mhurhangee/ep-ind-claims huggingface dataset:
Irradiation device for generating electromagnetic wave trains, comprising an electronics device unit with a radiofrequency oscillator stage for generating a radiofrequency wave train (RF wave train) with a frequency of 150 MHz, and comprising at least one irradiation capsule which is connected by means of a wire to the electronics device unit and in which a magnetic coil is contained as an irradiation coil in the style of a magnetic antenna, wherein a low-frequency clock generator (LF clock generator) for generating a clock frequency with an associated period and an interrupter unit coupled therewith are provided for the clocked interruption of the RF wave train, said interrupter unit interrupting the RF wave train for half a period in each case, in such a way that 150 MHz RF wave train packets with half a period and a subsequent pause time of half a period are generated with the low-frequency clock, characterized in that the low-frequency clock generator generates a clock frequency of 15 Hz with an associated period of 66.6 ms, in that the generated 150 MHz RF wave train packets are supplied to the at least one irradiation capsule for emission with a magnetic induction strength of 0.5 pT (picotesla), in that each one of the at least one irradiation capsule is mounted on a distance-positioning apparatus, by means of which the active emission surface of the at least one irradiation capsule is positionable at a predeterminable defined distance from a surface region to be irradiated (16; 18) of an object to be irradiated, and in that the distance-positioning apparatus is a frame with longitudinally adjustable spacers, wherein the spacers are mountable and supportable in the region around a surface region to be irradiated (16; 18).
A highly refined cellulose product comprising microfibers derived from organic fiber plant mass characterised in that at least 30% by weight of all fiber mass is parenchymal fiber mass and the highly refined cellulose product has a water retention capacity of at least about 20g H 2 O/g dry highly refined cellulose product.
A start-up method of a hydrogen generator, the hydrogen generator comprising: a reformer configured to generate a hydrogen-containing gas by a reforming reaction of a material gas; a combustor configured to heat the reformer by diffusion combustion of the material gas and combustion air; a supplementary air flow rate adjuster configured to adjust a flow rate of supplementary air added to the material gas; an ignitor configured to perform ignition operation of the combustor; and a controller; characterized in that the start-up method comprising: a step of adjusting, by the supplementary air flow rate adjuster, the flow rate of supplementary air added to the material gas before being supplied to the combustor; a step of controlling, by the controller, the supplementary air flow rate adjuster such that the flow rate of a mixture gas of the material gas and the supplementary air becomes a predetermined value; and a step of performing, by the ignitor, the ignition operation of the combustor. a reformer configured to generate a hydrogen-containing gas by a reforming reaction of a material gas; a combustor configured to heat the reformer by diffusion combustion of the material gas and combustion air; a supplementary air flow rate adjuster configured to adjust a flow rate of supplementary air added to the material gas; an ignitor configured to perform ignition operation of the combustor; and a controller; characterized in that the start-up method comprising: a step of adjusting, by the supplementary air flow rate adjuster, the flow rate of supplementary air added to the material gas before being supplied to the combustor; a step of controlling, by the controller, the supplementary air flow rate adjuster such that the flow rate of a mixture gas of the material gas and the supplementary air becomes a predetermined value; and a step of performing, by the ignitor, the ignition operation of the combustor. a step of adjusting, by the supplementary air flow rate adjuster, the flow rate of supplementary air added to the material gas before being supplied to the combustor; a step of controlling, by the controller, the supplementary air flow rate adjuster such that the flow rate of a mixture gas of the material gas and the supplementary air becomes a predetermined value; and a step of performing, by the ignitor, the ignition operation of the combustor.
A scaffold for large-sized, plate-shaped objects in particular wall elements, including a base element a first carrier element and a second carrier element whereby the first carrier element and the second carrier support element extend in an altitude dimension, whereby the base element is configured such that it forms or includes a floor surface, whereby a support element is arranged between the first carrier element and the second carrier element, whereby each of the first and second carrier elements (3, 4) comprise a carrier element section (13, 14), which extends above the support element, characterized in that a walkable passage is formed between the carrier element sections (13, 14) and the support element.
