mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: determining, by a first wireless device, a second reservation period in units of slots based on: a first reservation period in milli-second, ms; and a number of sidelink slots within a fixed period, wherein the number of the sidelink slots is based on a resource pool configuration; and transmitting a transport block via one or more transmission resources based on the second reservation period. determining, by a first wireless device, a second reservation period in units of slots based on: a first reservation period in milli-second, ms; and a number of sidelink slots within a fixed period, wherein the number of the sidelink slots is based on a resource pool configuration; and a first reservation period in milli-second, ms; and a number of sidelink slots within a fixed period, wherein the number of the sidelink slots is based on a resource pool configuration; and transmitting a transport block via one or more transmission resources based on the second reservation period.
A display device comprising: a plurality of pixel electrodes spaced apart from each other on a substrate; a plurality of light emitting elements disposed on the plurality of pixel electrodes, the plurality of light emitting elements comprising a first semiconductor layer; a semiconductor pattern disposed on the first semiconductor layer; a common electrode layer disposed on the semiconductor pattern; and a void disposed between the first semiconductor layer and the common electrode layer and adjacent to the semiconductor pattern, wherein the plurality of light emitting elements comprise a first light emitting element and a second light emitting element. a plurality of pixel electrodes spaced apart from each other on a substrate; a plurality of light emitting elements disposed on the plurality of pixel electrodes, the plurality of light emitting elements comprising a first semiconductor layer; a semiconductor pattern disposed on the first semiconductor layer; a common electrode layer disposed on the semiconductor pattern; and a void disposed between the first semiconductor layer and the common electrode layer and adjacent to the semiconductor pattern, wherein the plurality of light emitting elements comprise a first light emitting element and a second light emitting element.
An article of footwear, comprising: a bootie (no) configured to enclose a wearer's foot; a midsole secured to the bootie; a knit upper secured on the bootie such that the knit upper covers an exterior surface of the bootie and the midsole; and an outsole secured to the midsole, wherein the knit upper is secured to the bootie by a seam tape. a bootie (no) configured to enclose a wearer's foot; a midsole secured to the bootie; a knit upper secured on the bootie such that the knit upper covers an exterior surface of the bootie and the midsole; and an outsole secured to the midsole, wherein the knit upper is secured to the bootie by a seam tape.
A saddle-type vehicle comprising: a head pipe pivotally supporting a steering system; a down frame extending backward and downward from the head pipe; a leg shield covering the down frame and also covering legs of a rider from front; a front wheel mounted at a lower end of the steering system; a hydraulic brake device for applying braking force to the front wheel; and an ABS modulator for adjusting the braking force of the brake device; and the ABS modulator is mounted on the down frame within the leg shield; characterised in that the saddle-type vehicle comprises: a battery mounted in front of the head pipe; a fuse placed on the left side of the battery; and a main harness connected with the fuse; in that the ABS modulator is offset to the left side of the down frame in a right-left direction; and in that the main harness is laid so as to run in front of the battery toward the right side of the down frame in the right-left direction. a head pipe pivotally supporting a steering system; a down frame extending backward and downward from the head pipe; a leg shield covering the down frame and also covering legs of a rider from front; a front wheel mounted at a lower end of the steering system; a hydraulic brake device for applying braking force to the front wheel; and an ABS modulator for adjusting the braking force of the brake device; and the ABS modulator is mounted on the down frame within the leg shield; characterised in that the saddle-type vehicle comprises: a battery mounted in front of the head pipe; a fuse placed on the left side of the battery; and a main harness connected with the fuse; in that the ABS modulator is offset to the left side of the down frame in a right-left direction; and in that the main harness is laid so as to run in front of the battery toward the right side of the down frame in the right-left direction. a battery mounted in front of the head pipe; a fuse placed on the left side of the battery; and a main harness connected with the fuse; in that the ABS modulator is offset to the left side of the down frame in a right-left direction; and in that the main harness is laid so as to run in front of the battery toward the right side of the down frame in the right-left direction.
