mhurhangee/ep-ind-claims huggingface dataset:
Method, carried out by a signal analyser, for analysing a mixed signal that is transmitted via a transmission medium and that has multiple signal components generated by different signal generators, - wherein the signal analyser is used to analyse the mixed signal, - wherein the signal analyser detects signal events in the mixed signal, extracts them and stores them, - wherein for a first class of signal events only the extracted signal event is stored and the signal profile of the mixed signal is not stored or is erased from a memory again, characterized in that for a second, different class (42, 43) of signal events at least determined time periods of the signal profile of the mixed signal are stored and the stored time periods of the signal profile of the mixed signal are analysed further in an additional detail analysis, - wherein the mixed signal, in a first step, is received via an input circuit of the signal analyser and is converted into digital data, - wherein the digital data are respectively converted, in a second step, into the frequency domain in blocks over time for a predetermined number of samples by means of a frequency domain transformation, - wherein the data transformed to the frequency domain are converted, in a third step, into a thermometer code having a fixed data length by filling the remaining bit positions in the coding of the thermometer code with zeros, and - wherein the data available in the thermometer code are transferred, in subsequent steps (34, 35), to a three-dimensional matrix form of dimension LxNxM and are processed further, L being the bit length of the thermometer code and N and M being predefined values. - wherein the signal analyser is used to analyse the mixed signal, - wherein the signal analyser detects signal events in the mixed signal, extracts them and stores them, - wherein for a first class of signal events only the extracted signal event is stored and the signal profile of the mixed signal is not stored or is erased from a memory again, - wherein the mixed signal, in a first step, is received via an input circuit of the signal analyser and is converted into digital data, - wherein the digital data are respectively converted, in a second step, into the frequency domain in blocks over time for a predetermined number of samples by means of a frequency domain transformation, - wherein the data transformed to the frequency domain are converted, in a third step, into a thermometer code having a fixed data length by filling the remaining bit positions in the coding of the thermometer code with zeros, and - wherein the data available in the thermometer code are transferred, in subsequent steps (34, 35), to a three-dimensional matrix form of dimension LxNxM and are processed further, L being the bit length of the thermometer code and N and M being predefined values.
An installation for manufacturing a thermal and/or acoustic insulation product based on mineral wool, comprising: - a first line for the production of first mineral fibers, comprising at least one fiberizing member, - a second line for the production of second mineral fibers, comprising at least one fiberizing member and a cross-lapping device, the cross-lapping device being present only on the second production line and being adapted to deposit the second mineral fibers onto the first mineral fibers by cross-lapping. - a first line for the production of first mineral fibers, comprising at least one fiberizing member, - a second line for the production of second mineral fibers, comprising at least one fiberizing member and a cross-lapping device,
Apparatus for nebulising a powdered medicinal formulation, wherein the nebulisation is assisted by a propellant, a measured amount of the formulation being contained in a powder cavity, and the apparatus comprising a container or a cartridge in which the propellant is stored in the form of liquified propellant gas, and comprising a feed channel by means of which the propellant can be fed to the powder cavity such that the propellant expels the formulation out of the powder cavity through a nozzle, the apparatus having a metering valve for removing a measured volume of liquid propellant from the container or the cartridge, and a device for generating pulses in the propellant being located downstream of the metering valve, which device has an inlet at which the propellant is present, and through which the propellant can be conveyed, the device being designed in such a way that it causes such flow characteristics in the propellant as said propellant passes through that the measured propellant volume exits the device in the form of a plurality of successive pulses or bursts which are kept distinct from one another and is supplied to the powder cavity in the form of a plurality of successive pulses or bursts which are kept distinct from one another, and the powder is discharged from the powder cavity by means of a plurality of propellant bursts or propellant pulses in a time interval of which the duration corresponds to an inhalation of a patient, characterised in that the plurality of respective successive pulses or bursts are kept distinct from one another such that the flow of propellant comes to a standstill between the respective pulses or bursts.
An electrolysis cell comprising: - an anode; - a cathode in spaced relation from the anode; - a molten electrolyte bath in liquid communication with the anode and the cathode; and - a cell body comprising at least one sidewall and a bottom; wherein the molten electrolyte bath forms a bath-vapor interface with the ambient; wherein the cell body is configured to retain the molten electrolyte bath; and wherein the at least one sidewall comprises a polarized sidewall portion, wherein the polarized sidewall portion comprises not greater than 95% of the sidewall and is in liquid communication with the molten electrolyte bath, wherein the sidewall is from 5mm thick to 500 mm thick. - an anode; - a cathode in spaced relation from the anode; - a molten electrolyte bath in liquid communication with the anode and the cathode; and - a cell body comprising at least one sidewall and a bottom; wherein the molten electrolyte bath forms a bath-vapor interface with the ambient; wherein the cell body is configured to retain the molten electrolyte bath; and wherein the at least one sidewall comprises a polarized sidewall portion, wherein the polarized sidewall portion comprises not greater than 95% of the sidewall and is in liquid communication with the molten electrolyte bath, wherein the sidewall is from 5mm thick to 500 mm thick.
