mhurhangee/ep-ind-claims huggingface dataset:
Hairdressing appliance for shaping the hair comprising: - first and second jaws (2, 3) arranged opposite each other, - a first processing surface carried by the first jaw and a second processing surface carried by the second jaw, the surfaces (4, 5) being intended to grip a lock of hair, at least one of the surfaces (4, 5) being intended to be heated, - the jaws being connected so as to move from an open position to a closed position, - magnetic means (14, 18) for detecting the movement to open position and/or the movement to closed position, - a control unit programmed to receive, from the magnetic detection means (14,18), a signal representing a movement, said appliance comprising fluid vaporisation means, characterised in that the control unit is programmed to control, in response to said signal, the fluid vaporisation means. - first and second jaws (2, 3) arranged opposite each other, - a first processing surface carried by the first jaw and a second processing surface carried by the second jaw, the surfaces (4, 5) being intended to grip a lock of hair, at least one of the surfaces (4, 5) being intended to be heated, - the jaws being connected so as to move from an open position to a closed position, - magnetic means (14, 18) for detecting the movement to open position and/or the movement to closed position, - a control unit programmed to receive, from the magnetic detection means (14,18), a signal representing a movement, said appliance comprising fluid vaporisation means, characterised in that the control unit is programmed to control, in response to said signal, the fluid vaporisation means.
A method for evaluating a progressive-addition lens comprising: a power distribution measuring step in which powers of the progressive-addition lens at a plurality of points are measured to obtain an actually measured power distribution; characterized by a similarity search step in which a comparison power distribution which is a difference between the actually measured power distribution and a design power distribution, and a defective power distribution prepared in advance and showing a distribution obtained in the case where a relative positional shift is generated between one surface and the other surface of the progressive-addition lens, are compared with each other to perform similarity search between the comparison power distribution and the defective power distribution; and an evaluation step in which whether or not the comparison power distribution and the defective power distribution are similar to each other is determined based on the result of the similarity search step, and if it is determined that the comparison power distribution and the defective power distribution are similar to each other, then the progressive-addition lens is evaluated as defective. a power distribution measuring step in which powers of the progressive-addition lens at a plurality of points are measured to obtain an actually measured power distribution; characterized by a similarity search step in which a comparison power distribution which is a difference between the actually measured power distribution and a design power distribution, and a defective power distribution prepared in advance and showing a distribution obtained in the case where a relative positional shift is generated between one surface and the other surface of the progressive-addition lens, are compared with each other to perform similarity search between the comparison power distribution and the defective power distribution; and an evaluation step in which whether or not the comparison power distribution and the defective power distribution are similar to each other is determined based on the result of the similarity search step, and if it is determined that the comparison power distribution and the defective power distribution are similar to each other, then the progressive-addition lens is evaluated as defective.
A method of producing pomegranate sprouts, the method comprising: (a) germinating pomegranate seeds in the dark until sprouts with cotyledons emergence wherein said germinating is effected for 6 to 21 days; (b) exposing said cotyledons to light for 30 minutes to eight hours so as to obtain light-exposed sprouts; (c) incubating said light-exposed sprouts in the dark for 24 to 48 hours; and (d) harvesting said pomegranate sprouts, thereby producing the pomegranate sprouts. (a) germinating pomegranate seeds in the dark until sprouts with cotyledons emergence wherein said germinating is effected for 6 to 21 days; (b) exposing said cotyledons to light for 30 minutes to eight hours so as to obtain light-exposed sprouts; (c) incubating said light-exposed sprouts in the dark for 24 to 48 hours; and (d) harvesting said pomegranate sprouts, thereby producing the pomegranate sprouts.
A coupling device for connecting a water powered apparatus to a mouth of a faucet, the coupling device comprising a cylindrical aerator housing having a stepped portion for mounting to said mouth, an aerator (2; 200; 201; 33) contained within the cylindrical aerator housing, and an attachment (4; 40; 140) for water powered apparatus, the attachment being provided with connecting means, the aerator (2; 200; 201; 33) having an upper cylindrical portion and a lower cylindrical portion (15; 150; 250) joined together by arms converging and thereby connecting the upper cylindrical portion with the lower cylindrical portion in the flow direction, ventilation openings being formed between arms for aerating flowing water, characterized in that said device further comprises engagement means (20,25,27,38,49) coupling with said connecting means, the engagement means (20, 25, 27, 38, 49) being thereby not integral with said aerator cylindrical housing but the engagement means (20, 25, 27) being integral with said aerator (2, 200, 201) or the engagement means (38, 49) being integral with an aerator holder fitting (34; 43), the aerator holder fitting being mounted so as to rest on the stepped portion of the cylindrical aerator housing and the aerator, which is of conventional type when used in combination with the aerator holder fitting (34, 43), being provided at the top with a flange which is sustained by said aerator holder fitting.
