mhurhangee/ep-ind-claims huggingface dataset:
An antenna comprising: a leaky wave structure having a first end and a second end opposite the first end; a feeding system comprising a first part and a second part, the first part comprising an approximately perfect electrical conductor, PEC, reflector, and the first part configured to direct a first signal to or from the first end of the leaky wave structure; and the second part comprising an approximately perfect magnetic conductor, PMC, reflector, and the second part configured to direct a second signal to or from the second end of the leaky wave structure, the second signal being an anti-phase version of the first signal, characterized in that the first signal and the second signal originate or terminate at a common feed point of the antenna; wherein a total path length of the first part, between the feed point and the first end of the leaky wave structure is equal to a total path length of the second part, between the feed point of the antenna and the second end of the leaky wave structure; and wherein the second signal is caused to be the anti-phase version of the first signal due to inherently different operating properties of the PEC reflector relative to the PMC reflector. a leaky wave structure having a first end and a second end opposite the first end; a feeding system comprising a first part and a second part, the first part comprising an approximately perfect electrical conductor, PEC, reflector, and the first part configured to direct a first signal to or from the first end of the leaky wave structure; and the second part comprising an approximately perfect magnetic conductor, PMC, reflector, and the second part configured to direct a second signal to or from the second end of the leaky wave structure, the second signal being an anti-phase version of the first signal, characterized in that the first signal and the second signal originate or terminate at a common feed point of the antenna; wherein a total path length of the first part, between the feed point and the first end of the leaky wave structure is equal to a total path length of the second part, between the feed point of the antenna and the second end of the leaky wave structure; and wherein the second signal is caused to be the anti-phase version of the first signal due to inherently different operating properties of the PEC reflector relative to the PMC reflector.
Appliance door for a household appliance, in particular for a water-conducting household appliance, with a panel and a handle shell, wherein the panel and handle shell are configured as a single piece, characterised in that the handle shell has a handle shell lower part injected onto the panel and a handle shell cover injected onto the panel.
Method for operating a silo for a bulk material, wherein the surface of the bulk material in the storage area is detected in a spatially resolved manner, characterised in that a silo with a bulk material feed is selected for the spatially resolved feed of bulk material, wherein at least a first region of the surface of the bulk material is identified, wherein the first region of the surface has a lower level than the mean value of the total surface of the bulk material, wherein the supply of bulk material is directed into the first region by a bulk material feed for spatially resolved supply.
A medical cartridge containing multiple doses of a medical drug, the medical cartridge having an outlet end being arranged to be connected to an injection needle for delivering the medical drug, wherein the medical cartridge comprises a passive one way valve arranged in an interior part of the medical cartridge at a position near the outlet end, the one way valve being arranged to allow a fluid flow from the interior of the medical cartridge towards the outlet end, and to prevent a fluid flow from the outlet end towards the interior of the medical cartridge, the one way valve comprising a resilient valve member arranged to be pushed into a sealing position when a pressure difference between a pressure prevailing between the outlet end and the one way valve and a pressure prevailing inside the cartridge is lower than a predefined threshold value, and to be pushed away from the sealing position, thereby allowing medical drug to pass the one way valve, when the pressure difference is higher than the predefined threshold value, characterized in that at least a part of the one way valve extends into a neck portion of the medical cartridge and/or the medical cartridge comprises a filler material (52, 53, 54) arranged in the interior part of the cartridge in a region between the one way valve and the outlet end, said filler material (52, 53, 54) allowing liquid to pass through the region.
Rack store system having a rack store with storage racks (7a,7b) which are arranged adjacently to one another, between which at least one rack aisle extends from a first rack store side to a second rack store side and which have storing positions for freight in rack levels which lie one above another, and having guide rails (14a, 14b) which extend in each case parallel to one another along the rack aisle in the rack levels, and having at least one autonomous conveyor vehicle which can be moved along the guide rails (14a, 14b) in order to transport the freight to the storing positions, and having a conveyor-vehicle lifting device which is arranged on at least one of the rack store sides (9, 10) for transporting the conveyor vehicle at least between the rack levels, which conveyor-vehicle lifting device forms a stand-alone mechanical and electrical module and comprises a guide frame, which extends at least between the lowermost rack level and the uppermost rack level, and a receiving device for the conveyor vehicle, which receiving device can be moved vertically on said guide frame relative to the storage racks (7a,7b), wherein the receiving device is mounted on the guide frame via a lifting frame with guide elements (47a, 47b) and comprises guide rails (50a, 50b) which extend in a direction parallel to the rack aisle, wherein the conveyor-vehicle lifting device is mounted in front of the rack aisle in such a way that the guide rails (50a, 50b) of the receiving device extend in the continuation of the guide rails (14a,14b) of the rack aisle when the receiving device is positioned in the respective rack level in front of the rack aisle, characterized in that the conveyor-vehicle lifting device with the guide frame is connected via connecting elements in at least some of the rack levels, preferably in every rack level, to the guide rails (14a, 14b) which extend along the rack aisle.
