mhurhangee/ep-ind-claims huggingface dataset:
A spray attachment for bringing out fluid substances in a jet-like manner, comprising a cap with an annularly peripheral, closed skirt with a wall, on whose inner side or outer side first fastening means are integrally formed, said first fastening means being designed for engaging into corresponding second fastening means which can be provided on an outer wall or inner wall of a container neck, and with a cover surface which closes off a longitudinal end of the skirt, comprises a recess and is designed for receiving an insert part, characterised in that a receiving part with a conical receiving surface which is closed in the circumferential direction is arranged in the region of the recess, said receiving part being designed for receiving a conical peripheral surface of the insert part which essentially corresponds with the conical receiving surface and is closed in the circumferential direction, wherein the conical receiving surface on the receiving part and the conical peripheral surface on the insert part delimit at least one through-channel for the fluid substance when the conical receiving surface and the conical peripheral surface bear on one another, through which channel the fluid substance can be brought out.
A method for synthesizing ramalin represented by the following formula 1, a salt thereof, a solvate thereof, or a solvate of a salt thereof, the method comprising: allowing 2-hydrazinylphenol to react with L-glutamic acid having a protected carboxyl group at C-1 and a protected amino group at C-2, followed by deprotection:
A system comprising: a sensor apparatus for use in determining a count of individual metal particles with respect to volume for a dynamic sample provided by a volume of fluid flowing through a sensing region of the apparatus between first and second times, the sensor apparatus comprising: magnetic field generating means for generating a magnetic field for application to a sample in the sensing region; sensing means comprising one or more electrically conductive coils for sensing the result of interaction between the generated magnetic field and a dynamic sample provided by a volume of fluid flowing through the sensing region between first and second times; characterized by a flow sensor for determining data indicative of a rate of fluid flow through the sensing region; and processing means for using data indicative of the sensed result of the interaction and the data indicative of the rate of fluid flow through the sensing region determined by the flow sensor in determining a count of individual metal particles with respect to volume for the dynamic sample. a sensor apparatus for use in determining a count of individual metal particles with respect to volume for a dynamic sample provided by a volume of fluid flowing through a sensing region of the apparatus between first and second times, the sensor apparatus comprising: magnetic field generating means for generating a magnetic field for application to a sample in the sensing region; sensing means comprising one or more electrically conductive coils for sensing the result of interaction between the generated magnetic field and a dynamic sample provided by a volume of fluid flowing through the sensing region between first and second times; characterized by a flow sensor for determining data indicative of a rate of fluid flow through the sensing region; and processing means for using data indicative of the sensed result of the interaction and the data indicative of the rate of fluid flow through the sensing region determined by the flow sensor in determining a count of individual metal particles with respect to volume for the dynamic sample.
An article of footwear comprising an upper and a sole structure, at least a portion of the upper being a non-woven textile formed from a plurality of filaments that include a thermoplastic polymer material, wherein the upper is structured to extend along a lateral side of the foot, along a medial side of the foot, over the foot, and under the foot, such that a void which is shaped to accommodate the foot is defined within the upper, wherein the upper is for receiving a foot of a wearer, and the upper is located between the void and the sole structure, wherein the sole structure is secured to a lower area of the upper, and the non-woven textile of the upper is heatbonded to the sole structure, wherein the heatbonding involves a softening or melting of the thermoplastic polymer material within the non-woven textile such that at least a portion of the upper is secured to the sole structure when cooled, without the use of adhesives, and wherein the sole structure includes a polymer foam material.
An elevator having a brake apparatus, in particular a safety apparatus or a service brake, wherein the brake apparatus is designed to generate a stepped braking force for braking an elevator car of the elevator, wherein the brake apparatus has a multiplicity of individually actuable brake cylinder assemblies (16a, 16b, 16c; 16a', 16b', 16c'), characterized in that the brake cylinder assemblies (16a, 16b, 16c; 16a', 16b', 16c') are designed to generate different braking forces.
