mhurhangee/ep-ind-claims huggingface dataset:
A pressure measurement device for measuring pressure and/or for measuring elasticity of a vein, an organ or a compartment and for combination with an ultrasound measurement unit (46; 146; 346), characterized in that a pressure sensor, configured as a film pressure sensor (52; 102; 252; 352) is provided, wherein an intermediate space (56; 256; 356) between the films (53, 54; 253, 254) of the film pressure sensor (52; 102; 252; 352) is filled with an ultrasound-transparent and non-electrolytically active liquid.
A method for controlling an ego vehicle, having the steps of: - determining an ego driving strategy as a function of the surroundings; - detecting a driving strategy of a vehicle in front; - comparing the ego driving strategy with the driving strategy of the vehicle in front; - adopting the driving strategy of the vehicle in front if the ego driving strategy differs from the driving strategy of the vehicle in front; - performing a hazard evaluation of the driving strategy of the vehicle in front; characterized in that - the adopted driving strategy is modified if the vehicle in front swerves onto the opposite carriageway and the hazard evaluation is unreliable, - the speed of the ego vehicle is reduced, - the hazard evaluation of the adopted and modified driving strategy is performed again, and - the ego vehicle is controlled as a function of the hazard evaluation according to the modified driving strategy or an emergency strategy. - determining an ego driving strategy as a function of the surroundings; - detecting a driving strategy of a vehicle in front; - comparing the ego driving strategy with the driving strategy of the vehicle in front; - adopting the driving strategy of the vehicle in front if the ego driving strategy differs from the driving strategy of the vehicle in front; - performing a hazard evaluation of the driving strategy of the vehicle in front; characterized in that - the adopted driving strategy is modified if the vehicle in front swerves onto the opposite carriageway and the hazard evaluation is unreliable, - the speed of the ego vehicle is reduced, - the hazard evaluation of the adopted and modified driving strategy is performed again, and - the ego vehicle is controlled as a function of the hazard evaluation according to the modified driving strategy or an emergency strategy.
A static electric induction system comprising: a tank containing: a heat generating component (4, 5); a cooling fluid; a cooling duct along the heat generating component; and the system further comprising a pumping system configured for driving the cooling fluid through the cooling duct; characterized in that the pumping system is configured for applying a varying flow rate over time of the cooling fluid in the cooling duct along a predetermined flow rate curve which is a function of time. a heat generating component (4, 5); a cooling fluid; a cooling duct along the heat generating component; and the system further comprising a pumping system configured for driving the cooling fluid through the cooling duct; characterized in that the pumping system is configured for applying a varying flow rate over time of the cooling fluid in the cooling duct along a predetermined flow rate curve which is a function of time.
Air conditioning device for a vehicle seat, comprising at least one air distribution module having at least one air distribution chamber, wherein the air distribution chamber is delimited at least at one part of its outer circumference by an insert having a top side and a bottom side, wherein the air distribution chamber is delimited by a carrier layer on the side that is assigned to the bottom side of the insert, the carrier layer being connected to the bottom side of the insert at least via a partial surface, and wherein an air supply opening for supplying air into the air distribution chamber is carried out at least partially via at least one of a break in the insert and an opening in the carrier layer, characterized in that the air distribution chamber is open on the top side opposite the carrier layer, and that the carrier layer comprises at least one extension section which projects beyond the part of the carrier layer that is not covered by the bottom side of the insert and can be used for mounting a fan, a housing of a fan or a fan bracket of a fan on the air distribution module, by at least surface parts of the extension section surrounding at least partially at least one of the fan, a housing of a fan and the fan bracket of a fan, wherein the extension section, or a respective tab as part of the extension section, is provided with at least one adhesive layer on at least one of its top and bottom sides.
A quality of service, QoS, monitoring device for use with a user equipment comprising: a base platform; and an external communication module adapted to receive from an external source one or more listener modules and/or detector modules for incorporation into the base platform, wherein a listener module is a software module adapted to monitor traffic data communications and a detector module is a software module adapted to monitor quality of service for a particular service and includes analysis rule sets, patterns and heuristics relating to a given service; wherein the base platform is coupled to the external communication module to receive one or more listener modules and/or detector modules and is adapted to install thereon the received modules to extend the functionality of the base platform so as to perform the functionality of the installed modules, wherein the detector module is adapted to inform the listener module of type of information in which the detector module is interested and use the information gathered by the listener module as well as the analysis rule sets, patterns and heuristics related to the given service to identify patterns that relate to specific QoS issues of that service. a base platform; and an external communication module adapted to receive from an external source one or more listener modules and/or detector modules for incorporation into the base platform, wherein a listener module is a software module adapted to monitor traffic data communications and a detector module is a software module adapted to monitor quality of service for a particular service and includes analysis rule sets, patterns and heuristics relating to a given service; wherein the base platform is coupled to the external communication module to receive one or more listener modules and/or detector modules and is adapted to install thereon the received modules to extend the functionality of the base platform so as to perform the functionality of the installed modules, wherein the detector module is adapted to inform the listener module of type of information in which the detector module is interested and use the information gathered by the listener module as well as the analysis rule sets, patterns and heuristics related to the given service to identify patterns that relate to specific QoS issues of that service.
