mhurhangee/ep-ind-claims huggingface dataset:
Sensor arrangement (1'; 1''), comprising a sensor (10; 10') and an apparatus for signal processing (11'; 11'') a sensor signal (U S; I S), wherein the sensor produces the sensor signal on the basis of the magnitude of a magnetic field and the apparatus has a first comparator and the comparator compares the sensor signal with at least one threshold value (S1, S2) and takes this as a basis for producing a pulse generator signal (U_OUT) having a first or second value, characterized in that the apparatus (11'; 11'') also has, for the purpose of recognizing a manipulation attempt effected by means of the additional superposition of a magnetic field in addition to the sensor magnetic field, a second comparator which compares the sensor signal with a prescribed operating range and initiates a manipulation signal if a value of the sensor signal (U S; I S) is outside of the operating range, which is chosen such that at least one value of the sensor signal is outside of the prescribed operating range, and an offset in the sensor signal is of such magnitude that the state of the pulse generator signal would no longer change, and in that the apparatus has a third comparator which compares the sensor signal with a safe operating range defined by a further range of values, wherein the safe operating range is completely embedded in the operating range.
A method of separating a first material from a second material, the method comprising the steps of: mixing the first material and the second material in a slurry with a beneficiation composition, providing air bubbles in the slurry to form bubble-particle aggregates with the first material, and allowing the bubble-particle aggregates to be separated from the second material; characterized in that the beneficiation composition comprises at least one glycerides and fatty acid mixture extracted from an ethanol process; wherein the glycerides and fatty acid mixtures contain 5 percent by weight of free fatty acids or greater, and wherein the glyceride and fatty acid mixtures are extracted from the thin stillage of a dry mill corn ethanol plant or from the distillers grains and solubles of a dry mill corn ethanol plant.
An arrangement comprising: - a cartridge, - a one-way valve comprising a flow control element and an annular element whereby the flow control element cooperates with a valve seat provided on the annular element to open and close the valve, and - a delivery duct, - said cartridge removably supporting the one-way valve, - said cartridge having the shape of an elongated body extending along a translation axis of the flow control element of said one-way valve and comprising a first portion, which is substantially annular and which supports said one-way valve by means of an O-ring gasket provided on the annular element of said one-way valve and which is removably inserted into said delivery duct, and a second portion, from which a grip portion for the extraction of said cartridge protrudes and remains outside a flow passage of said delivery duct, said first portion and said second portion are connected by a third substantially cage-like portion that is arranged at a blending region between a first part and a second part, which is transverse to the first one, of said delivery duct, said cartridge being removably inserted at least partially in said second part, said first portion being provided with a first O-ring gasket and said second portion being provided with a second O-ring gasket for connnecting said cartridge to said delivery duct without the occurrence of leaks of fluid. - a cartridge, - a one-way valve comprising a flow control element and an annular element whereby the flow control element cooperates with a valve seat provided on the annular element to open and close the valve, and - a delivery duct, - said cartridge removably supporting the one-way valve, - said cartridge having the shape of an elongated body extending along a translation axis of the flow control element of said one-way valve and comprising a first portion, which is substantially annular and which supports said one-way valve by means of an O-ring gasket provided on the annular element of said one-way valve and which is removably inserted into said delivery duct, and a second portion, from which a grip portion for the extraction of said cartridge protrudes and remains outside a flow passage of said delivery duct, said first portion and said second portion are connected by a third substantially cage-like portion that is arranged at a blending region between a first part and a second part, which is transverse to the first one, of said delivery duct, said cartridge being removably inserted at least partially in said second part, said first portion being provided with a first O-ring gasket and said second portion being provided with a second O-ring gasket for connnecting said cartridge to said delivery duct without the occurrence of leaks of fluid.
