mhurhangee/ep-ind-claims huggingface dataset:
An additive package for warm-mix asphalt formulations for the pavement of road surfaces, said additive package comprising a) from 20 to 60 wt%, based on the total weight of the additive package of surfactant component, and b) from 30 to 80 wt%, based on the total weight of the additive package of an asphalt rheology modifying component, wherein said asphalt rheology modifying component comprises at least one wax component and at least one resin component, wherein the surfactant component comprises at least one surfactant selected from amines, diamines, polyamines, ethoxylated amines, ethoxylated alkyl diamines, ethoxylated alkyl polyamines, amido amines, amidopolyamines, imidazolines, and/or any of their corresponding organic and/or inorganic salts, and mixtures thereof, wherein the wax component is selected from the group consisting of carnauba wax, beeswax, montan wax from coal, Fischer Tropsch wax from coal, petroleum or gas origin, amide waxes, fatty acids and soaps; fatty alcohols, hydrogenated fats, fatty esters, and mixtures thereof, and wherein the resin component is selected from the group consisting of tall oil pitch, pine tar pitch, tall oil rosins, rosin acids, pine rosins, gum rosins, maleated rosins, fumarated rosins, resinous by-products from tall oil processing or the processing of gum rosins, petroleum resins, phenolic resins, and mixtures thereof.
A work conveying apparatus for assembling a large work to a vehicle comprising: a holder having pads for holding plural places of the work; a support arm for supporting the holder; and a controller for controlling an action of the support arm, and holding the work by the holder, conveying the held work to an assemble position of an assembling object, pressing to assemble the work to the assemble position, wherein the pads are provided with force detecting sensors for detecting forces applied to the pads, wherein the controller controls the action of the support arm on the basis of the detected values of the force detecting sensors of the pads and of the holding position of the work by the holder when assembling the work to the assemble position of the assembling object, characterized in that a break equipment is disposed at a joint of the support arm to the holder for switching a lock position where the posture of the holder against the support arm is fixed or a release position where the posture of the holder against the support arm changes freely, wherein the action of the support arm is controlled to equally press all over a peripheral edge of the work to the assembling object on the basis of the comparison between a difference value among each of the detected values of the force detecting sensor and the value given in advance, and wherein the action of the support arm is based on the detected values of the force detecting sensors and is controlled by switching the lock position or the release position.
An indexing pin comprising a base for fixing said pin to a face of a first element and a rod projecting from said base for enabling said pin to be engaged in a buttonhole formed in a second element, said pin being made in particular of a rigid material, the rod having a zone intended to come into contact with an edge of the buttonhole, at least part of said zone being provided with a flexible material, the rod comprising a free end portion and a portion for connection with the base, said connecting part having a flexible material at least on a part of its periphery corresponding to the contact zone, characterized in that it comprises a stop provided on the base so as to limit the deep engagement of the rod of the pin in the buttonhole, said abutment being intended to bear against the second element provided with the buttonhole and to form a gap between said second element and the first element, this abutment being attached to the connecting part of the rod and made of the same flexible material as that of the elements present on said connecting part.
A catheter system for treating a treatment site within or adjacent to a heart valve within a body of a patient, the catheter system comprising: an energy source that generates energy; an energy guide that is configured to receive energy from the energy source; and a balloon assembly that is positionable adjacent to the treatment site, the balloon assembly including an outer balloon and an inner balloon that is positioned substantially within the outer balloon, each of the balloons (104A, 104B) having a balloon wall that defines a balloon interior, each of the balloons (104A, 104B) being configured to retain a balloon fluid within the balloon interior, the balloon wall of the inner balloon being positioned spaced apart from the balloon wall of the outer balloon to define an interstitial space therebetween; wherein a portion of the energy guide is positioned within the interstitial space between the balloons (104A, 104B) to generate plasma-induced bubble formation in the balloon fluid within the interstitial space upon the energy guide receiving energy from the energy source. an energy source that generates energy; an energy guide that is configured to receive energy from the energy source; and a balloon assembly that is positionable adjacent to the treatment site, the balloon assembly including an outer balloon and an inner balloon that is positioned substantially within the outer balloon, each of the balloons (104A, 104B) having a balloon wall that defines a balloon interior, each of the balloons (104A, 104B) being configured to retain a balloon fluid within the balloon interior, the balloon wall of the inner balloon being positioned spaced apart from the balloon wall of the outer balloon to define an interstitial space therebetween; wherein a portion of the energy guide is positioned within the interstitial space between the balloons (104A, 104B) to generate plasma-induced bubble formation in the balloon fluid within the interstitial space upon the energy guide receiving energy from the energy source.
