mhurhangee/ep-ind-claims huggingface dataset:
A method for treating waste material including organic components and radioactive agents, wherein the waste material is treated by heat to form a gaseous material, the gaseous material is cooled and the radioactive agents are removed from the gaseous material, characterized in that the method comprising steps - the waste material including organic components and radioactive agents which are low-level and/or medium-level radioactive agents is gasified at temperature between 600 - 950 °C in a fluidized bed reactor and is gasified by air and air ratio is below 1 to form the gaseous material, - the waste material including organic components and radioactive agents is selected from the group containing resins, such as resins from nuclear powerplant, clothes, such as industrial protective clothing and protective clothing, contaminated wood, contaminated vegetable matter, such as corn, straw and hay, - the gaseous material is cooled by water quenching so that temperature is between 300 - 500 °C after the cooling, - solid fraction including radioactive agents is removed from the gaseous material in a gas cleaning step by filtering at temperatures between 300 - 500 °C, in order to form a treated gaseous material, and - the treated gaseous material is burnt and/or is post-treated by a gas scrubbing after the removing of the solid fraction including radioactive agents. - the waste material including organic components and radioactive agents which are low-level and/or medium-level radioactive agents is gasified at temperature between 600 - 950 °C in a fluidized bed reactor and is gasified by air and air ratio is below 1 to form the gaseous material, - the waste material including organic components and radioactive agents is selected from the group containing resins, such as resins from nuclear powerplant, clothes, such as industrial protective clothing and protective clothing, contaminated wood, contaminated vegetable matter, such as corn, straw and hay, - the gaseous material is cooled by water quenching so that temperature is between 300 - 500 °C after the cooling, - solid fraction including radioactive agents is removed from the gaseous material in a gas cleaning step by filtering at temperatures between 300 - 500 °C, in order to form a treated gaseous material, and - the treated gaseous material is burnt and/or is post-treated by a gas scrubbing after the removing of the solid fraction including radioactive agents.
Press attachment for the non-detachable connection of workpieces by axial pressing by means of a pressing machine - with a first press ring, - with a second press ring and - with a connecting element which connects the first press ring and the second press ring to one another, - the press rings (4, 6) each having at least one extension section (22, 24) for a press tool, - the extension sections (22, 24) being arranged on the side of the press rings (4, 6) remote from the other press ring and spaced from the connecting element, and - the press rings (4, 6) forming a receiving region for workpieces which is arranged between the connecting element and the extension sections (22, 24), characterized - in that the press rings (4, 6) each have two press ring halves (4a, 4b; 6a, 6b), - wherein the press ring halves (4a, 4b; 6a, 6b) of each press ring (4, 6) are each pivotable relative to one another between an open and closed position. - with a first press ring, - with a second press ring and - with a connecting element which connects the first press ring and the second press ring to one another, - the press rings (4, 6) each having at least one extension section (22, 24) for a press tool, - the extension sections (22, 24) being arranged on the side of the press rings (4, 6) remote from the other press ring and spaced from the connecting element, and - the press rings (4, 6) forming a receiving region for workpieces which is arranged between the connecting element and the extension sections (22, 24), characterized - in that the press rings (4, 6) each have two press ring halves (4a, 4b; 6a, 6b), - wherein the press ring halves (4a, 4b; 6a, 6b) of each press ring (4, 6) are each pivotable relative to one another between an open and closed position.
Three-layer plastic film, characterised in that - it has a core layer A containing at least one polycarbonate or copolycarbonate and/or a polyester or copolyester having a glass transition temperature T g from 80 °C to 200°C, determined by means of differential scanning calorimetry according to standard DIN EN 61006 at a heating-rate of 20 K/min with definition of T g as the midpoint temperature, - and this core layer A is located between two outer layers B containing at least one thermoplastic polyurethane exhibiting a hardness from 45 Shore D to 85 Shore D, according to DIN EN ISO 868. - it has a core layer A containing at least one polycarbonate or copolycarbonate and/or a polyester or copolyester having a glass transition temperature T g from 80 °C to 200°C, determined by means of differential scanning calorimetry according to standard DIN EN 61006 at a heating-rate of 20 K/min with definition of T g as the midpoint temperature, - and this core layer A is located between two outer layers B containing at least one thermoplastic polyurethane exhibiting a hardness from 45 Shore D to 85 Shore D, according to DIN EN ISO 868.
