dataset:
Apparatus for supporting an aortic valve intervention, comprising: - an input interface; and - a processing unit; - wherein the input interface is configured to receive i) an image-data signal g representing an X-ray image of an aortic valve of a heart and ii) a time variant, body-surface signal b indicating a beat of the heart; wherein an interventional device is at least partly present in the X-ray image; wherein the processing unit is configured to determine an open-state and/or closed-state (30, 56) of the aortic valve on the basis of a predefined signal course of the body-surface signal b; wherein the processing unit is further configured to generate a display signal component for signaling the aortic valve as i) open during a determined open-state of the aortic valve, or as ii) closed during a determined closed-state of the aortic valve; wherein the processing unit is further configured to generate a display signal (d) representing a display image comprising the X-ray image and the display signal component; and wherein the display image shows an overlay of at least a part of the aortic valve, at least partially the interventional device and a notation indicating whether the aortic valve is in the open-state or closed-state; wherein the apparatus further comprises a display unit for displaying the display image. - an input interface; and - a processing unit; - wherein the input interface is configured to receive i) an image-data signal g representing an X-ray image of an aortic valve of a heart and ii) a time variant, body-surface signal b indicating a beat of the heart; wherein an interventional device is at least partly present in the X-ray image; wherein the processing unit is configured to determine an open-state and/or closed-state (30, 56) of the aortic valve on the basis of a predefined signal course of the body-surface signal b; wherein the processing unit is further configured to generate a display signal component for signaling the aortic valve as i) open during a determined open-state of the aortic valve, or as ii) closed during a determined closed-state of the aortic valve; wherein the processing unit is further configured to generate a display signal (d) representing a display image comprising the X-ray image and the display signal component; and wherein the display image shows an overlay of at least a part of the aortic valve, at least partially the interventional device and a notation indicating whether the aortic valve is in the open-state or closed-state; wherein the apparatus further comprises a display unit for displaying the display image.
An analysis instrument (302; 402) for analyzing the surface of a sample, comprising an ion gun (202; 203) for emitting a cluster ion beam (232; 233), wherein the ion gun (202; 203) comprises an ion source for low damage sputtering, wherein the analysis instrument (302; 402) further comprises a sample stage portion (320; 420) on which the sample is placed and the sample is irradiated with the cluster ion beam (232; 233); characterised in that the ion source comprises: a vacuum chamber; an emission tube inserted in the vacuum chamber in a hermetic manner, the emission tube having electrical conductivity in at least a surface thereof; an ionization liquid supply device disposed outside the vacuum chamber so as to supply ionization liquid to a thin tube disposed in the emission tube, at a part positioned outside the vacuum chamber; an extracting electrode configured to extract ions in the ionization liquid supplied from the ionization liquid supply device to the emission tube, as cluster ions from an emission opening of the thin tube positioned inside the vacuum chamber and to cause the cluster ions to fly in vacuum environment; a laser beam emitting device configured to irradiate the emission opening with a laser beam; wherein the ion gun (202; 203) further comprises a focusing device configured to focus and deflect a flow of the flying cluster ions so as to generate the cluster ion beam (232; 233). a vacuum chamber; an emission tube inserted in the vacuum chamber in a hermetic manner, the emission tube having electrical conductivity in at least a surface thereof; an ionization liquid supply device disposed outside the vacuum chamber so as to supply ionization liquid to a thin tube disposed in the emission tube, at a part positioned outside the vacuum chamber; an extracting electrode configured to extract ions in the ionization liquid supplied from the ionization liquid supply device to the emission tube, as cluster ions from an emission opening of the thin tube positioned inside the vacuum chamber and to cause the cluster ions to fly in vacuum environment; a laser beam emitting device configured to irradiate the emission opening with a laser beam; wherein the ion gun (202; 203) further comprises a focusing device configured to focus and deflect a flow of the flying cluster ions so as to generate the cluster ion beam (232; 233).
Large domestic appliance, which is embodied as a floor-standing appliance and which comprises a domestic appliance, in particular a cooking appliance, wherein the large domestic appliance has at least one U-shaped support frame for receiving the domestic appliance, wherein the support frame has a base located at the bottom, from which two limbs of equal length extend upwards on two opposing sides, wherein the support frame is embodied such that the limbs of the support frame serve to dissipate the weight forces of the domestic appliance to the base of the support frame, for which purpose fastening means for receiving the domestic appliance are embodied on the inner sides of the limbs, wherein the support frame is manufactured from a composite material, characterised in that the composite material has a polyurethane layer between two metal plates, preferably aluminium plates.