A client terminal, wherein the client terminal is arranged to receive, from a content server, a content analysis environment, and to receive content for analysis within the content analysis environment once the content analysis environment has been established; wherein the client terminal is further arranged to: download the content from the content server into the content analysis environment; encrypt the downloaded content and store the encrypted content in the client terminal in a persistent form; decrypt the encrypted content into working memory in the client terminal for analysis within content analysis environment; encrypt analysed content and store the encrypted analysed content in the client terminal in a persistent form; and decrypt the encrypted analysed content and upload the decrypted analysed content to the content server, wherein the content analysis environment is arranged to provide an analysis window, in which the decrypted content is examined for analysis, wherein the content analysis environment is arranged to provide an analysed content window, in which the analysed content is received, and wherein the content analysis environment is arranged such that when a destination of a potential paste operation becomes a location outside of the content analysis environment, data residing in a clipboard and sourced from within the content analysis environment is expunged from the clipboard or data residing in a screen-dump buffer is expunged from the screen-dump buffer. download the content from the content server into the content analysis environment; encrypt the downloaded content and store the encrypted content in the client terminal in a persistent form; decrypt the encrypted content into working memory in the client terminal for analysis within content analysis environment; encrypt analysed content and store the encrypted analysed content in the client terminal in a persistent form; and decrypt the encrypted analysed content and upload the decrypted analysed content to the content server, wherein the content analysis environment is arranged to provide an analysis window, in which the decrypted content is examined for analysis, wherein the content analysis environment is arranged to provide an analysed content window, in which the analysed content is received, and wherein the content analysis environment is arranged such that when a destination of a potential paste operation becomes a location outside of the content analysis environment, data residing in a clipboard and sourced from within the content analysis environment is expunged from the clipboard or data residing in a screen-dump buffer is expunged from the screen-dump buffer.
A colored polyimide film comprising: i) 48 to 94 weight percent of a polyimide, the polyimide is derived from at least one aromatic diamine and at least one aromatic dianhydride; ii) 5 to 25 weight percent of a pigment; iii) 0.05 to 2 weight percent of a carbon black; wherein the colored polyimide film has a thickness is from 8 to 152 microns; and wherein the colored polyimide film has an optical density of at least 1.4 as measured with a Macbeth TD904 optical densitometer. i) 48 to 94 weight percent of a polyimide, the polyimide is derived from at least one aromatic diamine and at least one aromatic dianhydride; ii) 5 to 25 weight percent of a pigment; iii) 0.05 to 2 weight percent of a carbon black; wherein the colored polyimide film has a thickness is from 8 to 152 microns; and wherein the colored polyimide film has an optical density of at least 1.4 as measured with a Macbeth TD904 optical densitometer.
A multifunctional polarizing filter suitable to be attached to a front side of a lens of a digital camera that is used for testing equipment, measuring equipment and medical equipment, and functions as a polarizing filter and an ultraviolet cut filter, the multifunctional polarizing filter comprising: a main body that includes an ultraviolet cut glass substrate that is positioned on a light-incident side, and a transmitting glass substrate that is positioned on a camera side, the main body being bonded by only a first and second adhesive (10, 8), a surface of the ultraviolet cut glass substrate positioned on the light-incident side being polished, and coated with an antireflection coating, an ultraviolet cut thin film formed of a dielectric multilayer film being stacked on a surface of the ultraviolet cut glass substrate positioned on the camera side, a polarizing filter being bonded to a surface of the transmitting glass substrate positioned on the light-incident side through the first adhesive, a surface of the transmitting glass substrate positioned on the camera side being polished, and coated with an antireflection coating, and the ultraviolet cut glass substrate and the transmitting glass substrate being integrated through the second adhesive. a main body that includes an ultraviolet cut glass substrate that is positioned on a light-incident side, and a transmitting glass substrate that is positioned on a camera side, the main body being bonded by only a first and second adhesive (10, 8), a surface of the ultraviolet cut glass substrate positioned on the light-incident side being polished, and coated with an antireflection coating, an ultraviolet cut thin film formed of a dielectric multilayer film being stacked on a surface of the ultraviolet cut glass substrate positioned on the camera side, a polarizing filter being bonded to a surface of the transmitting glass substrate positioned on the light-incident side through the first adhesive, a surface of the transmitting glass substrate positioned on the camera side being polished, and coated with an antireflection coating, and the ultraviolet cut glass substrate and the transmitting glass substrate being integrated through the second adhesive.
A multi-well assay plate, comprising: a transparent plate base, which defines the bottom of a plurality of sample wells; a scaffold layer disposed on the plate base, which scaffold layer provides a porous three-dimensional network of electrospun polymer nanofibres in each of said sample wells, wherein the thickness of the scaffold layer in each of said sample wells is from 10 μm to 150 μm and the mean diameter of the polymer nanofibres is from 500 nm to 10 μm; and a plate frame, which defines the side walls of said sample wells; wherein the plate frame is opaque and is welded to the plate base through the scaffold layer. a transparent plate base, which defines the bottom of a plurality of sample wells; a scaffold layer disposed on the plate base, which scaffold layer provides a porous three-dimensional network of electrospun polymer nanofibres in each of said sample wells, wherein the thickness of the scaffold layer in each of said sample wells is from 10 μm to 150 μm and the mean diameter of the polymer nanofibres is from 500 nm to 10 μm; and a plate frame, which defines the side walls of said sample wells; wherein the plate frame is opaque and is welded to the plate base through the scaffold layer.
