mhurhangee/ep-ind-claims huggingface dataset:
A method for preparing a modified polyester comprising the following steps: preparation of terephthalic acid glycol ester: mixing terephthalic acid and branched diol to a first slurry, and carrying out a fis first esterification reaction under a catalytic action of concentrated sulfuric acid to obtain the terephthalic acid glycol ester, the branched diol referring to a diol in which the branch is located on one non-end group carbon in the diol and the branch is a linear carbon chain having 5 to 10 carbon atoms; preparation of ethylene terephthalate: mixing the terephthalic acid and ethylene glycol to a second slurry, and carrying out a second esterification reaction to obtain the ethylene terephthalate; preparation of the modified polyester: after said second esterification reaction in said step is completed, adding the terephthalic acid glycol ester prepared in said step, stirring and mixing, performing a polycondensation reaction under the action of a catalyst and a stabilizer, and under a condition of negative pressure, first in a low vacuum stage and then in a high vacuum stage to obtain said modified polyester. preparation of terephthalic acid glycol ester: mixing terephthalic acid and branched diol to a first slurry, and carrying out a fis first esterification reaction under a catalytic action of concentrated sulfuric acid to obtain the terephthalic acid glycol ester, the branched diol referring to a diol in which the branch is located on one non-end group carbon in the diol and the branch is a linear carbon chain having 5 to 10 carbon atoms; preparation of ethylene terephthalate: mixing the terephthalic acid and ethylene glycol to a second slurry, and carrying out a second esterification reaction to obtain the ethylene terephthalate; preparation of the modified polyester: after said second esterification reaction in said step is completed, adding the terephthalic acid glycol ester prepared in said step, stirring and mixing, performing a polycondensation reaction under the action of a catalyst and a stabilizer, and under a condition of negative pressure, first in a low vacuum stage and then in a high vacuum stage to obtain said modified polyester.
An electronic device (100,220) comprising: a housing (102, 222) comprising: a metal chassis having a base and a sidewall extending outwardly therefrom to define an interior, the metal chassis having an opening extending through the metal chassis, the metal chassis having first recesses (122, 124) positioned about the opening; characterised by a plastic part mechanically bonded to the metal chassis and to the first recesses (122, 124) of the metal of the chassis via first flow portions of the plastic part being positioned within the first recesses (122, 124), the plastic part spanning and filling the opening; and a support frame (136, 224) mounted at least partially within the housing (102, 222) such that the support frame increases rigidity of the housing by the support frame spanning a width and length of the plastic part. a housing (102, 222) comprising: a metal chassis having a base and a sidewall extending outwardly therefrom to define an interior, the metal chassis having an opening extending through the metal chassis, the metal chassis having first recesses (122, 124) positioned about the opening; a metal chassis having a base and a sidewall extending outwardly therefrom to define an interior, the metal chassis having an opening extending through the metal chassis, the metal chassis having first recesses (122, 124) positioned about the opening; characterised by a plastic part mechanically bonded to the metal chassis and to the first recesses (122, 124) of the metal of the chassis via first flow portions of the plastic part being positioned within the first recesses (122, 124), the plastic part spanning and filling the opening; and a support frame (136, 224) mounted at least partially within the housing (102, 222) such that the support frame increases rigidity of the housing by the support frame spanning a width and length of the plastic part. a plastic part mechanically bonded to the metal chassis and to the first recesses (122, 124) of the metal of the chassis via first flow portions of the plastic part being positioned within the first recesses (122, 124), the plastic part spanning and filling the opening; and a support frame (136, 224) mounted at least partially within the housing (102, 222) such that the support frame increases rigidity of the housing by the support frame spanning a width and length of the plastic part.
Sound-proofing utility, in particular a sound-screening unit, configured to limit, at least for a determined frequency range, the lateral emission of airborne sound caused by motorized road traffic, the sound-proofing utility comprising a plate (7,17,37) with an acoustically hard outer surface, wherein the plate comprises at least one sound-absorbing side, wherein the sound-absorbing side has a plurality of elongate cavity structures (10,28,29,45) arranged in the plate and debouching at the hard outer surface, and with resonance frequencies in the determined frequency range, for at least partially absorbing the sound incident on the sound-absorbing side, wherein the plate takes a monolithic form, wherein the inner surface of each of the cavity structures is manufactured from acoustically hard material and wherein the cavity structures are free of acoustically absorbing material and are grouped into different groups distributed over the side of the plate, wherein the cavity structures have mutually varying lengths (l 1,l n) within each group and wherein the porosity (P L) of the plate, defined as the summation of all surface areas of cavity structures of the same length divided by the overall surface area of the plate, amounts to between 0.5% and 5%.
