mhurhangee/ep-ind-claims huggingface dataset:
A jig for a heating apparatus, the jig being configured to support a ring-shaped workpiece when conveying and heating the workpiece, the jig comprising: a central structure unit; a rotary drive mechanism accommodated in the central structure unit; and a workpiece support connected to the central structure unit and configured such that the workpiece is placed on the workpiece support to surround the central structure unit, wherein the workpiece support comprises a plurality of rotating rollers arranged in a circumferential direction around the central structure unit, wherein the central structure unit comprises: a conveyor connecting portion configured to suspend the workpiece support together with the workpiece placed on the workpiece support; and a driver connecting portion from which a driving force is input to the rotary drive mechanism, and wherein the rotary drive mechanism is configured to rotate the rotating rollers by the driving force to rotate the workpiece along a ring shape of the workpiece. a central structure unit; a rotary drive mechanism accommodated in the central structure unit; and a workpiece support connected to the central structure unit and configured such that the workpiece is placed on the workpiece support to surround the central structure unit, wherein the workpiece support comprises a plurality of rotating rollers arranged in a circumferential direction around the central structure unit, wherein the central structure unit comprises: a conveyor connecting portion configured to suspend the workpiece support together with the workpiece placed on the workpiece support; and a driver connecting portion from which a driving force is input to the rotary drive mechanism, and wherein the rotary drive mechanism is configured to rotate the rotating rollers by the driving force to rotate the workpiece along a ring shape of the workpiece. a conveyor connecting portion configured to suspend the workpiece support together with the workpiece placed on the workpiece support; and a driver connecting portion from which a driving force is input to the rotary drive mechanism, and wherein the rotary drive mechanism is configured to rotate the rotating rollers by the driving force to rotate the workpiece along a ring shape of the workpiece.
A composition for use in photodynamic disinfection in human or animal tissue in vivo, the composition comprising a photosensitizer and propylparaben at a concentration range from 0.001% w/v to 1% w/v wherein (i) the photosensitizer is a phenothiazinium salt at a concentration from about 0.001% w/v to about 1% w/v; and (ii) the composition is used for photodynamic disinfection of Gram-negative organism that is receptive to paraben potentiation and is located within a desired treatment area by the composition providing enhanced antimicrobial efficacy against the Gram-negative organism during the photodynamic disinfection as compared to the sum total of the antimicrobial efficacy against the same Gram-negative organism using photodynamic disinfection under similar or identical parameters and paraben alone.
A method for preparing electrospun fibers, the method comprising i) dissolving a fiber-forming hydrophilic polymer in an alcohol selected from C1-C3 alcohols, ii) dissolving a bioadhesive substance in water, wherein the bioadhesive substance is a polyethylene oxide that has a solubility in water of 3 g/100 ml or more at 25 °C or 10 g/100 ml or more at 25 °C, and wherein the polyethylene oxide has a solubility in an alcohol selected from C1-C3 alcohols of 0.5 g/100 ml or less at 25 °C or 0.1 g/100 ml or less at 25 °C, iii) adding under stirring the resulting solution from ii) to the resulting solution from i), whereby the polyethylene oxide precipitates and a homogeneous suspension is formed, wherein the polyethylene oxide is suspended as particles, and iv) electrospinning the homogeneous suspension to obtain hydrophilic fibers, wherein the fiber-forming hydrophilic polymer is selected from the group consisting of polyvinylpyrrrolidone, polyvinylalcohol, ethylcellulose, hydroxypropylcellulose, carboxymethylcellulose, alkali salts of carboxymethylcellulose, acrylates and acrylic copolymers, and mixtures thereof, and wherein the total concentration of water in the homogeneous suspension at the most is 50% w/w. i) dissolving a fiber-forming hydrophilic polymer in an alcohol selected from C1-C3 alcohols, ii) dissolving a bioadhesive substance in water, wherein the bioadhesive substance is a polyethylene oxide that has a solubility in water of 3 g/100 ml or more at 25 °C or 10 g/100 ml or more at 25 °C, and wherein the polyethylene oxide has a solubility in an alcohol selected from C1-C3 alcohols of 0.5 g/100 ml or less at 25 °C or 0.1 g/100 ml or less at 25 °C, iii) adding under stirring the resulting solution from ii) to the resulting solution from i), whereby the polyethylene oxide precipitates and a homogeneous suspension is formed, wherein the polyethylene oxide is suspended as particles, and iv) electrospinning the homogeneous suspension to obtain hydrophilic fibers,
