mhurhangee/ep-ind-claims huggingface dataset:
A corrosion protection composition for metallic elements in contact with wood to be crushed, of a woodworking machine, in particular a saw, such as bands saw blades, circular saw blades or mill saw blades, containing at least one liquid carrier and at least one base dissolved, emulsified or dispersed in the carrier, and optionally further components selected from a solubilizer for the base in the carrier, an emulsifier and/or a stabilizer, characterized in that the liquid carrier, which is selected from the group of lubricating oils, is supplemented by at least one base selected from the group consisting of Na(HCO 3), 2Na(HCO 3)/Na 2 (CO 3), Ca(C 2 H 3 O 2) 2, pyrrolidine, piperazine, 1-methylpyrrolidine, benzylamines, dibenzylamine, dioctylamine, diethyleneamine, basic amino acids such as lysine, arginine, histidine or proline, and the basic salts thereof, and carboxylic acid ester, and that the pH of the composition is adjusted to values above 7, in particular 9±0.5.
A method of manufacturing a medical suture comprising: heating and pressing a raw material of a suture for surgery in an overflow mould at a temperature condition within a range from a point less than a melting point of the raw material of the suture to a point more than a glass transition temperature at a pressure condition within a range from 0.98MPa (10 kgf/cm 2) to 19.61MPa (200 kgf/cm 2) so as to produce a suture preform having micro cogs formed on a surface thereof; and heating the suture preform and applying a tensile force and a rotational force to the suture preform in a vacuum state where the temperature condition is maintained so as to produce a suture having a twist. heating and pressing a raw material of a suture for surgery in an overflow mould at a temperature condition within a range from a point less than a melting point of the raw material of the suture to a point more than a glass transition temperature at a pressure condition within a range from 0.98MPa (10 kgf/cm 2) to 19.61MPa (200 kgf/cm 2) so as to produce a suture preform having micro cogs formed on a surface thereof; and heating the suture preform and applying a tensile force and a rotational force to the suture preform in a vacuum state where the temperature condition is maintained so as to produce a suture having a twist.
Process for fabricating a semiconductor substrate comprising a transferred layer using the following steps: a) providing a donor substrate with a weakened zone inside the donor substrate, said weakened zone forming the border between the layer t to be transferred and the rest of the donor substrate; b) attaching the donor substrate to a receiver substrate, the layer to be transferred being located at the interface between the donor substrate and the receiver substrate; c) detaching the receiver substrate along with the transferred layer from said rest of the donor substrate, at the weakened zone; after detachment step c), at least one step d) of smoothing carried out on the surface of the transferred layer, characterized in that the semiconductor substrate obtained from step c) is kept, at least from the moment of detachment until the end of the smoothing step, in a non-oxidizing inert atmosphere or in a mixture of non-oxidizing inert gases. a) providing a donor substrate with a weakened zone inside the donor substrate, said weakened zone forming the border between the layer t to be transferred and the rest of the donor substrate; b) attaching the donor substrate to a receiver substrate, the layer to be transferred being located at the interface between the donor substrate and the receiver substrate; c) detaching the receiver substrate along with the transferred layer from said rest of the donor substrate, at the weakened zone; after detachment step c), at least one step d) of smoothing carried out on the surface of the transferred layer, characterized in that the semiconductor substrate obtained from step c) is kept, at least from the moment of detachment until the end of the smoothing step, in a non-oxidizing inert atmosphere or in a mixture of non-oxidizing inert gases.
A hydrogen gas filling method comprising: receiving, from a vehicle equipped with a tank to be filled with hydrogen gas and powered by the hydrogen gas, a temperature of the tank before a start of filling; calculating a difference between a present maximum temperature and the temperature of the tank; calculating a filling speed of the hydrogen gas depending on the difference; and filling the hydrogen gas from an accumulator (10, 12, 14, 101) in which the hydrogen gas is accumulated into the tank at the calculated filling speed via a measuring machine, wherein the filling speed is calculated by using a relation expression or a relation table between the difference and the filling speed, characterised in that the relation expression and the relation table depend on a supply temperature of the hydrogen gas supplied via the measuring machine. receiving, from a vehicle equipped with a tank to be filled with hydrogen gas and powered by the hydrogen gas, a temperature of the tank before a start of filling; calculating a difference between a present maximum temperature and the temperature of the tank; calculating a filling speed of the hydrogen gas depending on the difference; and filling the hydrogen gas from an accumulator (10, 12, 14, 101) in which the hydrogen gas is accumulated into the tank at the calculated filling speed via a measuring machine, wherein the filling speed is calculated by using a relation expression or a relation table between the difference and the filling speed, characterised in that the relation expression and the relation table depend on a supply temperature of the hydrogen gas supplied via the measuring machine.