A fuel nozzle for a turbine engine, said fuel nozzle comprising: a one-piece housing comprising an annular fuel nozzle tip, said housing further comprising a plurality of openings configured to discharge air radially outward from said fuel nozzle tip; an annular one-piece venturi defining a fuel chamber within said fuel nozzle tip, said venturi coupled to said housing via a slip joint; a one-piece swirler coupled to and extending radially inward from said venturi, said swirler facilitates enhancing mixing of air and fuel within said fuel chamber; and an aft heat shield coupled to a forward heat shield, said aft heat shield coupled to said housing, said forward heat shield coupled to said venturi, and a main fuel circuit extending at least partially through a cavity defined between said aft and forward heat shields. a one-piece housing comprising an annular fuel nozzle tip, said housing further comprising a plurality of openings configured to discharge air radially outward from said fuel nozzle tip; an annular one-piece venturi defining a fuel chamber within said fuel nozzle tip, said venturi coupled to said housing via a slip joint; a one-piece swirler coupled to and extending radially inward from said venturi, said swirler facilitates enhancing mixing of air and fuel within said fuel chamber; and an aft heat shield coupled to a forward heat shield, said aft heat shield coupled to said housing, said forward heat shield coupled to said venturi, and a main fuel circuit extending at least partially through a cavity defined between said aft and forward heat shields.
A delivery point sorting device, the device comprising: two feeders (1, 2) for processing mail articles, said two feeders receiving the mail articles and forwarding the mail articles in streams of mail articles; a crossing arrangement for streams of mail articles realized by a converging apparatus, said converging apparatus having elevator modules with divert modules, and merge modules; said elevator modules configured to distribute the mail articles to respective sorting endpoints; said divert modules configured to process mail from said two feeders; said merge modules for converging the streams of mail articles from said two feeders; said sorting endpoints disposed downstream of said merge modules for stacking the mail articles received from said merge modules; characterized by at least two virtual machines (21, 22), each with half of the number of said sorting endpoints; wherein the delivery point sorting device is adapted to preventing simultaneous converging of the stream of mail articles from the at least two feeders, and to use one of said at least two feeders during a first sorting pass to serve both virtual machines. two feeders (1, 2) for processing mail articles, said two feeders receiving the mail articles and forwarding the mail articles in streams of mail articles; a crossing arrangement for streams of mail articles realized by a converging apparatus, said converging apparatus having elevator modules with divert modules, and merge modules; said elevator modules configured to distribute the mail articles to respective sorting endpoints; said divert modules configured to process mail from said two feeders; said merge modules for converging the streams of mail articles from said two feeders; said sorting endpoints disposed downstream of said merge modules for stacking the mail articles received from said merge modules; characterized by at least two virtual machines (21, 22), each with half of the number of said sorting endpoints;
Method for manufacturing a patterned floor covering, comprising the following steps: - providing a first component and a second component, the first and second component being mixable and the first component having a first base color and the second component having a second base color; - manufacturing a first intermediate product by mixing the first component and the second component in a mixing device, the mixing taking place in such a way that the first intermediate product comprises first regions having the first base color, second regions having the second base color and third regions having a first mixed color; - providing a third component; - further processing the first intermediate product into a web-shaped floor covering, characterized in that during the further processing of the first intermediate product, a second intermediate product is manufactured by mixing the intermediate product with the third component in a second mixing device, the second intermediate product comprising first regions having the first base color, second regions having the second base color, third regions having the first mixed color and fourth regions having a second mixed color. - providing a first component and a second component, the first and second component being mixable and the first component having a first base color and the second component having a second base color; - manufacturing a first intermediate product by mixing the first component and the second component in a mixing device, the mixing taking place in such a way that the first intermediate product comprises first regions having the first base color, second regions having the second base color and third regions having a first mixed color; - providing a third component; - further processing the first intermediate product into a web-shaped floor covering,