A polymer [polymer] comprising: - at least one aromatic moiety [moiety] optionally substituted with at least one halogen atom, - at least one (per)fluoropolyether chain [chain (R pf)] linked to said moiety, and - at least one amino group [group] linked to said moiety through an alkylenyl bridging group [group (R H)] comprising from 1 to 12 carbon atoms and at least one heteroatom directly bonded to said moiety. - at least one aromatic moiety [moiety] optionally substituted with at least one halogen atom, - at least one (per)fluoropolyether chain [chain (R pf)] linked to said moiety, and - at least one amino group [group] linked to said moiety through an alkylenyl bridging group [group (R H)] comprising from 1 to 12 carbon atoms and at least one heteroatom directly bonded to said moiety.
A method of extracting a nucleic acid, comprising allowing the nucleic acid to be adsorbed onto a support in the presence of a chaotropic salt and an alcohol in coexistence with an anionic polymer, wherein the anionic polymer is at least one polymer selected from the group consisting of polyacrylamide derivatives having a carboxyl group, polysilane derivatives having a side chain comprising a carboxyl group, carboxymethyl cellulose, carboxymethyl cellulose salts, polyglutamic acid, polyglutamates, polyglutamic acid derivatives and copolymers comprising polyglutamic acid.
A motor control device controlling a motor, comprising: a load-torque detecting unit configured to detect load torque of the motor; and a current correcting unit configured to increase a current flowing through the motor in accordance with an increase in the load torque detected by the load-torque detecting unit, the load-torque detecting unit including a power factor calculating unit configured to calculate a power factor of the motor, the current correcting unit increasing the current flowing through the motor, the motor control device characterized by the current correcting unit determining that the load torque has increased when the power factor of the motor calculated by the power factor calculating unit is smaller than or equal to a reference value. a load-torque detecting unit configured to detect load torque of the motor; and a current correcting unit configured to increase a current flowing through the motor in accordance with an increase in the load torque detected by the load-torque detecting unit, the load-torque detecting unit including a power factor calculating unit configured to calculate a power factor of the motor, the current correcting unit increasing the current flowing through the motor, the motor control device characterized by the current correcting unit determining that the load torque has increased when the power factor of the motor calculated by the power factor calculating unit is smaller than or equal to a reference value. a power factor calculating unit configured to calculate a power factor of the motor, the current correcting unit increasing the current flowing through the motor, the motor control device characterized by the current correcting unit determining that the load torque has increased when the power factor of the motor calculated by the power factor calculating unit is smaller than or equal to a reference value.
Press arrangement for a machine for producing and/or processing a fibrous web, in particular a paper, board or tissue web, having at least a central roll and a first and a second mating pressing unit, wherein the first mating pressing unit forms a first press nip with the central roll, and the second mating pressing unit forms a second press nip with the central roll, wherein the central roll comprises a plurality of pressure sensors embedded in the central roll and arranged beside one another in the cross-machine direction, by means of which the pressure profile in the cross-machine direction can be determined in the first and in the second press nip, characterized in that the rotational position of the pressure sensors is determined with the aid of a trigger signal by means of a Hall sensor during rotational movement of the central roll.
A furniture leg attachment system comprising: a plug member comprising: an opening; and an interior surface comprising a first threaded portion and toothed portion; a leg tube comprising a circumferential shoulder, a first end of the leg tube disposed in the opening of the plug member; a collar disposed around the leg tube adjacent the circumferential shoulder and axially slidable and rotationally fixed with respect to the leg tube, the collar comprising: a second threaded portion configured to engage the first threaded portion of the plug member; and a ratchet mechanism (436,438) configured to engage the toothed portion of the plug member; and a release mechanism configured to release the ratchet mechanism (436,438); wherein the collar further comprises a first collar, wherein the release mechanism comprises a second collar disposed adjacent the first collar, with the first collar disposed between the second collar and the circumferential shoulder. a plug member comprising: an opening; and an interior surface comprising a first threaded portion and toothed an opening; and an interior surface comprising a first threaded portion and toothed portion; a leg tube comprising a circumferential shoulder, a first end of the leg tube disposed in the opening of the plug member; a collar disposed around the leg tube adjacent the circumferential shoulder and axially slidable and rotationally fixed with respect to the leg tube, the collar comprising: a second threaded portion configured to engage the first threaded portion of the plug member; and a ratchet mechanism (436,438) configured to engage the toothed portion of the plug member; and a second threaded portion configured to engage the first threaded portion of the plug member; and a ratchet mechanism (436,438) configured to engage the toothed portion of the plug member; and a release mechanism configured to release the ratchet mechanism (436,438); wherein the collar further comprises a first collar, wherein the release mechanism comprises a second collar disposed adjacent the first collar, with the first collar disposed between the second collar and the circumferential shoulder.