Method for manufacturing a transparent trim part for a motor vehicle, comprising the following steps: a. Providing a thin-walled and three-dimensional trim part base body having a visible side corresponding to its intended purpose and an inner side opposite the visible side, wherein the trim part base body is able to be penetrated by light radiation at least in individual regions on account of its material, b. Arranging light sources on the inner side of the trim part base body behind the regions through which radiation can pass, wherein the step of providing light sources is carried out by providing a film contoured corresponding to the inner contour of the three-dimensionally shaped trim part base body, which film is connected to the inner side of the trim part base body, characterised in that electrical conductor tracks and, as light sources, a plurality of light-emitting diodes are arranged on the film, which light-emitting diodes are able to be supplied with current via the conductor tracks, wherein the light-emitting diodes arranged on the film are positioned behind the regions of the trim part base body through which radiation can pass, so that the light which can be emitted by the light-emitting diodes passes through the regions of the trim part base body through which radiation can pass to the outside to the visible side. a. Providing a thin-walled and three-dimensional trim part base body having a visible side corresponding to its intended purpose and an inner side opposite the visible side, wherein the trim part base body is able to be penetrated by light radiation at least in individual regions on account of its material, b. Arranging light sources on the inner side of the trim part base body behind the regions through which radiation can pass, wherein the step of providing light sources is carried out by providing a film contoured corresponding to the inner contour of the three-dimensionally shaped trim part base body, which film is connected to the inner side of the trim part base body, characterised in that electrical conductor tracks and, as light sources, a plurality of light-emitting diodes are arranged on the film, which light-emitting diodes are able to be supplied with current via the conductor tracks, wherein the light-emitting diodes arranged on the film are positioned behind the regions of the trim part base body through which radiation can pass, so that the light which can be emitted by the light-emitting diodes passes through the regions of the trim part base body through which radiation can pass to the outside to the visible side.
A field generator, comprising three planar coils (62, 64, 66) that are arranged in a single plane, wherein at least two of the coils (64, 66) are non-concentric and are wound around respective axes that are not parallel with one another, so as to generate respective magnetic fields that are not parallel with one another, and characterized in that the at least two non-concentric coils (64, 66) are arranged side-by-side in the single plane, and wherein a third coil is located around the at least two non-concentric coils.
A swimming and diving aid, having an electric motor, having a rotor, and a motor shaft for transmitting a driving force from the motor to a propeller of the swimming and diving aid, characterised in that the motor shaft is formed of a carbon-fibre-reinforced plastic and that the rotor of the electric motor is adhesively bonded to the motor shaft.
A method of inspecting a nuclear facility, comprising: - arranging a radiation detector in front of a surface of a portion of the facility, the radiation detector being collimated to receive radiation from a cylindrical region of the portion of the facility; - taking several measurements of the radiation received by the radiation detector for different emission energies and different distances, along the axis of the cylindrical region, between the radiation detector and the surface of the portion of facility; and - analyzing the radiation measurements by subdividing the cylindrical region into several meshes so as to estimate respective levels of radioactivity in the meshes, in which the analysis of the radiation measurements involves an inversion of a linear system C ̲ ̲. a ̲ = m ̲, being made on a calculator, where: • m is a vector the components of which are the radiation measurements taken; • a is a vector the components of which are the levels of radioactivity that are to be estimated for the various meshes; and • C is a matrix, the components of which are values which are precalculated as a function: - of the emission energies of the radiation in the measurements taken; - of the distances, at the time of the measurements taken, between the radiation detector and the surface of the portion of facility; and - of the times during which the radiation measurements are taken. - arranging a radiation detector in front of a surface of a portion of the facility, the radiation detector being collimated to receive radiation from a cylindrical region of the portion of the facility; - taking several measurements of the radiation received by the radiation detector for different emission energies and different distances, along the axis of the cylindrical region, between the radiation detector and the surface of the portion of facility; and - analyzing the radiation measurements by subdividing the cylindrical region into several meshes so as to estimate respective levels of radioactivity in the meshes, • m is a vector the components of which are the radiation measurements taken; • a is a vector the components of which are the levels of radioactivity that are to be estimated for the various meshes; and • C is a matrix, the components of which are values which are precalculated as a function: - of the emission energies of the radiation in the measurements taken; - of the distances, at the time of the measurements taken, between the radiation detector and the surface of the portion of facility; and - of the times during which the radiation measurements are taken. - of the emission energies of the radiation in the measurements taken; - of the distances, at the time of the measurements taken, between the radiation detector and the surface of the portion of facility; and - of the times during which the radiation measurements are taken.
An electrical process control sensor assembly for sensing a process or machine parameter, the assembly including a sensor body and a head, the body defining a body interior, the assembly including a sensing device at least partially located in the body interior, the head defining a head interior which communicates with the body interior, the assembly including a connector arrangement located in the head interior, the assembly including internal communicating members extending between the sensing device and the connector arrangement, the connector arrangement connecting, in an installed condition, the internal communicating members to external communicating members to permit electrical communication therebetween, the head defining a port through which the external connecting members are located in the installed condition, the assembly including a mounting for mounting the head to the body which is arranged to permit adjustment of the orientation of the head relative to the body, the mounting being arranged to permit rotation of the head and the port relative to the body and the connector arrangement, around a mounting axis, characterised in that the mounting includes a spigot formation and a socket formation, the socket formation defining a spigot receiving recess, which receives the spigot formation in an assembled condition, the spigot formation comprising part of the head and the socket formation comprising part of the body.
