mhurhangee/ep-ind-claims huggingface dataset:
A light detection and ranging, "LIDAR", system arranged to scan a scene, the system comprising: a light source arranged to output light having a first characteristic; a spatial light modulator, "SLM", arranged to receive the light from the light source and output spatially-modulated light in accordance with computer-generated holograms represented on the spatial light modulator; characterized by a holographic controller arranged to output a plurality of computer-generated holograms to the spatial light modulator, wherein each computer-generated hologram is arranged to form a corresponding light footprint (451, 461) within the scene and the holographic controller is further arranged to change the position of the light footprint within the scene; a light detector arranged to receive light having the first characteristic from the scene and output a light response signal, wherein the plurality of computer-generated holograms comprise a first plurality of computer-generated holograms arranged to provide a first scan of a first area within the scene and a second plurality of computer-generated holograms arranged to provide a second scan of a second area within the scene, and wherein the first plurality of computer-generated holograms and the second plurality of computer-generated holograms are interleaved. a light source arranged to output light having a first characteristic; a spatial light modulator, "SLM", arranged to receive the light from the light source and output spatially-modulated light in accordance with computer-generated holograms represented on the spatial light modulator; characterized by a holographic controller arranged to output a plurality of computer-generated holograms to the spatial light modulator, wherein each computer-generated hologram is arranged to form a corresponding light footprint (451, 461) within the scene and the holographic controller is further arranged to change the position of the light footprint within the scene; a light detector arranged to receive light having the first characteristic from the scene and output a light response signal, wherein the plurality of computer-generated holograms comprise a first plurality of computer-generated holograms arranged to provide a first scan of a first area within the scene and a second plurality of computer-generated holograms arranged to provide a second scan of a second area within the scene, and wherein the first plurality of computer-generated holograms and the second plurality of computer-generated holograms are interleaved.
Container for storing and dispensing a flowable product and configured for being positioned in the receiving area of the dosing and docking unit of a machine, said machine being designed to be fed by the flowable product, said container comprising: - a tank, the container being characterized in that it comprises: - a dispensing closure for dispensing the product from the tank comprising:. an inner rotatable disc member having at least one aperture therein, said member facing the inside of the container,. an outer fixed disc member having at least one aperture therein, said member facing the outside of the container, wherein: - the inner rotatable disc member presents means configured for cooperating with a rotatable shaft, and - the container presents at least one means for positioning the container in the machine, said means being configured for orienting all the apertures of the disc members relative to the machine. - a tank, the container being characterized in that it comprises: - a dispensing closure for dispensing the product from the tank comprising:. an inner rotatable disc member having at least one aperture therein, said member facing the inside of the container,. an outer fixed disc member having at least one aperture therein, said member facing the outside of the container, - a dispensing closure for dispensing the product from the tank comprising:. an inner rotatable disc member having at least one aperture therein, said member facing the inside of the container,. an outer fixed disc member having at least one aperture therein, said member facing the outside of the container,. an inner rotatable disc member having at least one aperture therein, said member facing the inside of the container,. an outer fixed disc member having at least one aperture therein, said member facing the outside of the container, - the inner rotatable disc member presents means configured for cooperating with a rotatable shaft, and - the container presents at least one means for positioning the container in the machine, said means being configured for orienting all the apertures of the disc members relative to the machine.
Device which can be used in industrial processes, intended to be interposed between a lower layer and an upper layer of particles arranged inside a cylindrical shell, so as to limit or prevent the migration of particles between the layers, said device comprising: i) a sealing disk made of fabric or of mesh, having: - a diameter substantially equal to the internal diameter of the cylindrical shell, and - meshes of equivalent diameter smaller than the equivalent diameter of the particles, and ii) a ring of fabric having: - meshes of equivalent diameter smaller than the equivalent diameter of the particles, - a length equal to the internal perimeter of the base of the cylindrical shell, - an upper part having an upper end intended to be attached along its entire length to the internal wall of the cylindrical shell, and - a lower part intended to be laid on the lower layer of particles or on the sealing disk, with the sealing disk and the lower part of the ring of fabric being superimposed and the overlap between the disk and the ring of fabric being less than 150 millimeters. i) a sealing disk made of fabric or of mesh, having: - a diameter substantially equal to the internal diameter of the cylindrical shell, and - meshes of equivalent diameter smaller than the equivalent diameter of the particles, and - a diameter substantially equal to the internal diameter of the cylindrical shell, and - meshes of equivalent diameter smaller than the equivalent diameter of the particles, and ii) a ring of fabric having: - meshes of equivalent diameter smaller than the equivalent diameter of the particles, - a length equal to the internal perimeter of the base of the cylindrical shell, - an upper part having an upper end intended to be attached along its entire length to the internal wall of the cylindrical shell, and - a lower part intended to be laid on the lower layer of particles or on the sealing disk, with the sealing disk and the lower part of the ring of fabric being superimposed and the overlap between the disk and the ring of fabric being less than 150 millimeters. - meshes of equivalent diameter smaller than the equivalent diameter of the particles, - a length equal to the internal perimeter of the base of the cylindrical shell, - an upper part having an upper end intended to be attached along its entire length to the internal wall of the cylindrical shell, and - a lower part intended to be laid on the lower layer of particles or on the sealing disk, with the sealing disk and the lower part of the ring of fabric being superimposed and the overlap between the disk and the ring of fabric being less than 150 millimeters.
