mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for storing data in a memory of a digital integrated circuit, the apparatus comprising: programmable circuitry including first and second independently reconfigurable regions (1952, 1954); a memory block configured to store data; and a configuration controller configured to: partition the memory block to allocate a first memory partition to the first independently reconfigurable region and a second memory partition to the second independently reconfigurable region; receive requests from the first and second independently reconfigurable regions (1952, 1954) to access the memory block; and control access to the memory block to prevent the first independently reconfigurable region from accessing the second memory partition and to prevent the second independently reconfigurable region from accessing the first memory partition. programmable circuitry including first and second independently reconfigurable regions (1952, 1954); a memory block configured to store data; and a configuration controller configured to: partition the memory block to allocate a first memory partition to the first independently reconfigurable region and a second memory partition to the second independently reconfigurable region; receive requests from the first and second independently reconfigurable regions (1952, 1954) to access the memory block; and control access to the memory block to prevent the first independently reconfigurable region from accessing the second memory partition and to prevent the second independently reconfigurable region from accessing the first memory partition. partition the memory block to allocate a first memory partition to the first independently reconfigurable region and a second memory partition to the second independently reconfigurable region; receive requests from the first and second independently reconfigurable regions (1952, 1954) to access the memory block; and control access to the memory block to prevent the first independently reconfigurable region from accessing the second memory partition and to prevent the second independently reconfigurable region from accessing the first memory partition.
A flat panel TV antenna, comprising a long strip shaped main body, wherein a front edge of the main body is provided with a front support part that is configured to be hung on a front edge of a top part of a flat panel display TV, a lower side of the main body is provided with a slide locking mechanism and a rear support part that is configured to be supported on a back side of the flat panel display TV, the rear support part is installed on the main body through the slide locking mechanism, and the rear support part is configured to be adjusted forwards and backwards through the slide locking mechanism, the rear support part comprises a rear support plate and a sliding fixed plate, which are jointed at a certain angle; a first sliding groove extending forwards and backwards is opened on the sliding fixed plate in which the slide locking mechanism used for forwards and backwards adjusting the sliding fixed plate is installed, characterized in that: at least one side of the first sliding groove is provided with a sawtooth; and a V-shaped leaf spring or a pawl engaged with the cogging of the sawtooth is clamped on the slide locking mechanism, a rotating mechanism for folding is arranged at the middle part of the sliding fixed plate which divides the sliding fixed plate into two sub plates and a guide groove extending forwards and backwards is arranged on the lower side of the main body in which the two sub plates are clamped for moving forwards and backwards.
Domestic water systems comprising: - a main line of hot water, - an auxiliary recirculation line generating with the main line a loop system wherein a sanitizing chemical agent is inserted for "anti-legionnaires' disease" sanitization, - a pump for pushing the sanitizing chemical agent into the loop system, - a plurality of terminal apparatuses for water delivering connected by branch lines to said loop system, characterized in that it comprises: - a flow device located in at least one of said branch lines of the terminal apparatuses; said flow device comprising: - a control unit comprising a memory and a microprocessor that contains a program of sanitization cycles, - an electrovalve connected to said control unit, said electrovalve is open, during the sanitization cycle, so that the water contained into the branch line of the terminal apparatus is delivered toward the discharge, and - a by-pass pipe (7, 8, 9) along which said electrovalve is mounted, so that the sanitizing agent can circulate into the branch line and the terminal apparatus. - a main line of hot water, - an auxiliary recirculation line generating with the main line a loop system wherein a sanitizing chemical agent is inserted for "anti-legionnaires' disease" sanitization, - a pump for pushing the sanitizing chemical agent into the loop system, - a plurality of terminal apparatuses for water delivering connected by branch lines to said loop system, - a flow device located in at least one of said branch lines of the terminal apparatuses; said flow device comprising: - a control unit comprising a memory and a microprocessor that contains a program of sanitization cycles, - an electrovalve connected to said control unit, said electrovalve is open, during the sanitization cycle, so that the water contained into the branch line of the terminal apparatus is delivered toward the discharge, and - a by-pass pipe (7, 8, 9) along which said electrovalve is mounted, so that the sanitizing agent can circulate into the branch line and the terminal apparatus.
