mhurhangee/ep-ind-claims huggingface dataset:
A light emitting diode device comprising: an LED die having a top surface; a package containing the LED die, the package comprising a body and electrodes (40, 42) connected to the LED die; and a rounded rectangular lens (28, 48) mounted on the body, the lens (28, 48) having four rounded corners in its base plane, the lens (28, 48) having a substantially semicircular surface along a diagonal cross-section of the lens, the diagonal cross-section of the lens having a first width, the substantially semicircular surface having a maximum height H above a centerpoint of the top surface of the LED die, the lens (28, 48) having a non-semicircular bullet shaped surface along a width dimension of the lens bisecting the lens, the bullet shaped surface having a second width smaller than the first width, the bullet shaped surface having a maximum height H above the top surface of the LED die coinciding with the maximum height H of the substantially semicircular surface, a surface of the lens (28, 48) smoothly transitioning between the substantially semicircular surface and the non-semicircular bullet shaped surface with no sharp corners above the top surface of the LED die, wherein the lens (28, 48) produces a substantially Lambertian light emission pattern when the LED die is energized. an LED die having a top surface; a package containing the LED die, the package comprising a body and electrodes (40, 42) connected to the LED die; and a rounded rectangular lens (28, 48) mounted on the body, the lens (28, 48) having four rounded corners in its base plane, the lens (28, 48) having a substantially semicircular surface along a diagonal cross-section of the lens, the diagonal cross-section of the lens having a first width, the substantially semicircular surface having a maximum height H above a centerpoint of the top surface of the LED die, the lens (28, 48) having a non-semicircular bullet shaped surface along a width dimension of the lens bisecting the lens, the bullet shaped surface having a second width smaller than the first width, the bullet shaped surface having a maximum height H above the top surface of the LED die coinciding with the maximum height H of the substantially semicircular surface, a surface of the lens (28, 48) smoothly transitioning between the substantially semicircular surface and the non-semicircular bullet shaped surface with no sharp corners above the top surface of the LED die, wherein the lens (28, 48) produces a substantially Lambertian light emission pattern when the LED die is energized.
A die assembly structured to be affixed to a shell press, the die assembly comprising: a first die shoe and a second die shoe, the first die shoe being joined directly to the second die shoe by a plurality of guide assemblies, the first die shoe being structured to be coupled to a first mounting surface of a shell press; and the second die shoe being structured to be coupled to a second mounting surface of the shell press, opposite the first die shoe; the first die shoe comprising a first end, a second end disposed opposite and distal from the first end, a first side configured to be coupled to a corresponding one of the first mounting surface or the second mounting surface of the shell press, and a second side disposed opposite the first side and including a plurality of tooling pockets structured to receive tooling, the first die shoe characterized in that: a number of divisions (64, 66) between the first end and the second end, divide the first die shoe into a plurality of pieces (72, 74, 76) to accommodate thermal expansion, wherein each of the divisions of the first die shoe forms a gap between the pieces of the first die shoe, thereby spacing the pieces apart from one another and wherein the pieces are structured to be independently coupled to the corresponding one of the first mounting surface and the second mounting surface of the shell press. a first die shoe and a second die shoe, the first die shoe being joined directly to the second die shoe by a plurality of guide assemblies, the first die shoe being structured to be coupled to a first mounting surface of a shell press; and the second die shoe being structured to be coupled to a second mounting surface of the shell press, opposite the first die shoe; the first die shoe comprising a first end, a second end disposed opposite and distal from the first end, a first side configured to be coupled to a corresponding one of the first mounting surface or the second mounting surface of the shell press, and a second side disposed opposite the first side and including a plurality of tooling pockets structured to receive tooling, the first die shoe characterized in that: a number of divisions (64, 66) between the first end and the second end, divide the first die shoe into a plurality of pieces (72, 74, 76) to accommodate thermal expansion, wherein each of the divisions of the first die shoe forms a gap between the pieces of the first die shoe, thereby spacing the pieces apart from one another and wherein the pieces are structured to be independently coupled to the corresponding one of the first mounting surface and the second mounting surface of the shell press. a number of divisions (64, 66) between the first end and the second end, divide the first die shoe into a plurality of pieces (72, 74, 76) to accommodate thermal expansion, wherein each of the divisions of the first die shoe forms a gap between the pieces of the first die shoe, thereby spacing the pieces apart from one another and wherein the pieces are structured to be independently coupled to the corresponding one of the first mounting surface and the second mounting surface of the shell press.
