mhurhangee/ep-ind-claims huggingface dataset:
A fitting component for a window or a door, in which a locking fitting consisting of locking elements and stationary locking engagement means is effective between casement and frame, wherein the locking fitting can be set to at least one swivelopening position of the casement relative to the frame and a securing element is provided at at least one lateral perpendicular swivel axis, which is non-detachably mounted, which in normal operation is without function, however, secures the casement to the frame, when the casement moves beyond a permissible setpoint position, and consists of a rope arranged in the rebate area between casement and frame, which at one end is allocated to the casement in a casement component and at the other end to the frame in a frame mount, characterized in that the frame mount is a locking engagement means of the locking fitting.
A computer-implemented method comprising: determining an input (715, 721) that indicates at least one route, at least one geographical area, or a combination thereof in a map user interface (701-713, 801, 821, 835, 855) of a device; determining contextual information associated with the at least one route, the at least one geographical area, or the combination thereof, wherein determining the contextual information includes determining that a user is: static; dynamic but without a set destination or route; dynamic with a set destination; or that the user has set a context by searching for a place without enabling tracking; determining one or more contextual menu options (815a-g) useable to perform one or more respective functions, wherein the determined one or more contextual menu options and the respective functions vary based, at least in part, on the contextual information; and initiating a presentation of at least one contextual menu (813, 829, 847, 861) of the one or more contextual menu options in the map user interface. determining an input (715, 721) that indicates at least one route, at least one geographical area, or a combination thereof in a map user interface (701-713, 801, 821, 835, 855) of a device; determining contextual information associated with the at least one route, the at least one geographical area, or the combination thereof, wherein determining the contextual information includes determining that a user is: static; dynamic but without a set destination or route; dynamic with a set destination; or that the user has set a context by searching for a place without enabling tracking; determining one or more contextual menu options (815a-g) useable to perform one or more respective functions, wherein the determined one or more contextual menu options and the respective functions vary based, at least in part, on the contextual information; and initiating a presentation of at least one contextual menu (813, 829, 847, 861) of the one or more contextual menu options in the map user interface.
A sensor unit comprising a sensor section that includes an element reacting with a gaseous detection target substance and detects the detection target substance, and a holder that internally holds the sensor section and includes an inlet port that introduces a gas into inside of the holder, characterized in that: the sensor section includes a case inside which the element is arranged, and which has a first opening provided in one face, and a second opening provided in another face on an opposite side to the one face; and the holder includes: a supply port that is arranged at a position that is close to the one face, and that allows a gas that is introduced into inside of the holder to pass through to the one face side, a hollow section into which a gas having passed through inside of the case flows from the second opening, a first flow channel having annular or C-shape that is formed in a circumferential direction of the hollow section, a plurality of second flow channels that are provided at predetermined intervals in the circumferential direction of the hollow section and that connect the hollow section and the first flow channel, and an exhaust port that is connected to the first flow channel at a different position from the second flow channels and that discharges a gas that is inside the holder. the sensor section includes a case inside which the element is arranged, and which has a first opening provided in one face, and a second opening provided in another face on an opposite side to the one face; and the holder includes: a supply port that is arranged at a position that is close to the one face, and that allows a gas that is introduced into inside of the holder to pass through to the one face side, a hollow section into which a gas having passed through inside of the case flows from the second opening, a first flow channel having annular or C-shape that is formed in a circumferential direction of the hollow section, a plurality of second flow channels that are provided at predetermined intervals in the circumferential direction of the hollow section and that connect the hollow section and the first flow channel, and an exhaust port that is connected to the first flow channel at a different position from the second flow channels and that discharges a gas that is inside the holder. a supply port that is arranged at a position that is close to the one face, and that allows a gas that is introduced into inside of the holder to pass through to the one face side, a hollow section into which a gas having passed through inside of the case flows from the second opening, a first flow channel having annular or C-shape that is formed in a circumferential direction of the hollow section, a plurality of second flow channels that are provided at predetermined intervals in the circumferential direction of the hollow section and that connect the hollow section and the first flow channel, and an exhaust port that is connected to the first flow channel at a different position from the second flow channels and that discharges a gas that is inside the holder.