A fluidic connector for providing aspiration and irrigation to a wound site, comprising: a proximal end and a distal end and an elongate length extending therebetween; a top layer, a bottom layer and an intermediate layer each constructed from a flexible, liquid impermeable material and adhered to one another, wherein each of the layers has a proximal end and a distal end and elongate portions extending therebetween; an upper fluid passage between the top layer and the intermediate layer; a lower fluid passage between the intermediate layer and the bottom layer; one or more openings at or near a distal end of the upper fluid passage; and one or more openings at or near a distal end of the lower fluid passage; wherein each of the upper and lower fluid passages comprises a flexible, elongate spacer material (342, 344) between corresponding layers; and wherein one of the upper and lower fluid passages is configured to provide aspiration to the wound site, and the other of the upper and lower fluid passages is configured to provide irrigation fluid to the wound site. a proximal end and a distal end and an elongate length extending therebetween; a top layer, a bottom layer and an intermediate layer each constructed from a flexible, liquid impermeable material and adhered to one another, wherein each of the layers has a proximal end and a distal end and elongate portions extending therebetween; an upper fluid passage between the top layer and the intermediate layer; a lower fluid passage between the intermediate layer and the bottom layer; one or more openings at or near a distal end of the upper fluid passage; and one or more openings at or near a distal end of the lower fluid passage; wherein each of the upper and lower fluid passages comprises a flexible, elongate spacer material (342, 344) between corresponding layers; and wherein one of the upper and lower fluid passages is configured to provide aspiration to the wound site, and the other of the upper and lower fluid passages is configured to provide irrigation fluid to the wound site.
A process for the hydrolysis of cellulose pulp, comprising: (i) contacting the cellulose pulp with water, a limited-solubility solvent, and a limited-solubility acid, thereby forming a slurry; (ii) heating the slurry to a temperature of about 200-400 °C, thereby forming a treated slurry; and (iii) recovering a cellulosic hydrolysate from the treated slurry; wherein the solubility of the limited-solubility solvent in water at 20 °C is less than 40% wt/wt and the solubility of the limited-solubility acid in water at 4 °C is less than 1% wt/wt. (i) contacting the cellulose pulp with water, a limited-solubility solvent, and a limited-solubility acid, thereby forming a slurry; (ii) heating the slurry to a temperature of about 200-400 °C, thereby forming a treated slurry; and (iii) recovering a cellulosic hydrolysate from the treated slurry; wherein the solubility of the limited-solubility solvent in water at 20 °C is less than 40% wt/wt and the solubility of the limited-solubility acid in water at 4 °C is less than 1% wt/wt.
A DNA donor repair template comprising from 5' to 3': (a) a 5' homology arm homologous to a DNA sequence 5' of a first target site; (b) a 5' homology arm homologous to a DNA sequence 5' of a second target site; (c) a transgene; (d) a 3' homology arm homologous to a DNA sequence 3' of the second target site; and (e) a 3' homology arm homologous to a DNA sequence 3' of the first target site; wherein the first target site is not identical to the second target site. (a) a 5' homology arm homologous to a DNA sequence 5' of a first target site; (b) a 5' homology arm homologous to a DNA sequence 5' of a second target site; (c) a transgene; (d) a 3' homology arm homologous to a DNA sequence 3' of the second target site; and (e) a 3' homology arm homologous to a DNA sequence 3' of the first target site;
A compound of formula in crystalline anhydrous form, characterized in that said form has at least one of the following characteristics: (a) an X-ray powder diffraction pattern with peaks at 11.2, 15.8, and 26.4 degrees two theta (± 0.2 degree) (CuK α λ=1.54059 Å); or (b) a differential scanning calorimetry melting followed by decomposition with an onset temperature of about 324°C. (a) an X-ray powder diffraction pattern with peaks at 11.2, 15.8, and 26.4 degrees two theta (± 0.2 degree) (CuK α λ=1.54059 Å); or (b) a differential scanning calorimetry melting followed by decomposition with an onset temperature of about 324°C.
