mhurhangee/ep-ind-claims huggingface dataset:
Automotive light comprising a substantially basin-shaped, rear body which is structured so to be fixed onto the vehicle body; a front lenticular half-shell which is provided with at least one portion in transparent or semitransparent material and is arranged to close the mouth of the rear body; and at least a first light source which is structured so to emit light when electricity powered, and is arranged within the rear body in a position so as to be able to backlight a corresponding transparent or semitransparent portion of the front lenticular half-shell; the automotive light further comprising a photoconductive-material light-guide bar which is placed inside the rear body, and a second light source which is structured so to emit light when electricity powered, and is arranged inside the rear body, close to one end of the light-guide bar, so as to direct the light produced inside the body of said light-guide bar; the light-guide bar having a longitudinal light-extractor band which extends along the lateral side of the bar, and a plenty of deflector prisms which have a substantially triangular- or trapezoidal-shaped cross-section and are conveniently arranged along said longitudinal light-extractor band; each deflector prism being arranged on the longitudinal band so to be locally transversal to the centre line of the longitudinal band and being provided with an active deflector surface which is designed to be hit by the light rays (r) coming from the second light source and propagating inside the light-guide bar, and which is oriented so to locally deviate the incident light rays (r) towards the outside of the light-guide bar, substantially on the opposite side to the longitudinal light-extractor band; the automotive light being characterized in that said photoconductive-material light-guide bar, at the end of a starting segment, divides/branches off into at least two branches (6b, 6c) each substantially grazing said transparent or semitransparent portion of the front lenticular half-shell; in that the second light source is placed close to the starting segment of the light-guide bar so as to direct the light produced directly inside said starting segment; in that the longitudinal light-extractor band extends along the side of the starting segment of the light-guide bar and along a side of both branches (6b, 6c) of the same light-guide bar; and in that the deflector prisms that are arranged along said longitudinal light-extractor band, near to and/or immediately downstream of the branching of the light-guide bar, are each shaped so that its active deflector surface has a bulging/arched profile.
A slide fastener having a fastener tape to be secured to a securement subject, in which an identification medium is attached to an ornament member which is detachably attached to a pull tab, characterized in that the identification medium is a radio IC chip with an antenna, the radio IC chip is disposed inside the ornament member so that its entire periphery is covered, and the ornament member has an engaging head, which can be engaged in an engaging hole portion formed in the pull tab like a snap button.
A display device for a working machine, comprising: a screen configured to display: a plurality of candidate boxes in which respective pieces of candidate setting information to be set to the working machine are represented; and a contents display portion in which a setting item relating to the working machine is displayed, characterized in that the display device comprises a display control portion to move a display box to a position corresponding to the contents display portion in performing the setting to the working machine, the display box being one of the plurality of candidate boxes in which one of the pieces of candidate setting information corresponding to the setting is displayed, the contents display portion has a box selecting portion for selecting the display box from among the plurality of candidate boxes, the display control portion arranges the plurality of candidate boxes on a reference line set on the screen in a case where the setting to the working machine is not performed, the display control portion sets a setting line on the screen at a position separating from the reference line and corresponding to the contents display portion, the setting line being parallel to the reference line, and the display control portion moves the display box from the reference line to the setting line in a case where the setting to the working machine is performed, the display box being selected by the box selecting portion. a plurality of candidate boxes in which respective pieces of candidate setting information to be set to the working machine are represented; and a contents display portion in which a setting item relating to the working machine is displayed, characterized in that the display device comprises a display control portion to move a display box to a position corresponding to the contents display portion in performing the setting to the working machine, the display box being one of the plurality of candidate boxes in which one of the pieces of candidate setting information corresponding to the setting is displayed, the contents display portion has a box selecting portion for selecting the display box from among the plurality of candidate boxes, the display control portion arranges the plurality of candidate boxes on a reference line set on the screen in a case where the setting to the working machine is not performed, the display control portion sets a setting line on the screen at a position separating from the reference line and corresponding to the contents display portion, the setting line being parallel to the reference line, and the display control portion moves the display box from the reference line to the setting line in a case where the setting to the working machine is performed, the display box being selected by the box selecting portion.