A method for triggering a turning routine (150a, 150b) for measuring the wheel alignment geometry of a vehicle, in particular a motor vehicle, the method comprising: positioning the vehicle on a measuring site with a device for wheel alignment measurement; turning at least one steerable wheel (24a, 24b) of the vehicle within a preset time window at least over a preset angle (a); detecting the turning angle of the at least one steerable wheel (24a, 24b), characterized in that a turning routine is selected from among different turning routines in accordance with the turning angle detected and is started. positioning the vehicle on a measuring site with a device for wheel alignment measurement; turning at least one steerable wheel (24a, 24b) of the vehicle within a preset time window at least over a preset angle (a); detecting the turning angle of the at least one steerable wheel (24a, 24b), characterized in that a turning routine is selected from among different turning routines in accordance with the turning angle detected and is started.
Linear, gripping, clamping, rotating or pivoting device with a microprocessor and a base housing, wherein a linear, gripping, clamping, rotating or pivoting element can be detachably arranged on the base housing, and wherein at least two sensors (106, 108, 110) are arranged on the base housing, the microprocessor being configured to fuse output signals from the at least two sensors to form a fused signal, characterized in that the microprocessor is configured to determine information about an identification of the linear, gripping, clamping, rotating or pivoting device or of the linear, gripping, clamping, rotating or pivoting element depending on the fused signal.
Cannula attachment for a spinal cannula, comprising a body which extends between a proximal end and a distal end, a fluid channel which extends through the body and which has an observation channel section visible from the outside through a transparent region of the body, and comprising at least one optical lens which is arranged in the transparent region and by means of which the observation channel section is visible with optical magnification, characterized in that at least one optical prism is present in the observation channel section and configured for refraction and/or reflection of light incident into the observation channel section through the optical lens. a body which extends between a proximal end and a distal end, a fluid channel which extends through the body and which has an observation channel section visible from the outside through a transparent region of the body, and comprising at least one optical lens which is arranged in the transparent region and by means of which the observation channel section is visible with optical magnification, characterized in that at least one optical prism is present in the observation channel section and configured for refraction and/or reflection of light incident into the observation channel section through the optical lens.
An introduction catheter set for introducing a collapsible, self-expandable implant, said implant being of the type comprising a number of diverging spring-biased anchoring legs to centre the implant in respect of the blood flow through said vessel, the anchoring legs having free ends for engaging said vessel, said catheter set comprising a flexible external guide sheath, a flexible internal catheter having a tubular end member at its distal end and being slidably displaceable inside said guide sheath to a position in which said tubular end member protrudes from the distal end of said sheath, and a retaining member slidably arranged in said tubular end member for releasably retaining the free ends of the anchoring legs of the implant in defined angular positions in respect of each other, said retaining member being connected with a flexible displacement member extending throughout the internal catheter, the proximal ends of said displacement member and the internal catheter being connected with a first and a second operating member, respectively, by operation of which said retaining member is displaceable in respect of said tubular end member from a retaining position, in which the anchoring legs of the implant are inside said tubular end member, to a release position, in which the retaining member protrudes from the tubular end member to release the anchoring legs of the implant, wherein the retaining member comprises a cylindrical piston having a plurality of slits extending radially inward from the outer cylindrical surface of the piston and extending axially from the distal end of the piston adjacent to the filter to the proximal end of the piston remote from the filter, the slits being circumferentially spaced one from another around the piston and each being adapted to receive a respective anchoring leg of the filter, characterised in that the slits at their respective proximal ends each communicate with an internal void in the piston so that an anchoring leg received in a respective slit may make contact with at least one other anchoring leg in the internal void.
Method for operating a plant having at least one assembly (1, 2) which has a rotating surface which wears to an increasing extent during the operation of the plant, the wear state of the rotating surface (1a, 2a) being determined and evaluated, an instruction for a modified further method of operation of the plant which is adapted to the determined wear state of the rotating surface (1a, 2a) being given in a manner which is dependent on the wear state of the rotating surface (1a, 2a), characterized in that the assembly is serviced or repaired at predefined intervals and the further method of operation of the plant which is adapted to the determined wear state of the rotating surface (1a, 2a) is set in such a way that the remaining running time of the assembly is adapted to the remaining time period until the provided service or repair.
A fish processing apparatus (100, 200) for processing fish that has a thickening along its body, the apparatus comprising a first capturing arrangement (110, 210) comprising a first pair of capturing elements, the capturing elements being spaced apart defining a gap therebetween, the size of the gap corresponding to a predetermined range of sizes of a predetermined fish species so that upon delivery of the fish to the capturing elements, the fish is received in the gap and captured between the elements, the elements and the thickening preventing the fish from passing through and out of the gap between the elements; wherein the first pair of capturing elements comprises a pair of substantially parallel feeder belts the feeder belts being spaced apart defining the gap; wherein the apparatus comprises a cutting arrangement for heading the fish captured between the capturing elements; wherein in use the capturing elements are operable to capture the fish in an upright position as soon as the fish has entered the gap; and wherein the apparatus comprises an arrangement configured to deliver fish to the capturing elements in random orientation.