A manufacturing method of a carbon-coated lithium iron phosphate material, characterized by comprising steps of: (a) providing a first slurry, a carbon source and a lithium source, wherein the first slurry is formed from an iron source and a phosphorus source; (b) mixing the first slurry, the carbon source and the lithium source to form a second slurry, and grinding the second slurry in a tank at a first temperature to form a third slurry, wherein the first temperature is ranged from 25 °C to 40 °C; and (c) drying and sintering the third slurry to form the carbon-coated lithium iron phosphate material including a core layer and a coating layer coated on the core layer, wherein the core layer comprises lithium, iron, and phosphorus, wherein the coating layer comprises carbon. (a) providing a first slurry, a carbon source and a lithium source, wherein the first slurry is formed from an iron source and a phosphorus source; (b) mixing the first slurry, the carbon source and the lithium source to form a second slurry, and grinding the second slurry in a tank at a first temperature to form a third slurry, wherein the first temperature is ranged from 25 °C to 40 °C; and (c) drying and sintering the third slurry to form the carbon-coated lithium iron phosphate material including a core layer and a coating layer coated on the core layer, wherein the core layer comprises lithium, iron, and phosphorus, wherein the coating layer comprises carbon.
A method for diagnosing that an individual does or does not have cancer, the method comprising: detecting, in a whole blood, plasma, or serum sample from an individual, a biomarker value that corresponds to CA6, wherein said individual is classified as having or not having cancer based on said biomarker value. detecting, in a whole blood, plasma, or serum sample from an individual, a biomarker value that corresponds to CA6, wherein said individual is classified as having or not having cancer based on said biomarker value.
A method of determining an analyte level by compensating for ambient temperature using a single temperature sensor, the method comprising: receiving a continuous sensor signal derived from an in vivo analyte sensor; detecting a temperature measurement or a temperature rate-of-change with a temperature sensor; determining, with a processor, whether the detected temperature exceeds a temperature threshold requirement or whether the temperature rate-of-change exceeds a temperature rate-of-change threshold requirement; and determining, with the processor, a temperature-compensated analyte sensor signal; wherein when the temperature threshold requirement is not exceeded and the temperature rate-of-change threshold requirement is not exceeded, the temperature-compensated analyte sensor signal is determined using the detected temperature; and characterised in that only when the temperature threshold requirement or the temperature rate-of-change threshold requirement is exceeded, the temperature-compensated analyte sensor signal is derived by applying a correction factor to the detected temperature measurement to compensate the detected temperature measurement for ambient temperature. receiving a continuous sensor signal derived from an in vivo analyte sensor; detecting a temperature measurement or a temperature rate-of-change with a temperature sensor; determining, with a processor, whether the detected temperature exceeds a temperature threshold requirement or whether the temperature rate-of-change exceeds a temperature rate-of-change threshold requirement; and determining, with the processor, a temperature-compensated analyte sensor signal; wherein when the temperature threshold requirement is not exceeded and the temperature rate-of-change threshold requirement is not exceeded, the temperature-compensated analyte sensor signal is determined using the detected temperature; and characterised in that only when the temperature threshold requirement or the temperature rate-of-change threshold requirement is exceeded, the temperature-compensated analyte sensor signal is derived by applying a correction factor to the detected temperature measurement to compensate the detected temperature measurement for ambient temperature.