A radio transmission apparatus comprising: a plurality of transmission antennas; a start-symbol generating unit that generates a start symbol as a reference signal during the start of differential coding; a differential coding unit (3,6,7) that subjects a transmission symbol, to which information bits are mapped, to differential coding and generates a symbol after differentiation; and a space-time coding unit that subjects the start symbol or the symbol after differentiation to space-time coding and generates signals to be transmitted from transmission antennas, wherein the differential coding unit determines, on the basis of electric power of the start symbol or electric power of a symbol after differentiation generated last time, electric power of a symbol after differentiation generated in the current differential coding processing, the differential coding unit including: a unit that calculates electric power of the start symbol or the symbol after differentiation generated last time; a unit that calculates 1/square-root of the electric power; and a unit that generates the symbol after differentiation on the basis of the transmission symbol, the start symbol or the symbol after differentiation generated last time, and the 1/square-root of the electric power. a plurality of transmission antennas; a start-symbol generating unit that generates a start symbol as a reference signal during the start of differential coding; a differential coding unit (3,6,7) that subjects a transmission symbol, to which information bits are mapped, to differential coding and generates a symbol after differentiation; and a space-time coding unit that subjects the start symbol or the symbol after differentiation to space-time coding and generates signals to be transmitted from transmission antennas, wherein the differential coding unit determines, on the basis of electric power of the start symbol or electric power of a symbol after differentiation generated last time, electric power of a symbol after differentiation generated in the current differential coding processing, the differential coding unit including: a unit that calculates electric power of the start symbol or the symbol after differentiation generated last time; a unit that calculates 1/square-root of the electric power; and a unit that generates the symbol after differentiation on the basis of the transmission symbol, the start symbol or the symbol after differentiation generated last time, and the 1/square-root of the electric power. a unit that calculates electric power of the start symbol or the symbol after differentiation generated last time; a unit that calculates 1/square-root of the electric power; and a unit that generates the symbol after differentiation on the basis of the transmission symbol, the start symbol or the symbol after differentiation generated last time, and the 1/square-root of the electric power.
A synthetic resin laminate having a vinyl copolymer resin layer and a polycarbonate resin layer, in which the layer is directly laminated on one surface of the layer, and in which the vinyl copolymer resin comprises a (meth)acrylate structural unit (a) represented by the following general formula and an aliphatic vinyl structural unit (b) represented by the following general formula, the total proportion of the (meth)acrylate structural unit (a) and the aliphatic vinyl structural unit (b) is from 90 to 100 mol% relative to the total of all the structural units in, and the proportion of the (meth)acrylate structural unit (a) is from 70 to 80 mol% relative to the total of all the structural units in: wherein R1 represents a hydrogen atom or a methyl group; R2 represents an alkyl group having from 1 to 18 carbon atoms; wherein R3 represents a hydrogen atom or a methyl group; R4 represents a cyclohexyl group optionally having a hydrocarbon substituent with from 1 to 4 carbon atoms.
A method of using a robust transmission protocol at an access point in a wireless communication environment, comprising the steps of: defining (302, 304) robust transmission time period, RTTP, resources for at least one access point according to interference conditions, said RTTP resources identifying a location of at least one RTTP slot; executing an orthogonalization protocol for mitigating interference by making interfering transmissions partially or completely orthogonal during one or more RTTP slots, wherein the RTTP slots are defined as potential candidates during which the orthogonalization protocol could be executed, wherein the RTTP resources comprise a set of at least one carrier among the available carriers for executing the orthogonalization protocol during the at least one RTTP slot; and executing a universal frequency reuse protocol with all the available carriers during non-RTTP slots for unrestricted transmissions.