A method for processing peer transmissions (28, 30) within a highway communication system, comprising a vehicle processing unit: receiving in a communication unit a peer transmission message within the highway communication system; receiving a value from a road side unit within the highway communication system; generating a random number; and comparing the generated random number to the received value; determining a reliability of the received message; and retransmitting the received message including an indicator of the determined reliability, wherein retransmitting the received message is accomplished based upon results of the comparison of the generated random number to the received value. receiving in a communication unit a peer transmission message within the highway communication system; receiving a value from a road side unit within the highway communication system; generating a random number; and comparing the generated random number to the received value; determining a reliability of the received message; and retransmitting the received message including an indicator of the determined reliability, wherein retransmitting the received message is accomplished based upon results of the comparison of the generated random number to the received value.
A method for transmitting information, comprising: sending, by a network device, first configuration information to a terminal device through a first control channel on a first carrier, wherein the first configuration information is used for indicating a configuration on a second carrier, and the first carrier and the second carrier are different; characterized in that the first control channel is a common control channel, and the first configuration information comprises information of a structure of a time slot within resources of the second carrier, wherein the structure of the time slot within the resources of the second carrier includes an uplink resource part and a downlink resource part. sending, by a network device, first configuration information to a terminal device through a first control channel on a first carrier, wherein the first configuration information is used for indicating a configuration on a second carrier, and the first carrier and the second carrier are different; characterized in that the first control channel is a common control channel, and the first configuration information comprises information of a structure of a time slot within resources of the second carrier, wherein the structure of the time slot within the resources of the second carrier includes an uplink resource part and a downlink resource part.
Method for controlling an electric rotary current machine, in particular an induction machine, with a rotor, a stator and at least two phase windings (U,V,W), wherein at least one electrical signal, in particular a voltage signal (U U,V,W (t)), is applied to at least one phase winding (U,V,W), preferably all phase windings (U,V,W), of the rotary current machine and an electrical signal waveform, in particular a current waveform (i U,V,W (t)) in the at least one phase winding (U,V,W), is measured or determined, whereby an intermodulation signal induced in the rotary current machine by slotting effecs and magnetic saturation effects which is measured or determined from the at least one phase winding (U,V,W) is used to control the rotary current machine, whereby the intermodulation signal component (θ inter) is extracted by elimination of other signal components, characterized in that a slotting angle (θ slot (t)) is determined from an angle (θ inter (t)) of the intermodulation signal component (θ inter) by combining the angle (θ inter (t)) of the intermodulation signal component (θ inter) with an angle (θ sat (t)) of a saturation signal component (θ sat) contained in at least one signal waveform, using the calculation rule θ slot t = ± θ sat t − θ inter t, whereby the slotting angle (θ slot (t)), the angle (θ inter (t)) and the angle (θ sat (t)) of the saturation signal component (θ sat) represent phase angles.
An aircraft, comprising: a fuselage including a cabin delimited by a cabin floor, the cabin having a passenger section and a galley; and crew quarters within the galley, the crew quarters having an access opening, an upper portion of the crew quarters above a floor plane defined by the cabin floor, and a lower portion beneath the floor plane, the crew quarters including a seat being adjustable between a sitting configuration and a berthing configuration (14"), the seat being upright in the sitting configuration such that a crew member in the seat is within both the upper and lower portions of the crew quarters. a fuselage including a cabin delimited by a cabin floor, the cabin having a passenger section and a galley; and crew quarters within the galley, the crew quarters having an access opening, an upper portion of the crew quarters above a floor plane defined by the cabin floor, and a lower portion beneath the floor plane, the crew quarters including a seat being adjustable between a sitting configuration and a berthing configuration (14"), the seat being upright in the sitting configuration such that a crew member in the seat is within both the upper and lower portions of the crew quarters.
Chocolate formulation with carob, low caffeine and theobromine contents, milk-free, no added sugar, gluten-free, soy-free and with fibre with 0.4% sunflower lecithin, 0.07% of vanilla flavor, 0.05% gianduia flavor and 0.04% sucralose, characterized by, complementation with: 20 to 45% cocoa butter; up to 5.5% ingredient with coconut fat; 3 to 35% Carob powder; 0 to 25% cocoa liquor; 10 to 40% maltitol; 0 to 20% maltodextrin; up to 20% of rice derivative; up to 24% of sweet potato powder; and up to 15% polydextrose.