A device for operating from a remote location a rope actuated cocking and charging mechanism of a weapon on a weapon mount, the weapon having a bore axis and the rope actuated cocking and charging mechanism having a rope emerging from a rope exit of the weapon, the device comprising: a first rotatable pulley having an axis of rotation fixedly connected to a first part of the weapon mount and positioned adjacently to and below said rope exit of said weapon positioned in the weapon mount, a second rotatable pulley having an axis of rotation fixedly connected to said first part of the weapon mount and positioned below and spaced from the first pulley, and a linearly moveable actuator arm on support means fixedly connected to the weapon mount and adapted to facilitate linear movement of the actuator arm, said actuator arm having a longitudinal axis being substantially parallel to said bore axis, said actuator arm at an end thereof comprising a rope engagement means, the actuator arm being moveable between a retracted position and an extended position, the first pulley, second pulley and actuator arm being arranged so as to allow said rope exiting from said weapon in the mount to extend from the rope exit and run, in sequence, to and over a part of a circumference of the first pulley, to and over a part of a circumference of the second pulley, and in a rope pulling force coupling engagement with said actuator arm end. a first rotatable pulley having an axis of rotation fixedly connected to a first part of the weapon mount and positioned adjacently to and below said rope exit of said weapon positioned in the weapon mount, a second rotatable pulley having an axis of rotation fixedly connected to said first part of the weapon mount and positioned below and spaced from the first pulley, and a linearly moveable actuator arm on support means fixedly connected to the weapon mount and adapted to facilitate linear movement of the actuator arm, said actuator arm having a longitudinal axis being substantially parallel to said bore axis, said actuator arm at an end thereof comprising a rope engagement means, the actuator arm being moveable between a retracted position and an extended position, the first pulley, second pulley and actuator arm being arranged so as to allow said rope exiting from said weapon in the mount to extend from the rope exit and run, in sequence, to and over a part of a circumference of the first pulley, to and over a part of a circumference of the second pulley, and in a rope pulling force coupling engagement with said actuator arm end.
A method for determining whether a gas sample originates from biological decay processes or from a gas installation being tested and containing a utility gas containing methane and/or heavier hydrocarbons, using a hydrogen selective gas sensor integrated in a field operable pipeline leak survey gas detector to detect the concentration of hydrogen in the gas sample, characterized by using the hydrogen selective gas sensor in order to determine whether the concentration of hydrogen in the utility gas contained in the gas installation is below a predetermined level before evaluating the hydrogen content in the sample, comparing the detected concentration of hydrogen in the gas sample with the concentration of hydrogen in the utility gas, and determining that the gas sample originates from biological decay processes and not from the gas installation under test if the detected hydrogen concentration of the gas sample is above the hydrogen concentration of the utility gas. using the hydrogen selective gas sensor in order to determine whether the concentration of hydrogen in the utility gas contained in the gas installation is below a predetermined level before evaluating the hydrogen content in the sample, comparing the detected concentration of hydrogen in the gas sample with the concentration of hydrogen in the utility gas, and determining that the gas sample originates from biological decay processes and not from the gas installation under test if the detected hydrogen concentration of the gas sample is above the hydrogen concentration of the utility gas.
A multiple-pane insulating glazing unit including at least two spaced-apart panes, the insulating glazing unit having at least one between-pane space and having a desired surface on which there is provided a transparent conductor coating comprising carbon nanotubes and inorganic material, the desired surface being an exterior surface of the unit rather than being an interior surface facing a between-pane space of the unit.
A process for producing a composite component being an energy-absorbing component comprising an insert and a plastics part made of a thermoplastic polymer, wherein the plastics part at least partly encloses the insert, the process comprising: (a) placing at least one part of the insert or the insert into an injection mold, (b) closing the injection mold, (c) injecting the thermoplastic polymer into the mold thereby overmolding the insert at least partly, wherein the insert is modified before placing it into the injection mold or in the insert is modified in the injection mold before the injection mold is opened to remove the composite component, characterised in that the insert is modified by introducing dints, corrugations, folds or openings into the insert, and wherein the insert comprises at least two parts and is modified by joining the at least two parts forming one insert, each of the parts comprising a groove along one edge and a tongue along another edge, wherein for joining the parts, the tongue of one part is inserted into the groove of another part. (a) placing at least one part of the insert or the insert into an injection mold, (b) closing the injection mold, (c) injecting the thermoplastic polymer into the mold thereby overmolding the insert at least partly, wherein the insert is modified before placing it into the injection mold or in the insert is modified in the injection mold before the injection mold is opened to remove the composite component, characterised in that the insert is modified by introducing dints, corrugations, folds or openings into the insert, and wherein the insert comprises at least two parts and is modified by joining the at least two parts forming one insert, each of the parts comprising a groove along one edge and a tongue along another edge, wherein for joining the parts, the tongue of one part is inserted into the groove of another part.