A connection structure of an operation rod in which an engagement pair including an operation rod side engagement part and a connection object side engagement part formed between the operation rod and a connection object thereof is engaged with each other in a longitudinal direction of the operation rod to make connection comprising: a main body integrally formed with the operation rod side engagement part and extending in the longitudinal direction; a moving body disposed on an inner side of the main body and provided to move in the longitudinal direction relative to the main body, the moving body being urged toward the connection object side; and a floating piece loosely arranged in a through-hole formed in the main body to extend in a direction intersecting with the longitudinal direction, wherein the moving body is provided with a recessed part formed on a surface thereof opposing the main body at a position to which the through-hole is imaginarily projected when the moving body, being urged in the longitudinal direction, is in contact with the connection object side engagement part in a state of engagement, in which one end of the floating piece can be fitted in the recessed part. a main body integrally formed with the operation rod side engagement part and extending in the longitudinal direction; a moving body disposed on an inner side of the main body and provided to move in the longitudinal direction relative to the main body, the moving body being urged toward the connection object side; and a floating piece loosely arranged in a through-hole formed in the main body to extend in a direction intersecting with the longitudinal direction,
Member for gripping vessels which comprises: - a support that moves along a transport trajectory of the vessel; - a nose comprising a mandrel capable of holding in a neck of the vessel, the nose being fixed removably to a bottom axial end of the support; characterized in that the nose comprises an ejection plate which is mounted to slide axially around the mandrel between a cladding position in which the mandrel protrudes axially downwards and an uncladding position in which the mandrel is axially retracted above a bottom face of the plate. - a support that moves along a transport trajectory of the vessel; - a nose comprising a mandrel capable of holding in a neck of the vessel, the nose being fixed removably to a bottom axial end of the support;
A display device comprising: a substrate having a display area and a pad area; the display area comprising a thin film transistor on the substrate including a source electrode and a drain electrode; an anode electrode connected to the drain electrode; an organic light emitting film on the anode electrode; and a cathode electrode on the organic light emitting film; an encapsulation layer disposed on the display area including a first inorganic film, a first organic film on the first inorganic film, and a second inorganic film on the first organic film; a touch buffer layer on the second inorganic film of the encapsulation layer; a first touch electrode and a second touch electrode on the touch buffer layer; a touch insulating film disposed between the first touch electrode and the second touch electrode; a touch driving line (321a, 321b) disposed on the touch insulating film and connected to the first touch electrode; a touch pad in the pad area including an upper pad electrode and a lower pad electrode, wherein the lower pad electrode is a signal line which extends from the display area to the pad area and the upper pad electrode is the second touch electrode in contact with the signal line; wherein the second touch electrode is connected to a touch sensing line, and the touch sensing line is provided on a side surface of the encapsulation layer. a substrate having a display area and a pad area; the display area comprising a thin film transistor on the substrate including a source electrode and a drain electrode; an anode electrode connected to the drain electrode; an organic light emitting film on the anode electrode; and a cathode electrode on the organic light emitting film; an encapsulation layer disposed on the display area including a first inorganic film, a first organic film on the first inorganic film, and a second inorganic film on the first organic film; a touch buffer layer on the second inorganic film of the encapsulation layer; a first touch electrode and a second touch electrode on the touch buffer layer; a touch insulating film disposed between the first touch electrode and the second touch electrode; a touch driving line (321a, 321b) disposed on the touch insulating film and connected to the first touch electrode; a touch pad in the pad area including an upper pad electrode and a lower pad electrode, wherein the lower pad electrode is a signal line which extends from the display area to the pad area and the upper pad electrode is the second touch electrode in contact with the signal line; wherein the second touch electrode is connected to a touch sensing line, and the touch sensing line is provided on a side surface of the encapsulation layer.
An eyeglass frame, comprising: an outer frame; temples each being connected to each of opposite ends of the outer frame; an inner frame disposed inside the outer frame; and an attaching member to attach the inner frame to the outer frame, wherein the outer frame includes an outer front frame having right and left outer rims and an outer bridge connecting the right and left outer rims, and connection arms each extending backward from each of opposite ends of the outer front frame, wherein each of the right and left outer rims has a contour along an upper edge of each of eyeglass lenses attached to the inner frame, the inner frame including an inner front frame having right and left inner rims to hold the right and left eyeglass lenses, the attaching member including an inner bridge connecting the right and left inner rims of the inner frame and being attached to the outer frame to fix the inner frame to the outer frame, characterized in that the attaching member includes connection members, the connection members being distinct from the right and left inner rims and extending from opposite ends of the inner bridge of the inner front frame, an end portion of each of the connection members being connected to the outer rims of the outer front frame. an outer frame; temples each being connected to each of opposite ends of the outer frame; an inner frame disposed inside the outer frame; and an attaching member to attach the inner frame to the outer frame, wherein the outer frame includes an outer front frame having right and left outer rims and an outer bridge connecting the right and left outer rims, and connection arms each extending backward from each of opposite ends of the outer front frame, wherein each of the right and left outer rims has a contour along an upper edge of each of eyeglass lenses attached to the inner frame, the inner frame including an inner front frame having right and left inner rims to hold the right and left eyeglass lenses, the attaching member including an inner bridge connecting the right and left inner rims of the inner frame and being attached to the outer frame to fix the inner frame to the outer frame, characterized in that the attaching member includes connection members, the connection members being distinct from the right and left inner rims and extending from opposite ends of the inner bridge of the inner front frame, an end portion of each of the connection members being connected to the outer rims of the outer front frame.
