mhurhangee/ep-ind-claims huggingface dataset:
A method of forming a p-type diffusion layer, the method comprising: applying, on a semiconductor substrate, a composition for forming a p-type diffusion layer and conducting a thermal diffusion treatment; wherein the composition for forming a p-type diffusion layer comprises a glass powder and a dispersion medium, wherein the glass powder comprises at least one acceptor element-containing material selected from B 2 O 3, Al 2 O 3 and Ga 2 O 3 and at least one glass component material selected from SiO 2, K 2 O, Na 2 O, Li 2 O, BaO, SrO, CaO, MgO, BeO, ZnO, PbO, CdO, Tl 2 O, SnO, ZrO 2 and MoO 3, and the total amount of lifetime killer elements in the glass powder is 1000 ppm or less, characterized in that the glass powder is obtained by heating the at least one acceptor element-containing material and the at least one glass component material and preparing a melted liquid, vitrifying the melted liquid and pulverizing the resulting glass into a powder. applying, on a semiconductor substrate, a composition for forming a p-type diffusion layer and conducting a thermal diffusion treatment; wherein the composition for forming a p-type diffusion layer comprises a glass powder and a dispersion medium, wherein the glass powder comprises at least one acceptor element-containing material selected from B 2 O 3, Al 2 O 3 and Ga 2 O 3 and at least one glass component material selected from SiO 2, K 2 O, Na 2 O, Li 2 O, BaO, SrO, CaO, MgO, BeO, ZnO, PbO, CdO, Tl 2 O, SnO, ZrO 2 and MoO 3, and the total amount of lifetime killer elements in the glass powder is 1000 ppm or less, characterized in that the glass powder is obtained by heating the at least one acceptor element-containing material and the at least one glass component material and preparing a melted liquid, vitrifying the melted liquid and pulverizing the resulting glass into a powder.
A plastic cap useful for steadfastly maintaining a sealed state created in a container having a mouth with an opening defined therein by sealing the opening with a sealing member, wherein: the plastic cap has at least a cap main body and a cover portion integrated with the cap main body via at least one bridge portion; the cap main body has a base portion, which is configured to permit surrounding the mouth of the container when the cap is applied to the mouth, and a top wall integrally arranged in conjunction with the base portion; the cover portion is arranged facing the top wall of the cap main body; the cap main body and cover portion are integrally fusion-bonded by the at least one bridge portion and the cover portion can be separated from the cap main body by breaking the at least one bridge portion with hands, characterized in that the at least one bridge portion is formed of a synthetic plastic filled in at least one fusion-bonding hole (13; 23) having a diameter of from 0.3 to 3 mm and arranged extending through at least one of the cap main body and cover portion. the plastic cap has at least a cap main body and a cover portion integrated with the cap main body via at least one bridge portion; the cap main body has a base portion, which is configured to permit surrounding the mouth of the container when the cap is applied to the mouth, and a top wall integrally arranged in conjunction with the base portion; the cover portion is arranged facing the top wall of the cap main body; the cap main body and cover portion are integrally fusion-bonded by the at least one bridge portion and the cover portion can be separated from the cap main body by breaking the at least one bridge portion with hands, characterized in that the at least one bridge portion is formed of a synthetic plastic filled in at least one fusion-bonding hole (13; 23) having a diameter of from 0.3 to 3 mm and arranged extending through at least one of the cap main body and cover portion.
Heatable hair styling device having: a first arm and a second arm, which can be moved counter to one another while enclosing hair to be styled in between, wherein at least the first arm is provided with a heatable plate for heating hair to be styled, along which plate the hair to be styled can be moved in a pull-through direction, and having at least one pulling element arranged next to the heatable plate for exerting a pulling force on the hair to be styled and arranged such that hair moved in the pull-through direction is moved over the pulling element in front of and/or behind the heatable plate, characterised in that the heatable plate is held flexibly on the first arm such that it is movable relative to the at least one pulling element in a direction essentially perpendicular to the pull-through direction, and/or the at least one pulling element is made of an elastic and heat-resistant material and the heatable plate is mounted on the pulling element such that at least one region of the pulling element is pushed out by deformation to different extents laterally next to the heatable plate as a function of a pressure exerted on the heatable plate. a first arm and a second arm, which can be moved counter to one another while enclosing hair to be styled in between, wherein at least the first arm is provided with a heatable plate for heating hair to be styled, along which plate the hair to be styled can be moved in a pull-through direction, and having at least one pulling element arranged next to the heatable plate for exerting a pulling force on the hair to be styled and arranged such that hair moved in the pull-through direction is moved over the pulling element in front of and/or behind the heatable plate, characterised in that the heatable plate is held flexibly on the first arm such that it is movable relative to the at least one pulling element in a direction essentially perpendicular to the pull-through direction, and/or the at least one pulling element is made of an elastic and heat-resistant material and the heatable plate is mounted on the pulling element such that at least one region of the pulling element is pushed out by deformation to different extents laterally next to the heatable plate as a function of a pressure exerted on the heatable plate.