A needle bearing comprising: an outer ring being formed into a simple shape of cylinder, with neither of its both ends formed with an inward-oriented flange portion; needle-like rollers; and a retainer for guiding the needle-like rollers; wherein the retainer has two side edges each faced by the outer ring at a space serving as an outer-ring-side narrow pathway for reduced lubricant leakage whereas each of the retainer side edges is provided with a journal-side narrow-path formation section (28, 34) for formation of a journal-side narrow pathway to reduce lubricant leakage between itself and a journal when the bearing is assembled to the journal characterized in that the outer-ring-side narrow pathways are between flange portions extended from two outer diameter surfaces in the retainer's side edges to a height to face their corresponding end surfaces of the outer ring and respective end surfaces of the retainer.
An improved hydrogen generation system comprising: one or more hydrodesulfurization units configured to desulfurize a hydrocarbon gas stream to produce a process gas stream and a desulfurized fuel gas stream; a pre-reformer configured to receive the process gas stream and convert heavy hydrocarbons within the process gas stream to methane to produce a pre-reformed process gas, wherein the amount of methane within the pre-reformed process gas as compared to the process gas stream is increased; a reformer having a combustion zone and a reaction zone, wherein the combustion zone is in fluid communication with the HDS unit and configured to receive the desulfurized fuel gas stream originating from the HDS, wherein the reaction zone is in fluid communication with the pre-reformer and configured to receive the pre-reformed process gas originating from the pre-reformer, wherein the reformer is configured to produce a syngas stream within the reaction zone and a flue gas within the combustion zone; a pressure swing adsorption unit configured to receive the syngas stream and produce a product hydrogen stream and a PSA off-gas stream; and means for cooling the flue gas against a combustion air and the PSA off-gas stream to a temperature below the dew point of sulfuric acid. one or more hydrodesulfurization units configured to desulfurize a hydrocarbon gas stream to produce a process gas stream and a desulfurized fuel gas stream; a pre-reformer configured to receive the process gas stream and convert heavy hydrocarbons within the process gas stream to methane to produce a pre-reformed process gas, wherein the amount of methane within the pre-reformed process gas as compared to the process gas stream is increased; a reformer having a combustion zone and a reaction zone, wherein the combustion zone is in fluid communication with the HDS unit and configured to receive the desulfurized fuel gas stream originating from the HDS, wherein the reaction zone is in fluid communication with the pre-reformer and configured to receive the pre-reformed process gas originating from the pre-reformer, wherein the reformer is configured to produce a syngas stream within the reaction zone and a flue gas within the combustion zone; a pressure swing adsorption unit configured to receive the syngas stream and produce a product hydrogen stream and a PSA off-gas stream; and means for cooling the flue gas against a combustion air and the PSA off-gas stream to a temperature below the dew point of sulfuric acid.
A composition comprising a non-insect cell or viral particle expressing on the membrane of the cell or surface of the viral particle an exogenous nematode Fusion Family protein, wherein the non-insect cell is selected from a mammalian cell, an avian cell, and a plant cell, and wherein the viral particle is selected from Retroviruses, Hepadnaviruses, Poxviruses, Rhabdoviruses, Paramyxoviruses, Herpes viruses and Coronoviruses.
Cable clamping device for widening of shields of cables, including at least three clamping bodies that are configured to form a passage completely surrounded by the same, wherein the clamping bodies are slidable on each other to change the size of the circumference of the passage, each clamping body includes at least one clamping surface and one sliding surface, the clamping bodies are disposed with respect to one another such that respectively at least a portion of the clamping surface of one of the clamping bodies is in contact with the sliding surface of an adjacent clamping body and at least a portion of the sliding surface of the one clamping body is in contact with the clamping surface of another adjacent clamping body such that they are slidable on each other, the passage is formed by at least clamping regions of each of the clamping surfaces, which are respectively not in contact with the sliding surfaces of adjacent clamping bodies, which is completely surrounded by these clamping regions, and the size of the circumference and/or diameter of the passage is adjustable by moving the clamping bodies such that the clamping surfaces are respectively shifted with respect to the respectively contacting sliding surfaces to clamp a cable to widen a shield, characterized in that each clamping surface is configured in an inverted-V-shaped manner to form a straight edge extending in the longitudinal direction of the clamping surface and each sliding surface forms a V-shaped straight groove such that the clamping surfaces and sliding surfaces of adjacent clamping bodies, which are thus formed and slide on each other, engage one-into-the-other.