A continuous subcutaneous infusion catheter, comprising: an elongate flexible cannula having a cannula wall and a proximal portion with a proximal end and a distal portion with a distal end, wherein the proximal end is configured to be attached to a pump, and wherein the distal end is substantially atraumatic; wherein the elongate flexible cannula further comprises a reinforcing filament wound around and/or within the cannula wall and configured to prevent the elongate flexible cannula from kinking; and a plurality of side holes in the distal portion extending through the cannula wall, the side holes positioned along an axial length and radially around the cannula in a helical pattern, wherein the holes extend along an axial length of the cannula that is approximately 3 to 10 mm long; and wherein the proximal portion is more flexible than the distal portion. an elongate flexible cannula having a cannula wall and a proximal portion with a proximal end and a distal portion with a distal end, wherein the proximal end is configured to be attached to a pump, and wherein the distal end is substantially atraumatic; wherein the elongate flexible cannula further comprises a reinforcing filament wound around and/or within the cannula wall and configured to prevent the elongate flexible cannula from kinking; and a plurality of side holes in the distal portion extending through the cannula wall, the side holes positioned along an axial length and radially around the cannula in a helical pattern, wherein the holes extend along an axial length of the cannula that is approximately 3 to 10 mm long; and wherein the proximal portion is more flexible than the distal portion.
An isolated bacterial consortium comprising Methylibium strain LD3 deposited as LMG P-27480, and characterized by the presence of the 16S rRNA sequence SEQ ID NO:1, which is a methyl-tertiary-butyl-ether (MTBE) degrading consortium.
A discharge device for discharging content of a container containing a viscous substance, the shell material of which container is elastic, which discharge device has a cylindrical winding roller and counter pressure roller and an arrangement for pressing said rollers against each other, wherein the inner part of the winding roller is hollow and the shell of the winding roller has an opening, characterised in that said opening has a lid part which can be opened, and in the inner part of the winding roller there is an attaching arrangement for attaching the elastic container, and in the lid part or the edge of the opening in the shell of the winding roller or in both there is a shape that is configured to form an opening when the lid part is closed for the shell material or another part of the container attached in the attaching arrangement, and the discharge device further comprises an actuator for rotating the winding roller so that the shell material of the container attached in the attaching arrangement is wound around the winding roller.
A covering assembly for vehicles, trailers, semi-trailers and containers, comprising a plurality of carrier ribs configured to support a tarpaulin and to be arranged for sliding along a loading compartment, each carrier rib comprising opposite ends (16, 17) configured to be arranged on respective side edges (A1, A2) of the loading compartment, and a pair of flexible connecting elements (18, 19), each of said connecting elements comprising a strap (18a, 19a) of plastic material connecting a plurality of respective ends (16, 17) of said carrier ribs to each other and wherein said assembly is characterized in that a reinforcing material consisting of a fiber • of a plastic material equal to or compatible with the plastic material of the strap (18a, 19a), • and of non-woven fabric of a material that has a greater tensile strength than the plastic material of the strap, bonded to the plastic material of the strap (18a, 19a). • of a plastic material equal to or compatible with the plastic material of the strap (18a, 19a), • and of non-woven fabric of a material that has a greater tensile strength than the plastic material of the strap,
A method of reliably sending data in a computerized network, comprising: sending packets each comprising part of a message to a receiver; sending a message complete packet to the receiver upon sending all packets that make up the message, said message complete packet including a count of the number of the packets that make up the message; tracking acknowledgement from the receiver that sent packets have been received including monitoring a bit in a received packet acknowledgment message, the bit indicating whether a received message table entry was allocated in a received message table at the receiver for the message ID identified in the packet being acknowledged; transmitting message acknowledged packet to the receiver when each of the packets that make up the message are acknowledged by the receiver using packet acknowledgement messages having the bit indicating whether the received message table entry was allocated for the message ID identified in the packet. sending packets each comprising part of a message to a receiver; sending a message complete packet to the receiver upon sending all packets that make up the message, said message complete packet including a count of the number of the packets that make up the message; tracking acknowledgement from the receiver that sent packets have been received including monitoring a bit in a received packet acknowledgment message, the bit indicating whether a received message table entry was allocated in a received message table at the receiver for the message ID identified in the packet being acknowledged; transmitting message acknowledged packet to the receiver when each of the packets that make up the message are acknowledged by the receiver using packet acknowledgement messages having the bit indicating whether the received message table entry was allocated for the message ID identified in the packet.
A structural unit with a breast beam, a cloth table and a sliding table for use in a terry loom, the terry loom comprising devices for supplying a ground warp and for supplying a pile warp and a device for moving cloth, which has been formed to and fro relative to the device (18, 19) for beating up the weft yarns, characterised in that the sliding table connects the breast beam with the cloth table moving therewith, in that the sliding table comprises a plate arranged upstream of the breast beam, which plate has an edge in the shape of part of a cylinder, which edge serves as deflector of the breast beam and is mounted on a first shaft so as to be rotatable about the central axis of the first shaft, and in that the plate is guided by means of at least one linear guide element oriented substantially in the draw-off direction of the cloth.