A method for producing hypromellose acetate succinate, the method comprising: an esterification step of adding acetic anhydride and succinic anhydride to a solution of hypromellose in glacial acetic acid in the presence of sodium acetate to obtain a reaction product mixture, wherein an amount of the acetic anhydride is from 0.4 to 1.3 moles relative to 1 mole of the hypromellose from the standpoint of degree of substitution and yield of the obtained hypromellose acetate succinate and the succinic anhydride is added intermittently; and a precipitation step of mixing the reaction product mixture with water to precipitate the hypromellose acetate succinate wherein during a period when the succinic anhydride is added, an average addition rate of the succinic anhydride is 0.0020 to 0.2000 mol/min. an esterification step of adding acetic anhydride and succinic anhydride to a solution of hypromellose in glacial acetic acid in the presence of sodium acetate to obtain a reaction product mixture, wherein an amount of the acetic anhydride is from 0.4 to 1.3 moles relative to 1 mole of the hypromellose from the standpoint of degree of substitution and yield of the obtained hypromellose acetate succinate and the succinic anhydride is added intermittently; and a precipitation step of mixing the reaction product mixture with water to precipitate the hypromellose acetate succinate wherein during a period when the succinic anhydride is added, an average addition rate of the succinic anhydride is 0.0020 to 0.2000 mol/min.
A developer unit for a dual component development electrophotographic image forming device, comprising: a housing having a reservoir for storing a developer mix that includes toner and magnetic carrier beads; a magnetic roll including a stationary core and a sleeve positioned around the core that is rotatable relative to the core about an axis of rotation, the stationary core includes at least one permanent magnet having a plurality of circumferentially spaced magnetic poles, an outer surface of the sleeve is positioned to carry developer mix attracted to the outer surface of the sleeve by the at least one permanent magnet from the reservoir through an exposed portion of the magnetic roll and back to the reservoir, in the exposed portion of the magnetic roll the magnetic roll is exposed from the reservoir to permit transfer of toner from the outer surface of the sleeve to a photoconductive drum; and characterised by an upper shunt and a lower shunt positioned at each axial end of the magnetic roll, each upper and lower shunt (362, 364) is composed of a magnetically permeable metal that redirects a magnetic field of the at least one permanent magnet at a respective axial end of the magnetic roll, each upper shunt and each lower shunt is positioned axially outboard of the core and in close proximity to the outer surface of the sleeve, each upper shunt is positioned along an upper circumferential portion of the outer surface of the sleeve and each lower shunt is positioned along a lower circumferential portion of the outer surface of the sleeve, a starting point of each upper shunt relative to an operative rotational direction of the sleeve is positioned circumferentially between a pair of poles (354, 355) of the plurality of circumferentially spaced magnetic poles where a magnetic field from the at least one permanent magnet is more tangential than radial, an ending point of each upper shunt relative to the operative rotational direction of the sleeve and a starting point of each lower shunt relative to the operative rotational direction of the sleeve are positioned past a point where the developer mix releases from the outer surface of the sleeve during rotation of the sleeve and above a point where the developer mix reenters the reservoir after releasing from the outer surface of the sleeve. a housing having a reservoir for storing a developer mix that includes toner and magnetic carrier beads; a magnetic roll including a stationary core and a sleeve positioned around the core that is rotatable relative to the core about an axis of rotation, the stationary core includes at least one permanent magnet having a plurality of circumferentially spaced magnetic poles, an outer surface of the sleeve is positioned to carry developer mix attracted to the outer surface of the sleeve by the at least one permanent magnet from the reservoir through an exposed portion of the magnetic roll and back to the reservoir, in the exposed portion of the magnetic roll the magnetic roll is exposed from the reservoir to permit transfer of toner from the outer surface of the sleeve to a photoconductive drum; and
A nucleic acid molecule for use for treating a proliferative disorder in absence of any direct or indirect DNA damaging treatment, wherein said nucleic acid molecule comprises a double stranded portion of between 26 and 100 bp, has at least one free end, comprises a 2'-deoxynucleotide backbone, and optionally comprises one or several modified nucleotides and/or nucleobases other than adenine, cytosine, guanine and thymine and has an overall degree of identity to human nucleic acid sequences which is less than 60% and wherein said molecule is substrate for binding by at least a Ku protein and is able to activate DNA-PK.