A method for printing a three-dimensional object (1210; 1305; 2002) onto a substrate using a printing device, the substrate being of a material being a textile, natural fabric, synthetic fabric, knit, woven material, nonwoven material, mesh, leather, synthetic leather, polymer, rubber, or foam, or any combination of them, the substrate being used to make articles of apparel or used to make articles of footwear, and the printing device being configured to print by dispensing droplets of print material including one or more pigments, the method comprising: receiving color graphic design information at the printing device, the color graphic design information representing a color graphic image; receiving the substrate at the printing device; printing a lower color graphic layer (620; 1320; 2004) of the three-dimensional object (1210; 1305; 2002) onto the substrate using the color graphic design information; printing one or more transparent structural layers (1104; 1322; 2006) of the three-dimensional object (1210; 1305; 2002) onto the lower color graphic layer (620; 1320; 2004); and printing an upper color graphic layer (1208; 1324; 2010) of the three-dimensional object (1210; 1305; 2002) onto an uppermost layer of the one or more transparent structural layers (1104; 1322; 2006) using the color graphic design information, wherein the upper color graphic layer (1208; 1324; 2010) and the lower color graphic layer (620; 1320; 2004) collectively visually depict the color graphic image. receiving color graphic design information at the printing device, the color graphic design information representing a color graphic image; receiving the substrate at the printing device; printing a lower color graphic layer (620; 1320; 2004) of the three-dimensional object (1210; 1305; 2002) onto the substrate using the color graphic design information; printing one or more transparent structural layers (1104; 1322; 2006) of the three-dimensional object (1210; 1305; 2002) onto the lower color graphic layer (620; 1320; 2004); and printing an upper color graphic layer (1208; 1324; 2010) of the three-dimensional object (1210; 1305; 2002) onto an uppermost layer of the one or more transparent structural layers (1104; 1322; 2006) using the color graphic design information, wherein the upper color graphic layer (1208; 1324; 2010) and the lower color graphic layer (620; 1320; 2004) collectively visually depict the color graphic image.
A composition for lithium sulfur batteries comprising: a graphene oxide-sulfur (GO-S) nanocomposite, wherein the GO-S nanocomposite comprises: graphene oxide having a plurality of functional groups attached thereto; and sulfur bonded directly to carbon atoms of the graphene oxide. graphene oxide having a plurality of functional groups attached thereto; and sulfur bonded directly to carbon atoms of the graphene oxide.
A stapling apparatus comprising: a driving motor rotatable in a normal and a reverse direction; a gear unit composed of a plurality of gears that transmits a driving power of the driving motor; characterized by a switching gear that is located on a way of the gear unit and switches a power driving path between two directions; a first driving system that executes stapling by normal rotation driving of the driving motor when the switching gear is engaged with one power transmission system; and a second driving system that executes an operation other than the stapling by reverse driving of the driving motor when the switching gear is engaged with the other power transmission system. a driving motor rotatable in a normal and a reverse direction; a gear unit composed of a plurality of gears that transmits a driving power of the driving motor; characterized by a switching gear that is located on a way of the gear unit and switches a power driving path between two directions; a first driving system that executes stapling by normal rotation driving of the driving motor when the switching gear is engaged with one power transmission system; and a second driving system that executes an operation other than the stapling by reverse driving of the driving motor when the switching gear is engaged with the other power transmission system.