A superconducting wire comprising: a matrix comprising a Cu-based metal; and at least one continuous subelement embedded in the matrix; wherein each subelement comprises: a non-superconducting core; a superconducting layer coaxially disposed around the non-superconducting core; and a barrier layer coaxially disposed around the superconducting layer; characterised in that the superconducting layer comprises a plurality of Nb 3 Sn grains stabilized by metal oxide particulates disposed therein, and wherein the Nb 3 Sn grains have an average grain size of from 5 nm to 90 nm. a matrix comprising a Cu-based metal; and at least one continuous subelement embedded in the matrix; wherein each subelement comprises: a non-superconducting core; a superconducting layer coaxially disposed around the non-superconducting core; and a barrier layer coaxially disposed around the superconducting layer; a non-superconducting core; a superconducting layer coaxially disposed around the non-superconducting core; and a barrier layer coaxially disposed around the superconducting layer; characterised in that the superconducting layer comprises a plurality of Nb 3 Sn grains stabilized by metal oxide particulates disposed therein, and wherein the Nb 3 Sn grains have an average grain size of from 5 nm to 90 nm.
An insert for a pneumatic tire comprising: an annular member adapted to contact at least 10% of an interior surface of the pneumatic tire and provide an outward pressure thereagainst, and an inflatable bladder disposed adjacent to the annular member, characterized in that the annular member comprises a base portion, a first lobe extending from the base portion; and a second lobe extending from the base portion, wherein the first and second lobes (132, 134) are adapted to flex relative to the base portion such that an angle between the first and second lobes decreases upon installation. an annular member adapted to contact at least 10% of an interior surface of the pneumatic tire and provide an outward pressure thereagainst, and an inflatable bladder disposed adjacent to the annular member, characterized in that the annular member comprises a base portion, a first lobe extending from the base portion; and a second lobe extending from the base portion, wherein the first and second lobes (132, 134) are adapted to flex relative to the base portion such that an angle between the first and second lobes decreases upon installation.
An in vitro non-invasive method for determining the quality of an embryo comprising the steps of: i) providing serially image sections of human embryo, said serially image sections being obtained by Optical Coherence Tomography, Magnetic Resonance Micro Imaging (μMPνI) or by standard optical microscopy or light sheet microscopy such as Selective Plane Illumination Microscopy (SPIM); ii) performing three dimensional reconstruction of human embryo; and iii) determining embryo morphology, fragmentation repartition, blastomeres cleavage axis and/or cell repartition on said three dimensional reconstruction. i) providing serially image sections of human embryo, said serially image sections being obtained by Optical Coherence Tomography, Magnetic Resonance Micro Imaging (μMPνI) or by standard optical microscopy or light sheet microscopy such as Selective Plane Illumination Microscopy (SPIM); ii) performing three dimensional reconstruction of human embryo; and iii) determining embryo morphology, fragmentation repartition, blastomeres cleavage axis and/or cell repartition on said three dimensional reconstruction.
A method for automatically creating installation-specific measuring profiles for an insulation monitoring system of an electric installation, the method comprising the following steps: assisting in a computer-controlled manner by means of an assist system via guided instructions for detecting technical and non-technical installation data, and partially automatically and/or automatically executing the instructions for acquiring the installation data by means of one more sensor devices, pre-selecting in a computer-aided manner an available measuring profile based on the acquired installation data, assisting in a computer-aided manner by means of the assist system via guided instructions for operating the electric installation during regular operation with changing operating states using the preselected measuring profiles with acquiring installation measured data, and with synchronously recording the measuring behavior of the insulation monitoring system by means of storing insulation-monitoring system measured data during regular operation, evaluating the measuring behavior of the insulation monitoring system, detecting disturbance variables from installation measured data if the measuring behavior proves to be prone to disturbances, and simulating regular operation with the preselected measuring profile using the installation measured data afflicted with the disturbance variables, and subsequently optimizing the preselected measuring profile by adapting measuring-profile parameters with regard to a disturbance-resistant insulation monitoring. assisting in a computer-controlled manner by means of an assist system via guided instructions for detecting technical and non-technical installation data, and partially automatically and/or automatically executing the instructions for acquiring the installation data by means of one more sensor devices, pre-selecting in a computer-aided manner an available measuring profile based on the acquired installation data, assisting in a computer-aided manner by means of the assist system via guided instructions for operating the electric installation during regular operation with changing operating states using the preselected measuring profiles with acquiring installation measured data, and with synchronously recording the measuring behavior of the insulation monitoring system by means of storing insulation-monitoring system measured data during regular operation, evaluating the measuring behavior of the insulation monitoring system, detecting disturbance variables from installation measured data if the measuring behavior proves to be prone to disturbances, and simulating regular operation with the preselected measuring profile using the installation measured data afflicted with the disturbance variables, and subsequently optimizing the preselected measuring profile by adapting measuring-profile parameters with regard to a disturbance-resistant insulation monitoring.