A dual configuration aircraft lavatory for single person use or assisted person use comprising: a plurality of walls (103,104,105, 106, 107), the plurality of walls enclosing a first subarea, a second subarea, a third subarea and a fourth subarea combined to define a cross-sectional area enclosed by the plurality of walls, a washing station inside the lavatory and corresponding to the first subarea; a toilet inside the lavatory and corresponding to the second subarea; a floor area directly below an unobstructed space sufficient for substantial occupation by an adult human, the floor area corresponding to the third subarea; and a waste receptacle movable between a first position and a second position, wherein the waste receptacle is in the first position when releasably attached to one or more of the plurality of walls, the waste receptacle being inside the lavatory and corresponding to the fourth subarea when in the first position, and wherein the waste receptacle is in the second position when the third and fourth subareas are both free of obstructions so that two adult humans can substantially occupy a combined space above the third and fourth subareas. a plurality of walls (103,104,105, 106, 107), the plurality of walls enclosing a first subarea, a second subarea, a third subarea and a fourth subarea combined to define a cross-sectional area enclosed by the plurality of walls, a washing station inside the lavatory and corresponding to the first subarea; a toilet inside the lavatory and corresponding to the second subarea; a floor area directly below an unobstructed space sufficient for substantial occupation by an adult human, the floor area corresponding to the third subarea; and a waste receptacle movable between a first position and a second position, wherein the waste receptacle is in the first position when releasably attached to one or more of the plurality of walls, the waste receptacle being inside the lavatory and corresponding to the fourth subarea when in the first position, and wherein the waste receptacle is in the second position when the third and fourth subareas are both free of obstructions so that two adult humans can substantially occupy a combined space above the third and fourth subareas.
A large-diameter rotary electric machine rotor for a wind turbine, the rotor (3; 23) comprising: - a hub (4; 24) designed to rotate about an axis of rotation; - a tubular structure (5; 25) extending about the hub (4; 24) and supporting a plurality of active segments (6; 26) arranged about the axis of rotation; and - a radial structure (7; 27) for connecting the hub (4; 24) to the tubular structure (5; 25); wherein the tubular structure (5; 25) is divided into a plurality of sectors (8; 28) connectable selectively to the radial structure (7; 27) independently of the other sectors (8; 28); characterized in that each sector (8; 28) is connectable to the radial structure (7; 27) to slide in a direction parallel to the axis of rotation. - a hub (4; 24) designed to rotate about an axis of rotation; - a tubular structure (5; 25) extending about the hub (4; 24) and supporting a plurality of active segments (6; 26) arranged about the axis of rotation; and - a radial structure (7; 27) for connecting the hub (4; 24) to the tubular structure (5; 25);
A method for prolonging the shelf-life of organic matter comprising the use of palladium doped hydrogen-ZSM-5 to adsorb volatile organic compounds (VOCs) derived from the organic matter, wherein the Si:Al ratio of the hydrogen-ZSM-5 is less than or equal to 100:1.
A welding member having excellent formability for a wheel rim weld portion, including a weld portion obtained by flash butt welding two steel plates using an electrode: wherein hardness of the weld portion is 220 to 270 Hv, the weld portion satisfies d < 0.25 T in which d is a shortest distance between fine-grained heat affected zones (HAZs) formed on left and right of the weld portion in a facing manner and T is a thickness of a welding target material, and the weld portion satisfies L/T > 2 in which L is an overall length of an upset part forming the weld portion, and an average grain diameter of a coarse-grained HAZ portion forming the weld portion is 100 μm or less, and an average grain diameter of the fine-grained HAZ portion is 10 μm or less.
Device for supporting a child, comprising: an undercarriage with a pivotable transverse connection, wherein the undercarriage is collapsible in a first direction by means of pivoting the pivotable transverse connection; an upper carriage pivotally coupled to the undercarriage, wherein the undercarriage and upper carriage can rotate toward each other; a transmission for converting a relative rotation movement of the undercarriage and the upper carriage toward each other to a collapsing movement of the pivotable transverse connection; wherein the device is movable between: a collapsed position wherein the undercarriage is folded down; and a position of use wherein the upper carriage extends at an angle relative to the undercarriage; characterized in that the device comprises a connecting arm (31, 32, 435) between the undercarriage and the upper carriage, wherein the connecting arm (31, 32,,435) is coupled slidably and pivotally to the undercarriage or the upper carriage and is connected pivotally to the other of the undercarriage or the upper carriage. an undercarriage with a pivotable transverse connection, wherein the undercarriage is collapsible in a first direction by means of pivoting the pivotable transverse connection; an upper carriage pivotally coupled to the undercarriage, wherein the undercarriage and upper carriage can rotate toward each other; a transmission for converting a relative rotation movement of the undercarriage and the upper carriage toward each other to a collapsing movement of the pivotable transverse connection; wherein the device is movable between: a collapsed position wherein the undercarriage is folded down; and a position of use wherein the upper carriage extends at an angle relative to the undercarriage; characterized in that the device comprises a connecting arm (31, 32, 435) between the undercarriage and the upper carriage, wherein the connecting arm (31, 32,,435) is coupled slidably and pivotally to the undercarriage or the upper carriage and is connected pivotally to the other of the undercarriage or the upper carriage. a collapsed position wherein the undercarriage is folded down; and a position of use wherein the upper carriage extends at an angle relative to the undercarriage; characterized in that the device comprises a connecting arm (31, 32, 435) between the undercarriage and the upper carriage, wherein the connecting arm (31, 32,,435) is coupled slidably and pivotally to the undercarriage or the upper carriage and is connected pivotally to the other of the undercarriage or the upper carriage.
