mhurhangee/ep-ind-claims huggingface dataset:
A telephone serving to make an audio speech comprising: a main body case having a front surface and a back surface, wherein the front surface is provided with a receiver that outputs an audio received by the telephone, a microphone that receives a voice of a speaker and outputs an audio, and a display part that displays an image, the back surface is provided with a slip preventing part which prevents the telephone from being dropped, the display part is arranged between the receiver and the microphone, and the slip preventing part is arranged in an opposite side to the display part on the back surface, characterized in that the slip preventing part is detachably attached to an attaching part formed on the back surface of the main body case, and, under the attached state, lower ends of all outer peripheral surfaces of the slip preventing part are arranged so as to be inserted and sunk into the main body case from the back surface of the main body case, wherein the attaching part formed on the back surface of the main body case is formed to be recessed and the slip preventing part is attached to the recessed part, wherein the slip preventing part has an inverted U shape, wherein the slip preventing part is a flexible member. a main body case having a front surface and a back surface, wherein the front surface is provided with a receiver that outputs an audio received by the telephone, a microphone that receives a voice of a speaker and outputs an audio, and a display part that displays an image, the back surface is provided with a slip preventing part which prevents the telephone from being dropped, the display part is arranged between the receiver and the microphone, and the slip preventing part is arranged in an opposite side to the display part on the back surface, characterized in that the slip preventing part is detachably attached to an attaching part formed on the back surface of the main body case, and, under the attached state, lower ends of all outer peripheral surfaces of the slip preventing part are arranged so as to be inserted and sunk into the main body case from the back surface of the main body case, wherein the attaching part formed on the back surface of the main body case is formed to be recessed and the slip preventing part is attached to the recessed part, wherein the slip preventing part has an inverted U shape, wherein the slip preventing part is a flexible member.
An Illumination device, comprising: a light emitting diode; a reflector, wherein the reflector comprises a composition comprising polycarbonate; 12.5 wt% to 15 wt% titanium dioxide, based upon a total weight of the polycarbonate composition; an optional flame retardant; and an optional UV stabilizer; wherein the composition has a reflectance of greater than or equal to 96.5% as determined by reflectance measurements using a Gretag Macbeth Coloreye spectrophotometer (D65 light source, 10 degree observer, UV included) made at a wavelength of 680 nm; wherein the composition is free of metallization and relies only on the titanium dioxide to provide the reflectance; and a lens in physical contact with the reflector. a light emitting diode; a reflector, wherein the reflector comprises a composition comprising polycarbonate; 12.5 wt% to 15 wt% titanium dioxide, based upon a total weight of the polycarbonate composition; an optional flame retardant; and an optional UV stabilizer; wherein the composition has a reflectance of greater than or equal to 96.5% as determined by reflectance measurements using a Gretag Macbeth Coloreye spectrophotometer (D65 light source, 10 degree observer, UV included) made at a wavelength of 680 nm; wherein the composition is free of metallization and relies only on the titanium dioxide to provide the reflectance; and polycarbonate; 12.5 wt% to 15 wt% titanium dioxide, based upon a total weight of the polycarbonate composition; an optional flame retardant; and an optional UV stabilizer; wherein the composition has a reflectance of greater than or equal to 96.5% as determined by reflectance measurements using a Gretag Macbeth Coloreye spectrophotometer (D65 light source, 10 degree observer, UV included) made at a wavelength of 680 nm; wherein the composition is free of metallization and relies only on the titanium dioxide to provide the reflectance; and a lens in physical contact with the reflector.
A wind power generation tower comprising a wind collection part and an energy conversion part, the wind power generation tower having a plurality of layers of wind inlets, through which wind is introduced such that the introduced wind passes through an interior of the wind power generation tower and is discharged to the outside, wherein the wind collection part has a plurality of wind inlets and a plurality of wind outlets, a plurality of wind guide walls being radially disposed along the center of the wind power generation tower such that the wind introduced via the wind inlets flows in one radial direction of the energy conversion part through the wind outlets, wherein the plurality of wind guide walls of the wind collection part are inclined at the same angle and radially disposed along the center of the wind power generation tower such that the wind introduced via the wind inlets flows in one radial direction of the energy conversion part, characterized in that said wind power generation tower further comprises a vertical shaft wind power turbine having vertical blades in a space formed at the center of each of the layers of the wind power generation tower is installed in the energy conversion part such that a wind passage having a distance of a least one meter in a radial direction is formed between the wind guide walls and the vertical blades, and the wind introduced via the wind inlets and the wind outlets of the wind collection part flows along the wind passage formed in one radial direction of the energy conversion part and is discharged to the outside of the wind power generation tower.