A door for a vehicle including an outer panel and an inner panel, wherein the outer panel and the inner panel comprise a window cut-out, wherein the door comprises a mirror bracket arranged below a lower edge of the window cut-out, and adjacent to an inner surface of the outer panel, characterised in that the door comprises a division bar which divides the window cut-out in two areas, in that the mirror bracket is arranged below one of the two areas which is provided for accommodating a quarter glass, and in that the mirror bracket is arranged for reinforcing the outer panel, wherein the mirror bracket comprises at least one fastening point for mounting a mirror and the mirror bracket comprises an L-shaped channel section for accommodating a seal.
A train monitoring system comprising a train monitoring device that is mountable on a train and comprises a plurality of cameras (C01, C02, C11~C14, C21~C24) for imaging around the train from different sides, wherein the train monitoring device includes a control unit that is configured to: when the train stops at a station, select one of the plurality of cameras (C01, C02, C11~C14, C21~C24) as a rear imaging camera for imaging a rear side in a traveling direction of the train; after the train departs from the station, acquire image data imaged by the rear imaging camera; and transmit the image data to the outside, characterized in that: the train monitoring device includes a speed recognition unit configured to recognize a speed of the train, and in the train monitoring device, the control unit is configured to start imaging with the rear imaging camera (C02, C23) when the speed recognized by the speed recognition unit reaches a first preset speed, and stop the imaging by the rear imaging camera when the speed reaches a second preset speed higher than the first preset speed and acquires the image data. when the train stops at a station, select one of the plurality of cameras (C01, C02, C11~C14, C21~C24) as a rear imaging camera for imaging a rear side in a traveling direction of the train; after the train departs from the station, acquire image data imaged by the rear imaging camera; and transmit the image data to the outside, characterized in that: the train monitoring device includes a speed recognition unit configured to recognize a speed of the train, and in the train monitoring device, the control unit is configured to start imaging with the rear imaging camera (C02, C23) when the speed recognized by the speed recognition unit reaches a first preset speed, and stop the imaging by the rear imaging camera when the speed reaches a second preset speed higher than the first preset speed and acquires the image data. the train monitoring device includes a speed recognition unit configured to recognize a speed of the train, and in the train monitoring device, the control unit is configured to start imaging with the rear imaging camera (C02, C23) when the speed recognized by the speed recognition unit reaches a first preset speed, and stop the imaging by the rear imaging camera when the speed reaches a second preset speed higher than the first preset speed and acquires the image data.
A convertible refrigerant recovery, recycle, and recharge unit, comprising: a control valve array, a vacuum pump, an oil separator, a compressor, and one or more storage tanks, said vacuum pump and said oil separator in flow communication with said control valve array; said one or more storage tanks in flow communication with said compressor; and wherein said control valve array is adapted to receive refrigerant from a refrigerant containing device; characterized in that said compressor is oil-less and draws said refrigerant into said one or more storage tanks; and in that said oil-less compressor is in flow communication with said oil separator, said oil separator being upstream of the oil-less compressor, wherein said convertible refrigerant recovery, recycle, and recharge unit does not comprise an oil separator placed downstream of the oil-less compressor. a control valve array, a vacuum pump, an oil separator, a compressor, and one or more storage tanks, said vacuum pump and said oil separator in flow communication with said control valve array; said one or more storage tanks in flow communication with said compressor; and wherein said control valve array is adapted to receive refrigerant from a refrigerant containing device; characterized in that said compressor is oil-less and draws said refrigerant into said one or more storage tanks; and in that said oil-less compressor is in flow communication with said oil separator, said oil separator being upstream of the oil-less compressor, wherein said convertible refrigerant recovery, recycle, and recharge unit does not comprise an oil separator placed downstream of the oil-less compressor.