A gas generator comprising an electrolytic cell and the electrolytic cell containing an electrolyzed water including an electrolyte, the electrolytic cell being used for electrolyzing the electrolyzed water to generate a gas with hydrogen, wherein the gas generator is characterized by: a condensate filter device comprising a gas pathway, a filter, and an isolated component, wherein the gas pathway is used for receiving the gas with hydrogen, and the filter is configured in the gas pathway for filtering the gas with hydrogen to generate a filtered gas with hydrogen, and the isolated component is configured in the condensate filter device for limiting the movement of the filter in the gas pathway, wherein the condensate filter device has an inlet and a vent, the inlet is configured to receive the gas with hydrogen, the vent is configured to output the filtered gas with hydrogen, and the condensate filter device further has a bottom cover of the gas pathway on which the isolated component is positioned, and the filter comprises a plurality of filter films separated by the isolated component and distributed on the same plane of the bottom cover of the gas pathway; and an atomizing device for receiving the filtered gas with hydrogen, wherein the atomizing device further generates an atomizing gas to be mixed with the filtered gas with hydrogen to generate a healthy gas. a condensate filter device comprising a gas pathway, a filter, and an isolated component, wherein the gas pathway is used for receiving the gas with hydrogen, and the filter is configured in the gas pathway for filtering the gas with hydrogen to generate a filtered gas with hydrogen, and the isolated component is configured in the condensate filter device for limiting the movement of the filter in the gas pathway, wherein the condensate filter device has an inlet and a vent, the inlet is configured to receive the gas with hydrogen, the vent is configured to output the filtered gas with hydrogen, and the condensate filter device further has a bottom cover of the gas pathway on which the isolated component is positioned, and the filter comprises a plurality of filter films separated by the isolated component and distributed on the same plane of the bottom cover of the gas pathway; and an atomizing device for receiving the filtered gas with hydrogen, wherein the atomizing device further generates an atomizing gas to be mixed with the filtered gas with hydrogen to generate a healthy gas.
An apparatus suitable for detecting radiation, comprising: a radiation absorption layer comprising a semiconductor, a first electrical contact and a second electrical contact, the first electrical contact positioned across the semiconductor from the second electrical contact; a DC-to-DC converter configured to apply a DC voltage between the first electrical contact and the second electrical contact, the DC-to-DC converter comprising microswitches (511, 513, 515). electromechanical a radiation absorption layer comprising a semiconductor, a first electrical contact and a second electrical contact, the first electrical contact positioned across the semiconductor from the second electrical contact; a DC-to-DC converter configured to apply a DC voltage between the first electrical contact and the second electrical contact, the DC-to-DC converter comprising microswitches (511, 513, 515). electromechanical
A method for producing an ore slurry from raw material ores comprising: a pulverizing/classifying step of pulverizing the raw material ores and classifying the resulting ores at a predetermined classifying point so that oversized ore particles are removed so as to obtain a coarse ore slurry composed of undersized ore particles; a grain size measuring step of measuring the grain size of the coarse ore slurry obtained by the pulverizing/classifying step; and an ore slurry condensing step of loading the coarse ore slurry to a solid-liquid separation device and separating and removing moisture contained in the coarse ore slurry therefrom so as to condense ore components, wherein in the case when the grain size measured in the grain size measuring step is lower than a predetermined value, one portion of the oversized ore particles that have been removed in the pulverizing/classifying step is loaded and added to the solid-liquid separation device in the ore slurry condensing step; wherein the predetermined value for the grain size is 20μm; wherein upon loading and adding the oversized ore particles to the solid-liquid separation device in the ore slurry condensing step, the oversized ore particles are adjusted so as to have a particle size in a range from 20 to 100μm and added thereto; and wherein the oversized ore particles are added at a rate of 1 to 30 weight% relative to the entire ore particles to be loaded into the solid-liquid separation device. a pulverizing/classifying step of pulverizing the raw material ores and classifying the resulting ores at a predetermined classifying point so that oversized ore particles are removed so as to obtain a coarse ore slurry composed of undersized ore particles; a grain size measuring step of measuring the grain size of the coarse ore slurry obtained by the pulverizing/classifying step; and an ore slurry condensing step of loading the coarse ore slurry to a solid-liquid separation device and separating and removing moisture contained in the coarse ore slurry therefrom so as to condense ore components, wherein in the case when the grain size measured in the grain size measuring step is lower than a predetermined value, one portion of the oversized ore particles that have been removed in the pulverizing/classifying step is loaded and added to the solid-liquid separation device in the ore slurry condensing step; wherein the predetermined value for the grain size is 20μm; wherein upon loading and adding the oversized ore particles to the solid-liquid separation device in the ore slurry condensing step, the oversized ore particles are adjusted so as to have a particle size in a range from 20 to 100μm and added thereto; and wherein the oversized ore particles are added at a rate of 1 to 30 weight% relative to the entire ore particles to be loaded into the solid-liquid separation device.