A second-stage hydrocracking catalyst, comprising: a. a zeolite beta having an OD acidity of 20 to 400 μmol/g and an average domain size from 800 to 1500 nm 2; b. a zeolite USY having an ASDI between 0.05 and 0.12; c. a catalyst support; and d. 0.1 to 10 wt% noble metal; wherein the second-stage hydrocracking catalyst provides a hydrogen consumption less than 350 SCFB (60 m 3 H 2 /m 3) across a range of synthetic conversions up to 37 wt% when used to hydrocrack hydrocarbonaceous feeds having an initial boiling point greater than 380 °F (193 °C), wherein the wt% of the zeolite beta is greater than the wt% of the zeolite USY. a. a zeolite beta having an OD acidity of 20 to 400 μmol/g and an average domain size from 800 to 1500 nm 2; b. a zeolite USY having an ASDI between 0.05 and 0.12; c. a catalyst support; and d. 0.1 to 10 wt% noble metal;
A razor comprising: a. a head unit which is a razor cartridge having at least one blade; and b. a handle comprising a docking member and a gripping portion, wherein said gripping portion is positioned distally away from said docking member, wherein said docking member connects to said head unit, and wherein the gripping portion comprises: i. a substrate retaining member forming at least a partial ring forming a substrate receiving region; ii. a substantially flat, disc shaped substrate retained within said substrate receiving region, said substrate comprising a first finger receiving region and second finger receiving region, on the opposing side of said substrate, wherein said substrate consists of an elastomeric substrate that provides a softer feel allowing for a sense of feeling through the entire thickness of the handle, iii. wherein the greatest length of said handle is less than or equal to the maximum head unit width. a. a head unit which is a razor cartridge having at least one blade; and b. a handle comprising a docking member and a gripping portion, wherein said gripping portion is positioned distally away from said docking member, wherein said docking member connects to said head unit, and wherein the gripping portion comprises: i. a substrate retaining member forming at least a partial ring forming a substrate receiving region; ii. a substantially flat, disc shaped substrate retained within said substrate receiving region, said substrate comprising a first finger receiving region and second finger receiving region, on the opposing side of said substrate, wherein said substrate consists of an elastomeric substrate that provides a softer feel allowing for a sense of feeling through the entire thickness of the handle, iii. wherein the greatest length of said handle is less than or equal to the maximum head unit width. i. a substrate retaining member forming at least a partial ring forming a substrate receiving region; ii. a substantially flat, disc shaped substrate retained within said substrate receiving region, said substrate comprising a first finger receiving region and second finger receiving region, on the opposing side of said substrate, wherein said substrate consists of an elastomeric substrate that provides a softer feel allowing for a sense of feeling through the entire thickness of the handle, iii. wherein the greatest length of said handle is less than or equal to the maximum head unit width.
A device for the delivery of energy to a region of lung tissue, the device comprising: a catheter configured to be inserted into an airway; a first flexible electrode attached to the distal end of the catheter, wherein the first electrode is hollow, wherein the first electrode comprises a piercing tip configured to pierce through an airway wall; a second electrode received in a movable manner within the first electrode, wherein the second electrode is extendable from the first electrode to form a first extended configuration; and a first electrical lead in electric communication with the first electrode, and a second electrical lead in electric communication with the second electrode, wherein the first and second electrical leads (107, 108) are connectable to a source of electric power, wherein the second electrode extends proximally from the piercing tip and surrounds the longitudinal axis of the first electrode, wherein the second electrode, when in the first extended configuration, forms a coil. a catheter configured to be inserted into an airway; a first flexible electrode attached to the distal end of the catheter, wherein the first electrode is hollow, wherein the first electrode comprises a piercing tip configured to pierce through an airway wall; a second electrode received in a movable manner within the first electrode, wherein the second electrode is extendable from the first electrode to form a first extended configuration; and a first electrical lead in electric communication with the first electrode, and a second electrical lead in electric communication with the second electrode, wherein the first and second electrical leads (107, 108) are connectable to a source of electric power, wherein the second electrode extends proximally from the piercing tip and surrounds the longitudinal axis of the first electrode, wherein the second electrode, when in the first extended configuration, forms a coil.