An endless belt-shaped metal substrate for a substrate of a fixing member for heat fixing of an electrophotographic image forming apparatus, the endless belt-shaped metal substrate comprising an austenitic stainless alloy containing copper and unavoidable impurities, wherein the austenitic stainless alloy includes an austenitic phase as a matrix, characterized in that the austenitic stainless alloy has a martensite ratio of less than 20%, the austenitic stainless alloy includes a Cu-rich phase dispersed in the matrix, the Cu-rich phase referring to a domain in which the content ratio of Cu with respect to all the constituent elements except Fe is 60 mass% or more, and a line segment forming the largest length of the Cu-rich phase observed from a surface of the endless belt-shaped metal substrate with a transmission type electron microscope is defined as a length L of the Cu-rich phase, and a line segment W perpendicular to the line segment L forming the largest length of the Cu-rich phase is defined as a width of the Cu-rich phase, the length L of the Cu-rich phase includes a vector component in a direction perpendicular to a circumferential direction of the endless belt-shaped metal substrate.
A method performed by a first wireless communication node, comprising: receiving a downlink signal containing a first channel busy ratio, CBR, threshold value and a second CBR threshold value, from a second wireless communication node, and based on the first and second CBR threshold values, determining a first resource for use in a sidelink communication between the first wireless communication node and at least one third wireless communication node, wherein the first CBR threshold value is different from the second CBR threshold value, the first CBR threshold value is used to determine whether the first resource is suitable for use in the sidelink communication, and the second CBR threshold value is used to determine when the first resource becomes unsuitable for use in the sidelink communication. receiving a downlink signal containing a first channel busy ratio, CBR, threshold value and a second CBR threshold value, from a second wireless communication node, and based on the first and second CBR threshold values, determining a first resource for use in a sidelink communication between the first wireless communication node and at least one third wireless communication node, wherein the first CBR threshold value is different from the second CBR threshold value, the first CBR threshold value is used to determine whether the first resource is suitable for use in the sidelink communication, and the second CBR threshold value is used to determine when the first resource becomes unsuitable for use in the sidelink communication.
A microwave appliance including at least one door, wherein: - the door includes an outer glass panel ranging over a complete outer side of the door, - the door includes an inner glass panel ranging over at least a central portion of an inner side of the door, - the door includes a door frame covering at least the circumferential sides of the oven door, - the door includes a wave choke system including a G-shaped profile, - the outer glass panel, the inner glass panel and the door frame form a casing of the door, - the wave choke system is arranged inside said casing of the door, - the wave choke system is arranged in an outer portion of the interior of the door and circumferentially enclosed by the door frame, - the wave choke system is arranged adjacent to an outer side of the inner glass panel, - the circumferential sides of the inner glass panel are enclosed by the door frame, and - the microwave appliance comprises a cavity, characterized in that the microwave appliance comprises a front frame enclosing circumferentially a front opening of the cavity, wherein a gap is formed between said front frame and the front opening of the cavity, and wherein a gap of the G-shaped profile of the wave choke system of the door extends in parallel to the gap between the front frame and the front opening of the cavity in a closed state of said door. - the door includes an outer glass panel ranging over a complete outer side of the door, - the door includes an inner glass panel ranging over at least a central portion of an inner side of the door, - the door includes a door frame covering at least the circumferential sides of the oven door, - the door includes a wave choke system including a G-shaped profile, - the outer glass panel, the inner glass panel and the door frame form a casing of the door, - the wave choke system is arranged inside said casing of the door, - the wave choke system is arranged in an outer portion of the interior of the door and circumferentially enclosed by the door frame, - the wave choke system is arranged adjacent to an outer side of the inner glass panel, - the circumferential sides of the inner glass panel are enclosed by the door frame, and - the microwave appliance comprises a cavity,
Method for manufacturing an external component of a watch, of a fashion item or of a jewellery item, characterised in that it comprises the following steps of: - depositing an opaque base layer on all or part of the surface of an inner face of a substrate made of a transparent material, - localised ablation of the base layer by laser machining, so as to form at least one pocket characterised in that the bottom of the pocket is formed by the substrate and has a diffraction grating. - depositing an opaque base layer on all or part of the surface of an inner face of a substrate made of a transparent material, - localised ablation of the base layer by laser machining, so as to form at least one pocket characterised in that the bottom of the pocket is formed by the substrate and has a diffraction grating.