A method to reduce power consumption of a user equipment, UE, in a mobile communication network, said method being adapted for being carried out by a network component, wherein the method comprising configuring channel measurements and reporting by: sending, to the UE, a data transmission pattern for transmissions on downlinks from the multiple cells (120, 130) serving the UE, wherein the data transmission pattern indicates a plurality of subframes including one or more restricted subframes where transmissions from one of the cells are restricted; and sending, to the UE, a measurement pattern allocating measurements and reports for a cell (120, 130) from the UE to the cells (120, 130) at corresponding designated subframes of the subframes in the data transmission pattern, characterized in that said UE is being served by multiple cells (120, 130) in a single-frequency, dual-cell, SF-DC, setting, said multiple cells (120, 130) include a serving cell prohibited from transmissions during the one or more restricted subframes and an assisting serving cell for the UE, and the measurement pattern allocates measurements and reports from the UE only to the assisting serving cell at the one or more restricted subframes and allocates measurements and reports from the UE only to the serving cell at the remaining non-restricted subframes, wherein the measurement reports are allocated to be transmitted in a non-SF-DC format, so as to reduce the power consumption of the UE for said transmission. sending, to the UE, a data transmission pattern for transmissions on downlinks from the multiple cells (120, 130) serving the UE, wherein the data transmission pattern indicates a plurality of subframes including one or more restricted subframes where transmissions from one of the cells are restricted; and sending, to the UE, a measurement pattern allocating measurements and reports for a cell (120, 130) from the UE to the cells (120, 130) at corresponding designated subframes of the subframes in the data transmission pattern, characterized in that said UE is being served by multiple cells (120, 130) in a single-frequency, dual-cell, SF-DC, setting, said multiple cells (120, 130) include a serving cell prohibited from transmissions during the one or more restricted subframes and an assisting serving cell for the UE, and the measurement pattern allocates measurements and reports from the UE only to the assisting serving cell at the one or more restricted subframes and allocates measurements and reports from the UE only to the serving cell at the remaining non-restricted subframes, wherein the measurement reports are allocated to be transmitted in a non-SF-DC format, so as to reduce the power consumption of the UE for said transmission.
A system, comprising: a crosshead, comprising: a crosshead body; a lubricant recess formed in an outer surface of the crosshead body; and a lubricant port extending through the crosshead body from the lubricant recess to an aperture of the crosshead, wherein the crosshead is configured to move in a reciprocating motion in a machine, characterized in that the crosshead body is a one-piece structure made of a first composite material, wherein the first composite material comprises a first reinforcing material distributed in a first matrix material. a crosshead body; a lubricant recess formed in an outer surface of the crosshead body; and a lubricant port extending through the crosshead body from the lubricant recess to an aperture of the crosshead, wherein the crosshead is configured to move in a reciprocating motion in a machine, characterized in that the crosshead body is a one-piece structure made of a first composite material, wherein the first composite material comprises a first reinforcing material distributed in a first matrix material.
A printed article comprising a substrate supporting: a plurality of capacitive sensing elements; a plurality of terminals grouped in an area for connection to an attachable device or connector; and a plurality of conductive elements, wherein a conductive element forms at least part of a connection between a capacitive sensing element and a respective terminal and characterised in that the conductive element comprises: a set of elongate conductive tracks comprising at least two tracks each having a length of at least 100 mm; and a set of conductive members crossing and conductively connecting said tracks, wherein the conductive element is less sensitive to capacitive coupling to a finger than the capacitive sensing element. a plurality of capacitive sensing elements; a plurality of terminals grouped in an area for connection to an attachable device or connector; and a plurality of conductive elements, wherein a conductive element forms at least part of a connection between a capacitive sensing element and a respective terminal and characterised in that the conductive element comprises: a set of elongate conductive tracks comprising at least two tracks each having a length of at least 100 mm; and a set of conductive members crossing and conductively connecting said tracks, wherein the conductive element is less sensitive to capacitive coupling to a finger than the capacitive sensing element. a set of elongate conductive tracks comprising at least two tracks each having a length of at least 100 mm; and a set of conductive members crossing and conductively connecting said tracks, wherein the conductive element is less sensitive to capacitive coupling to a finger than the capacitive sensing element.
