mhurhangee/ep-ind-claims huggingface dataset:
An elevator door control system for an elevator car operating in a hoistway serving a plurality of landings, the system including a door controller on the elevator car and at each landing for driving a respective door motor or motors (22, 42), sensors (27, 29, 33) at each landing for determining door conditions at respective landings, characterized in that the door controllers on the basis of information received from said sensors (27, 29, 33) being capable of determining if door conditions at all of the landings are suitable to open or close the car and landing doors at a host landing in a manner free of assistance of a separate main door controller wired to the landing door controllers.
A device comprising a sleeve, hermetically or tightly sealed at a first end by a plug comprising a window at least partially transparent to at least one emission wavelength of a LASER beam emitted by a LASER source, so that the sleeve and the plug are able to form a physical barrier between the LASER source and the environment external to the sleeve, characterized in that the sleeve is supple and can extend and/or bend in order to enable its first end to be moved and/or oriented in a one- or two- or three-dimension space.
A packaging comprising a multitude of at least 2 administration units comprising polymorphic trihydrated form of sodium salt of 4-tert-butyl-N-[4-chloro-2-(1-oxy-pyridine-4-carbonyl)-phenyl]-benzenesulfonamide; or of at least 2 administration units comprising polymorphic solvated or desolvated form of sodium salt of 4-tert-butyl-N-[4-chloro-2-(1-oxy-pyridine-4-carbonyl)-phenyl]-benzenesulfonamide. of at least 2 administration units comprising polymorphic trihydrated form of sodium salt of 4-tert-butyl-N-[4-chloro-2-(1-oxy-pyridine-4-carbonyl)-phenyl]-benzenesulfonamide; or of at least 2 administration units comprising polymorphic solvated or desolvated form of sodium salt of 4-tert-butyl-N-[4-chloro-2-(1-oxy-pyridine-4-carbonyl)-phenyl]-benzenesulfonamide.
An inkjet printer comprising: at least one head including a plurality of nozzles for ejecting ink toward a recording medium; a tank for storing said ink therein and supplying said ink to said head; a pressure sensor for measuring the pressure in said tank; an ink return part for feeding said ink from said head back to said tank; a pressure regulating part for performing a negative pressure reduction operation which causes the pressure in said tank to approach atmospheric pressure and to increase if the pressure in said tank measured with said pressure sensor is judged to be not greater than a predetermined value which is lower than atmospheric pressure; wherein the pressure value is measured with the pressure sensor; an operation sensing part for sensing the number of times or frequency of said negative pressure reduction operation performed by said pressure regulating part; and an error detection part for judging whether said ink return part is feeding said ink from said head to said tank normally or not, based on a sensing signal from said operation sensing part. at least one head including a plurality of nozzles for ejecting ink toward a recording medium; a tank for storing said ink therein and supplying said ink to said head; a pressure sensor for measuring the pressure in said tank; an ink return part for feeding said ink from said head back to said tank; a pressure regulating part for performing a negative pressure reduction operation which causes the pressure in said tank to approach atmospheric pressure and to increase if the pressure in said tank measured with said pressure sensor is judged to be not greater than a predetermined value which is lower than atmospheric pressure; wherein the pressure value is measured with the pressure sensor; an operation sensing part for sensing the number of times or frequency of said negative pressure reduction operation performed by said pressure regulating part; and an error detection part for judging whether said ink return part is feeding said ink from said head to said tank normally or not, based on a sensing signal from said operation sensing part.
A method for determining whether a candidate human transplant donor is at risk of inducing acute graft versus host disease (aGVHD) in a human transplant recipient, comprising the following steps of: i) expanding the population of invariant NKT (iNKT) cells from a biological sample obtained from the candidate human transplant donor; ii) detecting the presence or absence of expansion of the CD4- iNKT cell subpopulation in the population obtained at step i); and iii) concluding that the candidate human transplant donor has an increased risk of inducing aGVHD in a human transplant recipient when the subpopulation CD4- iNKT cells does not expand from the population of iNKT cells.
A vaccine of which the immunologically effective component consists of components (a), (b) and (c) and an adjuvant: (a) an immunologically effective amount of a Streptococcus suis IgM protease antigen, (b) an immunologically effective amount of an Escherichia coli fimbrial antigen, and (c) an immunologically effective amount of a Clostridium toxoid. characterized in that component (b) consists of the Escherichia coli fimbrial antigens F4, F5, and F6 and an Escherichia coli LT toxoid, and component (c) consist of the Clostridium perfringens type C toxoid, (a) an immunologically effective amount of a Streptococcus suis IgM protease antigen, (b) an immunologically effective amount of an Escherichia coli fimbrial antigen, and (c) an immunologically effective amount of a Clostridium toxoid.