A method of manufacturing a wind turbine blade shell part made of a composite structure comprising a fibre-reinforcement material embedded in a polymer matrix, wherein the method comprises the steps of: a) arranging one or more outer fibre layers on a mould surface, the one or more outer fibre layers defining an outer surface of the wind turbine blade shell part, b) mounting a plurality of fastening members on a mounting plate and retaining inserts between the fastening members and further wrapping a fibre layer around the plurality of fastening members and the retaining inserts so as to form a root end assembly, c) arranging the root end assembly on top of the one or more outer fibre layers at a root end section of the mould, d) arranging one or more inner fibre layers on top of the root end assembly, e) supplying a polymer to the outer and inner fibre layers (68; 95), f) allowing the polymer to cure so as to form the composite structure, and g) removing the mounting plate. a) arranging one or more outer fibre layers on a mould surface, the one or more outer fibre layers defining an outer surface of the wind turbine blade shell part, b) mounting a plurality of fastening members on a mounting plate and retaining inserts between the fastening members and further wrapping a fibre layer around the plurality of fastening members and the retaining inserts so as to form a root end assembly, c) arranging the root end assembly on top of the one or more outer fibre layers at a root end section of the mould, d) arranging one or more inner fibre layers on top of the root end assembly, e) supplying a polymer to the outer and inner fibre layers (68; 95), f) allowing the polymer to cure so as to form the composite structure, and g) removing the mounting plate.
A recombinant immunoglobulin heavy chain comprising a VH-domain a CH1 domain a hinge region down to the C-terminal most cysteine of the middle hinge region, a sortase conjugation loop, a CH2 domain and a CH3 domain, wherein the sortase conjugation loop a) consists of at least 16 amino acids located between the C-terminal most cysteine of the middle hinge region and the VFX1FPP (SEQ ID NO: 2; wherein X1 is L or I) consensus sequence at the N-terminus of an immunoglobulin heavy chain CH2-domain, b) comprises a sortase recognition motif consisting of the amino acid sequence LPX1TX2 (SEQ ID NO: 01), wherein X1 can be any amino acid residue and X2 is G or A, c) comprises N-terminal to the sequence of (b) at least two amino acids, d) comprises C-terminal to the sequence of (b) at least 6 amino acids, and e) wherein the amino acids C- and N-terminal to the sequence of (b) are not cysteine. a) consists of at least 16 amino acids located between the C-terminal most cysteine of the middle hinge region and the VFX1FPP (SEQ ID NO: 2; wherein X1 is L or I) consensus sequence at the N-terminus of an immunoglobulin heavy chain CH2-domain, b) comprises a sortase recognition motif consisting of the amino acid sequence LPX1TX2 (SEQ ID NO: 01), wherein X1 can be any amino acid residue and X2 is G or A, c) comprises N-terminal to the sequence of (b) at least two amino acids, d) comprises C-terminal to the sequence of (b) at least 6 amino acids, and e) wherein the amino acids C- and N-terminal to the sequence of (b) are not cysteine.
An electrically operable clipper having a body portion and a head portion, wherein the head portion includes a movable cutter and a fixed comb, the clipper including an internally located electric motor operable to move the movable cutter, wherein the clipper includes an operating switch movable between an off position, an operating positon and a reset position, wherein the reset position operates a motor reset module of the clipper.
A heavy duty tire comprising: a recess portion formed in a buttress portion, the recess portion opening toward a tire outer side and including a floor portion; a tire diameter-direction air entry and exit promotion portion disposed at one side in a tire diameter direction relative to the floor portion, the tire diameter-direction air entry and exit promotion portion including a slope that, from the floor portion toward a tire surface, gradually decreases in depth from the tire surface, and the tire diameter-direction air entry and exit promotion portion facilitating access of air toward the floor portion; an air-catching wall portion disposed at an opposite side of the floor portion from the one side at which the tire diameter-direction air entry and exit promotion portion is disposed, an angle of the air-catching wall portion relative to the tire surface being greater than a corresponding angle of the slope; and a second air entry and exit promotion portion disposed at a different location from the tire diameter-direction air entry and exit promotion portion, the second air entry and exit promotion portion including a slope that, from the floor portion toward the tire surface, gradually decreases in depth from the tire surface, and an angle of the slope of the second air entry and exit promotion portion relative to the tire surface being smaller than a corresponding angle of the air-catching wall portion. a recess portion formed in a buttress portion, the recess portion opening toward a tire outer side and including a floor portion; a tire diameter-direction air entry and exit promotion portion disposed at one side in a tire diameter direction relative to the floor portion, the tire diameter-direction air entry and exit promotion portion including a slope that, from the floor portion toward a tire surface, gradually decreases in depth from the tire surface, and the tire diameter-direction air entry and exit promotion portion facilitating access of air toward the floor portion; an air-catching wall portion disposed at an opposite side of the floor portion from the one side at which the tire diameter-direction air entry and exit promotion portion is disposed, an angle of the air-catching wall portion relative to the tire surface being greater than a corresponding angle of the slope; and a second air entry and exit promotion portion disposed at a different location from the tire diameter-direction air entry and exit promotion portion, the second air entry and exit promotion portion including a slope that, from the floor portion toward the tire surface, gradually decreases in depth from the tire surface, and an angle of the slope of the second air entry and exit promotion portion relative to the tire surface being smaller than a corresponding angle of the air-catching wall portion.