A power supply device (100, 100A, 200), comprising: a casing (110, 210) having an accommodating space and at least one opening (114, 214); a printed circuit board (120, 220) having a plurality of electronic elements thereon and being disposed in the accommodating space; characterized in that the power supply device further comprises at least one pair of slots (130, 230) disposed at inner walls of the casing (110, 210) and configured to engage the PCB (120, 220) for positioning the PCB (120, 220), wherein a gel-fillable channel (140, 240) is defined between the electronic elements and the inner walls of the casing (110, 210), and wherein a gel portion is provided between the electronic elements and the casing (110, 210) through the gel-fillable channel (140, 240), wherein the gel portion includes a thermoplastic gel. a casing (110, 210) having an accommodating space and at least one opening (114, 214); a printed circuit board (120, 220) having a plurality of electronic elements thereon and being disposed in the accommodating space; at least one pair of slots (130, 230) disposed at inner walls of the casing (110, 210) and configured to engage the PCB (120, 220) for positioning the PCB (120, 220), wherein a gel-fillable channel (140, 240) is defined between the electronic elements and the inner walls of the casing (110, 210), and wherein a gel portion is provided between the electronic elements and the casing (110, 210) through the gel-fillable channel (140, 240), wherein the gel portion includes a thermoplastic gel.
An absorbent article comprising an absorbent body including a top sheet, a back sheet and an absorbent laminate disposed between the top sheet and the back sheet, wherein: the absorbent body has a longitudinal direction and a width direction; the absorbent laminate comprises a fiber assembly layer containing pulp fibers, and a sheet-shaped absorbent layer containing an absorbent polymer but not containing a pulp fiber between nonwoven fabric sheets; characterized in that the absorbent article is folded at a fold line (a-a) extending in the width direction; and the fiber assembly layer has only one opening extending in the longitudinal direction of the absorbent body at a center of the absorbent body in the width direction; the opening is provided so as to cross both the fold line (a-a) and a centerline of the absorbent body in the longitudinal direction; and a width of the opening is 10% or more and 60% or less of a width of the fiber assembly layer at the fold line (a-a) and a length of the opening in the longitudinal direction is 20% or more and 70% or less of a length of the fiber assembly layer in the longitudinal direction. the absorbent body has a longitudinal direction and a width direction; the absorbent laminate comprises a fiber assembly layer containing pulp fibers, and a sheet-shaped absorbent layer containing an absorbent polymer but not containing a pulp fiber between nonwoven fabric sheets; characterized in that the absorbent article is folded at a fold line (a-a) extending in the width direction; and the fiber assembly layer has only one opening extending in the longitudinal direction of the absorbent body at a center of the absorbent body in the width direction; the opening is provided so as to cross both the fold line (a-a) and a centerline of the absorbent body in the longitudinal direction; and a width of the opening is 10% or more and 60% or less of a width of the fiber assembly layer at the fold line (a-a) and a length of the opening in the longitudinal direction is 20% or more and 70% or less of a length of the fiber assembly layer in the longitudinal direction.
A back-illuminated solid-state imaging element comprising: a semiconductor substrate which has a front surface and a back surface provided with a recess, and in which a thinned section which is a bottom section of the recess is the imaging area; a signal read-out circuit formed on the front surface of the semiconductor substrate; a boron layer formed on at least the back surface of the semiconductor substrate and a lateral surface of the recess; a metal layer formed on the boron layer, and provided with an opening opposing the bottom surface of the recess; and an anti-reflection layer formed on the bottom surface of the recess. a semiconductor substrate which has a front surface and a back surface provided with a recess, and in which a thinned section which is a bottom section of the recess is the imaging area; a signal read-out circuit formed on the front surface of the semiconductor substrate; a boron layer formed on at least the back surface of the semiconductor substrate and a lateral surface of the recess; a metal layer formed on the boron layer, and provided with an opening opposing the bottom surface of the recess; and an anti-reflection layer formed on the bottom surface of the recess.
A method for indicating a transmission opportunity, TXOP, duration in a wireless communication system, comprising: generating, by a station, a physical layer protocol data unit, PPDU, wherein a first Signal field in the PPDU carries a TXOP duration field, wherein the TXOP duration field is used to indicate the remaining time for using a channel by the station to other stations; wherein the TXOP duration field includes a first part which is used to indicate a granularity, and a second part which is used to indicate the TXOP duration using the granularity indicated by the first part, wherein different granularities indicate different TXOP durations in the system, wherein the TXOP duration field is 7 bits in total; sending, by the station, the generated PPDU. generating, by a station, a physical layer protocol data unit, PPDU, wherein a first Signal field in the PPDU carries a TXOP duration field, wherein the TXOP duration field is used to indicate the remaining time for using a channel by the station to other stations; wherein the TXOP duration field includes a first part which is used to indicate a granularity, and a second part which is used to indicate the TXOP duration using the granularity indicated by the first part, wherein different granularities indicate different TXOP durations in the system, wherein the TXOP duration field is 7 bits in total; sending, by the station, the generated PPDU.