A method for inspecting the operation of at least part of a production line in the tobacco industry by means of a probe having the shape of a smoking article and including a processor, a memory, a data exchange module and an electrical power supply, wherein the line includes a path for the movement of the smoking articles, a control unit and a working unit which is positioned along the movement path and is provided with a tag having a read/write memory and a data exchange interface to emit and receive data in a wireless communication, the method comprising the following steps: - loading the probe into the line at a loading position located along the movement path; - transferring data between the probe and the tag of the working unit when the probe is located at an operating position along the movement path. - loading the probe into the line at a loading position located along the movement path; - transferring data between the probe and the tag of the working unit when the probe is located at an operating position along the movement path.
Use of a polyurethane foam composition for the filling of a cavity in road construction and/or in road repair, whereby the foam substantially collapses after expansion and whereby a granulate filler material is applied onto the foam.
A computer-implemented method for detecting piracy of multiple content streams respectively associated with receivers, the method comprising performing a sequence of one or more iterations, wherein each iteration comprises: detecting potential unauthorized use of a content stream having a respective first predetermined watermark pattern defined by a sequence of watermarks applied to successive elements of the content stream by a watermarking system, wherein the respective predetermined watermark pattern has been transmitted to multiple nodes in a first group for said iteration, said detecting thereby determining that a node in the first group for said iteration is a source of the unauthorized use, wherein said detecting comprises extracting the respective first predetermined watermark pattern from the content stream; dividing the first group for said iteration into at least two subgroups of nodes each subgroup being smaller than the first group for said iteration; and transmitting information regarding the at least two subgroups to the watermarking system to thereby allow the watermarking system to watermark, for each subgroup of nodes of the at least two subgroups, further elements of the content stream with a respective predetermined watermark pattern that is different from the predetermined watermark pattern for the other subgroups of nodes of the at least two subgroups; wherein the first group for the next iteration is one of the subgroups of nodes of the at least two subgroups. detecting potential unauthorized use of a content stream having a respective first predetermined watermark pattern defined by a sequence of watermarks applied to successive elements of the content stream by a watermarking system, wherein the respective predetermined watermark pattern has been transmitted to multiple nodes in a first group for said iteration, said detecting thereby determining that a node in the first group for said iteration is a source of the unauthorized use, wherein said detecting comprises extracting the respective first predetermined watermark pattern from the content stream; dividing the first group for said iteration into at least two subgroups of nodes each subgroup being smaller than the first group for said iteration; and transmitting information regarding the at least two subgroups to the watermarking system to thereby allow the watermarking system to watermark, for each subgroup of nodes of the at least two subgroups, further elements of the content stream with a respective predetermined watermark pattern that is different from the predetermined watermark pattern for the other subgroups of nodes of the at least two subgroups; wherein the first group for the next iteration is one of the subgroups of nodes of the at least two subgroups.
Pharmaceutical formulations in the form of liquid solution for spray administration by the nasal route containing naltrexone in amounts between 0.005-0.02% w/v.
A balloon catheter comprising: a catheter shaft having a proximal end, an opposite distal end and an outer surface; a heating element (120, 320, 420, 520) disposed about a portion of the outer surface of the catheter shaft; a balloon (115, 315, 415, 515) mounted about the outer surface of the catheter shaft to coincide with the heating element (120, 320, 420, 520); and thermally expandable material disposed inside the mounted balloon (115, 315, 415, 515), wherein the thermally expandable material is a thermally expandable solid, a thermally expandable liquid or a combination thereof and wherein heat produced by the heating element causes the thermally expandable material to expand, thereby increasing the outer diameter of the balloon. a catheter shaft having a proximal end, an opposite distal end and an outer surface; a heating element (120, 320, 420, 520) disposed about a portion of the outer surface of the catheter shaft; a balloon (115, 315, 415, 515) mounted about the outer surface of the catheter shaft to coincide with the heating element (120, 320, 420, 520); and thermally expandable material disposed inside the mounted balloon (115, 315, 415, 515), wherein the thermally expandable material is a thermally expandable solid, a thermally expandable liquid or a combination thereof and wherein heat produced by the heating element causes the thermally expandable material to expand, thereby increasing the outer diameter of the balloon.
A system comprising: a clamping device for receiving one or more high voltage cables (12,14,16) for the pulling of said cables in a borehole and a coupling element for connecting a number of clamping devices in the longitudinal direction of the cable, wherein the device is comprised of a clamping element; where the clamping element extends around said cables (12,14,16) for constriction of said cables (12,14,16), and wherein the clamping element can be opened and closed, and that it can be folded in a closed position by a fastening and clamping device, and wherein the clamping element comprises a number of attachment points for attachment to the coupling element, wherein a number of friction reducing means is arranged on the exterior surface of the coupling element, characterized in that the device is comprised of an insertion element, and wherein the insertion element is arranged radially on the outside of the cables (12,14,16) and radially within the clamping element, and where the insertion element is given a shape adapted to receive different cables (12,14,16), and the width of the coupling element, extends mainly radially outward from the longitudinally running axis of the cables when the coupling element is attached to the clamps and the cables, and wherein the friction reducing means are a number of wheels.