An apparatus comprising a microfabricated cantilever, and a metallic functional layer thereon, characterised in that said microfabricated cantilver further comprises one or more layers (7, 8) between the functional layer and the microfabricated cantilever, wherein one of said one or more layers comprises a metallic stress relief layer, and wherein the elastic modulus and thickness of the metallic stress relief layer is configured to relieve stress between the microfabricated cantilever and the functional layer, wherein the functional layer would induce bending of the microfabricated cantilever absent the presence of the metallic stress relief layer.
Communication network (KNW1 - KNW4) having two or more network nodes (NK1 - NK12), wherein a network node (NK1 - NK12) comprises: - a reception apparatus, suitable for receiving signals at different data rates, wherein the reception apparatus is designed to discern the signal quality of received signals; - a transmission apparatus, suitable for sending signals at different data rates; - a controllable terminating impedance; wherein a network node (NK1 - NK12) is designed to transmit the discerned signal quality to one or more network nodes; wherein at least one network node (NK1 - NK12) in the communication network (KNW1 - KNW4) is designed to record the discerned signal qualities and the values of the terminating impedances of the respective network nodes (NK1 - NK12); wherein at least one network node (NK1 - NK12) prescribes for the further network nodes in the communication network (KNW1 - KNW4) what respective value they need to set as a terminating impedance; and wherein at least one network node (NK1 - NK12) comprises means for determining what terminating impedances the network nodes (NK1 - NK12) are intended to set in each case in order to optimize the data rate between the network nodes (NK1 - NK12) and the signal quality at the reception apparatuses of the network nodes (NK1 - NK12), wherein the network nodes (NK1 - NK12) are set up that the optimization starts based on empirical connection and disconnection of terminating impedances for determined network nodes (NK1 - NK12) that is dependent on the topology of the communication network (KNW1 - KNW4). - a reception apparatus, suitable for receiving signals at different data rates, wherein the reception apparatus is designed to discern the signal quality of received signals; - a transmission apparatus, suitable for sending signals at different data rates; - a controllable terminating impedance;
Suture device, comprising at least a suture element of elongated shape and intended to be inserted through the flaps of a surgical wound, wherein said suture element is made of a shape memory material and has a first pointed extremity adapted to pierce said flaps to allow the passage of said suture element through the latter, and a second extremity opposite to said first extremity, and comprises at least a curved portion intended to be positioned astride of said flaps, and wherein said suture element comprises an initial configuration wherein said extremities (4, 11) and said flaps are spaced apart from one another and a final configuration wherein said extremities (4, 11) and said flaps are approached, wherein said first extremity and said second extremity are formed on a first extension and on a second extension respectively, which in said final configuration are adapted to overlap to each other to define a reinforcing surface of said suture element, characterized in that said first extension and said second extension are manufactured in the austenitic phase and said curved portion is manufactured in the martensitic phase.
Waste heat steam generator for a combined cycle power plant with a number of economiser, evaporator and superheater heating surfaces forming a flow path through which a flow medium flows, in which an overflow line branches off from the flow path and leads to a number of injection valves disposed in the flow path on the flow medium side downstream of a superheater heating surface, wherein the branching-off point of the overflow line is disposed on the flow medium side upstream of the first evaporator heating surface and is disposed downstream of an economiser heating surface on the flow medium side, characterised in that the branching-off point of the overflow line is disposed on the flow medium side downstream of the last economiser heating surface and a throughflow valve for the flow medium is disposed on the flow medium side downstream of the branching-off point of the overflow line.
