mhurhangee/ep-ind-claims huggingface dataset:
Device for the blow moulding of containers made of a thermoplastic material comprising a drawing bar for stretching the preform, a blowing nozzle for feeding a blowing gas into the preform and for the build-up of the blowing pressure required for the preform expansion, as well as coupling means for coupling of the blow nozzle and drawing bar for achieving coordinated motion kinematics, wherein an actuator travel line of a linear actuator movement to be introduced into the device and the axes of motion of the blowing nozzle and the drawing bar run in parallel and essentially lie congruently with one another in a spatial direction so that a common spatial axis is formed, characterized in that the coupling means are formed by mechanical means essentially consisting of a carrier, at least one toggle lever, and at least one coupling rod.
System for the contactless inspection of containers, particularly ISO-containers, within a loading and unloading plant, having an inspection station, having at least one screening device (14, 16) arranged in the inspection station, having a driverless transport vehicle which is floor-bound, has rubber tyres and is guided by automatic operation, wherein the driverless transport vehicle is configured to transport the container to be inspected to and away from the inspection station, characterised in that the driverless transport vehicle is configured to set down the container for the inspection process in the inspection station, the at least one screening device (14, 16) is configured to move along the container and in this case inspect the container, and the driverless transport vehicle is configured to pick up the container after the inspection process in the inspection station.
A movable projector cabinet, comprising a base, a plurality of castors, a first side wall extending from the base, a second sidewall extending from the base, and at a distance from the first side wall, a table plane arranged between the first side wall and the second side wall at a distance from the base, a front wall and back wall defining together a cabinet space, wherein an operation panel is arranged on an upper part of the projector cabinet, wherein the upper part extends at a distance perpendicular from the plan of the table plane, the upper part comprising an upper part front wall and a top wall, wherein the first and second side wall each have a top portion extending to the top wall of the upper part, and wherein the back wall of the projector cabinet extends to the top wall of the upper part, and wherein a projector space is arranged in the cabinet space between the base and the table plane and between the first side wall and the second side wall, and that a shelf defining a floor of the projector space is arranged at an inclination angle (α) in relation to a plane parallel to a base and configured to receive a projector on the shelf so that a lens of the projector is facing towards the front wall and that the lens can be arranged to extend through an opening arranged in the front wall.
A supplemental blood flow system for assisting with blood circulation in a patient, the system comprising a supplemental blood flow device implantable in the patient, a controller configured to direct electrical power to the supplemental blood flow device and controlling the flow rate of blood through the device, the controller having first and second power inlets (38, 40) and a power outlet, the power outlet adapted to be coupled to an electrical line leading to the supplemental blood flow device, first and second power supply units electrically connected to the first and second power inlets (38, 40), the second power supply unit comprising a battery (30, 32), and a programming module coupled to the first power inlet (38, 40) and configured to allow pump operating parameters stored in the controller to be changed according to the needs of the patient, wherein the programming module is portable; the first power supply unit comprises a power adaptor, and the power adaptor is coupled to the portable programming module and supplies power to the portable programming module, through the portable programming module and the first power inlet (38, 40) to the controller, and through the controller and the second power inlet (38, 40) to the battery (30, 32), to thereby charge the battery (30, 32) with power supplied through the controller.
A method for speech noise reduction, comprising: obtaining (900,100) a speech signal collected by an acoustic microphone and a speech signal collected by a non-acoustic microphone, wherein the speech signals are collected simultaneously, wherein the non-acoustic microphone is configured to collect speech signals in a manner independent from ambient noise; detecting (910,110) speech activity based on the speech signal collected by the non-acoustic microphone, to obtain a result of speech activity detection; denoising (920,120) the speech signal collected by the acoustic microphone, based on the result of speech activity detection, to obtain a denoised voiced signal; inputting the denoised voiced signal into a trained unvoiced sound predicting model to obtain an unvoiced signal outputted from the unvoiced sound predicting model; and combining the unvoiced signal and the denoised voiced signal to obtain a combined speech signal. obtaining (900,100) a speech signal collected by an acoustic microphone and a speech signal collected by a non-acoustic microphone, wherein the speech signals are collected simultaneously, wherein the non-acoustic microphone is configured to collect speech signals in a manner independent from ambient noise; detecting (910,110) speech activity based on the speech signal collected by the non-acoustic microphone, to obtain a result of speech activity detection; denoising (920,120) the speech signal collected by the acoustic microphone, based on the result of speech activity detection, to obtain a denoised voiced signal; inputting the denoised voiced signal into a trained unvoiced sound predicting model to obtain an unvoiced signal outputted from the unvoiced sound predicting model; and combining the unvoiced signal and the denoised voiced signal to obtain a combined speech signal.