A torque limiting assembly comprising: a generally cylindrical bearing; and a tolerance ring, wherein the tolerance ring is disposed around the generally cylindrical bearing or the generally cylindrical bearing is installed around the tolerance ring, wherein the torque limiting assembly is configured to be installed between an inner component and an outer component, wherein the torque limiting assembly is configured to rotatably couple the inner and the outer components, and wherein the torque limiting assembly is configured to rotate with respect to at least one of the inner and outer components when a threshold torque, T, is exceeded, wherein the generally cylindrical bearing comprises a substrate and a polymer layer disposed on the substrate, wherein the substrate comprises a metal, wherein the generally cylindrical bearing comprises a contact surface comprising the polymer layer, wherein the contact surface is an inner contact surface or an outer contact surface. a generally cylindrical bearing; and a tolerance ring, wherein the tolerance ring is disposed around the generally cylindrical bearing or the generally cylindrical bearing is installed around the tolerance ring, wherein the torque limiting assembly is configured to be installed between an inner component and an outer component, wherein the torque limiting assembly is configured to rotatably couple the inner and the outer components, and wherein the torque limiting assembly is configured to rotate with respect to at least one of the inner and outer components when a threshold torque, T, is exceeded, wherein the generally cylindrical bearing comprises a substrate and a polymer layer disposed on the substrate, wherein the substrate comprises a metal, wherein the generally cylindrical bearing comprises a contact surface comprising the polymer layer, wherein the contact surface is an inner contact surface or an outer contact surface.
A method of distributing electrical energy derived from solar energy to a plurality of groups (G k) each comprising at least one electrical installation (I e), the method comprising the steps of: • defining a consumption profile for each group, the consumption profile being made up of consumption percentages, each associated with a distinct hour of a reference day; • for each new day, defining an available daily quantity of energy (E k) for each group and, on the basis of the consumption profile and of the available daily quantity of energy, allocating to the group an energy credit (Cr k (T i)) for each hour of the new day; • at a time T situated within a current hour (T i), estimating a current consumed quantity of energy (Ind k) that has been consumed by the group, and estimating a preceding consumed quantity of energy (Ind k (T i-1)) that was consumed at the end of a preceding hour; • at the time of T, estimating an available quantity of energy (E disp (k, T i-1)) that was available at the end of the preceding hour; and • if the difference between the current consumed quantity of energy and the preceding consumed quantity of energy is greater than or equal to the sum of the available quantity of energy plus an energy credit allocated for the current hour, interrupting the distribution of electrical energy to the group until the beginning of a following hour. • defining a consumption profile for each group, the consumption profile being made up of consumption percentages, each associated with a distinct hour of a reference day; • for each new day, defining an available daily quantity of energy (E k) for each group and, on the basis of the consumption profile and of the available daily quantity of energy, allocating to the group an energy credit (Cr k (T i)) for each hour of the new day; • at a time T situated within a current hour (T i), estimating a current consumed quantity of energy (Ind k) that has been consumed by the group, and estimating a preceding consumed quantity of energy (Ind k (T i-1)) that was consumed at the end of a preceding hour; • at the time of T, estimating an available quantity of energy (E disp (k, T i-1)) that was available at the end of the preceding hour; and • if the difference between the current consumed quantity of energy and the preceding consumed quantity of energy is greater than or equal to the sum of the available quantity of energy plus an energy credit allocated for the current hour, interrupting the distribution of electrical energy to the group until the beginning of a following hour.