Container comprising an opening; a reinforced frame surrounding the opening and obtained by folding a first upper edge of the opening; a closing assembly of the opening comprising, in turn, a plug provided with a second upper edge folded towards the outside; and an adapter defined by an annular body presenting, at one end, a first annular cavity housing the second folded upper edge; the container being characterised in that the upper edge is folded towards the inside of the opening and the adapter comprises a first portion, provided with the annular cavity, and a second portion, connected to the first portion; the closing assembly is inserted inside the opening so that the second portion of the adapter is housed in the reinforced frame in order to block the closing assembly on the opening.
An antenna module comprising at least one antenna array, the antenna array including: a first insulator having a plate shape and having a conductive pattern formed to allow an electrical signal to flow; a first radiator disposed to be spaced apart from an upper surface of the first insulator to a lower surface thereof by a predetermined first distance; a second radiator disposed opposite the first radiator and spaced apart, by a predetermined second distance, from a horizontal plane where the first radiator is disposed; at least one feeder (540, 542) electrically connected to the conductive pattern and formed to supply electrical signals to the first and second radiators (520, 530); a second insulator (550, 552) disposed on the upper surface of the first insulator and fixing the at least one feeder (540, 542) to be spaced apart by a predetermined third distance from a lower surface of a horizontal plane where the first and second radiators (520, 530) are disposed; and a fourth insulator, disposed on the upper surface of the first insulator, fixing on its first side the first radiator and fixing on its second side, opposite the first side, the second radiator. a first insulator having a plate shape and having a conductive pattern formed to allow an electrical signal to flow; a first radiator disposed to be spaced apart from an upper surface of the first insulator to a lower surface thereof by a predetermined first distance; a second radiator disposed opposite the first radiator and spaced apart, by a predetermined second distance, from a horizontal plane where the first radiator is disposed; at least one feeder (540, 542) electrically connected to the conductive pattern and formed to supply electrical signals to the first and second radiators (520, 530); a second insulator (550, 552) disposed on the upper surface of the first insulator and fixing the at least one feeder (540, 542) to be spaced apart by a predetermined third distance from a lower surface of a horizontal plane where the first and second radiators (520, 530) are disposed; and a fourth insulator, disposed on the upper surface of the first insulator, fixing on its first side the first radiator and fixing on its second side, opposite the first side, the second radiator.
A dialogue system for a motor vehicle, comprising a plurality of freely configurable control keys which can each be configured with a function from a predefined set of functions, including at least a navigation function, a telephone call function and a radio playback function, in such a way that this function is executed upon actuation of the corresponding control key, wherein, in the case of the navigation function, each of the control keys can be assigned, by a configuration operation, in addition to a navigation destination absolutely necessary for the navigation as primary parameter, additionally at least one secondary parameter relating to the navigation method, in such a way that upon actuation of the control key the navigation to the navigation destination is performed in the way determined by the at least one secondary parameter, and wherein the control key in question is either assigned exclusively the navigation destination by the configuration operation if the configuration operation occurs at a moment in time before a corresponding navigation to the navigation destination has been performed, or the control key is assigned, in addition to the navigation destination, additionally the at least one secondary parameter relating to the navigation method if the configuration operation occurs whilst a corresponding navigation to the navigation destination is being performed.
A method of assessing Gestational Diabetes Mellitus susceptibility in a female human subject, the method comprising determining the genotype of the subject, in vitro from a DNA-containing sample that has previously been obtained from said subject, at each of the following single nucleotide polymorphisms (SNPs): TCF7L2 - rs7903146; IGF2BP2 - rs4402960; CDKN2A/B - rs10811661; SLC16A11 - rs13342232; FTO - rs8050136; SLC30A8 - rs13266634; CDC123/CAMK1D - rs12779790; KCNQ1 - rs2237892; CUBN - rs11254363; CUBN - rs1801222; FIGN - rs2119289; FIGN - rs982393; MTHFR - rs1801131; MTHFR - rs1801133; MTR - rs1805087; and SLC19A1 - rs1051266. TCF7L2 - rs7903146; IGF2BP2 - rs4402960; CDKN2A/B - rs10811661; SLC16A11 - rs13342232; FTO - rs8050136; SLC30A8 - rs13266634; CDC123/CAMK1D - rs12779790; KCNQ1 - rs2237892; CUBN - rs11254363; CUBN - rs1801222; FIGN - rs2119289; FIGN - rs982393; MTHFR - rs1801131; MTHFR - rs1801133; MTR - rs1805087; and SLC19A1 - rs1051266.