A refrigerator comprising: a cabinet defining a storage compartment; a main door rotatably mounted on the cabinet to open or close the storage compartment and having an opening; a sub door for opening or closing the opening; and a door opening assembly (400; 500; 700) to open or close the sub door, the door opening assembly (400; 500; 700) comprising: a manipulation member to be manipulated by a user, a locking member to be inserted and restricted into an accommodation part defined in one side of the main door that corresponds to the locking member, and a connection member connected to the manipulation member to allow the locking member to be operable; characterized in that: the manipulation member is disposed on a lower end of the sub door, and wherein the manipulation member is mounted on a cap deco defining a lower end of the sub door and is configured to rotate by a user's manipulation. a cabinet defining a storage compartment; a main door rotatably mounted on the cabinet to open or close the storage compartment and having an opening; a sub door for opening or closing the opening; and a door opening assembly (400; 500; 700) to open or close the sub door, the door opening assembly (400; 500; 700) comprising: a manipulation member to be manipulated by a user, a locking member to be inserted and restricted into an accommodation part defined in one side of the main door that corresponds to the locking member, and a connection member connected to the manipulation member to allow the locking member to be operable; a manipulation member to be manipulated by a user, a locking member to be inserted and restricted into an accommodation part defined in one side of the main door that corresponds to the locking member, and a connection member connected to the manipulation member to allow the locking member to be operable; the manipulation member is disposed on a lower end of the sub door, and wherein the manipulation member is mounted on a cap deco defining a lower end of the sub door and is configured to rotate by a user's manipulation.
A recombinant E. coli cell comprising a genomically encoded essential E. coli gene where expression is regulated by an upstream leader sequence not natively associated with said essential E. coli gene, where said upstream leader sequence has the function of being a thermoswitch substantially not allowing growth at a first temperature but allowing growth at a second temperature.
An aircraft wing, comprising: a fuel tank defined between ribs and a skin of the wing, at least one of the ribs being metallic and defining a first side and a second side, the at least one rib having an opening wall delimiting an opening in the at least one rib extending between the first and second sides; and an isolator fitting, comprising; a first isolator (22, 122) mounted to the at least one rib and having a first isolator opening; a second isolator mounted to the at least one rib and having a nut housing segment defining a second isolator opening; and a conduit extending between a first end and a second end, and a nut mounted about an outer surface of the conduit and abutted against the first isolator (22, 122), the conduit extending through the opening of the at least one rib and through the first and second isolator openings, the nut disposed within the nut housing segment of the second isolator to position the nut housing segment between the nut and the opening wall of the at least one rib, a tracking distance being defined between the outer surface of the conduit and the opening wall to electrically insulate the conduit from the at least one rib. a fuel tank defined between ribs and a skin of the wing, at least one of the ribs being metallic and defining a first side and a second side, the at least one rib having an opening wall delimiting an opening in the at least one rib extending between the first and second sides; and an isolator fitting, comprising; a first isolator (22, 122) mounted to the at least one rib and having a first isolator opening; a second isolator mounted to the at least one rib and having a nut housing segment defining a second isolator opening; and a conduit extending between a first end and a second end, and a nut mounted about an outer surface of the conduit and abutted against the first isolator (22, 122), the conduit extending through the opening of the at least one rib and through the first and second isolator openings, the nut disposed within the nut housing segment of the second isolator to position the nut housing segment between the nut and the opening wall of the at least one rib, a tracking distance being defined between the outer surface of the conduit and the opening wall to electrically insulate the conduit from the at least one rib. a first isolator (22, 122) mounted to the at least one rib and having a first isolator opening; a second isolator mounted to the at least one rib and having a nut housing segment defining a second isolator opening; and a conduit extending between a first end and a second end, and a nut mounted about an outer surface of the conduit and abutted against the first isolator (22, 122), the conduit extending through the opening of the at least one rib and through the first and second isolator openings, the nut disposed within the nut housing segment of the second isolator to position the nut housing segment between the nut and the opening wall of the at least one rib, a tracking distance being defined between the outer surface of the conduit and the opening wall to electrically insulate the conduit from the at least one rib.