Device for deburring tubes, in particular tube ends, said device including: a) A distal and a proximal end; b) A substantially conical basic body with a plurality of contact surfaces (20, 20', 20"); c) A shaft; d) A guide chamber in which a guide bushing is displaceably mounted and in which a spring is arranged in such a manner that a restoring force is exerted onto the guide bushing, and wherein a blade is releasably fastened on the guide bushing, and e) A guide groove which extends in the longitudinal direction along an outside surface of the conical basic body and by means of which the blade is guided characterized in that the guide bushing is mounted so as to be displaceable and pivotable inside the guide chamber. a) A distal and a proximal end; b) A substantially conical basic body with a plurality of contact surfaces (20, 20', 20"); c) A shaft; d) A guide chamber in which a guide bushing is displaceably mounted and in which a spring is arranged in such a manner that a restoring force is exerted onto the guide bushing, and wherein a blade is releasably fastened on the guide bushing, and e) A guide groove which extends in the longitudinal direction along an outside surface of the conical basic body and by means of which the blade is guided
A crystalline form of a Compound I: or a pharmaceutically acceptable salt thereof, wherein the crystalline form is hydrochloric acid salt of Compound I.
A burner for a combustion of a gaseous fuel in a shaft furnace, mainly for a heat processing of minerals in a granular form, where the burner is intended for placement in a burner chamber in a sheath of the shaft furnace and it has a supply pipe which is connected to a source of the gaseous fuel; the supply pipe is ended by a nozzle which is placed outside an edge zone through which the burner chamber is connected to an inside of the shaft furnace, whereby, in use, a forced air supply for the combustion is led to the burner chamber and whereby the burner includes a separation insert which is mounted onto the supply pipe, the separation insert has a the- first end and a second end, where the first end is on the side of the source of the gaseous fuel, wherein the separation insert is mounted onto the supply pipe by its first end in such a way that the nozzle is inside the separation insert; the second end of the separation insert reaches to the edge zone of the burner; a gap for a flow of an air towards the shaft furnace is between the separation insert and the inner surface of the shaft furnace, whereby the air supply is led inside the separation insert and to an outer surface of the separation insert, whereby between the supply pipe and the separation insert at least one opening for the combustion air is produced, whereby this opening connects the forced air supply with the inner space of the separation insert, characterised by the fact that the opening for the combustion air has variable geometry.
An interaction method, applied to an interaction system, wherein the interaction system comprises a head-mounted display device and a hand-mounted device, wherein the head-mounted display device has a camera, the hand-mounted device has a motion sensor, and the hand-mounted device further has a vibration sensor and/or a pulse wave sensor, wherein the method comprises: displaying, by the head-mounted display device, a virtual keyboard; in response to an input trigger operation of a user, sending, by the hand-mounted device, hand detection data to the head-mounted display device based on a detected target sensor signal, wherein the target sensor signal comprises a biological vibration wave signal detected by the vibration sensor and/or a pulse wave signal detected by the pulse wave sensor; after determining, based on the hand detection data, that an input trigger event occurs, determining, by the head-mounted display device, an initial tap position of a target finger relative to the virtual keyboard based on a hand image captured by the camera; sending, by the hand-mounted device, hand motion tracking data collected by the motion sensor to the head-mounted display device; and in response to an input completion operation of the user, determining and displaying, by the head-mounted display device, an input result based on the initial tap position and the hand motion tracking data. displaying, by the head-mounted display device, a virtual keyboard; in response to an input trigger operation of a user, sending, by the hand-mounted device, hand detection data to the head-mounted display device based on a detected target sensor signal, wherein the target sensor signal comprises a biological vibration wave signal detected by the vibration sensor and/or a pulse wave signal detected by the pulse wave sensor; after determining, based on the hand detection data, that an input trigger event occurs, determining, by the head-mounted display device, an initial tap position of a target finger relative to the virtual keyboard based on a hand image captured by the camera; sending, by the hand-mounted device, hand motion tracking data collected by the motion sensor to the head-mounted display device; and in response to an input completion operation of the user, determining and displaying, by the head-mounted display device, an input result based on the initial tap position and the hand motion tracking data.