Machined manhole comprising: - a structural tank which is made of concrete, which is in one piece and which has a side wall and a bottom, and - a machinable portion (104, 504) which is made of mortar, which is created at the bottom of said structural tank and which has a face oriented towards the opening of the structural tank, said machinable portion (104, 504) being hollowed out so as to form at least one cunette and, for each cunette, terraces delimiting said cunette, and in which for each end of a cunette, the side wall has pierced in it an orifice that is aligned with said end. - a structural tank which is made of concrete, which is in one piece and which has a side wall and a bottom, and - a machinable portion (104, 504) which is made of mortar, which is created at the bottom of said structural tank and which has a face oriented towards the opening of the structural tank, said machinable portion (104, 504) being hollowed out so as to form at least one cunette and, for each cunette, terraces delimiting said cunette, and in which for each end of a cunette, the side wall has pierced in it an orifice that is aligned with said end.
An ophthalmically acceptable vehicle, comprising: an aqueous suspension having a first viscosity, said suspension comprising from 0.1% to 6.5% by weight, based on the total weight of the suspension, of a carboxyl-containing polymer prepared by polymerizing one or more carboxyl-containing monoethylenically unsaturated monomers and less than 5% by weight of a cross-linking agent, said weight percentages of monomers being based on the total weight of monomers polymerized, said carboxyl-containing polymer having average particle size of not more than about 50 μm in equivalent spherical diameter, wherein the carboxy-containing polymer is polycarbophil, and a sufficient amount of a second polymer allowing said carboxyl-containing polymer to remain suspended, wherein upon contact with tear fluid, said vehicle gels to a second viscosity which is greater than the first viscosity, wherein the second polymer is a cationic chitosan in a range from between 0.01% to 0.5% by weight dissolved in the aqueous suspension which increases the viscosity of the aqueous suspension and wherein said first viscosity of the aqueous suspension is in a range between 1 to about 30 Pa·s (1,000 to about 30,000 cps) as measured at room temperature of about 25 °C using a Brookfield Digital LVT Viscometer equipped with a number 25 spindle and a 13R small sample adapter at 12 rpm. an aqueous suspension having a first viscosity, said suspension comprising from 0.1% to 6.5% by weight, based on the total weight of the suspension, of a carboxyl-containing polymer prepared by polymerizing one or more carboxyl-containing monoethylenically unsaturated monomers and less than 5% by weight of a cross-linking agent, said weight percentages of monomers being based on the total weight of monomers polymerized, said carboxyl-containing polymer having average particle size of not more than about 50 μm in equivalent spherical diameter, wherein the carboxy-containing polymer is polycarbophil, and a sufficient amount of a second polymer allowing said carboxyl-containing polymer to remain suspended, wherein upon contact with tear fluid, said vehicle gels to a second viscosity which is greater than the first viscosity, wherein the second polymer is a cationic chitosan in a range from between 0.01% to 0.5% by weight dissolved in the aqueous suspension which increases the viscosity of the aqueous suspension and wherein said first viscosity of the aqueous suspension is in a range between 1 to about 30 Pa·s (1,000 to about 30,000 cps) as measured at room temperature of about 25 °C using a Brookfield Digital LVT Viscometer equipped with a number 25 spindle and a 13R small sample adapter at 12 rpm.
Pumping structure comprising: - at least two membranes, - at least two actuation chambers, - one evaluation chamber of a particle detector comprising an opening to the outside of the pumping structure, and - at least three electrodes, wherein - each membrane is arranged between two electrodes in a vertical direction (z) which is perpendicular to the main plane of extension of the pumping structure, - each actuation chamber is arranged between one of the membranes and one of the electrodes in vertical direction (z), and - each actuation chamber is connected to the evaluation chamber via a channel. - at least two membranes, - at least two actuation chambers, - one evaluation chamber of a particle detector comprising an opening to the outside of the pumping structure, and - at least three electrodes, wherein - each membrane is arranged between two electrodes in a vertical direction (z) which is perpendicular to the main plane of extension of the pumping structure, - each actuation chamber is arranged between one of the membranes and one of the electrodes in vertical direction (z), and - each actuation chamber is connected to the evaluation chamber via a channel.