A method of supplying electrical power, where the power is required for cooling, to a plurality of refrigerated containers stored in a container yard facility, characterized in that said method includes the steps of: - obtaining data representing individual carriage criteria including individual predefined temperature set points and individual actual cargo temperatures of each of said plurality of refrigerated containers stored in said container yard facility, - on basis of said carriage criteria and in a central processor, forecasting resulting peak electrical power requirement of said plurality of refrigerated containers by forecasting the rate of temperature increase inside its connected refrigerated containers on basis of one or more of: - ambient temperature, - internal temperature change within a given timeframe of one or more of said refrigerated containers, - on basis of said resulting peak power requirement forecast, lessen, or time-wise move said resulting peak power requirement of said plurality of refrigerated containers by individually interrupt and resume power supply to said reefer containers on basis of predefined allowable deviation from a temperature set point of each said refrigerated containers, where the step of time-wise moving said peak power requirement is done by shifting peak power demand into a low power demand time frame such that the magnitude of peak power consumption is reduced whilst ensuring that carriage criteria's for a plurality of said refrigerated containers are complied with. - obtaining data representing individual carriage criteria including individual predefined temperature set points and individual actual cargo temperatures of each of said plurality of refrigerated containers stored in said container yard facility, - on basis of said carriage criteria and in a central processor, forecasting resulting peak electrical power requirement of said plurality of refrigerated containers by forecasting the rate of temperature increase inside its connected refrigerated containers on basis of one or more of: - ambient temperature, - internal temperature change within a given timeframe of one or more of said refrigerated containers, - ambient temperature, - internal temperature change within a given timeframe of one or more of said refrigerated containers, - on basis of said resulting peak power requirement forecast, lessen, or time-wise move said resulting peak power requirement of said plurality of refrigerated containers by individually interrupt and resume power supply to said reefer containers on basis of predefined allowable deviation from a temperature set point of each said refrigerated containers, where the step of time-wise moving said peak power requirement is done by shifting peak power demand into a low power demand time frame such that the magnitude of peak power consumption is reduced whilst ensuring that carriage criteria's for a plurality of said refrigerated containers are complied with.
A device for fluidizing and delivering a powdered agent, comprising: a canister extending longitudinally from a first end to a second end and defining an interior space within which a powdered agent is received; an inlet coupleable to a gas source for supplying gas to the interior space to fluidize the powdered agent received therewithin to create a fluidized mixture; an outlet via which the gas mixture is delivered to a target area for treatment; a tube extending from a first end in communication with the outlet to a second open end extending into the interior space, the tube including a slot extending through a wall thereof so that gas mixture is passable from the interior space through the outlet via the second end and the slot; and a door movably coupled to the tube so that the door is movable over the slot to control a size of the slot open to the interior space of the canister. a canister extending longitudinally from a first end to a second end and defining an interior space within which a powdered agent is received; an inlet coupleable to a gas source for supplying gas to the interior space to fluidize the powdered agent received therewithin to create a fluidized mixture; an outlet via which the gas mixture is delivered to a target area for treatment; a tube extending from a first end in communication with the outlet to a second open end extending into the interior space, the tube including a slot extending through a wall thereof so that gas mixture is passable from the interior space through the outlet via the second end and the slot; and a door movably coupled to the tube so that the door is movable over the slot to control a size of the slot open to the interior space of the canister.
A conveyor drum (10, 100) for the tobacco processing industry for conveying rod-shaped articles (32, 34, 132, 134) for the tobacco processing industry, in particular filter rods and/or filter rod segments (32, 34, 132, 134), transversely with respect to the axial direction, said conveyor drum comprising receiving troughs for the rod-shaped articles (32, 34, 132, 134) that are arranged at, preferably regular, intervals on the outer circumference of the conveyor drum (10, 100), wherein stationary stops (22, 24) that delimit the receiving troughs are provided to the side of the receiving troughs, and wherein a cover for a plurality of receiving troughs is provided in the circumferential direction in a conveying region of the conveyor drum (10, 100), wherein at least one additional stop (42, 52) for the rod-shaped articles (32, 34, 132, 134) is arranged between the end stops (22, 24) of the receiving troughs in the conveying region of the conveyor drum (10, 100) covered by the cover, characterized in that the at least one additional stop (42, 52) is arranged in a secured manner on the cover.