An open face flat in-line irrigation drip emitter for insertion in to a conduit carrying pressurized fluid comprising: a unitary body made of a single piece of elastomeric material defining an open face flat in-line emitter having an inlet, outlet and a flow channel therebetween connecting the inlet and outlet; the flow channel defining a pressure reduction flow passage and a pressure compensating flow passage having a first cross-sectional area at low fluid pressure and a second cross-sectional area smaller than the first cross-sectional area at high fluid pressure to restrict flow through the channel; and the emitter inlet includes a protrusion that extends toward a central portion of the conduit so that fluid entering the emitter comes from a position closer to the central portion of the conduit than from a periphery of the conduit in order to avoid larger obstructions entering the emitter that may be located near the periphery of the conduit. a unitary body made of a single piece of elastomeric material defining an open face flat in-line emitter having an inlet, outlet and a flow channel therebetween connecting the inlet and outlet; the flow channel defining a pressure reduction flow passage and a pressure compensating flow passage having a first cross-sectional area at low fluid pressure and a second cross-sectional area smaller than the first cross-sectional area at high fluid pressure to restrict flow through the channel; and the emitter inlet includes a protrusion that extends toward a central portion of the conduit so that fluid entering the emitter comes from a position closer to the central portion of the conduit than from a periphery of the conduit in order to avoid larger obstructions entering the emitter that may be located near the periphery of the conduit.
Rubber article comprising a digital code pattern, the digital code pattern being a QR code pattern, said QR code pattern comprising: an array of structure pixels (128, 130, 228, 230, 328, 428, 528); the array of structure pixels (128, 130, 228, 230, 328, 428, 528) comprising a number r of different types of structure pixels (128, 130, 228, 230, 328, 428, 528), wherein r is a natural number greater or equal two, r ≥ 2; each type of structure pixel defining a certain surface structure (134, 434) on the rubber article, the surface structure (134, 434) causing a certain optical reflectivity of the structure pixel (128, 130, 228, 230, 328, 428, 528); wherein of the r different types of structure pixels a first type of structure pixel (128, 228, 328, 428, 528) has a first optical reflectivity and a second type of structure pixel (130, 230) has a second optical reflectivity which is higher than the first optical reflectivity; wherein said r different types of structure pixels comprise a structure pixel type of which each structure pixel (228, 328) has exactly two structure elements, and wherein the two structure elements are crossing grooves or crossing ridges. an array of structure pixels (128, 130, 228, 230, 328, 428, 528); the array of structure pixels (128, 130, 228, 230, 328, 428, 528) comprising a number r of different types of structure pixels (128, 130, 228, 230, 328, 428, 528), wherein r is a natural number greater or equal two, r ≥ 2; each type of structure pixel defining a certain surface structure (134, 434) on the rubber article, the surface structure (134, 434) causing a certain optical reflectivity of the structure pixel (128, 130, 228, 230, 328, 428, 528); wherein of the r different types of structure pixels a first type of structure pixel (128, 228, 328, 428, 528) has a first optical reflectivity and a second type of structure pixel (130, 230) has a second optical reflectivity which is higher than the first optical reflectivity; wherein said r different types of structure pixels comprise a structure pixel type of which each structure pixel (228, 328) has exactly two structure elements, and wherein the two structure elements are crossing grooves or crossing ridges.
A fiber optic ferrule push comprising: a main body extending between a front end and a rear end, the main body having a central opening extending between the front end and the rear end to receive a plurality of optical fibers therethrough; a front facing surface at the front end of the main body configured to engage a rear surface of a fiber optic ferrule; at least one projection extending outward from the main body to engage a housing configured to receive the fiber optic ferrule; wherein a key extending outward from a surface of the main body is configured to insert the optic ferrule push in correct orientation into the housing; characterized in that the at least one projection is toward the front end in the front quarter of the ferrule push. a main body extending between a front end and a rear end, the main body having a central opening extending between the front end and the rear end to receive a plurality of optical fibers therethrough; a front facing surface at the front end of the main body configured to engage a rear surface of a fiber optic ferrule; at least one projection extending outward from the main body to engage a housing configured to receive the fiber optic ferrule; wherein a key extending outward from a surface of the main body is configured to insert the optic ferrule push in correct orientation into the housing;
A method of electromagnetic heating of an object placed in a cavity, the method comprising: heating the object by feeding input UHF or microwave energy at a controlled heating input power at a plurality of frequencies into the cavity via at least one antenna; for each frequency of said plurality of frequencies: (i) measuring power input into and power output from the cavity; (ii) determining an energy absorption efficiency (η) as a proportion of the input power that is not output from the cavity; characterised in that the method further comprises, for each frequency of said plurality of frequencies: (iii) automatically adjusting the heating input power to the said at least one antenna in inverse proportion to the energy absorption efficiency (η) determined at the said frequency. heating the object by feeding input UHF or microwave energy at a controlled heating input power at a plurality of frequencies into the cavity via at least one antenna; for each frequency of said plurality of frequencies: (i) measuring power input into and power output from the cavity; (ii) determining an energy absorption efficiency (η) as a proportion of the input power that is not output from the cavity; (i) measuring power input into and power output from the cavity; (ii) determining an energy absorption efficiency (η) as a proportion of the input power that is not output from the cavity; characterised in that the method further comprises, for each frequency of said plurality of frequencies: (iii) automatically adjusting the heating input power to the said at least one antenna in inverse proportion to the energy absorption efficiency (η) determined at the said frequency. (iii) automatically adjusting the heating input power to the said at least one antenna in inverse proportion to the energy absorption efficiency (η) determined at the said frequency.