An optical system for providing a sequence of high-frequency light pulses (30; 31) which are modulated with regard to their amplitude, having - a pump light source for providing high-frequency pump light pulses with an essentially same-sized amplitude; - an optical resonator having a coupling element for coupling the pump light pulses into the resonator and a decoupling element for decoupling the high-frequency modulated light pulses (30; 31) from the resonator, and - an optically non-linear frequency conversion medium arranged in the resonator designed for transforming the pump light pulses in each case into two conversion light pulses and one residual pump light pulse; wherein the resonator has a feedback arm for at least one of the two conversion light pulses and/or the residual pump light pulse, in which an optically non-linear feedback medium designed for purely passive and purely optical self-phase modulation of the at least one conversion light pulse and/or of the residual pump light pulse is arranged, wherein all of the light pulses (30; 31) decoupled on the decoupling element have an amplitude modulation with an integer fraction of a repetition rate of the pump light pulses. - a pump light source for providing high-frequency pump light pulses with an essentially same-sized amplitude; - an optical resonator having a coupling element for coupling the pump light pulses into the resonator and a decoupling element for decoupling the high-frequency modulated light pulses (30; 31) from the resonator, and - an optically non-linear frequency conversion medium arranged in the resonator designed for transforming the pump light pulses in each case into two conversion light pulses and one residual pump light pulse;
A vacuum system comprising a vacuum device, in particular a vacuum pump; a functional element, in particular a drive device, for the vacuum device; and an adapter by means of which the vacuum device is or can be connected to the functional element in an IT regard, wherein the adapter comprises: a base element; a first and a second primary plug connector (18, 24), each for connection to one of the vacuum device and the functional element, wherein the primary plug connectors (18, 24) are connected to one another; and a module which is separate from the base element, which has the first primary plug connector and which is fastened to the base element, wherein the base element and the module each have an intermediate connector (26, 28), said intermediate connectors (26, 28) together forming an intermediate connection via which the first primary plug connector is connected to the second primary plug connector. a vacuum device, in particular a vacuum pump; a functional element, in particular a drive device, for the vacuum device; and an adapter by means of which the vacuum device is or can be connected to the functional element in an IT regard, wherein the adapter comprises: a base element; a first and a second primary plug connector (18, 24), each for connection to one of the vacuum device and the functional element, wherein the primary plug connectors (18, 24) are connected to one another; and a module which is separate from the base element, which has the first primary plug connector and which is fastened to the base element, wherein the base element and the module each have an intermediate connector (26, 28), said intermediate connectors (26, 28) together forming an intermediate connection via which the first primary plug connector is connected to the second primary plug connector. a base element; a first and a second primary plug connector (18, 24), each for connection to one of the vacuum device and the functional element, wherein the primary plug connectors (18, 24) are connected to one another; and a module which is separate from the base element, which has the first primary plug connector and which is fastened to the base element, wherein the base element and the module each have an intermediate connector (26, 28), said intermediate connectors (26, 28) together forming an intermediate connection via which the first primary plug connector is connected to the second primary plug connector.
A hair coloring or bleaching composition comprising: i) at least one buffering system; wherein the buffering system comprises a buffering acidic compound, and a buffering alkali compound; ii) from 0.5 to 1% at least one oxidizing agent relative to the total weight of the hair coloring or bleaching composition; and iii) at least one gel network thickener system comprising a) a first surfactant component selected from C14 to 30 alkyl phosphate, C14 to C30 alkyl ether phosphate and a mixtures thereof, b) a second component selected from C14 to C30 fatty alcohols and c) a third surfactant component selected from polyoxyethylene C8 to C30 alkyl ethers, preferably polyoxyethylene C14 to C30 alkyl ethers having at least 50 ethylene oxide units. wherein said composition further comprises at least 0.05% of a polysaccharide, at least 3% of a polyol selected from propyleneglycol, butoxydiglycol, ethoxydiglycol, hexylene glycol, dipropylene glycol, glycerol, polyglycerol, and mixtures thereof; wherein the composition has a pH from 6 to 8; and the buffering system maintains the pH of the composition between 6 and 8. i) at least one buffering system; wherein the buffering system comprises a buffering acidic compound, and a buffering alkali compound; ii) from 0.5 to 1% at least one oxidizing agent relative to the total weight of the hair coloring or bleaching composition; and iii) at least one gel network thickener system comprising a) a first surfactant component selected from C14 to 30 alkyl phosphate, C14 to C30 alkyl ether phosphate and a mixtures thereof, b) a second component selected from C14 to C30 fatty alcohols and c) a third surfactant component selected from polyoxyethylene C8 to C30 alkyl ethers, preferably polyoxyethylene C14 to C30 alkyl ethers having at least 50 ethylene oxide units. a) a first surfactant component selected from C14 to 30 alkyl phosphate, C14 to C30 alkyl ether phosphate and a mixtures thereof, b) a second component selected from C14 to C30 fatty alcohols and c) a third surfactant component selected from polyoxyethylene C8 to C30 alkyl ethers, preferably polyoxyethylene C14 to C30 alkyl ethers having at least 50 ethylene oxide units. wherein said composition further comprises at least 0.05% of a polysaccharide, at least 3% of a polyol selected from propyleneglycol, butoxydiglycol, ethoxydiglycol, hexylene glycol, dipropylene glycol, glycerol, polyglycerol, and mixtures thereof; wherein the composition has a pH from 6 to 8; and the buffering system maintains the pH of the composition between 6 and 8.