Hyaluronic acid or a pharmaceutically acceptable salt thereof for use in treating inflammatory bowel diseases, wherein the agent is to be intravenously administered and wherein the inflammatory bowel disease is Crohn disease or ulcerative colitis.
A rifaximin polymorph Form Mu, characterized by an X-ray powder diffraction comprising peaks, in terms of 2θ, at 4.72, 4.79, 7.84, 8.11, 8.36, 8.55, 8.70, 9.60, and 12.54.
A method for mining a material in an underground environment or from a highwall, the method comprising the steps of: locating a structure in or adjacent an underground roadway or a highwall so that the structure provides a reactive force when a cutting head is pushed against the material via a series of rigid members coupled to the structure, the structure being arranged for coupling of the series of rigid members from at least two directions so that branch tunnel portions can be formed in at least two respective directions, and the underground roadway being suitable for passage of people, transportation of machinery and removed material; positioning the cutting head and the series of rigid members so that the structure provides the reactive force when the cutting head is pushed against the material via the series of rigid members; and forming a plurality of branch tunnel portions (210, 214) projecting into the material, comprising: forming a first branch tunnel portion using the cutting head and the series of rigid members in a first direction; and thereafter forming a second branch tunnel portion, wherein during formation of the second branch tunnel portion, moving rigid members across the roadway from the first branch tunnel portion into the second branch tunnel portion to extend the series of rigid members in the second branch tunnel portion in a second direction. locating a structure in or adjacent an underground roadway or a highwall so that the structure provides a reactive force when a cutting head is pushed against the material via a series of rigid members coupled to the structure, the structure being arranged for coupling of the series of rigid members from at least two directions so that branch tunnel portions can be formed in at least two respective directions, and the underground roadway being suitable for passage of people, transportation of machinery and removed material; positioning the cutting head and the series of rigid members so that the structure provides the reactive force when the cutting head is pushed against the material via the series of rigid members; and forming a plurality of branch tunnel portions (210, 214) projecting into the material, comprising: forming a first branch tunnel portion using the cutting head and the series of rigid members in a first direction; and thereafter forming a second branch tunnel portion, wherein during formation of the second branch tunnel portion, moving rigid members across the roadway from the first branch tunnel portion into the second branch tunnel portion to extend the series of rigid members in the second branch tunnel portion in a second direction. forming a first branch tunnel portion using the cutting head and the series of rigid members in a first direction; and thereafter forming a second branch tunnel portion, wherein during formation of the second branch tunnel portion, moving rigid members across the roadway from the first branch tunnel portion into the second branch tunnel portion to extend the series of rigid members in the second branch tunnel portion in a second direction.
An anti-vibration arrangement for a handheld motor-driven tool, for isolating a handle portion of the tool from a vibration-propagating portion of the tool, which vibration propagating portion comprises a motor, a drive shaft, a tube shaped portion and a work tool, wherein the tube-shaped portion houses the drive shaft and wherein the handle portion is connected to the tube-shaped portion via the anti-vibration arrangement, the arrangement comprising: at least one anti-vibration element arranged between the handle portion and the vibration-propagating portion for isolating the handle portion from vibrations originating from the vibration-propagating portion; the anti-vibration arrangement also comprises a separate force-receiving element arranged between the handle portion and the vibration-propagating portion, which force-receiving element is adapted for receiving a force related to the gravitational force related to the weight of the vibration-propagating portion, and which force-receiving element thereby is arranged for substantially unloading the at least one anti-vibration element from the gravitational force acting on the vibration-propagating portion characterized in that said force-receiving element is a coil spring having a first end attached to the vibration-propagating portion and a second end attached to the handle portion, wherein the coil spring is arranged on the tool such that it has a substantial extension along its own longitudinal axis in a direction substantially perpendicular to the longitudinal axis of the vibration-propagating portion. at least one anti-vibration element arranged between the handle portion and the vibration-propagating portion for isolating the handle portion from vibrations originating from the vibration-propagating portion; the anti-vibration arrangement also comprises a separate force-receiving element arranged between the handle portion and the vibration-propagating portion, which force-receiving element is adapted for receiving a force related to the gravitational force related to the weight of the vibration-propagating portion, and which force-receiving element thereby is arranged for substantially unloading the at least one anti-vibration element from the gravitational force acting on the vibration-propagating portion characterized in that said force-receiving element is a coil spring having a first end attached to the vibration-propagating portion and a second end attached to the handle portion, wherein the coil spring is arranged on the tool such that it has a substantial extension along its own longitudinal axis in a direction substantially perpendicular to the longitudinal axis of the vibration-propagating portion.