A packaging system for storing a bioprosthetic device, wherein the packaging system maintains a target relative humidity across a temperature range, the packaging system comprising: a sealed package defining an internal space having an internal volume; at least one bioprosthetic device disposed within the internal space; and at least one humidity control device disposed within the internal space, the humidity control device having a barrier defining an enclosed space and a humidity control solution comprising glycerol in the enclosed space; wherein at least a portion of the barrier comprises a gas-permeable membrane; wherein the target relative humidity is provided within the internal volume of the sealed package; and wherein the humidity control device maintains the target relative humidity across the temperature range by selectively liberating and absorbing water vapor. a sealed package defining an internal space having an internal volume; at least one bioprosthetic device disposed within the internal space; and at least one humidity control device disposed within the internal space, the humidity control device having a barrier defining an enclosed space and a humidity control solution comprising glycerol in the enclosed space; wherein at least a portion of the barrier comprises a gas-permeable membrane; wherein the target relative humidity is provided within the internal volume of the sealed package; and wherein the humidity control device maintains the target relative humidity across the temperature range by selectively liberating and absorbing water vapor.
A shower column comprising - a column body having a main longitudinal extension axis (Y-Y), - said column body extending from a lower end, where it is shaped to be fluidly connected to a water connection, to an upper end, where it comprises or supports a water supply point, - said column body sliding along said main longitudinal extension axis (Y-Y), - a wall mount for the column body, between the lower end and the upper end, comprising a first end at least partially surrounding a portion of the side wall of the column body and a second end shaped to lock the column body to a wall or panel, - locking/unlocking means of the column body with respect to said main longitudinal extension axis (Y-Y), wherein - said locking/unlocking means comprise a pusher, arranged at the first end of the wall mount, the pusher being movable from an extracted or locked position, wherein it abuts against said side wall of the column body so as to lock the column body in position, to a retracted position, wherein it does not interfere with the column body, characterized in that said pusher is joined to the wall mount according to a screw-type connection, along said transverse direction (X-X), wherein the pusher is equipped with an operating lever accessible from the outside of the wall mount, to achieve the roto-translation of the pusher with respect to the wall mount, wherein said wall mount comprises a slot that delimits two rotational end stops of the operating lever in locking and unlocking the column body. - a column body having a main longitudinal extension axis (Y-Y), - said column body extending from a lower end, where it is shaped to be fluidly connected to a water connection, to an upper end, where it comprises or supports a water supply point, - said column body sliding along said main longitudinal extension axis (Y-Y), - a wall mount for the column body, between the lower end and the upper end, comprising a first end at least partially surrounding a portion of the side wall of the column body and a second end shaped to lock the column body to a wall or panel, - locking/unlocking means of the column body with respect to said main longitudinal extension axis (Y-Y), - said locking/unlocking means comprise a pusher, arranged at the first end of the wall mount, the pusher being movable from an extracted or locked position, wherein it abuts against said side wall of the column body so as to lock the column body in position, to a retracted position, wherein it does not interfere with the column body, characterized in that said pusher is joined to the wall mount according to a screw-type connection, along said transverse direction (X-X), wherein the pusher is equipped with an operating lever accessible from the outside of the wall mount, to achieve the roto-translation of the pusher with respect to the wall mount, wherein said wall mount comprises a slot that delimits two rotational end stops of the operating lever in locking and unlocking the column body.
A catalyst carrier for insertion in a reactor tube of a tubular reactor, said catalyst carrier comprising: an annular container for holding catalyst in use, said container having a perforated inner container wall defining an inner channel, a perforated outer container wall, a top surface closing the annular container and a bottom surface closing the annular container; a surface closing the bottom of said inner channel formed by the inner container wall of the annular container; a carrier outer wall extending from the bottom surface to the top surface; a seal extending from the container by a distance which extends beyond the carrier outer wall; said carrier outer wall having apertures located below the seal such that the reactant(s) enters the annular container through the perforated inner container wall and flow radially towards the perforated outer container wall wherein the carrier outer wall directs reactant(s) and product upwardly between the inner surface of the carrier outer wall and the perforated outer container wall of the annular container until they reach the apertures in the carrier outer wall. an annular container for holding catalyst in use, said container having a perforated inner container wall defining an inner channel, a perforated outer container wall, a top surface closing the annular container and a bottom surface closing the annular container; a surface closing the bottom of said inner channel formed by the inner container wall of the annular container; a carrier outer wall extending from the bottom surface to the top surface; a seal extending from the container by a distance which extends beyond the carrier outer wall; said carrier outer wall having apertures located below the seal such that the reactant(s) enters the annular container through the perforated inner container wall and flow radially towards the perforated outer container wall wherein the carrier outer wall directs reactant(s) and product upwardly between the inner surface of the carrier outer wall and the perforated outer container wall of the annular container until they reach the apertures in the carrier outer wall.