A wireless detonation system, comprising: a blasting operation device disposed at a distanced from a blasting target, the blasting operation device being configured to wirelessly transmit a first downstream signal at a first frequency; a detonator loaded in a blast hole of the blasting target, characterised in that, the detonator including an explosive-side receiving antenna configured to wirelessly receive a second downstream signal at a second frequency lower than the first frequency; and a relay device including a first receiving antenna configured to wirelessly receive the first downstream signal, a relay processor configured to process the wirelessly received first downstream signal and configured to process the second downstream signal to be wirelessly transmitted at the second frequency, and a second transmitting antenna configured to wirelessly transmit the second downstream signal, wherein the second transmitting antenna is positioned within an insertion hole of the blasting target, the insertion hole being aligned with the blast hole. a blasting operation device disposed at a distanced from a blasting target, the blasting operation device being configured to wirelessly transmit a first downstream signal at a first frequency; a detonator loaded in a blast hole of the blasting target, characterised in that, the detonator including an explosive-side receiving antenna configured to wirelessly receive a second downstream signal at a second frequency lower than the first frequency; and a relay device including a first receiving antenna configured to wirelessly receive the first downstream signal, a relay processor configured to process the wirelessly received first downstream signal and configured to process the second downstream signal to be wirelessly transmitted at the second frequency, and a second transmitting antenna configured to wirelessly transmit the second downstream signal, wherein the second transmitting antenna is positioned within an insertion hole of the blasting target, the insertion hole being aligned with the blast hole.
Method for determining braking-relevant actual values and for carrying out deceleration-controlled braking of a train consisting of a plurality of carriages (1a to 1e), in which method the longitudinal deceleration (a L) and the longitudinal inclination (a L) are taken into account as actual values, from which by virtue of a deceleration regulator/deceleration force regulator, in accordance with a predetermined set-point value of a desired braking deceleration, a manipulated variable that compensates the control deviation is determined for an actuator of the brake, characterised in that - the detection and/or calculation of the braking-relevant actual values is carried out for the train as a whole by a central measured-value determination unit which is located in the foremost part of the train and comprises a number of sensors (7, 9, 10), wherein - the length of the train (Lz) is also taken into account as an additional centrally determined actual value by the deceleration regulator/deceleration force regulator, in such manner that - in calculating the manipulated variable for compensating the control deviation, a braking demand which varies as a function of the length of the train is taken into account on the basis of the gradient profile along the length of the train (Lz) indicated by the longitudinal inclination (a L) of the foremost part of the train. - the detection and/or calculation of the braking-relevant actual values is carried out for the train as a whole by a central measured-value determination unit which is located in the foremost part of the train and comprises a number of sensors (7, 9, 10), wherein - the length of the train (Lz) is also taken into account as an additional centrally determined actual value by the deceleration regulator/deceleration force regulator, in such manner that - in calculating the manipulated variable for compensating the control deviation, a braking demand which varies as a function of the length of the train is taken into account on the basis of the gradient profile along the length of the train (Lz) indicated by the longitudinal inclination (a L) of the foremost part of the train.
A method for removing a carbon-containing pattern material from a casting shell, characterised by: a first step for evaporating and pyrolizing the pattern material to leave carbon, the first step comprising exposing the shell to a pressure of less than 1.3 Pa while at a temperature of at least 816°C; and a second step for oxidizing the carbon, the second step comprising exposing the shell to an oxygen partial pressure of at least 10kPa while at a temperature of at least 649°C. a first step for evaporating and pyrolizing the pattern material to leave carbon, the first step comprising exposing the shell to a pressure of less than 1.3 Pa while at a temperature of at least 816°C; and a second step for oxidizing the carbon, the second step comprising exposing the shell to an oxygen partial pressure of at least 10kPa while at a temperature of at least 649°C.