Agricultural working machine, in particular a forage harvester, comprising a working unit, in particular a chopping unit which is provided for processing crops and has a measuring assembly and a component that moves in a movement direction during operation of the working machine, the measuring assembly having: • at least one transmitter for transmitting a transmission signal (s), • a sensor array having at least two sensors (111 - 11n) arranged one behind the other in the movement direction of the component, each of which is designed to carry out a measurement by receiving a measurement signal (m) reflected by the component at a measuring point (131 - 13n), • a control unit which is designed to control the sensors (111 - 11n) of the sensor array in succession in the movement direction of the component at the same sampling frequency, and • an evaluation unit which is designed to determine a distance value between the sensor (111 - 11n) and the component from each of the measurement signals (m) of the sensors (111 - 11n). • at least one transmitter for transmitting a transmission signal (s), • a sensor array having at least two sensors (111 - 11n) arranged one behind the other in the movement direction of the component, each of which is designed to carry out a measurement by receiving a measurement signal (m) reflected by the component at a measuring point (131 - 13n), • a control unit which is designed to control the sensors (111 - 11n) of the sensor array in succession in the movement direction of the component at the same sampling frequency, and • an evaluation unit which is designed to determine a distance value between the sensor (111 - 11n) and the component from each of the measurement signals (m) of the sensors (111 - 11n).
A device for signal compensation in medical X-ray images, the device comprising: - a generation module configured to generate an X-ray ghosting image based on an X-ray detector read-out subsequent to a last X-ray exposure of a plurality of X-ray exposures; - a scaling module configured to scale the X-ray ghosting image into a scaled X-ray ghosting image employing a scaling that is different for each subsequent X-ray image by making the scaling dependent on the time-dependent decay of the ghosting image; and - a subtraction module configured to subtract each of the such scaled X-ray ghosting images from each of the corresponding subsequent X-ray images recorded during a respective subsequent X-ray exposure of the plurality of X-ray exposures. - a generation module configured to generate an X-ray ghosting image based on an X-ray detector read-out subsequent to a last X-ray exposure of a plurality of X-ray exposures; - a scaling module configured to scale the X-ray ghosting image into a scaled X-ray ghosting image employing a scaling that is different for each subsequent X-ray image by making the scaling dependent on the time-dependent decay of the ghosting image; and - a subtraction module configured to subtract each of the such scaled X-ray ghosting images from each of the corresponding subsequent X-ray images recorded during a respective subsequent X-ray exposure of the plurality of X-ray exposures.
A method of displaying information on a display, wherein the information to be displayed is divided into a number of items (F,..., F1, F2,...), and wherein a focus area is provided on the display, characterized in that the items are arranged in at least two levels, that one or more items (F1, F2,...) of a level are linked to an item of a next higher level according to their contents, that items of two neighbouring levels are displayed in scrollable bars (32, 34) in a horizontal and a vertical direction of the display such that the one or more items (F1, F2,...) of one of the bars are sub-ordinate to that item of the other bar which is displayed in the focus area, and that a combination of two linked items (F+F2) of two neighbouring levels is displayed in the focus area.
An examination apparatus for automatic roadmapping for heart valve replacement, the examination apparatus comprising: - at least one X-ray image acquisition device; - a calculation unit; and - a display device; wherein the image acquisition device is adapted to acquire at least one X-ray image of a vessel root region of a heart with injected contrast agent and to acquire at least one current fluoroscopy image of the vessel's root region with a replacement valve inserted into the vessel; wherein the calculation unit is adapted to (i) identify vessel information data within the at least one acquired image, to model a vessel root representation using the vessel information data identified from the at least one acquired image and (ii) to generate a composite image by a combination of the model of the vessel root representation with the at least one fluoroscopy image; wherein the calculation unit is further adapted such that the vessel root representation comprises an annulus plane model of the vessel; wherein the display unit is adapted to display the composite image including the annulus plane model as a line in the composite image. - at least one X-ray image acquisition device; - a calculation unit; and - a display device;
An apparatus (40, 52) for shaping a plurality of tobacco industry products, the apparatus comprising: a drum; a plurality of shaping heads (42, 42i, 42ii, 42iii, 42iv, 42v, 42vi, 42vii, 42viii, 42ix, 42x, 42xi, 42xii, 42xiii, 42xiv) provided on the drum, each of the shaping heads being configured to change the shape of a first end of a respective tobacco industry product; a head support unit provided on the drum and arranged to support the plurality of shaping heads; and an actuator configured to move each of the shaping heads and/or tobacco industry products in a direction substantially parallel to a longitudinal axis of the respective tobacco industry product such that each of the shaping heads is brought into contact with the first end of the respective tobacco industry product in order to change the shape of the first end. a drum; a plurality of shaping heads (42, 42i, 42ii, 42iii, 42iv, 42v, 42vi, 42vii, 42viii, 42ix, 42x, 42xi, 42xii, 42xiii, 42xiv) provided on the drum, each of the shaping heads being configured to change the shape of a first end of a respective tobacco industry product; a head support unit provided on the drum and arranged to support the plurality of shaping heads; and an actuator configured to move each of the shaping heads and/or tobacco industry products in a direction substantially parallel to a longitudinal axis of the respective tobacco industry product such that each of the shaping heads is brought into contact with the first end of the respective tobacco industry product in order to change the shape of the first end.