A high strength copper alloy of the FCC structure containing Ni: 3.0 to 29.5 mass%, Al: 0.5 to 7.0 mass%, and Si: 0.1 to 1.5 mass%, optionally further containing a total amount of 0.01 to 5.0 mass% of one or two or more elements selected from the group consisting of Co, Ti, Sn, Cr, Fe, Zr, Mg and Zn, as an addition element, and optionally further containing a total amount of 0.001 to 0.5 mass% of one or two or more elements selected from the group consisting of C, P and B, as an addition element with the remainder consisting of Cu and incidental impurities, wherein: a γ' phase of the intermetallic compound Ni 3 (Al, Si) having a structure of L1 2 and an FCC is precipitated, wherein an atom positioned at a corner is Al and Si, and an atom positioned at a face centre is Ni, the average particle diameter being 100 nm or less and an area fraction of the γ' phase being 5 to 40% in a parent phase of the copper alloy; and the high strength copper alloy has an electrical conductivity of 8.5 IACS% or more, and has a Vickers hardness of 220 Hv or more. a γ' phase of the intermetallic compound Ni 3 (Al, Si) having a structure of L1 2 and an FCC is precipitated, wherein an atom positioned at a corner is Al and Si, and an atom positioned at a face centre is Ni, the average particle diameter being 100 nm or less and an area fraction of the γ' phase being 5 to 40% in a parent phase of the copper alloy; and the high strength copper alloy has an electrical conductivity of 8.5 IACS% or more, and has a Vickers hardness of 220 Hv or more.
A method of producing nuclear fuel pellets with a burnable absorber, comprising preparing triuranium octoxide with a burnable absorber, preparing a molding powder therefrom, followed by its compression molding, sintering and polishing, characterized in that gadolinium hydroxycarbonate Gd CO 3 xH 2 O, or Gd(CO 3) 3 xH 2 O is used as the burnable absorber.
A stimulator and iontophoresis device used for treating retina and optical nerve diseases, comprising: - a cap made of two parts; one being the front cap comprising an electromagnetic coil assembly including electromagnetic coils which create 4 electromagnetic fields at a vertex distance to the eyeballs, and cooling cages, each electromagnetic coil being covered with a respective cooling cage, and the other being the rear cap also comprising an electromagnetic coil assembly including electromagnetic coils which create 4 electromagnetic fields that stimulate the occipital cortex region and 1 electromagnetic field that stimulates the inter-hemispheric region, and cooling cages, each electromagnetic coil being covered with a respective cooling cage, - the device also comprising an electronic control box, comprising: a cooling compressor, a gas perfluorocarbon tank, an electronic card and a processor having a counter thereon configured to adjust the intensity, frequency and time of the electromagnetic field created by the electromagnetic coils, and a speaker connected to the electronic card and processor, wherein the cooling compressor is connected with the cooling cages inside the front cap and rear cap through cooling pipes that are housed in a connection pipe. - a cap made of two parts; one being the front cap comprising an electromagnetic coil assembly including electromagnetic coils which create 4 electromagnetic fields at a vertex distance to the eyeballs, and cooling cages, each electromagnetic coil being covered with a respective cooling cage, and the other being the rear cap also comprising an electromagnetic coil assembly including electromagnetic coils which create 4 electromagnetic fields that stimulate the occipital cortex region and 1 electromagnetic field that stimulates the inter-hemispheric region, and cooling cages, each electromagnetic coil being covered with a respective cooling cage, - the device also comprising an electronic control box, comprising: a cooling compressor, a gas perfluorocarbon tank, an electronic card and a processor having a counter thereon configured to adjust the intensity, frequency and time of the electromagnetic field created by the electromagnetic coils, and a speaker connected to the electronic card and processor, wherein the cooling compressor is connected with the cooling cages inside the front cap and rear cap through cooling pipes that are housed in a connection pipe.