Armoured power cable for transporting alternate current comprising: - at least one core, comprising an electric conductor sequentially surrounded by an inner semiconducting layer, an insulation layer and an outer semiconducting layer, and - an armour, surrounding the at least one core, comprising a plurality of armour wires having a ferromagnetic inner portion, characterized in that the armour wires have an electrically conductive and non-ferromagnetic cladding having an electrical conductivity greater than that of stainless steel. - at least one core, comprising an electric conductor sequentially surrounded by an inner semiconducting layer, an insulation layer and an outer semiconducting layer, and - an armour, surrounding the at least one core, comprising a plurality of armour wires having a ferromagnetic inner portion, characterized in that the armour wires have an electrically conductive and non-ferromagnetic cladding having an electrical conductivity greater than that of stainless steel.
A method for measuring a magnetic resonance spectrum of a sample, the method comprising - providing the sample to be measured in proximity to a sensor array, the sensor array comprising a plurality of magnetic resonance sensors distributed along a predefined coordinate of the sensor array; - applying a magnetic field gradient over the sample, wherein the magnetic field varies over different regions of the sample as a function of a respective position of each sample region along the coordinate; and - recording, in the presence of the magnetic field gradient, sensor signals (Lu) of the magnetic resonance sensors as a function of the coordinate to determine the magnetic resonance spectrum, the sensor signals acquired with the magnetic resonance sensors being dependent on nearby magnetic resonance of the sample and corresponding to respective parts of the magnetic resonance spectrum dependent on the coordinate. - providing the sample to be measured in proximity to a sensor array, the sensor array comprising a plurality of magnetic resonance sensors distributed along a predefined coordinate of the sensor array; - applying a magnetic field gradient over the sample, wherein the magnetic field varies over different regions of the sample as a function of a respective position of each sample region along the coordinate; and - recording, in the presence of the magnetic field gradient, sensor signals (Lu) of the magnetic resonance sensors as a function of the coordinate to determine the magnetic resonance spectrum, the sensor signals acquired with the magnetic resonance sensors being dependent on nearby magnetic resonance of the sample and corresponding to respective parts of the magnetic resonance spectrum dependent on the coordinate.
Rubber composition based on at least one diene elastomer, a 1,3-dipolar compound comprising an epoxide group, a reinforcing filler comprising a silica or a carbon black, and a vulcanization system.
Dental implant comprising an implant body extending along a longitudinal axis (I-I) between a coronal end and an apical end, said implant body having a core, along which there extends a helical threading having at least one thread (F1, F2), said core being tapered in the direction of the apical end over at least one segment (T2, T3, T4) of the length of the dental implant, in which: - at least two tapping grooves (R1-R3) are formed in the threading and interrupt said at least one thread (F1, F2), such that said at least one thread (F1, F2) has a succession of consecutive thread arcs, a thread arc being separated from a thread arc consecutive to it by one of said at least two tapping grooves (R1-R3), - each thread arc has an apical surface oriented towards the apical end of the dental implant and a coronal surface oriented towards the coronal end of the dental implant, - each thread arc has a peripheral lateral surface connecting the apical surface and the coronal surface of said thread arc and developing from a leading end to a trailing end, characterized in that, in said at least one segment (T2, T3, T4) of the dental implant in which the core is tapered, at least one thread arc has a radial setback, such that the peripheral lateral surface of said at least one thread arc having a radial setback is at all points situated at a distance (R') from the longitudinal axis (I-I) that is less than the maximum distance, from the longitudinal axis (I-I), of the peripheral lateral surface of a thread arc which is consecutive to said at least one thread arc having a radial setback. - at least two tapping grooves (R1-R3) are formed in the threading and interrupt said at least one thread (F1, F2), such that said at least one thread (F1, F2) has a succession of consecutive thread arcs, a thread arc being separated from a thread arc consecutive to it by one of said at least two tapping grooves (R1-R3), - each thread arc has an apical surface oriented towards the apical end of the dental implant and a coronal surface oriented towards the coronal end of the dental implant, - each thread arc has a peripheral lateral surface connecting the apical surface and the coronal surface of said thread arc and developing from a leading end to a trailing end,