A lighting package, comprising: one or more solid state light sources on a submount; a wavelength conversion material layer covering said solid state light sources and a top surface of said submount; and an encapsulant over said submount, over said solid state light sources, and over at least a part of the wavelength conversion material layer, said encapsulant having a top surface and one or more planar side surfaces, wherein said planar side surfaces cause reflection of at least some light from said light sources, characterized in that an area of the top surface of said encapsulant is smaller than an area of a bottom of said encapsulant. one or more solid state light sources on a submount; a wavelength conversion material layer covering said solid state light sources and a top surface of said submount; and an encapsulant over said submount, over said solid state light sources, and over at least a part of the wavelength conversion material layer, said encapsulant having a top surface and one or more planar side surfaces, wherein said planar side surfaces cause reflection of at least some light from said light sources, characterized in that an area of the top surface of said encapsulant is smaller than an area of a bottom of said encapsulant.
Rock-drilling equipment comprising a female part and a male part, which are connectable with each other via a threaded joint in which an internal trapezoidal thread in the female part and an external trapezoidal thread on the male part are included, each one of the threads being in the form of a helix thread ridge, which is delimited by a top (11, 16) and two flanks (12a, 12b; 17a, 17b), a groove (13, 18), having a bottom (14, 19), running between two tops, and which thread ridge extends a plurality of turns between front and rear ends (5, 6; 7, 8) of the rock-drilling equipment, the individual thread top touching an imaginary cylinder or cone concentric with a centre axis that is common to both the female part and the male part, characterised in that the groove bottom of at least one of the threads has a concave and partially circular cross-section shape along at least a part of the extension of the groove, which circular cross-section over a specific width has a specific radius and the groove bottom transforms into the flanks (12a, 12b) via concave radius transitions, the radii of which decrease in the direction axially from one end of the thread ridge toward the other one, at the same time as the radius of the groove bottom increases in the same direction.
Spherical calcium carbonate particles with a mean particle diameter in the range from 0.05 μm to 1.75 μm and a water content of at most 5.0 % by weight, in relation to the total weight of said particles, characterised in that - the proportion of crystalline calcium carbonate is less than 90 % by weight and - the calcium carbonate particles are obtainable by a method in which i) calcium chloride is reacted in aqueous solution with dialkyl carbonate in the presence of an alkali metal hydroxide, wherein the components are used in the following concentrations: a) CaCl 2: 15 mmol/l to 45 mmol/l; b) dialkyl carbonate: 15 mmol/l to 45 mmol/l; c) alkali metal hydroxide: 20 mmol/l to 50 mmol/l ii) the obtained product is separated and dried. - the proportion of crystalline calcium carbonate is less than 90 % by weight and - the calcium carbonate particles are obtainable by a method in which i) calcium chloride is reacted in aqueous solution with dialkyl carbonate in the presence of an alkali metal hydroxide, wherein the components are used in the following concentrations: a) CaCl 2: 15 mmol/l to 45 mmol/l; b) dialkyl carbonate: 15 mmol/l to 45 mmol/l; c) alkali metal hydroxide: 20 mmol/l to 50 mmol/l ii) the obtained product is separated and dried. i) calcium chloride is reacted in aqueous solution with dialkyl carbonate in the presence of an alkali metal hydroxide, wherein the components are used in the following concentrations: a) CaCl 2: 15 mmol/l to 45 mmol/l; b) dialkyl carbonate: 15 mmol/l to 45 mmol/l; c) alkali metal hydroxide: 20 mmol/l to 50 mmol/l a) CaCl 2: 15 mmol/l to 45 mmol/l; b) dialkyl carbonate: 15 mmol/l to 45 mmol/l; c) alkali metal hydroxide: 20 mmol/l to 50 mmol/l ii) the obtained product is separated and dried.
A colonic purgative formulation in a solid dosage form for oral administration comprising: (a) at least one soluble binder comprising polyethylene glycol; and (b) a therapeutically effective amount of sodium phosphate or a salt thereof, wherein the polyethylene glycol has an average molecular weight of 7,000 to 9,000 and is present in an amount that is between 7.5% and 15% by weight of the composition. (a) at least one soluble binder comprising polyethylene glycol; and (b) a therapeutically effective amount of sodium phosphate or a salt thereof, wherein the polyethylene glycol has an average molecular weight of 7,000 to 9,000 and is present in an amount that is between 7.5% and 15% by weight of the composition.