A method of determining a prostate cancer patient's therapeutic response to cancer antigen specific active immunotherapy (CASAI) treatment with a target cancer antigen comprising a protein having a prostatic acid phosphatase sequence, the method comprising the steps of: i. obtaining from a blood sample from the patient a baseline antibody level reactive to one or more non-target predetermined biomarker antigens before a treatment of the patient with CASAI using the target cancer antigen, said non-target predetermined biomarker antigens selected from the group consisting of PSA, KLK2, KRAS, ERAS, LGALS8, and LGALS3; ii. obtaining a post-treatment antibody level reactive to the one or more non-target predetermined biomarker antigens from a patient blood sample after treating with CASAI; and, iii. measuring differences between the baseline and post-treatment antibody levels reactive to the one or more non-target predetermined biomarker antigens, where an increase in the antibody level reactive to the one or more non-target predetermined biomarker antigens over their baseline level predicts a positive therapeutic response. i. obtaining from a blood sample from the patient a baseline antibody level reactive to one or more non-target predetermined biomarker antigens before a treatment of the patient with CASAI using the target cancer antigen, said non-target predetermined biomarker antigens selected from the group consisting of PSA, KLK2, KRAS, ERAS, LGALS8, and LGALS3; ii. obtaining a post-treatment antibody level reactive to the one or more non-target predetermined biomarker antigens from a patient blood sample after treating with CASAI; and, iii. measuring differences between the baseline and post-treatment antibody levels reactive to the one or more non-target predetermined biomarker antigens,
A method for producing diiodosilane by dropping phenylsilane and a catalyst to a mixture of a solvent and iodine in a reaction vessel, the method comprising the step of: a reaction mixture containing the solvent, iodine, phenylsilane, the catalyst, and a reaction product is taken out of the reaction vessel little by little continuously or occasionally and is pumped while raising the temperature thereof is set to +20 to +60°C; wherein the solvent is an aprotic solvent that is not azeotropic with diiodosilane and that has a boiling point different from that of the reaction product; wherein the catalyst is selected from the group consisting of ethyl acetate, palladium acetate, triphenylphosphine oxide, and palladium chloride; and wherein the term "little by little" refers to a rate of 0.1 to 50% by weight per minute with respect to the total amount of the reaction mixture. a reaction mixture containing the solvent, iodine, phenylsilane, the catalyst, and a reaction product is taken out of the reaction vessel little by little continuously or occasionally and is pumped while raising the temperature thereof is set to +20 to +60°C; wherein the solvent is an aprotic solvent that is not azeotropic with diiodosilane and that has a boiling point different from that of the reaction product; wherein the catalyst is selected from the group consisting of ethyl acetate, palladium acetate, triphenylphosphine oxide, and palladium chloride; and wherein the term "little by little" refers to a rate of 0.1 to 50% by weight per minute with respect to the total amount of the reaction mixture.
Method for supporting wireless connectivity of a mobile station to a cellular network, wherein said mobile station is located within the coverage area of a CSG-Closed femtocell base station of which it is a non-CSG mobile station, and wherein said mobile station experiences interference which it indicates to said CSG-Closed femtocell base station, wherein said CSG-Closed femtocell base station, upon receiving the experienced interference indication from said non-CSG mobile station, triggers said non-CSG mobile station to report interference related information, and based on said interference related information, said CSG-Closed femtocell base station performs a first check whether it is originator of the interference experienced by said non-CSG mobile station, said method being characterized in that said CSG-Closed femtocell base station carries on a network entry procedure of said non-CSG mobile station, in case said first check yields said CSG-Closed femtocell base station as originator of the interference experienced by said non-CSG mobile station, and said CSG-Closed femtocell base station aborts a network entry procedure of said non-CSG mobile station, in case said first check does not yield said CSG-Closed femtocell base station as originator of the interference experienced by said non-CSG mobile station.
Infant or young children feeding formula to be administered to infants or young children starting from the age of 6 months that provides complete nutrition to the infant or child and comprises probiotic micro-organisms for use in the prevention or treatment of inflammatory disorders, wherein at least 90% of the probiotics are non-replicating and the non-replicating probiotic micro-organisms were rendered non-replicating by a heat-treatment.
An automated fiber bundle placement apparatus comprising a supply device which a plurality of bobbins each having a fiber bundle wound thereon is mounted thereto and is configured to deliver the fiber bundle from each of the bobbins, a placing head configured to perform placement of each of the fiber bundles supplied from the supply device onto a placement die in a state of being aligned in a width direction and having a pressing device configured to press the fiber bundles onto the placement die, and a multi-jointed robot which the placing head is attached thereto and is configured to move the placing head for the placement, wherein the pressing device comprises a pressing part configured to be pressed against the placement die, a pressing mechanism including a drive device configured to apply a pressing force toward the placement die to the pressing part, and a drive control device configured to control drive of the drive device, wherein the drive control device comprises a drive command unit configured to output a drive command corresponding to a contact width of the placement die with the pressing part, the contact width being a length in the width direction of a part of the placement die facing in parallel to a contact range of the pressing part during pressing against the placement die, and is configured to control drive of the drive device to apply the pressing force corresponding to the drive command to the pressing part.