Process for the selective hydrodesulfurization of FCC gasolines comprising sulfur compounds and olefins, extending from hydrocarbons having 5 carbon atoms to compounds having a boiling point of 250°C, said process utilizing a catalyst in sulfurized form and comprising an alumina, cobalt and molybdenum and carbon support, the carbon content being between 0.5% and 2.6% by weight, the specific surface area of the support being less than 200 m 2 /g, said process being performed at a temperature of between 200 and 400°C and a total pressure of between 1 and 2.5 MPa with a volume ratio of the hydrogen to the hydrocarbons of between 50 and 600 litres/litre.
Device for launching using compressed fluid, comprising: • a projectile, • a barrel having two ends (19, 20), the projectile being positioned inside the barrel, a first of the two ends (19, 20) allowing the compressed fluid to enter the barrel, a second of the two ends (19, 20) allowing the projectile to leave, • a reservoir of compressed fluid connected to the first of the two ends (19, 20) of the barrel, said device for launching comprising a connecting device comprising a first tape, able to make the transition from a configuration in which it is wound about an axis Z around a support to a configuration in which it is deployed along an axis X substantially perpendicular to the axis Z, the tape having an end fixed to the projectile, the support being fixed in the barrel, the end of the first tape being connected to the projectile by a connection element, and the connection element being a mechanical component allowing the projectile to rotate about the axis X. • a projectile, • a barrel having two ends (19, 20), the projectile being positioned inside the barrel, a first of the two ends (19, 20) allowing the compressed fluid to enter the barrel, a second of the two ends (19, 20) allowing the projectile to leave, • a reservoir of compressed fluid connected to the first of the two ends (19, 20) of the barrel,
A method for developing a signature for malware identification, comprising: loading known malware information; finding a string in the known malware information; saving the string in a first database; identifying a first contiguous string block that includes the string in the known malware information; assigning a ranking score to the first contiguous string block; searching a second database for the first contiguous string block, the second database containing one or more contiguous string blocks extracted from known malware; and labelling the first contiguous string block, responsive to a determination the first contiguous string block meets a predetermined threshold of similarity with a second contiguous string block contained in the second database; characterized by generating a wildcarded contiguous string block (330, 430) using wildcard characters to represent differences between the first contiguous string block and the second contiguous string block; and assigning a confidence indicator to the wildcarded contiguous string block (340, 440), the confidence indicator to represent a likelihood the wildcarded contiguous string block describes malware, the confidence indicator based at least in part on a number of wildcards in the wildcarded contiguous string block. loading known malware information; finding a string in the known malware information; saving the string in a first database; identifying a first contiguous string block that includes the string in the known malware information; assigning a ranking score to the first contiguous string block; searching a second database for the first contiguous string block, the second database containing one or more contiguous string blocks extracted from known malware; and labelling the first contiguous string block, responsive to a determination the first contiguous string block meets a predetermined threshold of similarity with a second contiguous string block contained in the second database; characterized by generating a wildcarded contiguous string block (330, 430) using wildcard characters to represent differences between the first contiguous string block and the second contiguous string block; and assigning a confidence indicator to the wildcarded contiguous string block (340, 440), the confidence indicator to represent a likelihood the wildcarded contiguous string block describes malware, the confidence indicator based at least in part on a number of wildcards in the wildcarded contiguous string block.
A fluorochemical compound of the formula: Where Rf is a perfluorinated group; and R is a fluorinated or non-fluorinated C 2 -C 40 (hetero)hydrocarbyl group; subscript x is 1 to 3. Rf is a perfluorinated group; and R is a fluorinated or non-fluorinated C 2 -C 40 (hetero)hydrocarbyl group; subscript x is 1 to 3.