Amplification system comprising: • a crest factor reduction module configured to clip an input signal and to provide a clipped signal and • at least one power amplifier and • a drain bias controller, providing a drain bias voltage to the power amplifier; and • a gate bias controller, providing a gate bias voltage to the power amplifier and • a controller module and within this amplification system; • the controller module being configured to use an information parameters of the input signal to control: ∘ clipping parameters of the crest factor reduction module and ∘ the drain bias controller and ∘ the gate bias controller. the amplification system being characterized in that it also comprises: • a digital pre-distortion module configured to pre-distort the clipped signal; the at least one power amplifier being configured to amplify the pre-distorted clipped signal; the controller module being also configured to use an information representing parameters of the input signal to control the digital pre-distortion module. • a crest factor reduction module configured to clip an input signal and to provide a clipped signal and • at least one power amplifier and • a drain bias controller, providing a drain bias voltage to the power amplifier; and • a gate bias controller, providing a gate bias voltage to the power amplifier and • a controller module and • the controller module being configured to use an information parameters of the input signal to control: ∘ clipping parameters of the crest factor reduction module and ∘ the drain bias controller and ∘ the gate bias controller. ∘ clipping parameters of the crest factor reduction module and ∘ the drain bias controller and ∘ the gate bias controller. • a digital pre-distortion module configured to pre-distort the clipped signal;
A random access method, comprising: obtaining, by a user equipment, UE, a physical random access channel, PRACH, sequence; and sending, by the UE, the PRACH sequence to a base station to perform random access, and carrying first information when sending the PRACH sequence so that the base station receives the first information in a random access process; characterized in that the PRACH sequence sent by the UE to the base station carries the first information corresponding to a service of small packets; and the carrying first information when sending the PRACH sequence so that the base station receives the first information in a random access process comprises: multiplexing, by the UE, the first information and the PRACH sequence, and sending a multiplexing result to the base station. obtaining, by a user equipment, UE, a physical random access channel, PRACH, sequence; and sending, by the UE, the PRACH sequence to a base station to perform random access, and carrying first information when sending the PRACH sequence so that the base station receives the first information in a random access process; characterized in that the PRACH sequence sent by the UE to the base station carries the first information corresponding to a service of small packets; and the carrying first information when sending the PRACH sequence so that the base station receives the first information in a random access process comprises: multiplexing, by the UE, the first information and the PRACH sequence, and sending a multiplexing result to the base station.
A fluorometry device suitable for determining the concentration of species in a biological sample, the device comprising: a light source (105, 605) adapted to provide an excitation beam; a plurality of optical devices (110, 610), each optical device comprising an emission filter, an excitation filter, and a beam splitter, each optical device configured to receive the source beam to produce an excitation beam configured to impinge on an array of samples so as to form an emission beam; a light blocker (135, 635) to block the source beam from reaching the samples of the array of samples; a movable platform (115, 615) for moving each of the plurality of optical devices (110, 610) and the light blocker (135, 635) into the excitation beam; each of the optical devices being installed onto the movable platform and the light blocker being attached to the movable platform; a detector (125, 625) configured to receive the emission beam. a light source (105, 605) adapted to provide an excitation beam; a plurality of optical devices (110, 610), each optical device comprising an emission filter, an excitation filter, and a beam splitter, each optical device configured to receive the source beam to produce an excitation beam configured to impinge on an array of samples so as to form an emission beam; a light blocker (135, 635) to block the source beam from reaching the samples of the array of samples; a movable platform (115, 615) for moving each of the plurality of optical devices (110, 610) and the light blocker (135, 635) into the excitation beam; each of the optical devices being installed onto the movable platform and the light blocker being attached to the movable platform; a detector (125, 625) configured to receive the emission beam.
An end effector cartridge for use with a surgical instrument, the end effector cartridge comprising: a circuit element, characterised in that the end effector cartridge further comprises: a power source; and an electrical component, wherein the circuit element is configured to electrically connect the power source and the electrical component when the end effector cartridge is installed in a surgical instrument. a circuit element, characterised in that the end effector cartridge further comprises: a power source; and an electrical component, a power source; and an electrical component, wherein the circuit element is configured to electrically connect the power source and the electrical component when the end effector cartridge is installed in a surgical instrument.