A sensor system for determining crop yield, the sensor system comprising: a mounting structure suitable to be mounted to a housing of a grain elevator of an agricultural work machine proximate a crop conveyor assembly arranged in the housing, the mounting structure comprising at least one aperture formed therein; a fulcrum assembly arranged on the mounting structure and comprising a fulcrum element coupled to a base member; a rocker arm having a first end and a second end pivotal about a pivot axis of the fulcrum assembly and arranged to extend between the first end and the second end; an engagement member coupled to the second end of the rocker arm and arranged to extend through the at least one aperture of the mounting structure; at least one gap distance sensor mounted to the base member of the fulcrum assembly and configured to detect an inclination of the rocker arm relative to the fulcrum assembly; and a processing device coupled to the gap distance sensor, wherein the processing device is configured to correlate the detected inclination of the rocker arm to an applied force acting on the engagement member when a movable grain mass engages with the engagement member, and wherein the processing device is configured to determine an aggregate crop yield based on the applied force. a mounting structure suitable to be mounted to a housing of a grain elevator of an agricultural work machine proximate a crop conveyor assembly arranged in the housing, the mounting structure comprising at least one aperture formed therein; a fulcrum assembly arranged on the mounting structure and comprising a fulcrum element coupled to a base member; a rocker arm having a first end and a second end pivotal about a pivot axis of the fulcrum assembly and arranged to extend between the first end and the second end; an engagement member coupled to the second end of the rocker arm and arranged to extend through the at least one aperture of the mounting structure; at least one gap distance sensor mounted to the base member of the fulcrum assembly and configured to detect an inclination of the rocker arm relative to the fulcrum assembly; and a processing device coupled to the gap distance sensor, wherein the processing device is configured to correlate the detected inclination of the rocker arm to an applied force acting on the engagement member when a movable grain mass engages with the engagement member, and wherein the processing device is configured to determine an aggregate crop yield based on the applied force.
A replacement heart valve implant defining a central longitudinal axis extending from an upstream end to a downstream end, comprising: an expandable anchor member configured to shift between a delivery configuration and a deployed configuration, wherein the expandable anchor member forms a plurality of crowns extending downstream; a circumferential support member distinct from and attached to the expandable anchor member, at least a portion of the circumferential support member extending downstream of the expandable anchor member, wherein one of the plurality of crowns overlaps at least a portion of the circumferential support member to define a commissure attachment location; characterized by a plurality of valve leaflets secured to the expandable anchor member, the plurality of valve leaflets including a valve leaflet commissure movable from a first longitudinal position within the lumen of the expandable anchor member relative to the downstream end in the delivery configuration to a second longitudinal position within the lumen of the expandable anchor member relative to the downstream end in the deployed configuration, wherein the valve leaflet commissure is attached to the expandable anchor member at the commissure attachment location in the deployed configuration. an expandable anchor member configured to shift between a delivery configuration and a deployed configuration, wherein the expandable anchor member forms a plurality of crowns extending downstream; a circumferential support member distinct from and attached to the expandable anchor member, at least a portion of the circumferential support member extending downstream of the expandable anchor member, wherein one of the plurality of crowns overlaps at least a portion of the circumferential support member to define a commissure attachment location; characterized by a plurality of valve leaflets secured to the expandable anchor member, the plurality of valve leaflets including a valve leaflet commissure movable from a first longitudinal position within the lumen of the expandable anchor member relative to the downstream end in the delivery configuration to a second longitudinal position within the lumen of the expandable anchor member relative to the downstream end in the deployed configuration, wherein the valve leaflet commissure is attached to the expandable anchor member at the commissure attachment location in the deployed configuration.
A mobile phone terminal enabling to merge telephony services over a circuit switched network and a packet switched data network, comprising: - a first communication event receptor for receiving communication events arriving via a circuit switched network, - a second communication event receptor for receiving communication events arriving via a packet switched data network, - a shared memory for storing communication the events by a first communication event receptor and a second communication event receptor, - and means for synchronizing all the events concerning a same call, before sending them to a voice application, so that all the events concerning the same call are synchronized when they are received by said voice application; wherein said means for synchronizing all the events concerning the same call comprise the two communication event receptors (24, 25) for analyzing communication events arriving respectively via the circuit switched network and communication events arriving via the packet switched data network, and analyzing the events stored in the shared memory and then the two communication event receptors deciding to forward each communication event to said voice application, either directly to said voice application, or via said shared memory for storing, by taking into account the type of each event, and the current status of the communication for deciding to directly forward the event or to store it temporarily, until another event is received. - a first communication event receptor for receiving communication events arriving via a circuit switched network, - a second communication event receptor for receiving communication events arriving via a packet switched data network, - a shared memory for storing communication the events by a first communication event receptor and a second communication event receptor, - and means for synchronizing all the events concerning a same call, before sending them to a voice application, so that all the events concerning the same call are synchronized when they are received by said voice application;