An induction heating cooker, comprising: an outer casing for the induction heating cooker; a plate for covering a top portion of the outer casing; a heating coil (2, 3) for inductively heating a heating-target object placed on the plate; and an inverter device for supplying the heating coil (2, 3) with a high frequency current, wherein the outer casing has: a container receptacle that forms a container portion containing the inverter device, and that is insertable into an opening formed at a top board of a cabinet of a kitchen unit; and a flange that is formed to extend in an outward direction from a top portion of the container receptacle, and that is placeable on the top board surrounding the opening, characterized by: a heating coil container space for containing one portion of the heating coil (2, 3), wherein the heating coil container space is formed between the flange and the plate, and the one portion of the heating coil (2, 3) is disposed in the heating coil container space. an outer casing for the induction heating cooker; a plate for covering a top portion of the outer casing; a heating coil (2, 3) for inductively heating a heating-target object placed on the plate; and an inverter device for supplying the heating coil (2, 3) with a high frequency current, wherein the outer casing has: a container receptacle that forms a container portion containing the inverter device, and that is insertable into an opening formed at a top board of a cabinet of a kitchen unit; and a flange that is formed to extend in an outward direction from a top portion of the container receptacle, and that is placeable on the top board surrounding the opening, a container receptacle that forms a container portion containing the inverter device, and that is insertable into an opening formed at a top board of a cabinet of a kitchen unit; and a flange that is formed to extend in an outward direction from a top portion of the container receptacle, and that is placeable on the top board surrounding the opening, characterized by: a heating coil container space for containing one portion of the heating coil (2, 3), wherein the heating coil container space is formed between the flange and the plate, and the one portion of the heating coil (2, 3) is disposed in the heating coil container space.
A method for forming an optical preform, the method comprising: loading silica glass soot in a mold cavity of a mold body; having an inner wall rotating the mold body at a rotational speed sufficient to force the silica glass soot towards the inner wall of the mold body; and compressing the silica glass soot in an inward radial direction as the mold body is rotated to form a soot compact layer. loading silica glass soot in a mold cavity of a mold body; having an inner wall rotating the mold body at a rotational speed sufficient to force the silica glass soot towards the inner wall of the mold body; and compressing the silica glass soot in an inward radial direction as the mold body is rotated to form a soot compact layer.
A transaction card (100, 500, 700) comprising: a non-plastic core (110, 508, 702) having first (109, 704) and second faces (111, 706) and a core thickness therebetween, an opening in the first face and a pocket (112, 510) extending from the opening and having a pocket bottom with a depth less than the core thickness; embedded electronics disposed in the opening, the embedded electronics comprising at least a printed circuit board and an active or passive power source; a fill layer (108, 108A) in contact with the embedded electronics, disposed in portions of the opening not occupied by the embedded electronics; one or more layers (102, 104, 106, 120, 512, 514, 516) disposed over the fill layer (108, 108A), the transaction card is characterized in that the core (110, 508, 702) further comprises a through-hole (114, 510, 708a, 708b, 708c) that connects the second face to the bottom of the pocket, contacts disposed in the through-hole (114, 510, 708a, 708b, 708c) configured to be read by a card reader, and an integrated circuit module connected to the contacts. a non-plastic core (110, 508, 702) having first (109, 704) and second faces (111, 706) and a core thickness therebetween, an opening in the first face and a pocket (112, 510) extending from the opening and having a pocket bottom with a depth less than the core thickness; embedded electronics disposed in the opening, the embedded electronics comprising at least a printed circuit board and an active or passive power source; a fill layer (108, 108A) in contact with the embedded electronics, disposed in portions of the opening not occupied by the embedded electronics; one or more layers (102, 104, 106, 120, 512, 514, 516) disposed over the fill layer (108, 108A), the transaction card is characterized in that the core (110, 508, 702) further comprises a through-hole (114, 510, 708a, 708b, 708c) that connects the second face to the bottom of the pocket, contacts disposed in the through-hole (114, 510, 708a, 708b, 708c) configured to be read by a card reader, and an integrated circuit module connected to the contacts.
An electronic device, comprising: a substrate comprising a bendable portion and a non-bending portion adjacent to the bendable portion; a plurality of thin-film transistors disposed on the non-bending portion of the substrate; a first insulating layer disposed on the plurality of thin-film transistors; and a plurality of light-emitting units, and one of the plurality of light-emitting units is electrically connected to at least one of the plurality of thin-film transistors; and a conductive line disposed on the bendable portion, wherein a thickness of the first insulating layer on the non-bending portion is less than a thickness of the first insulating layer on the bendable portion and and characterized in that the conductive line has an undulating edge or at least one opening. a substrate comprising a bendable portion and a non-bending portion adjacent to the bendable portion; a plurality of thin-film transistors disposed on the non-bending portion of the substrate; a first insulating layer disposed on the plurality of thin-film transistors; and a plurality of light-emitting units, and one of the plurality of light-emitting units is electrically connected to at least one of the plurality of thin-film transistors; and a conductive line disposed on the bendable portion, wherein a thickness of the first insulating layer on the non-bending portion is less than a thickness of the first insulating layer on the bendable portion and and characterized in that the conductive line has an undulating edge or at least one opening.