A system for removing SO 2 from waste combustion flue gas containing SO 2 comprising a combination wet desulfurization system and condenser for contacting the flue gas with a recirculated water spray, NaOH and an oxidizing catalyst to produce cleaned flue gas for release to the atmosphere, characterized by the system having essentially one flue gas cleaning stage, the combination wet desulfurization system and condenser being generally one chamber comprising an opening for fluidically connecting with a boiler for allowing flue gas to flow from said boiler into the chamber and comprising another opening allowing the flue gas to exit the chamber, the system comprising a solvent source and an absorption material source both fluidically connected to the chamber, the chamber comprising a collection tank in which solvent, absorption material (324a, 326a) are combined to form a slurry, nozzles within the chamber for spraying the flue gas with the slurry by means of a recirculation spray to fully humidify the flue gas and fully wet all surfaces within the chamber, a NaOH supply source for adding NaOH for maintaining a pH of approximately 5.0 to 7.5 in the chamber, and a catalyst supply source for supplying an oxidation catalyst to the combination wet desulfurization system and condenser to promote oxidation of sulfite to sulfate.
A gas turbine engine comprising: a coupling shaft assembly comprising: a forward coupling shaft section includes a forward interface spline and a forward mid shaft interface spline; and an aft coupling shaft section includes an aft mid shaft interface spline and an aft interface spline, said aft mid shaft interface spline engageable with said forward mid shaft interface spline; said gas turbine engine further comprising: a geared architecture having a sun gear, said forward interface spline being engaged with said sun gear of said geared architecture; characterised in that said gas turbine further comprises: an oil distribution feature between said forward coupling shaft section and said aft coupling shaft section and including an axial extending fluid bridge having a circumferential groove and a multiple of axial grooves. a forward coupling shaft section includes a forward interface spline and a forward mid shaft interface spline; and an aft coupling shaft section includes an aft mid shaft interface spline and an aft interface spline, said aft mid shaft interface spline engageable with said forward mid shaft interface spline; said gas turbine engine further comprising: a geared architecture having a sun gear, said forward interface spline being engaged with said sun gear of said geared architecture; characterised in that said gas turbine further comprises: an oil distribution feature between said forward coupling shaft section and said aft coupling shaft section and including an axial extending fluid bridge having a circumferential groove and a multiple of axial grooves.
Locking device for an adjustable steering column of a motor vehicle, with an activating lever, attached at one end region of a clamping bolt, which interacts with a pressure plate of a clamping mechanism (7, 9, 11, 12, 13) in such a way that, when the activating lever is rotated about the axis of the clamping bolt in the closing direction, a clamping force directed at the axis of the clamping bolt is generated and the steering column is thus clamped in the locking device and, when the activating lever is rotated in the opening direction, the clamping force is reduced so that the clamping action is released and the steering column can be adjusted freely, characterized in that the pressure plate comprises an abutment finger arranged radially at a distance from the clamping bolt and projecting in the direction of the axis of the clamping bolt, which engages in a window-like slot of the activating lever so that the rotation of the activating lever is possible but is limited by virtue of the abutment of opposite abutment surfaces (18, 19) of the window-like slot against the abutment finger, both in the opening direction and in the closing direction, and that at least one of the abutment surfaces (18, 19) comprises a damping cover (20, 21).
A method for online assessing a state of health of an electrochemical cell, said method comprising: - a step for identifying the reference and chemistry of said electrochemical cell, said reference identification step comprising: - measuring entropy variation ΔS profiles for said electrochemical cell, - using a pattern recognition algorithm on said measured entropy variation ΔS profiles so as to recognize a reference for said electrochemical cell among a predetermined plurality of cell references each attached to classified sets of previously measured ΔS profiles, - a step for estimating said state of health of said electrochemical cell from thermodynamics data related to said cell, said thermodynamics data including entropy and enthalpy variations ΔS, ΔH within said cell. - a step for identifying the reference and chemistry of said electrochemical cell, said reference identification step comprising: - measuring entropy variation ΔS profiles for said electrochemical cell, - using a pattern recognition algorithm on said measured entropy variation ΔS profiles so as to recognize a reference for said electrochemical cell among a predetermined plurality of cell references each attached to classified sets of previously measured ΔS profiles, - measuring entropy variation ΔS profiles for said electrochemical cell, - using a pattern recognition algorithm on said measured entropy variation ΔS profiles so as to recognize a reference for said electrochemical cell among a predetermined plurality of cell references each attached to classified sets of previously measured ΔS profiles, - a step for estimating said state of health of said electrochemical cell from thermodynamics data related to said cell, said thermodynamics data including entropy and enthalpy variations ΔS, ΔH within said cell.