A system for grasping tissue comprising: a main body comprising a barrel portion having a lumen extending therethrough and a shuttle pin at least partially positioned in the lumen; a first jaw rotatably coupled to the main body; a second jaw; a proximal arm extending from the first jaw; and a delivery device comprising an actuation rod and a coupling magnet configured to releasably magnetically couple to the main body, wherein the system is configured such that a force applied to the proximal arm via the shuttle pin rotates the first jaw relative to the second jaw. a main body comprising a barrel portion having a lumen extending therethrough and a shuttle pin at least partially positioned in the lumen; a first jaw rotatably coupled to the main body; a second jaw; a proximal arm extending from the first jaw; and a delivery device comprising an actuation rod and a coupling magnet configured to releasably magnetically couple to the main body, wherein the system is configured such that a force applied to the proximal arm via the shuttle pin rotates the first jaw relative to the second jaw.
Rapid fixation for spectacle side-piece comprising a first element equipped with a flexible strip configured to engage with a window positioned on a second element where the first element comprises means for guiding and limiting deformation of the flexible strip, characterised by the fact that the guiding means are constituted of a transversal channel to the first element configured to receive a rod connected to the flexible strip so as to laterally guide the bending deformation of the flexible strip and in that the rod is provided at the free end thereof of a protrusion configured to limit the articulation of the rod through the channel in opening.
A preparation method for acetylated sodium hyaluronate, characterized in that, the preparation method comprises the following steps: in the protective atmosphere of inert gas, dissolving a hyaluronate in an organic solvent until a homogeneous phase is formed, adding the water absorbent, decreasing a temperature of the reaction system to 10°C - -5°C, dropwise adding acetic anhydride to the reaction system, then dropwise adding a DMAP-toluene solution to the reaction system, after reacting for a certain time, heating the reaction system to 40°C - 70°C for reacting for a certain time to obtain a reaction liquid, and subjecting the reaction liquid to post treatment, separation, purification, and drying to obtain a product; wherein a mass ratio of the hyaluronate to the acetic anhydride ranges from 1:1 to 1:5, an average molecular weight of the hyaluronate ranges from 5 KDa to 5000 KDa.
A flame-retardant vibration isolation rubber composition comprising: the following ingredient as a rubber component; and the following ingredients to, wherein is diene-based rubber, is a halogen-based flame retardant, is a metal molybdate compound, and is a metal hydroxide, and further comprising: a 12-hydroxystearic acid compound as ingredient. the following ingredient as a rubber component; and the following ingredients to, wherein is diene-based rubber, is a halogen-based flame retardant, is a metal molybdate compound, and is a metal hydroxide, and is diene-based rubber, is a halogen-based flame retardant, is a metal molybdate compound, and is a metal hydroxide, and further comprising: a 12-hydroxystearic acid compound as ingredient.
An induction heating cooker comprising a bridge rectifier that converts the alternative current to direct current, a DC-line inductor and a DC-line capacitor disposed at the output of the bridge rectifier, a parallel resonant circuit having an induction coil and a resonant capacitor, and a power switch having an IGBT and a freewheel diode connected in parallel to the IGBT, which changes to the conducting state in the closed position and provides the resonant capacitor to be charged, providing the delivery of the energy stored in the resonant capacitor to the vessel by means of the induction coil in the open position and a control unit which regulates the operation of the power switch, characterized by a voltage change detection circuit connected in parallel to the DC-line capacitor and which detects the voltage changes on the DC-line capacitor and the control unit which detects the value of the current that passes through the IGBT and the freewheel diode in the open and closed positions of the power switch according to the signals received from the voltage change detection circuit.
Dental material which contains (a) at least one di- or polyfunctional radically polymerisable (meth)acrylate monomer, (b) at least one organic halogen compound, (c) at least one transition metal compound, and (d) at least one reducing agent, wherein the dental material does not contain peroxides, (a) at least one di- or polyfunctional radically polymerisable (meth)acrylate monomer, (b) at least one organic halogen compound, (c) at least one transition metal compound, and (d) at least one reducing agent, wherein the dental material does not contain peroxides,