A real-time detection/recovery system in case of a power line failure in a power distribution system, for preventing a power outage, an electric shock or a fire accident caused by a disconnection, a resistance increase, a loose contact, a partial disconnection or an electric leakage occurring on a power supply side of a power distribution system, the detection/recovery system comprising a power supply side detection/recovery device and a load side detection/recovery device in the power distribution system, characterized in that the power supply side detection/recovery device performs any one or more among recovery, cutoff, alert, notification and control in case of an open phase, a disconnection, a loose contact or a resistance increase in a power supply line of a single-phase or three-phase power supply by configuring a first neutral point in the middle of a power output coil (L3, L4) and grounding the first neutral point to the earth or detecting a potential difference between the first neutral point and the earth, and the load side detection/recovery device performs any one or more among recovery, cutoff, alert, notification and control in case of an open phase, a disconnection, a loose contact or a resistance increase in the power supply line of the single-phase or three-phase power supply by configuring a second neutral point in the middle of another power output coil (L1, L2) and grounding the second neutral point to the earth, connecting the second neutral point to the first neutral point of the power supply side detection/recovery device, or detecting a potential difference between the second neutral point and the earth. the power supply side detection/recovery device performs any one or more among recovery, cutoff, alert, notification and control in case of an open phase, a disconnection, a loose contact or a resistance increase in a power supply line of a single-phase or three-phase power supply by configuring a first neutral point in the middle of a power output coil (L3, L4) and grounding the first neutral point to the earth or detecting a potential difference between the first neutral point and the earth, and the load side detection/recovery device performs any one or more among recovery, cutoff, alert, notification and control in case of an open phase, a disconnection, a loose contact or a resistance increase in the power supply line of the single-phase or three-phase power supply by configuring a second neutral point in the middle of another power output coil (L1, L2) and grounding the second neutral point to the earth, connecting the second neutral point to the first neutral point of the power supply side detection/recovery device, or detecting a potential difference between the second neutral point and the earth.
Multiphase meter system for measuring the composition and/or salinity of a fluid flow in a pipe, comprising: a resonance measuring means including a transmitting antenna (2,3,4,5,12,13) for providing varying electromagnetic field within a first frequency range in the pipe and a receiver antenna (2,3,4,5,12,13) for measuring the resonance characteristics of the field in said pipe and an evaluation means,, a transmission measuring means including a transmitting antenna (1,5,11) for transmitting a varying electromagnetic signal within a second frequency range, at least two receiver antennas (2,3,12,13) being positioned at different distances from said transmitter antenna (1,5,11), and a time measuring means, said transmission and resonance measuring means (6,7,9,10) being positioned so as to provide measurements in characterised in that, the resonance measuring means is configured to determine the resonance quality, the transmission measuring means is configured to determine the phase difference and difference in measured damping between the receipt of the transmitted signal at said two receiver antennas, and it further comprises the same fluid volume, a control mean configured to compare the resonance quality with a predetermined threshold value and when said resonance quality is above said threshold to calculate the composition and/or salinity from said resonance characteristics or when said resonance quality is below said threshold to calculate said composition and/or salinity from said phase difference and difference in measured damping. a resonance measuring means including a transmitting antenna (2,3,4,5,12,13) for providing varying electromagnetic field within a first frequency range in the pipe and a receiver antenna (2,3,4,5,12,13) for measuring the resonance characteristics of the field in said pipe and an evaluation means,, a transmission measuring means including a transmitting antenna (1,5,11) for transmitting a varying electromagnetic signal within a second frequency range, at least two receiver antennas (2,3,12,13) being positioned at different distances from said transmitter antenna (1,5,11), and a time measuring means, said transmission and resonance measuring means (6,7,9,10) being positioned so as to provide measurements in characterised in that, the resonance measuring means is configured to determine the resonance quality, the transmission measuring means is configured to determine the phase difference and difference in measured damping between the receipt of the transmitted signal at said two receiver antennas, and it further comprises the same fluid volume, a control mean configured to compare the resonance quality with a predetermined threshold value and when said resonance quality is above said threshold to calculate the composition and/or salinity from said resonance characteristics or when said resonance quality is below said threshold to calculate said composition and/or salinity from said phase difference and difference in measured damping.