A device arranged to measure turbidity of a fluid flowing in a flow tube, the device comprising: - a flow tube with a through-going opening for passage of a fluid between an inlet and an outlet and comprising a turbidity measurement section between a first section end and a second section end, - a first transducer arranged for transmitting ultrasonic signals through the fluid in the turbidity measurement section so as to provide a first ultrasonic wave between the first and second section ends, and - a receiver transducer arranged for receiving ultrasonic signals scattered on particles in the fluid flowing through the turbidity measurement section, characterized in that the receiver transducer has a receiving surface which is parallel to a direction of the first ultrasonic wave and in that the device further comprises a control circuit connected to the first transducer and the receiver transducer, the control circuit being arranged for operating the first transducer and to generate a signal indicative of the turbidity of the fluid in response to signals received from the receiver transducer. - a flow tube with a through-going opening for passage of a fluid between an inlet and an outlet and comprising a turbidity measurement section between a first section end and a second section end, - a first transducer arranged for transmitting ultrasonic signals through the fluid in the turbidity measurement section so as to provide a first ultrasonic wave between the first and second section ends, and - a receiver transducer arranged for receiving ultrasonic signals scattered on particles in the fluid flowing through the turbidity measurement section,
A radiation curable inkjet ink set containing a plurality of inkjet inks having a viscosity of no more than 50 mPa.s at 25°C and a shear rate of 90 s -1 containing: a) at least one non-polymerizable, non-polymeric bisacylphosphine oxide present in a concentration of no more than 4.0 wt% based on the total weight of radiation curable inkjet ink; b) at least one monomer comprising at least one vinyl ether group and at least one polymerizable group selected from the group consisting of an acrylate group and a methacrylate group; and c) at least one polymerizable or polymeric thioxanthone, with the proviso that if the at least one polymerizable or polymeric thioxanthone contains no tertiary amine group that the radiation curable inkjet ink further includes at least one tertiary amine co-initiator selected from the group consisting of ethylhexyl-4-dimethylaminobenzoate and a polymerizable co-initiator containing a tertiary amine. a) at least one non-polymerizable, non-polymeric bisacylphosphine oxide present in a concentration of no more than 4.0 wt% based on the total weight of radiation curable inkjet ink; b) at least one monomer comprising at least one vinyl ether group and at least one polymerizable group selected from the group consisting of an acrylate group and a methacrylate group; and c) at least one polymerizable or polymeric thioxanthone, with the proviso that if the at least one polymerizable or polymeric thioxanthone contains no tertiary amine group that the radiation curable inkjet ink further includes at least one tertiary amine co-initiator selected from the group consisting of ethylhexyl-4-dimethylaminobenzoate and a polymerizable co-initiator containing a tertiary amine.
A method of creating an audio/video stream comprising a video component, an audio component, a content reference identifier and a semantic data packet, the method comprising: multiplexing a video component, an audio component, and a content reference identifier which is an identifying label for a content, characterized by further multiplexing a semantic data packet into said audio/video stream, wherein there is a relationship between a content supplied in the video component of the audio/video stream and the content reference identifier in that the content reference identifier is a current content reference identifier that refers directly to the content supplied in the video component of the audio/video stream, or a linking content reference identifier that refers to another content not supplied in the audio/video stream, and wherein the semantic data packet contains information on the relationship between the the content supplied in the video component of the audio/video stream and the content reference identifier in that said semantic data packet includes information on whether the content reference identifier is a current content referencing identifier or a linking content referencing identifier, and wherein in case it is a linking content reference identifier the semantic data packet further contains information on whether the content reference identifier relates to a group of programmes or to a single programme, and information on the relationship between the content supplied in the video component of the audio/video stream and the another content not supplied in the audio/video stream. multiplexing a video component, an audio component, and a content reference identifier which is an identifying label for a content, characterized by further multiplexing a semantic data packet into said audio/video stream, wherein there is a relationship between a content supplied in the video component of the audio/video stream and the content reference identifier in that the content reference identifier is a current content reference identifier that refers directly to the content supplied in the video component of the audio/video stream, or a linking content reference identifier that refers to another content not supplied in the audio/video stream, and wherein the semantic data packet contains information on the relationship between the the content supplied in the video component of the audio/video stream and the content reference identifier in that said semantic data packet includes information on whether the content reference identifier is a current content referencing identifier or a linking content referencing identifier, and wherein in case it is a linking content reference identifier the semantic data packet further contains information on whether the content reference identifier relates to a group of programmes or to a single programme, and information on the relationship between the content supplied in the video component of the audio/video stream and the another content not supplied in the audio/video stream.