A system for determining eye length, comprising: an optical coherence tomography OCT interferometer device operable to send and receive light along a reference path and a sample path; a processing device operable to receive a signal from the OCT interferometer indicating a measured position of the front surfaces of the cornea and the retina, and using this signal to determine the eye length, characterized by further comprising a switching element in communication with the OCT interferometer and positioned along the sample path or the reference path, the switching element operable to alternately match the length of the reference path by alternately directing the light along a) a cornea sample path, preferably including a delay line, and b) a retina sample path, the switching element accomplishing the alternate matching at a speed in the order of milliseconds so that the eye cannot move more than 2 microns during a measurement. an optical coherence tomography OCT interferometer device operable to send and receive light along a reference path and a sample path; a processing device operable to receive a signal from the OCT interferometer indicating a measured position of the front surfaces of the cornea and the retina, and using this signal to determine the eye length, a) a cornea sample path, preferably including a delay line, and b) a retina sample path, the switching element accomplishing the alternate matching at a speed in the order of milliseconds so that the eye cannot move more than 2 microns during a measurement.
A method for Discontinuous Reception, DRX, operation, comprising: while a user equipment, UE, is in Discontinuous Reception, DRX, operation in an LTE_ACTIVE state, detecting that no data is received within a predetermined number of DRX cycles; and in response to the detecting, increasing, by the UE, a length of the DRX, characterized in that: before the detecting, a radio resource control, RRC message is received by the UE from an enhanced node B, eNB, signaling a rule dictating how the length of the DRX is to be increased if no data is received within a number of DRX cycles; wherein the UE automatically increases the length of the DRX in response to the detecting that no data is received within a predetermined number of DRX cycles; and wherein the automatic increase in the length of the DRX comprises increasing the length of the DRX to the next larger value as identified by the rule signaled to the UE in advance of the UE in DRX detecting that no data has been received. while a user equipment, UE, is in Discontinuous Reception, DRX, operation in an LTE_ACTIVE state, detecting that no data is received within a predetermined number of DRX cycles; and in response to the detecting, increasing, by the UE, a length of the DRX, characterized in that: before the detecting, a radio resource control, RRC message is received by the UE from an enhanced node B, eNB, signaling a rule dictating how the length of the DRX is to be increased if no data is received within a number of DRX cycles; wherein the UE automatically increases the length of the DRX in response to the detecting that no data is received within a predetermined number of DRX cycles; and wherein the automatic increase in the length of the DRX comprises increasing the length of the DRX to the next larger value as identified by the rule signaled to the UE in advance of the UE in DRX detecting that no data has been received. before the detecting, a radio resource control, RRC message is received by the UE from an enhanced node B, eNB, signaling a rule dictating how the length of the DRX is to be increased if no data is received within a number of DRX cycles; wherein the UE automatically increases the length of the DRX in response to the detecting that no data is received within a predetermined number of DRX cycles; and wherein the automatic increase in the length of the DRX comprises increasing the length of the DRX to the next larger value as identified by the rule signaled to the UE in advance of the UE in DRX detecting that no data has been received.
An encoder for encoding an input video bitstream to produce an encoded output bitstream, comprising: - a base encoder for encoding the input video bitstream in an encoded base stream, and for providing a decoded base stream; - an enhancement unit for enhancing the decoded base stream based on enhancement control parameters; - a first picture content parameter unit for extracting an enhanced picture content parameter value or values for at least one picture content parameter from the enhanced base stream; - a second picture content parameter unit for extracting an input picture content parameter value or values for said at least one picture content parameter from the input video bitstream; - comparison means (226, 228) for comparing the enhanced picture content parameters with the input picture content parameters; characterised in that the encoder further comprises: - a control unit for receiving an output from the comparison means and for calculating, from a result of said comparing, said enhancement control parameters which will minimize the difference between the input picture content parameter value or values and the enhanced picture content parameter value or values; - means (214, 240) for forming the output bitstream, incorporating the encoded base stream and the calculated enhancement control parameters into the encoded output bitstream. - a base encoder for encoding the input video bitstream in an encoded base stream, and for providing a decoded base stream; - an enhancement unit for enhancing the decoded base stream based on enhancement control parameters; - a first picture content parameter unit for extracting an enhanced picture content parameter value or values for at least one picture content parameter from the enhanced base stream; - a second picture content parameter unit for extracting an input picture content parameter value or values for said at least one picture content parameter from the input video bitstream; - comparison means (226, 228) for comparing the enhanced picture content parameters with the input picture content parameters; - a control unit for receiving an output from the comparison means and for calculating, from a result of said comparing, said enhancement control parameters which will minimize the difference between the input picture content parameter value or values and the enhanced picture content parameter value or values; - means (214, 240) for forming the output bitstream, incorporating the encoded base stream and the calculated enhancement control parameters into the encoded output bitstream.