Patient specific surgical guide (1, 1') for implanting a knee prosthesis, comprising: a first component (G1, G1') intended for uniquely coupling with the distal epiphyseal end (Ed) of a femur (Fe); a template (Gr, Gr') associated with said first component (G1, G1') and intended for guiding a marking operation of said distal epiphyseal end (Ed) aimed to determine the position of a knee prosthesis to be implanted, said template (Gr, Gr') being rotatably mounted relative to said first component (G1, G1'); a second component intended for solidly coupling said template (Gr, Gr') with a proximal epiphyseal end (Ep) of a tibia (Ti) corresponding to said femur (Fe); characterized in that said first component (G1, G1') comprises guiding means for making a distal cut (Td) orthogonal to the longitudinal axis of the femur (Fe), said guiding means being capable of shifting in proximal-distal direction in order to make corrections on the planned femoral resection.
Device for the connection of electric luminaires with fault-current diversion, comprising a carrier base and a carrier insert with a contact rail which creates a carrier connection with a rotating hook, characterised in that the carrier base and the carrier insert are covered over by a carrier plate which is fitted with a duct for the insertion of a plug, and the plug body engages by a catch beneath the plug-insertion duct and the plug-insertion duct is connected by a sliding or rigid connection or by means of a connecting shoe to a metal lug via a contact rail, which metal lug is inserted in the plug body beneath the plug-insertion duct, that the plug body is fitted on the outside with the metal lug, which projects outwards from the plug body, and plastic webs are arranged on the plug body which are formed as a rear wall on the carrier base and the plug-insertion duct resting against the guiding duct, and form a screened space in which the contact rail and the metal lug meet by means of a sliding or rigid connection or by means of a connecting shoe and ensure a safe and reliable flow of current, and that a lamp plug can be inserted through the insertion duct into the plug body in accordance with DIN-EN 61 995-2.
A runner which can be moved over a guide cable, where supporting brackets are fixed to the guide cable by which the guide cable is fixed to a wall or ceiling or to a roof structure of a building, which runner comprises a housing that is provided with a channel which accommodates a sleeve rotatable around the longitudinal axis through which sleeve the guide cable extends during operation, the walls of the channel and of the sleeve being each provided with a longitudinal slot extending in axial direction from one end to the other end of the wall, which longitudinal slot has a middle section, and which housing is provided with a fastening eyelet for a person's fall protection line, characterized in that the width of the middle section of the longitudinal slot in the sleeve is smaller than the width of the middle section of the longitudinal slot in the housing, while during operation when the runner is present around a guide cable and a fall protection line is coupled to the fastening eyelet, the sleeve which is freely rotatable around the longitudinal axis is present in the channel, and the width of the middle section of the slot in the sleeve is smaller than the diameter of the guide cable this runner is suitable for.
A hygienic food product to food product heat exchanger, said heat exchanger comprising: an elongated and hollow cylindrical housing; a metal tube plate at each of the opposite ends of said elongated housing; a tube bundle with a plurality of tightly spaced metal tubes axially extending between said tube plates with the ends of said tubes being received in correspondingly tightly spaced holes in said respective tube plates or with the lumen of the tubes being aligned with said correspondingly tightly spaced holes in the tube plates; a first inlet connected to the openings at one end of said tubes for allowing a first liquid food product medium to enter the interior of said tubes; a first outlet connected to the openings at the other end of said tubes for allowing said first liquid food product medium to leave the interior of said tubes; a second inlet for allowing a second liquid food product to enter the interior of said elongated cylindrical housing; and 01634-PCT-EP-DIV a second outlet: for allowing a second liquid food product to leave the interior of said elongated housing; said second outlet being axially spaced from said second inlet so that said second liquid food product flows over the outer side of said tubes between said second inlet and said second outlet; said second inlet being tangentially directed and said second outlet being tangentially directed for causing a helical flow path for said second liquid food medium when it flows from said second inlet to said second outlet. an elongated and hollow cylindrical housing; a metal tube plate at each of the opposite ends of said elongated housing; a tube bundle with a plurality of tightly spaced metal tubes axially extending between said tube plates with the ends of said tubes being received in correspondingly tightly spaced holes in said respective tube plates or with the lumen of the tubes being aligned with said correspondingly tightly spaced holes in the tube plates; a first inlet connected to the openings at one end of said tubes for allowing a first liquid food product medium to enter the interior of said tubes; a first outlet connected to the openings at the other end of said tubes for allowing said first liquid food product medium to leave the interior of said tubes; a second inlet for allowing a second liquid food product to enter the interior of said elongated cylindrical housing; and 01634-PCT-EP-DIV a second outlet: for allowing a second liquid food product to leave the interior of said elongated housing; said second outlet being axially spaced from said second inlet so that said second liquid food product flows over the outer side of said tubes between said second inlet and said second outlet; said second inlet being tangentially directed and said second outlet being tangentially directed for causing a helical flow path for said second liquid food medium when it flows from said second inlet to said second outlet.