A hard multilayer film formed body consisting of a multilayer film formed on a surface of a base material, wherein said multilayer film comprises a film, composed mainly of diamond-like carbon, which is formed as a surface layer of said multilayer film, an intermediate layer, composed mainly of a metallic material, which is formed between said surface layer and said base material, and a stress relaxation layer, composed mainly of carbon, which is formed between said intermediate layer and said surface layer; and said stress relaxation layer is a graded layer whose hardness increases continuously or stepwise from a side of said intermediate layer toward a side of said surface layer, wherein said hard multilayer film formed body is produced by a production method comprising the steps of: forming an intermediate layer on said base material; forming a stress relaxation layer on said intermediate layer; and forming a surface layer on said stress relaxation layer, wherein said surface layer-forming step is a step at which an unbalanced magnetron sputtering method is used to form a film composed mainly of diamond-like carbon by using a graphite target as a carbon supply source, and said stress relaxation layer-forming step is a step at which said unbalanced magnetron sputtering method is used to form said stress relaxation layer by using said graphite target and continuously or stepwise raising a bias voltage, wherein at said surface layer-forming step, as a carbon supply source, only said graphite target is used, wherein at said surface layer-forming step, said film is formed by applying said bias voltage not less than 250V to said base material. forming an intermediate layer on said base material; forming a stress relaxation layer on said intermediate layer; and forming a surface layer on said stress relaxation layer, wherein said surface layer-forming step is a step at which an unbalanced magnetron sputtering method is used to form a film composed mainly of diamond-like carbon by using a graphite target as a carbon supply source, and said stress relaxation layer-forming step is a step at which said unbalanced magnetron sputtering method is used to form said stress relaxation layer by using said graphite target and continuously or stepwise raising a bias voltage, wherein at said surface layer-forming step, as a carbon supply source, only said graphite target is used, wherein at said surface layer-forming step, said film is formed by applying said bias voltage not less than 250V to said base material.
A method for determining the length and/or sequence of a polymorphic repetitive DNA element having a repeat region situated between a first conserved flanking region and a second conserved flanking region, the method comprising: (a) providing a data set comprising at least one sequence read of the polymorphic repetitive DNA element; (b) providing a reference sequence comprising the first conserved flanking region and the second conserved flanking region; (c) aligning a portion of the first flanking region of the reference sequence to the sequence read; (d) aligning a portion of the second flanking region of the reference sequence to the sequence read; and (e) determining the length and/or sequence of the repeat region; wherein at least steps (c), (d) and (e) are performed using a suitably programmed computer; wherein the aligning a portion of the flanking region in one or both of steps (c) and (d) comprises: (i) determining a location of a conserved flanking region on the read by using exact k-mer matching of a seeding region which overlaps or is adjacent to the repeat region; and (ii) aligning the flanking region to the sequence read; wherein the seeding region comprises a high-complexity region of the conserved flanking region, the high-complexity region comprising sequence that is sufficiently distinct from the repeat region so as to avoid mis-alignment. (a) providing a data set comprising at least one sequence read of the polymorphic repetitive DNA element; (b) providing a reference sequence comprising the first conserved flanking region and the second conserved flanking region; (c) aligning a portion of the first flanking region of the reference sequence to the sequence read; (d) aligning a portion of the second flanking region of the reference sequence to the sequence read; and (e) determining the length and/or sequence of the repeat region; wherein at least steps (c), (d) and (e) are performed using a suitably programmed computer; (i) determining a location of a conserved flanking region on the read by using exact k-mer matching of a seeding region which overlaps or is adjacent to the repeat region; and (ii) aligning the flanking region to the sequence read;
A test system for testing follower jammer robustness of a radio, comprising a signal analyzer and a signal generator that are connected with each other via a communication connection, characterized in that the signal analyzer is configured to record and analyze a radio communication signal and to convert the recorded radio communication signal to a processing signal that is compatible for the communication connection, wherein the signal generator is configured to add at least one delayed signal to the processing signal.