A method of measuring a sample by X-ray reflectance scatterometry, the method comprising: focusing and impinging an incident low energy X-ray beam having an energy of approximately 1 keV or less on a sample having a periodic structure to generate a scattered X-ray beam, the incident X-ray beam simultaneously providing a plurality of incident angles and a plurality of azimuthal angles; and collecting at least a portion of the scattered X-ray beam, wherein the low energy X-ray beam is not collimated between the focusing and the impinging; wherein the incident X-ray beam is a converging X-ray beam having a converging angle approximately in the range of 20 - 40 degrees; wherein method further comprises: prior to impinging the low energy X-ray beam on the sample, focusing the low energy X-ray beam using a toroidal multilayer monochromator that provides an incident angle range of approximately +/- 30 degrees and an azimuth angle range of approximately +/- 10 degrees. focusing and impinging an incident low energy X-ray beam having an energy of approximately 1 keV or less on a sample having a periodic structure to generate a scattered X-ray beam, the incident X-ray beam simultaneously providing a plurality of incident angles and a plurality of azimuthal angles; and collecting at least a portion of the scattered X-ray beam, wherein the low energy X-ray beam is not collimated between the focusing and the impinging; wherein the incident X-ray beam is a converging X-ray beam having a converging angle approximately in the range of 20 - 40 degrees; wherein method further comprises: prior to impinging the low energy X-ray beam on the sample, focusing the low energy X-ray beam using a toroidal multilayer monochromator that provides an incident angle range of approximately +/- 30 degrees and an azimuth angle range of approximately +/- 10 degrees.
A resonant motor unit comprising: a resonant motor; a control unit adapted to drive the resonant motor at a driving frequency and adapted to short-circuit the resonant motor during a first short-circuiting phase (Ss) in successive driving cycles, characterised in that the control unit is adapted to conclude the at least first short-circuiting phases by switching off the current flow (I(t)) through the resonant motor at least at a predetermined first time instant within the driving cycles; and the resonant motor unit further comprising: a measurement unit adapted to successively measure at least a first voltage signal provided by the resonant motor at the predetermined first time instant; and an evaluation unit adapted to determine whether the first voltage signal has changed between successive measurements. a resonant motor; a control unit adapted to drive the resonant motor at a driving frequency and adapted to short-circuit the resonant motor during a first short-circuiting phase (Ss) in successive driving cycles, characterised in that the control unit is adapted to conclude the at least first short-circuiting phases by switching off the current flow (I(t)) through the resonant motor at least at a predetermined first time instant within the driving cycles; and the resonant motor unit further comprising: a measurement unit adapted to successively measure at least a first voltage signal provided by the resonant motor at the predetermined first time instant; and an evaluation unit adapted to determine whether the first voltage signal has changed between successive measurements. a measurement unit adapted to successively measure at least a first voltage signal provided by the resonant motor at the predetermined first time instant; and an evaluation unit adapted to determine whether the first voltage signal has changed between successive measurements.
A casting device for casting under pressure, in particular a counter-pressure die casting device or a low-pressure die casting device, comprising: - a furnace, in which a receiving space for receiving melt is formed, wherein the receiving space can be supplied with compressed air; - a mold, which comprises a lower mold part and an upper mold part, wherein the two mold parts (9, 10) form a mold cavity when assembled, wherein at least one of the two mold parts (9, 10) has a media channel for supplying a cooling medium, wherein the media channel is fluidically connected to at least one cooling medium hose; - an intermediate plate, which is arranged between the furnace and the mold; - at least one riser tube for conducting melt, by means of which riser tube the receiving space of the furnace is fluidically connected to the mold cavity of the mold; wherein a coupling having a first coupling part and a second coupling part is formed between the cooling medium hose and the media channel, characterized in that the coupling can be automatically coupled and uncoupled by means of an actuator. - a furnace, in which a receiving space for receiving melt is formed, wherein the receiving space can be supplied with compressed air; - a mold, which comprises a lower mold part and an upper mold part, wherein the two mold parts (9, 10) form a mold cavity when assembled, wherein at least one of the two mold parts (9, 10) has a media channel for supplying a cooling medium, wherein the media channel is fluidically connected to at least one cooling medium hose; - an intermediate plate, which is arranged between the furnace and the mold; - at least one riser tube for conducting melt, by means of which riser tube the receiving space of the furnace is fluidically connected to the mold cavity of the mold;