Mounting of main cylinders of printing presses, such as plate cylinders, rubber-covered cylinders, engraved cylinders, impression cylinders and paper-conducting transfer cylinders of rotary and sheet-fed printing presses, by means of eccentric ring pairs which are mounted rotatably in machine frame bores for radially supporting and throwing the main cylinders on and off, and by means of in each case one angular contact or axial bearing arrangement (15, 16, 17) for axial guidance which are mounted on one side on one of two shaft journals of a main cylinder and are fastened on the other side by connecting elements (20, 27) to one of the eccentric rings of the eccentric ring pair, the eccentric ring, to which the angular contact or axial bearing arrangement (15, 16, 17) is fastened via the connecting elements (20, 27), being guided axially substantially without play in its machine frame bore, characterized in that running rollers (21, 21') are provided for the axial guidance of the main cylinder, which running rollers (21, 21') can be set axially against corresponding radial raceways (26; 28, 29), the radial raceways either being present on a guide element which is fixed to the machine frame, or the radial raceways (28, 29) being configured on the eccentric ring and on a connecting element (20, 27) which is fastened to the eccentric ring.
A transmit digital processing system for wireless transmission of HDMI and/or DVI data, the system converting the data into two data streams, wherein the system includes a front end component multiplexing video data with control data, and characterised in that the front end component comprises a front end multiplexer to multiplex the video data with the control data, the front end multiplexer configured to: receive at a video clock rate incoming video data as video pixels and incoming control data, and a control signal comprising a bit indicating whether the incoming data is a pixel or a control word, and output at the video clock rate 25-bit words each comprising the relevant control signal bit as a most significant bit and the remaining 24 bits comprising either the pixel data or the control data, wherein the two data streams are formed based on the 25-bit words. receive at a video clock rate incoming video data as video pixels and incoming control data, and a control signal comprising a bit indicating whether the incoming data is a pixel or a control word, and output at the video clock rate 25-bit words each comprising the relevant control signal bit as a most significant bit and the remaining 24 bits comprising either the pixel data or the control data, wherein the two data streams are formed based on the 25-bit words.
Apparatus for propelling a projectile, comprising: a carriage which holds a striking driver (26, 27, 29), the carriage being mounted for guided movement along a predetermined path, a cable or string which engages the carriage, means for retracting the carriage, wherein the cable or string is configured such that retraction of the carriage increases tension in the cable or string, means for releasing the carriage, wherein tension in the cable or string causes the carriage to move, means (37, 38) for guiding the carriage such that the striking driver impacts a projectile held in a loading port on the apparatus, characterized by a safety device for selectively preventing the apparatus from propelling the projectile, wherein the safety device includes a device that can lock the means for releasing the carriage. a carriage which holds a striking driver (26, 27, 29), the carriage being mounted for guided movement along a predetermined path, a cable or string which engages the carriage, means for retracting the carriage, wherein the cable or string is configured such that retraction of the carriage increases tension in the cable or string, means for releasing the carriage, wherein tension in the cable or string causes the carriage to move, means (37, 38) for guiding the carriage such that the striking driver impacts a projectile held in a loading port on the apparatus, characterized by a safety device for selectively preventing the apparatus from propelling the projectile, wherein the safety device includes a device that can lock the means for releasing the carriage.
Purifying apparatus comprising a reactor and one or more light sources, wherein the reactor is configured to receive a light irradiation emitted by said one or more light sources and to contain inside a fluid to be purified and at least one catalyst configured to absorb said light irradiation and to activate at least one photocatalysis that removes at least one polluting substance inside the fluid, wherein the purifying apparatus comprises switching means configured to be supplied by at least one power supply apparatus (10, 30, 220) and to drive said one or more light sources in dimming mode according to a dimming duty-cycle t ON / T dim, wherein said one or more light sources are kept on for a switching-on time t ON within a dimming period T dim, where t ON ≤ T dim, and kept off for a switching-off time t OFF, equal to ( T dim - t ON), wherein the purifying apparatus comprises processing and control means (230, 250, 270) configured to send to said switching means a dimming signal d LED (t), that is time-varying, equal to the instantaneous dimming duty-cycle t ON / T dim according to which said switching means drives said one or more light sources in dimming mode, the purifying apparatus being characterised in that the dimming signal d LED (t) that said processing and control means (230, 250, 270) is configured to send to said switching means has a waveform selected from or equal to a combination of waveforms selected from the group comprising or consisting of: - periodic waveforms, - pseudo-periodic waveforms. - periodic waveforms, - pseudo-periodic waveforms.