An automated system for the high-throughput sampling of seeds, the system comprising: a seed loading station for separating individual seeds from a plurality of like seeds in a bulk seed bin; an orientation subsystem for receiving the individual seeds from the seed loading station and orienting the individual seeds, wherein the orientation subsystem comprises at least one imaging device for collecting orientation data from the individual seeds, the collected orientation data utilized by the system to orient the seeds based on the orientation data via the orientation subsystem; a sampling subsystem for removing a tissue sample from a crown of the individual seeds such that germination viability of the seeds is preserved, wherein the sampling subsystem comprises at least one sampling assembly comprising a cutting device for removing a first portion and a second portion of each seed, the first portion comprising the skin of each respective seed, and the second portion comprising tissue usable as the sample and suitable for genetic analysis; and a seed and sample transport, characterized in that, the orientation subsystem comprises a plurality of rotatable orientation pedestals for receiving, retaining and orienting the individual seeds from the seed loading station and the seed and sample transport subsystem comprises a plurality of diverter assemblies for conveying each seed between the sampling subsystem and a selected well in a seed collection tray after the seed has had a tissue sample removed, and for conveying each tissue sample from the sampling subsystem to a selected well in a sample collection tray. a seed loading station for separating individual seeds from a plurality of like seeds in a bulk seed bin; an orientation subsystem for receiving the individual seeds from the seed loading station and orienting the individual seeds, wherein the orientation subsystem comprises at least one imaging device for collecting orientation data from the individual seeds, the collected orientation data utilized by the system to orient the seeds based on the orientation data via the orientation subsystem; a sampling subsystem for removing a tissue sample from a crown of the individual seeds such that germination viability of the seeds is preserved, wherein the sampling subsystem comprises at least one sampling assembly comprising a cutting device for removing a first portion and a second portion of each seed, the first portion comprising the skin of each respective seed, and the second portion comprising tissue usable as the sample and suitable for genetic analysis; and a seed and sample transport, characterized in that, the orientation subsystem comprises a plurality of rotatable orientation pedestals for receiving, retaining and orienting the individual seeds from the seed loading station and the seed and sample transport subsystem comprises a plurality of diverter assemblies for conveying each seed between the sampling subsystem and a selected well in a seed collection tray after the seed has had a tissue sample removed, and for conveying each tissue sample from the sampling subsystem to a selected well in a sample collection tray.
A computer-implemented method for full-wavefield inversion of measured geophysical data to determine a physical properties model for a subsurface region, comprising: using a computer to invert a selected shallow time window of arrivals from the measured geophysical data by simultaneous encoded sources and/or receivers inversion to obtain a first physical properties model for the subsurface region; using a computer to invert the measured geophysical data, or a selected deep time window of arrivals from the measured geophysical data, by iterative sequential source inversion to obtain a second physical properties model for the subsurface region, wherein the first physical properties model is used as a starting model and a set of source locations is used to update the second physical properties model in the iterative sequential source inversion; and outputting, displaying, or saving to data storage the second physical properties model of the subsurface region. using a computer to invert a selected shallow time window of arrivals from the measured geophysical data by simultaneous encoded sources and/or receivers inversion to obtain a first physical properties model for the subsurface region; using a computer to invert the measured geophysical data, or a selected deep time window of arrivals from the measured geophysical data, by iterative sequential source inversion to obtain a second physical properties model for the subsurface region, wherein the first physical properties model is used as a starting model and a set of source locations is used to update the second physical properties model in the iterative sequential source inversion; and outputting, displaying, or saving to data storage the second physical properties model of the subsurface region.