A flow restriction device, comprising: a housing defining a first lumen, a second lumen, and a cavity disposed between the first lumen and the second lumen; and an insert body disposed within the cavity, the insert body comprising: a first end; a second end; a longitudinal axis extending through the first and second ends; an outer surface; and a channel defined on the outer surface, wherein the channel extends between the first and second ends, the channel comprising a first portion that extends in a first direction away from the longitudinal axis, when the channel is seen from the top in a direction perpendicular to the longitudinal axis and a second portion that extends in a second direction toward the longitudinal axis, when the channel is seen from the top in a direction perpendicular to the longitudinal axis and the channel and an inner surface of the cavity define a fluid passage in fluid communication with the first lumen and the second lumen, characterised in that the second portion is disposed at an angle between 45 degrees and 90 degrees relative to the first portion. a channel defined on the outer surface, wherein the channel extends between the first and second ends, the channel comprising a first portion that extends in a first direction away from the longitudinal axis, when the channel is seen from the top in a direction perpendicular to the longitudinal axis and a second portion that extends in a second direction toward the longitudinal axis, when the channel is seen from the top in a direction perpendicular to the longitudinal axis and the channel and an inner surface of the cavity define a fluid passage in fluid communication with the first lumen and the second lumen, characterised in that the second portion is disposed at an angle between 45 degrees and 90 degrees relative to the first portion.
Hair styling accessory for shaping hair, configured to be connected to an air outlet of a blown air hair styling device, said accessory comprising a hollow body provided with an end configured to be connected to said air outlet, and comprising: - at least one first hollow branch (9, 10) of arched shape which extends the hollow body by branching off and which comprises at least one opening, characterised in that: - said at least one opening is configured to eject blown air into a direction, substantially perpendicular to a plane P passing through said branch (9, 10), and which cuts said at least one branch by extending parallel to the latter, - said first hollow branch (9, 10) comprises bristles (14, 14a, 14b) which extend over the inner sides (9a, 10a) of the branch (9, 10), preferably parallel to the plane P. - at least one first hollow branch (9, 10) of arched shape which extends the hollow body by branching off and which comprises at least one opening, - said at least one opening is configured to eject blown air into a direction, substantially perpendicular to a plane P passing through said branch (9, 10), and which cuts said at least one branch by extending parallel to the latter, - said first hollow branch (9, 10) comprises bristles (14, 14a, 14b) which extend over the inner sides (9a, 10a) of the branch (9, 10), preferably parallel to the plane P.
Seal assembly, in particular for a wheel bearing of a motor vehicle, comprising an outer, stationary ring (1; 1'; 1"; 1"') and an inner, rotatable ring, which, in an inner space formed between them, receive a main seal (4; 4'; 4") with at least one sealing lip (6a, 6b), which extends, oriented in the axial direction and radially outwards, between radial portions (7, 8; 7, 8') of the inner and of the outer (1; 1'; 1"; 1"') ring, the main seal (4; 4'; 4'') being connected to the inner ring via a static seal part (5; 5') which completely surrounds the radial portion (8; 8') of the inner ring, and the radial portion (8; 8') of the inner ring forming means of an encoder for a rotational speed sensor, and elastic holding means being provided, which prevent the inner ring from sliding off axially from the outer ring (1; 1'; 1''; 1"') in one direction, characterized in that the static seal part has, at the end of the radial portion of the inner ring, an elevation which is stamped out in the direction of the outer ring and faces away from the inner space and which has an edge.
Self-balancing vehicle, comprising: - two axially spaced wheels (3, 4) mounted on a main body, - an electric drive coupled to at least one wheel (3, 4), - a control device designed to keep the vehicle in balance by controlling the drive, the vehicle being supported and thus balanced solely by the two wheels (3, 4) spaced apart from one another, - a receptacle for carrying and transporting a load, characterized in that the vehicle has an adjustment mechanism for linear displacement of the receptacle, which is fixedly connected to the main body and arranged such that the receptacle is adjustable by the linear displacement both along the longitudinal axis and along the vertical axis of the vehicle by inclining the front end of the adjusting mechanism downwardly with respect to the horizontal axis extending in the transverse direction of the self-balancing vehicle. - two axially spaced wheels (3, 4) mounted on a main body, - an electric drive coupled to at least one wheel (3, 4), - a control device designed to keep the vehicle in balance by controlling the drive, the vehicle being supported and thus balanced solely by the two wheels (3, 4) spaced apart from one another, - a receptacle for carrying and transporting a load,
A method for producing a freezing chamber, in ice cream making machines, comprising a step of producing a helical path between an inner cylinder and an outer cylinder, a step of producing a first flange and a second flange for closing the opposite ends of the helical path, the method being characterised in that the step of producing the helical path and the step of producing the first and the second flanges (17, 18) substantially coincide and are carried out by means of the same working step, wherein the step of producing the helical path and the step of producing the first and the second flanges (17, 18) consist of a working operation, consisting of a turning operation, on the outer cylinder.