An anti-corrosion method of a stainless steel surface, comprising the following steps: chemically degreasing and etching with alkali a stainless steel surface using a sodium hydroxide solution and a solution containing an alkali etching active agent, followed by washing with water; oxidizing the stainless steel surface treated in the step by an oxidizing solution, followed by washing with water; immersing the stainless steel surface treated in the step as a cathode in an electrolyte to electrolyze, followed by washing with water; placing the stainless steel surface treated in the step at a temperature of 50-60 °C and a humidity of 60-70% for hardening; wherein, the alkali etching active agent is ethoxy modified polytrisiloxane. chemically degreasing and etching with alkali a stainless steel surface using a sodium hydroxide solution and a solution containing an alkali etching active agent, followed by washing with water; oxidizing the stainless steel surface treated in the step by an oxidizing solution, followed by washing with water; immersing the stainless steel surface treated in the step as a cathode in an electrolyte to electrolyze, followed by washing with water; placing the stainless steel surface treated in the step at a temperature of 50-60 °C and a humidity of 60-70% for hardening;
Knife folding unit for folding sheet-shaped elements in a sheet folding machine including a transport device, a front edge stop, a folding knife and a pair of folding rollers, wherein the sheet-shaped element is transportable by the transport device in a direction of transport underneath the folding knife and against the front edge stop, characterized in that in the region of the front edge stop, a notching device including a notching element is provided to create a notch in the front edge (1.1) of the sheet-shaped element.
In combination, a seed singulator and a vacuum disk (200, 500), the vacuum disk (200, 500) having a seed plane (222, 522) and a row of apertures (208, 508) at a radius R1 from a center of the vacuum disk (200, 500), a radius R2 to the outside of the apertures (208, 508), a radius R3 to the inside of the apertures (208, 508), and a radius R4 to an annular shoulder (230, 530) of the vacuum disk, said singulator comprising a first member having upper lobes (908 and/or 910 and/or 912) disposed at a radius of curvature slightly less than the radius R2; and said upper lobes (908 and/or 910 and/or 912) having substantially co-planar surfaces biased axially against the seed plane (222, 522) of the vacuum disk, characterized by: said first member further having a surface biased radially toward the annular shoulder (230, 530) of the vacuum disk (200, 500). said first member further having a surface biased radially toward the annular shoulder (230, 530) of the vacuum disk (200, 500).
A method for controlling and monitoring a point of sale, said point of sale having an opening, said method controlling the potential customers that pass through said opening of said point of sale and comprising the steps of: (a) providing a passage sensors that generates a passage signal (Sp, Spi, Spo) when at least one person (Pi, Po) passes through said opening; (b) triggering imaging means through said passage signal (Sp, Spi, Spo) to acquire the image of said person (Pi, Po); (c) comparing said image of said person (Pi, Po) with one or more images provided by a data source; characterized in that said comparing step further comprising a correcting step that prevents any further passages through said opening from being counted within a predetermined interval (Tm) after generation of said passage signal (Sp, Spi, Spo). (a) providing a passage sensors that generates a passage signal (Sp, Spi, Spo) when at least one person (Pi, Po) passes through said opening; (b) triggering imaging means through said passage signal (Sp, Spi, Spo) to acquire the image of said person (Pi, Po); (c) comparing said image of said person (Pi, Po) with one or more images provided by a data source;
Protection against moisture for encasing information leaflets that are protected against moisture, in particular information leaflets in the form of posters or placards, having a document pouch with an insertion opening for inserting at least one information leaflet, a transparent, front protective layer, behind which an information leaflet inserted into the document pouch is placed, with the front page that is to be presented being visible after inserting it, and which contains a rear covering layer to protect the information leaflet from moisture, wherein the front protective layer and the rear covering layer are made from plastic, characterised in that the rear covering layer is designed as a thin film and is enveloped on at least two opposite lateral edges of the front protective layer with a connecting edge around these lateral edges, and is connected to the front of the protective layer.