A water-dilutable sol-gel composition based on the reaction of at least the following components: (i) a glycidyloxypropylalkoxysilane, (ii) an aqueous silica sol having a solids content of > 1% by weight, (iii)an organic acid as hydrolysis catalyst, and (iv) n-propyl zirconate as crosslinker, starting from a mass ratio of the solids mass of component (ii) to component (i) of 0.45 to 0.7, and the hydrolysis alcohol content of the said composition is < 3% by weight. (i) a glycidyloxypropylalkoxysilane, (ii) an aqueous silica sol having a solids content of > 1% by weight, (iii)an organic acid as hydrolysis catalyst, and (iv) n-propyl zirconate as crosslinker, starting from a mass ratio of the solids mass of component (ii) to component (i) of 0.45 to 0.7, and the hydrolysis alcohol content of the said composition is < 3% by weight.
Apparatus for the welding and/or the cutting, using ultrasound, of a thermofusible article incorporating, in a known manner, a body with, firstly, one part accommodating an oscillating mounting on which an assembly is secured, with an adjustment capability, consisting of a converter and a sonotrode and, secondly, one part accommodating a counterpart tool or anvil placed in alignment and in opposition to the sonotrode, with the assembly being servo-controlled by a system capable of modifying the gap width between the sonotrode and the anvil and the pressure exerted by the said sonotrode, characterized in that it is equipped with a system consisting of an off-center shaft operable in rotation from the exterior of the body and having a dual-shouldered cylindrical span engaged but able to rotate freely within the thickness of the mounting and one part of the body accommodating the mounting and an area with two threaded spans and protruding from the said part of the body, with one of the aforesaid threaded spans accommodating an operating knurled wheel to drive the rotation of the shaft, while the other accommodates a counterpart locking nut, with a driving of rotation of the aforesaid shaft causing a deflection of a few micrometers of the aforementioned mounting, so as to precisely readjust and maintain the adjustment of the said pressure and the said gap width when the apparatus is used in any position - including in an overturned position namely when the assembly is positioned below the anvil.
Suction head connectable to a vacuuming device, which is suitable in particular for sucking up a fluid and storing it in a reservoir, containing a suction inlet opening with at least a first inlet subsection, a second inlet subsection and a third inlet subsection, the first inlet subsection being connected by means of the second inlet subsection to the third inlet subsection in such a way that a fluid sucked in by the vacuuming device subsequently flows through the first, second and third inlet subsections (12, 13, 14) to the reservoir, a central longitudinal axis of the third inlet subsection being arranged substantially horizontally, so that the fluid flows out of the third inlet subsection into the reservoir substantially horizontally, an inlet opening of the first inlet subsection being positioned at the suction head that can be fitted on the reservoir, characterized in that the central longitudinal axis of the third inlet subsection and a central longitudinal axis of the first inlet subsection lie in a plane.
A sheet-metal turbine housing, comprising: a scroll part forming an exhaust gas channel of a scroll shape in a turbocharger for driving a turbine with exhaust gas of an engine, the scroll part comprising sheet metal; at least one scroll rib portion of a protrusion shape formed on an outer wall surface of the scroll part at a radially outer side of an inlet edge of a turbine blade along a circumferential direction of the scroll part, the at least one scroll rib portion protruding either outward or inward, or both, and the at least one scroll rib portion being formed by a bend or bend-back structure formed on the sheet metal itself which forms the scroll part; and a shroud part of the turbine housing, the shroud part comprising sheet metal, covering an outer peripheral edge of the turbine blade via a gap, and including at least one shroud rib portion of a protrusion shape formed on an outer wall surface of the shroud part, the at least one shroud rib portion being formed by a bend or bend-back structure of the sheet-metal itself which forms the shroud part, characterized in that the sheet-metal turbine housing further comprises: a reinforcement member wrapped by the at least one scroll rib portion and/or the at least one shroud rib portion, respectively, so as to be housed inside the bend or bend-back portion forming each of the at least one scroll rib portion and the at least one shroud rib portion. a scroll part forming an exhaust gas channel of a scroll shape in a turbocharger for driving a turbine with exhaust gas of an engine, the scroll part comprising sheet metal; at least one scroll rib portion of a protrusion shape formed on an outer wall surface of the scroll part at a radially outer side of an inlet edge of a turbine blade along a circumferential direction of the scroll part, the at least one scroll rib portion protruding either outward or inward, or both, and the at least one scroll rib portion being formed by a bend or bend-back structure formed on the sheet metal itself which forms the scroll part; and a shroud part of the turbine housing, the shroud part comprising sheet metal, covering an outer peripheral edge of the turbine blade via a gap, and including at least one shroud rib portion of a protrusion shape formed on an outer wall surface of the shroud part, the at least one shroud rib portion being formed by a bend or bend-back structure of the sheet-metal itself which forms the shroud part,