A method of gloss correction in a process of printing a three-dimensional object, wherein a print head is moved in a main scanning direction x and a sub-scanning direction y relative to a print substrate, characterized by the steps of: a) providing a height map z(x, y) which defines the object to be printed by assigning to each point in a set of points in an x-y-plane that is spanned by the main scanning direction x and the sub-scanning direction y a height value z(x, y) of a surface of the object; b) deriving, from the height map, a normal map which assigns to each point in the set a normal vector N(x, y) that is normal to the surface of the object at that point; c) segmenting the set of points into at least two regions (a-e) in which the normal vectors of all points in the region fulfill a predefined similarity criterion that is related to a surface gloss of the object; d) for each region, estimating an expected surface gloss value of the object; e) calculating a gloss correction map on the basis of a difference between the estimated surface gloss values for said at least two regions; and f) while printing the object, applying to the object a surface treatment in accordance with the gloss correction map. a) providing a height map z(x, y) which defines the object to be printed by assigning to each point in a set of points in an x-y-plane that is spanned by the main scanning direction x and the sub-scanning direction y a height value z(x, y) of a surface of the object; b) deriving, from the height map, a normal map which assigns to each point in the set a normal vector N(x, y) that is normal to the surface of the object at that point; c) segmenting the set of points into at least two regions (a-e) in which the normal vectors of all points in the region fulfill a predefined similarity criterion that is related to a surface gloss of the object; d) for each region, estimating an expected surface gloss value of the object; e) calculating a gloss correction map on the basis of a difference between the estimated surface gloss values for said at least two regions; and f) while printing the object, applying to the object a surface treatment in accordance with the gloss correction map.
A method for determining the level of functional C1-esterase inhibitor (fC1-INH) in a sample, the method comprising: (i) spotting a blood sample from a subject on a support member; (ii) drying the blood sample on the support member to form a dried blood spot; (iii) extracting proteins from the dried blood spot from (ii); and (iv) measuring the level of fC1-INH in the extracted proteins in (iii), if present. (i) spotting a blood sample from a subject on a support member; (ii) drying the blood sample on the support member to form a dried blood spot; (iii) extracting proteins from the dried blood spot from (ii); and (iv) measuring the level of fC1-INH in the extracted proteins in (iii), if present.
A uterine manipulator, comprising: a sound having a selectively actuatable anchor disposed proximate a distal end and an operating mechanism spaced from the anchor for controlling actuation of the anchor; and a body having a passage therethrough adapted to receive the sound passed proximally through the body to a position in which the operating mechanism is accessible proximally of the body and the anchor extends distally characterized by a cup disposed at a distal end of the body and adapted to engage a uterus; wherein the distal end of the sound extends distally from the cup for insertion into the uterus; and wherein a rim of the cup is angled relative to a longitudinal axis of the body. a sound having a selectively actuatable anchor disposed proximate a distal end and an operating mechanism spaced from the anchor for controlling actuation of the anchor; and a body having a passage therethrough adapted to receive the sound passed proximally through the body to a position in which the operating mechanism is accessible proximally of the body and the anchor extends distally characterized by a cup disposed at a distal end of the body and adapted to engage a uterus; wherein the distal end of the sound extends distally from the cup for insertion into the uterus; and wherein a rim of the cup is angled relative to a longitudinal axis of the body.
Facility for the manufacture of three-dimensional objects from material powder, through layerwise consolidation of said material powder present on a process surface in such places of the particular layer that correspond, in accordance with geometrical data, to the object about to be manufactured, wherein the facility comprises a process floor surrounding the process surface and a powder feed device to feed, provide and distribute the powder on the process surface, wherein the powder feed device comprises: • a conveying element for feeding powder into the powder feed device; • a reservoir, into which the at least one conveying element feeds the powder; • a process conveying element, which can act on powder in the reservoir, in order to provide this in dosed quantity on the process floor adjacent to the process surface; • a process pusher for distributing the powder provided adjacent to the process surface over the process surface, wherein the process conveying element is designed, such that the powder adjacent to the process surface can be provided in the form of a line, characterised in that the process conveying element acts on the powder by means of an oblong pushing surface, which can be pushed to and fro in one direction. • a conveying element for feeding powder into the powder feed device; • a reservoir, into which the at least one conveying element feeds the powder; • a process conveying element, which can act on powder in the reservoir, in order to provide this in dosed quantity on the process floor adjacent to the process surface; • a process pusher for distributing the powder provided adjacent to the process surface over the process surface, wherein the process conveying element is designed, such that the powder adjacent to the process surface can be provided in the form of a line, characterised in that the process conveying element acts on the powder by means of an oblong pushing surface, which can be pushed to and fro in one direction.