Bypass turbojet engine for an aircraft, the said bypass turbojet engine comprising: - a fixed structure, - a central core constituting the engine, - a cowl which constitutes a wall of a secondary (bypass) flow path extending around the central core, the cowl comprising a fixed part secured to the fixed structure and a mobile cowl mounted with the ability to rotate on the fixed structure via at least one hinge with gooseneck fitting, between an open position and a closed position, at least one of the said at least one hinges with gooseneck fitting comprising a gooseneck fitting having one end mounted in an articulated manner on the mobile cowl and one end mounted in an articulated manner on the fixed structure, for the or each gooseneck fitting, the bypass turbojet engine comprises anti-vibration means which are intended to exert pressure against the gooseneck fitting when the mobile cowl is in the closed position, characterized in that the anti-vibration means adopts the shape of a spring leaf bent into an L-shape a first end of which is fixed to the fixed structure and a second end of which is free, in that the second end rests against the gooseneck fitting when the mobile cowl is in closed position, and in that the gooseneck fitting is not in contact with the spring leaf when the mobile cowl leaves the closed position. - a fixed structure, - a central core constituting the engine, - a cowl which constitutes a wall of a secondary (bypass) flow path extending around the central core, the cowl comprising a fixed part secured to the fixed structure and a mobile cowl mounted with the ability to rotate on the fixed structure via at least one hinge with gooseneck fitting, between an open position and a closed position, at least one of the said at least one hinges with gooseneck fitting comprising a gooseneck fitting having one end mounted in an articulated manner on the mobile cowl and one end mounted in an articulated manner on the fixed structure,
An external pulse generator comprising: a pulse generator electrically configured for generating neurostimulation pulses along a plurality of stimulation channels; a battery electrically coupled to the pulse generator; an outer housing enclosing the pulse generator and battery; an external cable extending from the housing; a multi-pin connector electrically coupleable to the pulse generator through the external cable, wherein a plurality of pins of the multi-pin connector correspond to the plurality of stimulation channels; and an actuatable user interface feature disposed on the housing and configured for initiating wireless communication with an external programmer when actuated, wherein the actuatable user interface is configured such that: actuation while the pulse generator is off or in a hibernation state causes the external pulse generator to be receptive to wireless communication with the external programmer for a pre-determined period of time; and wherein operation or communication by the external pulse generator remains unchanged when actuation occurs while the pulse generator is operating or communicating. a pulse generator electrically configured for generating neurostimulation pulses along a plurality of stimulation channels; a battery electrically coupled to the pulse generator; an outer housing enclosing the pulse generator and battery; an external cable extending from the housing; a multi-pin connector electrically coupleable to the pulse generator through the external cable, wherein a plurality of pins of the multi-pin connector correspond to the plurality of stimulation channels; and an actuatable user interface feature disposed on the housing and configured for initiating wireless communication with an external programmer when actuated, wherein the actuatable user interface is configured such that: actuation while the pulse generator is off or in a hibernation state causes the external pulse generator to be receptive to wireless communication with the external programmer for a pre-determined period of time; and wherein operation or communication by the external pulse generator remains unchanged when actuation occurs while the pulse generator is operating or communicating. actuation while the pulse generator is off or in a hibernation state causes the external pulse generator to be receptive to wireless communication with the external programmer for a pre-determined period of time; and wherein operation or communication by the external pulse generator remains unchanged when actuation occurs while the pulse generator is operating or communicating.
Measurement module (100, 100', 101, 101', 100") for being connected to three output contacts (5, 5') of a three-pole fuse block base, where said measurement module (100, 100', 101, 101', 100") is connectable to the output contacts (5, 5') of the fuse block base, on which at least one intensity transformer is mounted to provide at least one analog current measurement signal; the module further comprises an analog-to-digital converter with at least one analog input configured to receive said at least one analog current measurement signal, and with at least one digital connection port comprising at least one digital output; the module being connectable to the output contacts (5, 5') of the fuse block base by means of conductive elements (20, 20'); characterized in that the module comprises at least one voltage connection established by means of an auxiliary conductive element contacting an element selected from the conductive elements (20, 20'), the output contacts (5, 5') or a connection element of said conductive elements (20, 20') and said output contacts (5, 5') to an electrical connection point (30, 30', 30").
An isolated pentameric IgM antibody comprising five identical bivalent binding units and a J chain or a fragment or variant of a J chain, wherein each binding unit comprises two IgM heavy chain constant regions, each associated with an antigen-binding domain, wherein the IgM heavy chain constant regions each comprise a Cμ1 domain, a Cμ2 domain, a Cμ3 domain, and a Cμ4-tp domain; wherein at least three of the antigen-binding domains of the antibody specifically and agonistically bind to a tumor necrosis factor superfamily receptor protein; wherein the antibody can cross-link at least three identical TNF superfamily receptor proteins expressed on the surface of a cell, thereby activating signal transduction in the cell; and wherein the antibody can activate TNF superfamily receptor-mediated signal transduction in a TNF receptor superfamily-expressing cell at a higher potency than an equivalent amount of a bivalent IgG1 antibody having the same antigen-binding domains, which also specifically binds to and agonizes the same TNF superfamily receptor protein.