Pump for a high-pressure cleaning apparatus for delivering a cleaning liquid, said pump comprising at least one pump chamber into which at least one reciprocally movable piston (36a, 36b) plunges and which is connected via at least one inlet valve to a suction conduit (30, 32) and is connected via at least one outlet valve to a pressure conduit, and a bypass conduit (70, 110) leading from the pressure conduit to the suction conduit (30, 32) and having arranged therein a bypass valve, the valve body of which is connected, via a piston rod, to a control member which displaces the valve body as a function of the flow rate of the cleaning liquid in the pressure conduit to a closed position or an open position and displaces a switch plunger which is coupled to the valve body to a first or a second switch position to actuate a switch element, characterized in that the valve body, as it transitions from its closed position to its open position, opens a passage upstream of the valve seat permitting cleaning liquid to flow therethrough, the flow cross-section of said passage becoming wider when the valve body is at a predetermined distance from the valve seat.
Method for producing a spectacle lens, wherein a material is applied in liquid form to the edge of the edged spectacle lens, which is worked out of a spectacle lens blank, the material runs on the application surface prior to hardening and is hardened chemically or by radiation, wherein the material on the lens forms at least one functional layer (5A, 6, 7, 13, 14, 15, 16, 19, 20, 22) which has an optical function, magnetic function or electrical or electronic function, characterized in that, prior to the application of the material, the edge of the spectacle lens is measured with regard to its edge thickness (Δx) at a multiplicity of peripherally successive measurement positions and the quantity (ΔV) and/or position of the material application is effected in controlled fashion depending on the acquired measured values, wherein the control is effected in connection with at least one application device which is used to apply the material liquidly to the edge, wherein the previously acquired measured values are fed as control variables to this application device.
Wind farm having at least two wind energy installations, which has a generator with a converter for production of electrical power and has a controller, having a farm master which is designed for real-power and wattless-component monitoring, and transmits a control signal for the wattless component via a communication network to the wind energy installations, and having a connection grid system which connects the wind energy installations to one another in order to feed the electrical power produced into a grid system via a junction point, wherein at least one of the wind energy installations has a power-factor regulator to whose input a wattless-component nominal value is applied and which acts on the converter in order to set a wattless component which corresponds to the wattless-component nominal value, wherein the wind energy installation has an additional regulator to whose input a signal for a nominal voltage is applied by the farm master, and which emits control signals for the converter in order to vary the emitted wattless component, in order to regulate the emitted voltage from the wind energy installations at the nominal voltage, wherein a logic unit is formed, which connects the power-factor regulator and the additional regulator to one another such that a common control signal is formed for the converter.
An electrochemical system for generating hydrogen gas and oxygen gas, the system comprising: two or more electrochemical thermally activated chemical (ETAC) cells (30, 40), each configured for holding an aqueous solution and comprising at least one electrode assembly, each having a cathode electrode and an anode electrode; said two or more ETAC cells being configured to generate hydrogen gas in the presence of electrical bias, and generate oxygen gas in the absence of bias, and a control unit configured to operate the two or more cells in accordance with a predetermined operational pattern to generate hydrogen gas in some of the cells and to simultaneously generate oxygen gas in other cells. two or more electrochemical thermally activated chemical (ETAC) cells (30, 40), each configured for holding an aqueous solution and comprising at least one electrode assembly, each having a cathode electrode and an anode electrode; said two or more ETAC cells being configured to generate hydrogen gas in the presence of electrical bias, and generate oxygen gas in the absence of bias, and a control unit configured to operate the two or more cells in accordance with a predetermined operational pattern to generate hydrogen gas in some of the cells and to simultaneously generate oxygen gas in other cells.