Apparatus for use in analysing microbial growth on a solid culture medium in a culture plate, the apparatus including: an image capture device, a support for supporting the culture plate for the image capture device to capture an image of the solid culture medium and any microbial growth, a ring light between the image capture device and the support, for diffusely illuminating one side of the culture plate, and a frame for positioning the image capture device, support and ring light relative to each other, wherein the frame defines a cavity such that the support supports the culture plate between the image capture device and the cavity, and the cavity has a height selected so that the cavity provides a black background for the image of the solid culture medium and any microbial growth, and wherein the frame includes a wall of the cavity having said height selected so that light emitted from the ring light falls on the wall of the cavity to provide the black background. an image capture device, a support for supporting the culture plate for the image capture device to capture an image of the solid culture medium and any microbial growth, a ring light between the image capture device and the support, for diffusely illuminating one side of the culture plate, and a frame for positioning the image capture device, support and ring light relative to each other, wherein the frame defines a cavity such that the support supports the culture plate between the image capture device and the cavity, and the cavity has a height selected so that the cavity provides a black background for the image of the solid culture medium and any microbial growth, and wherein the frame includes a wall of the cavity having said height selected so that light emitted from the ring light falls on the wall of the cavity to provide the black background.
A method for managing resources in a multi-technology wireless communication system comprising a broadband data network and a Public Safety Narrowband, PSNB, network, the method comprising: identifying (1106, 1112) a base station serving a subscriber unit in the PSNB network and an eNodeB serving the subscriber unit in the broadband data network; informing the eNodeB, by the base station and via an interface between a radio access network of the PSNB network that includes the base station and a radio access network of the broadband data network that includes the eNodeB, of an initiation of a voice session in the PSNB network involving the subscriber unit and of PSNB network resources allocated to the voice session; and in response to being informed of the initiation of the voice session and the allocated PSNB network resources, avoiding allocation of resources to the subscriber unit by the broadband data network that are spectrally proximate to the PSNB network resources allocated to the voice session. identifying (1106, 1112) a base station serving a subscriber unit in the PSNB network and an eNodeB serving the subscriber unit in the broadband data network; informing the eNodeB, by the base station and via an interface between a radio access network of the PSNB network that includes the base station and a radio access network of the broadband data network that includes the eNodeB, of an initiation of a voice session in the PSNB network involving the subscriber unit and of PSNB network resources allocated to the voice session; and in response to being informed of the initiation of the voice session and the allocated PSNB network resources, avoiding allocation of resources to the subscriber unit by the broadband data network that are spectrally proximate to the PSNB network resources allocated to the voice session.
A screw comprising: a shank including a tapered screw-in portion, a head portion spaced from the screw-in portion along a longitudinal axis of the shank, and a straight rod portion between the screw-in portion and the head portion; a first thread helically formed on an outer circumference of the shank and including an upper thread portion formed around the straight rod portion, a lower thread portion formed around the screw-in portion, and a middle thread portion continuously connected between the upper and lower thread portions (28, 30), with the middle thread portion formed around the straight rod portion adjacent to the screw-in portion, with a lower end of the lower thread portion extending to a tip of the screw-in portion for development of a cutting set point; and a second thread helically formed on an outer circumference of the screw-in portion of the shank and including a plurality of thread convolutions which are spaced from thread convolutions of the lower thread portion, with a pitch of two adjacent thread convolutions of the second thread being approximately equal to a pitch of two adjacent thread convolutions of the lower thread portion of the first thread. a shank including a tapered screw-in portion, a head portion spaced from the screw-in portion along a longitudinal axis of the shank, and a straight rod portion between the screw-in portion and the head portion; a first thread helically formed on an outer circumference of the shank and including an upper thread portion formed around the straight rod portion, a lower thread portion formed around the screw-in portion, and a middle thread portion continuously connected between the upper and lower thread portions (28, 30), with the middle thread portion formed around the straight rod portion adjacent to the screw-in portion, with a lower end of the lower thread portion extending to a tip of the screw-in portion for development of a cutting set point; and a second thread helically formed on an outer circumference of the screw-in portion of the shank and including a plurality of thread convolutions which are spaced from thread convolutions of the lower thread portion, with a pitch of two adjacent thread convolutions of the second thread being approximately equal to a pitch of two adjacent thread convolutions of the lower thread portion of the first thread.