A tip assembly (301, 357, 601), comprising: a flex tip (309, 361) comprising a cap and at least one fiber support tube center; and a multi-core fiber (383, 455, 555, 655) comprising a plurality of cores (208, 210, 212) and a fiber support tube (347, 375, 547, 647), the plurality of cores (208, 210, 212) configured to provide optical conduits for respective shape sensing sensors, wherein the at least one fiber support tube center (343, 367) receives a distal portion of the fiber support tube (347, 375, 547, 647) and secures the distal portion of the fiber support tube (347, 375, 547, 647) to the cap of the flex tip, wherein the at least one fiber support tube center is configured to center the fiber support tube (347, 375, 547, 647) along a center-line of the flex tip (309, 361). a flex tip (309, 361) comprising a cap and at least one fiber support tube center; and a multi-core fiber (383, 455, 555, 655) comprising a plurality of cores (208, 210, 212) and a fiber support tube (347, 375, 547, 647), the plurality of cores (208, 210, 212) configured to provide optical conduits for respective shape sensing sensors, wherein the at least one fiber support tube center (343, 367) receives a distal portion of the fiber support tube (347, 375, 547, 647) and secures the distal portion of the fiber support tube (347, 375, 547, 647) to the cap of the flex tip, wherein the at least one fiber support tube center is configured to center the fiber support tube (347, 375, 547, 647) along a center-line of the flex tip (309, 361).
A filter for an electric dust collector comprising: a filter frame for surrounding a passage of airflow along a transverse plane that traverses the passage by being supported by a casing of the electric duct collector; and a mesh sheet arranged along the transverse plane, coupled to the filter frame, and having a conductive material at least partially on a surface of the mesh sheet, the conductive material being connected to the filter frame; the filter characterized in that the filter frame is a conductive filter frame. a filter frame for surrounding a passage of airflow along a transverse plane that traverses the passage by being supported by a casing of the electric duct collector; and a mesh sheet arranged along the transverse plane, coupled to the filter frame, and having a conductive material at least partially on a surface of the mesh sheet, the conductive material being connected to the filter frame; the filter characterized in that the filter frame is a conductive filter frame.
Electrostatic filter for flue duct outlets from a combustion chamber comprising - a hollow manifold having an inner side wall delimiting a volume for the passage and conveying of fumes, from an inlet end of the fumes to an outlet end of the fumes, said inlet end and outlet end a being offset with respect to a vertical rising direction (Y-Y) of the fumes, - at least one electrode, housed at least partially in said volume and/or in a side duct fluidly connected with said volume, and configured so as to ionize the fumes crossing said volume so as to adhere the particulate transported by the fumes to said inner side wall, - a cleaning device configured to at least partially abrade said inner side wall so as to remove the particulate attached thereto, - wherein the cleaning device comprises at least one movable frame within the volume, operatively connected to motor means, the frame being provided with a plurality of brushes configured to flap and clean said inner side wall, characterized in that said movable frame comprises vertical sections, parallel to the vertical direction (Y-Y), wherein the movable frame comprises a plurality of cantilevered portions, discrete and separated from each other, provided with said vertical sections. - a hollow manifold having an inner side wall delimiting a volume for the passage and conveying of fumes, from an inlet end of the fumes to an outlet end of the fumes, said inlet end and outlet end a being offset with respect to a vertical rising direction (Y-Y) of the fumes, - at least one electrode, housed at least partially in said volume and/or in a side duct fluidly connected with said volume, and configured so as to ionize the fumes crossing said volume so as to adhere the particulate transported by the fumes to said inner side wall, - a cleaning device configured to at least partially abrade said inner side wall so as to remove the particulate attached thereto, - wherein the cleaning device comprises at least one movable frame within the volume, operatively connected to motor means, the frame being provided with a plurality of brushes configured to flap and clean said inner side wall,
Pallet having a substantially rectangular base structure and four side faces bordering the base structure, two of which side faces respectively are disposed on opposite sides of the base structure and oriented parallel with one another and, apart from reinforcing structures, the base structure has a flat top and bottom face (4, 5) respectively, and feet are disposed on the bottom face to support the base structure, and at least one recess is disposed in at least two of the four side faces for receiving a display projection of a display stand, characterised in that the pallet has inwardly offset corners which are designed so that projections on the corners of the display stand can be fitted over the inwardly offset corners.