An apparatus for decoding of modulated symbols or compensating channel frequency response of the modulated symbols based on trellis equalization, wherein a modulation scheme of the modulated symbols is based on a member selected from the group consisting of: Quadrature Phase Shift Keying, QPSK, 8 Quadrature Amplitude Modulation, QAM, and 16QAM, the apparatus comprising: a processor configured to: identify a best path for a certain trellis stage of a main trellis of a received modulated symbol; identify a hard decision constellation point of the main trellis by performing a traceback according to the best path; select neighboring constellation points of the hard decision constellation point, wherein the number of identified selected neighboring constellation point is equal to the number of bits per modulated symbol; compute a respective secondary trellis for each selected neighboring constellation points that differ from the hard decision constellation point by one bit; compute a LLR for each respective bit of the received modulated symbol by calculating using each respective secondary trellis, the difference between the best path metric of the received modulated symbol and the respective secondary trellis of the respective bit; and provide, the computed LLR to a forward error correction, FEC, decoder for decoding the received modulated symbol. identify a best path for a certain trellis stage of a main trellis of a received modulated symbol; identify a hard decision constellation point of the main trellis by performing a traceback according to the best path; select neighboring constellation points of the hard decision constellation point, wherein the number of identified selected neighboring constellation point is equal to the number of bits per modulated symbol; compute a respective secondary trellis for each selected neighboring constellation points that differ from the hard decision constellation point by one bit; compute a LLR for each respective bit of the received modulated symbol by calculating using each respective secondary trellis, the difference between the best path metric of the received modulated symbol and the respective secondary trellis of the respective bit; and provide, the computed LLR to a forward error correction, FEC, decoder for decoding the received modulated symbol.
A bug screen for mounting to a grille of a vehicle, the bug screen comprising: a frame; a membrane disposed in the frame; at least one slot disposed on the frame; at least one platform disposed on the grille, interfacing the at least one slot on the frame with the at least one platform on the grille; at least one extension disposed on the at least one platform; a leg included in the at least one extension, the leg projecting perpendicularly from the at least one platform and having an end opposite to the at least one platform; a barb disposed on the end of the leg; and a sloping surface disposed on the barb, the sloping surface passing through the at least one slot on the frame. a frame; a membrane disposed in the frame; at least one slot disposed on the frame; at least one platform disposed on the grille, interfacing the at least one slot on the frame with the at least one platform on the grille; at least one extension disposed on the at least one platform; a leg included in the at least one extension, the leg projecting perpendicularly from the at least one platform and having an end opposite to the at least one platform; a barb disposed on the end of the leg; and a sloping surface disposed on the barb, the sloping surface passing through the at least one slot on the frame.
Optical strain sensor which contains an even planar thin carrier film on or in which at least a first optical wave guide is arranged in a force-fitting manner, which comprises at least a first optical wave guide section provided with a first Bragg grating for detecting the strain (ε), wherein the first optical wave guide has a specific index of refraction (n 1) and the first Bragg grating has a specific grating constant (Λ 1), wherein on or in the carrier film at least another second optical wave guide or optical wave guide section arranged in parallel and having a second Bragg grating is provided, which is thermomechanically coupled at least with the first optical wave guide or optical wave guide section, wherein the second optical wave guide has at least a temperature coefficient of the index of refraction (n 2), which is different to that of the first optical wave guide, and wherein a feeding wave guide is arranged on or in the carrier film, which comprises a succeeding beam splitting-up followed by the first and second optical wave guide sections (6, 7) being arranged linearly and in parallel to each other and having different sensitivity factors of strain (K E1, K E2) and different sensitivity factors of temperature (K T1, K T2) and being provided with the first and second Bragg gratings (2, 3).
Liner part of polymer material for a body element of a motor vehicle, said liner part comprising: - an inner face intended to be arranged opposite said body element, - a plurality of fixing elements intended to fix said liner part to said body element, and - a plurality of retaining elements intended to retain an insulating material layer, said fixing and retaining elements resulting from the moulding of the liner part on said inner face side, each retaining element being partially or completely integrated into a fixing element, characterized in that each retaining element comprises two hook-forming elements (31, 32) extending substantially perpendicularly to the inner face and arranged opposite one another, said hook-forming elements (31, 32) being configured to define between them a housing which is open in a direction opposed to said inner face, said housing forming a receiving part intended to receive a portion of an insulating element. - an inner face intended to be arranged opposite said body element, - a plurality of fixing elements intended to fix said liner part to said body element, and - a plurality of retaining elements intended to retain an insulating material layer,