A computer for detecting a minority genotype of a target nucleic acid, wherein the computer is configured to carry out the following steps: (a) use sequencing data from a target nucleic acid to detect the presence of variant nucleobases at one or more nucleotide reference positions within the target nucleic acid; (b) use the variant detection results generated in step (a) to perform a statistical analysis that determines p-values of whether the variants are significant; (c) use the variant detection and variant significance results generated in steps (a) and (b) to perform a non-negative matrix factorisation statistical analysis of whether a subset of sequences together exhibit a common set of significant variants; and (d) if a subset of sequences together exhibit a common set of significant variants, detect a minority genotype of the target nucleic acid. (a) use sequencing data from a target nucleic acid to detect the presence of variant nucleobases at one or more nucleotide reference positions within the target nucleic acid; (b) use the variant detection results generated in step (a) to perform a statistical analysis that determines p-values of whether the variants are significant; (c) use the variant detection and variant significance results generated in steps (a) and (b) to perform a non-negative matrix factorisation statistical analysis of whether a subset of sequences together exhibit a common set of significant variants; and (d) if a subset of sequences together exhibit a common set of significant variants, detect a minority genotype of the target nucleic acid.
A work vehicle comprising: a hydraulic device (31, 32, 33, 34); a hydraulic oil pump; a hydraulic oil tank; a meter-in circuit that guides hydraulic oil from the hydraulic oil pump to the hydraulic device (31, 32, 33, 34); a meter-out circuit that guides hydraulic oil from the hydraulic device (31, 32, 33, 34) to the hydraulic oil tank; a bleed-off circuit that guides hydraulic oil from the hydraulic oil pump to the hydraulic oil tank without passing through the hydraulic device (31, 32, 33, 34); a hydraulic oil control valve that adjusts opening areas of the meter-in circuit, the meter-out circuit, and the bleed-off circuit by sliding of a spool; an operation tool (21, 22, 23, 24) operated by an operator; and a controller that determines a target flow rate of hydraulic oil to be fed to the hydraulic device (31, 32, 33, 34) on a basis of an operation amount of the operation tool (21, 22, 23, 24), characterised in that: the controller calculates a bleed-off target flow rate on a basis of a flow rate of the hydraulic oil fed from the hydraulic oil pump and a target flow rate of the hydraulic oil fed to the hydraulic device (31, 32, 33, 34), calculates a bleed-off throttle differential pressure on a basis of a pressure of the hydraulic oil fed from the hydraulic oil pump and a pressure of the hydraulic oil in the hydraulic oil tank, calculates a bleed-off target opening area on a basis of the bleed-off target flow rate and the bleed-off throttle differential pressure, and controls the hydraulic oil control valve such that the bleed-off target opening area is achieved. a hydraulic device (31, 32, 33, 34); a hydraulic oil pump; a hydraulic oil tank; a meter-in circuit that guides hydraulic oil from the hydraulic oil pump to the hydraulic device (31, 32, 33, 34); a meter-out circuit that guides hydraulic oil from the hydraulic device (31, 32, 33, 34) to the hydraulic oil tank; a bleed-off circuit that guides hydraulic oil from the hydraulic oil pump to the hydraulic oil tank without passing through the hydraulic device (31, 32, 33, 34); a hydraulic oil control valve that adjusts opening areas of the meter-in circuit, the meter-out circuit, and the bleed-off circuit by sliding of a spool; an operation tool (21, 22, 23, 24) operated by an operator; and a controller that determines a target flow rate of hydraulic oil to be fed to the hydraulic device (31, 32, 33, 34) on a basis of an operation amount of the operation tool (21, 22, 23, 24), characterised in that: the controller calculates a bleed-off target flow rate on a basis of a flow rate of the hydraulic oil fed from the hydraulic oil pump and a target flow rate of the hydraulic oil fed to the hydraulic device (31, 32, 33, 34), calculates a bleed-off throttle differential pressure on a basis of a pressure of the hydraulic oil fed from the hydraulic oil pump and a pressure of the hydraulic oil in the hydraulic oil tank, calculates a bleed-off target opening area on a basis of the bleed-off target flow rate and the bleed-off throttle differential pressure, and controls the hydraulic oil control valve such that the bleed-off target opening area is achieved.