Rotary compressor arrangement comprising a body centered at a shaft axis and a cylindrical piston eccentrically arranged with respect to the body such that a chamber is created between them, the arrangement further comprising a satellite element arranged at an offset axis and orbiting around the shaft axis such that the orbiting of the satellite element entrains in rotation around the shaft axis the cylindrical piston over the body, the relative distance between the axis (X, Y) being such that a contact between the body and the cylindrical piston within the chamber is ensured during rotation of the cylindrical piston.
A conductive cellulose-based resin composition comprising a cellulose acetate having a total degree of acetyl substitution of 0.5 to 1.1 and at least one carbon material selected from the group consisting of single-walled carbon nanotube, multi-walled carbon nanotube, single-layer graphene, multi-layer graphene, fullerene, and carbon black; wherein the volume resistivity of the conductive cellulose-based resin composition is 10 -3 to 20 Ω·cm.
A method for mounting strings of alphanumeric characters, symbols on fabrics, comprising: - a first step of positioning a string of alphanumeric characters, symbols on a first presser of a press, - a second step of positioning a string of supporting elements on a second presser of said press which correspond to said alphanumeric characters, symbols, - a third step of positioning a fabric onto which said alphanumeric characters, symbols are to be fixed between said first and second pressers (11, 31), - a press closing step for pressing said alphanumeric characters, symbols onto said corresponding supporting elements with said fabric interposed for the mutual fixing of said alphanumeric characters, symbols in with said corresponding supporting elements, - a press opening step for extracting said fabric from said press, characterized in that said alphanumeric characters, symbols are mounted, before said first step, in first positioning means, which define a plurality of mutually independent seats, one for each one of said alphanumeric characters, symbols, said first positioning means being removable once the characters have been fixed, and in that second positioning means are provided, which define a plurality of mutually independent seats, one for each one of said supporting elements that correspond to said alphanumeric characters, symbols, said second positioning means being removable once the characters have been fixed. - a first step of positioning a string of alphanumeric characters, symbols on a first presser of a press, - a second step of positioning a string of supporting elements on a second presser of said press which correspond to said alphanumeric characters, symbols, - a third step of positioning a fabric onto which said alphanumeric characters, symbols are to be fixed between said first and second pressers (11, 31), - a press closing step for pressing said alphanumeric characters, symbols onto said corresponding supporting elements with said fabric interposed for the mutual fixing of said alphanumeric characters, symbols in with said corresponding supporting elements, - a press opening step for extracting said fabric from said press,
A process for the production of a puffed polysaccharide-based material, the process comprising the following steps: (a) providing at least one polysaccharide-containing ground material excluding fibrillated cellulose-containing materials; (b) providing at least one extrusion aid; (c) combining the polysaccharide-containing ground material provided in step (a) and the extrusion aid provided in step (b) to obtain a mixture; and (d) puffing the mixture obtained in step (c) by means of an extruder to obtain a puffed polysaccharide-based extrudate; characterized in that said extrusion aid provided in step (b) is a surface-reacted calcium carbonate, wherein the surface-reacted calcium carbonate is a reaction product of ground natural calcium carbonate (GNCC) or precipitated calcium carbonate treated with CO 2 and one or more H 3 O + ion donors and wherein the CO 2 is formed in situ by the H 3 O + ion donors treatment and/or is supplied from an external source. (a) providing at least one polysaccharide-containing ground material excluding fibrillated cellulose-containing materials; (b) providing at least one extrusion aid; (c) combining the polysaccharide-containing ground material provided in step (a) and the extrusion aid provided in step (b) to obtain a mixture; and (d) puffing the mixture obtained in step (c) by means of an extruder to obtain a puffed polysaccharide-based extrudate;