A method for the production of one or more diglycerides comprising: combining (i) an oil comprising at least one polyunsaturated fatty acid in the form of ethyl esters, free fatty acids, and/or combinations thereof, wherein the oil comprises eicosapentaenoic acid ethyl ester or free fatty acid, and comprises docosahexaenoic acid ethyl ester or free fatty acid, (ii) lipase B derived from Candida antarctica, and (iii) glycerol in water; reacting for 2 hours to 72 hours, wherein the temperature during the reaction is from 30°C to 90 °C, and wherein water is added back one or more times during the reaction. combining (i) an oil comprising at least one polyunsaturated fatty acid in the form of ethyl esters, free fatty acids, and/or combinations thereof, wherein the oil comprises eicosapentaenoic acid ethyl ester or free fatty acid, and comprises docosahexaenoic acid ethyl ester or free fatty acid, (ii) lipase B derived from Candida antarctica, and (iii) glycerol in water; reacting for 2 hours to 72 hours, wherein the temperature during the reaction is from 30°C to 90 °C, and wherein water is added back one or more times during the reaction.
Trigonelline for use in a method of treatment of infertility or reduced fertility in a female individual, wherein said method comprises taking primordial follicles from said individual, treating said follicles in vitro with trigonelline, and reinserting into said individual.
Method for reconditioning a hot gas path part (10, 22) of a gas turbine in order to flexibly adapt an operation regime of said gas turbine for subsequent operation intervals, comprising the steps of: a) providing a hot gas path part (10, 22) to be reconditioned; b) remove a predetermined area of said hot gas path part (10, 22), resulting in a cutout (19, 29) at said hot gas path part (10, 22); c) manufacture a coupon (20, 30) or section for being inserted into said cutout (19, 29) to replace said removed area of said hot gas path part (10, 22); d) inserting said coupon (20, 30) or section into said cutout (19, 29); and e) joining said hot gas path part (10, 22) with said inserted coupon (20, 30) or section; f) whereby said coupon (20, 30) or section is manufactured by a selective laser melting method resulting in a fine grain sized material with significantly improved low cycle fatigue lifetime; and g) whereby said hot gas path part (10, 22) is coated, at least in an area comprising said inserted coupon (20, 30) or section, with a metallic overlay (21, 31) with improved thermo-mechanical fatigue and oxidation lifetime; h) characterized in that, in order to introduce a self-healing property, said metallic overlay (21, 31) comprises an additional active phase containing a melting point depressant and/or a substance with a softening point or melting point below an operation temperature or within an operation temperature range of said hot gas path part (10, 22). a) providing a hot gas path part (10, 22) to be reconditioned; b) remove a predetermined area of said hot gas path part (10, 22), resulting in a cutout (19, 29) at said hot gas path part (10, 22); c) manufacture a coupon (20, 30) or section for being inserted into said cutout (19, 29) to replace said removed area of said hot gas path part (10, 22); d) inserting said coupon (20, 30) or section into said cutout (19, 29); and e) joining said hot gas path part (10, 22) with said inserted coupon (20, 30) or section; f) whereby said coupon (20, 30) or section is manufactured by a selective laser melting method resulting in a fine grain sized material with significantly improved low cycle fatigue lifetime; and g) whereby said hot gas path part (10, 22) is coated, at least in an area comprising said inserted coupon (20, 30) or section, with a metallic overlay (21, 31) with improved thermo-mechanical fatigue and oxidation lifetime; h) characterized in that, in order to introduce a self-healing property, said metallic overlay (21, 31) comprises an additional active phase containing a melting point depressant and/or a substance with a softening point or melting point below an operation temperature or within an operation temperature range of said hot gas path part (10, 22).
A method for handling a connection via a multi-core device intermediary to a server and a plurality of clients, the method comprising: (a) allocating, by a device intermediary to a plurality of clients and a server, a predetermined port number to each core of a plurality of cores of the device; (b) establishing, by the device, a listening service on each core to listen on a network identifier of the device and the predetermined port number allocated to that core; (c) receiving, by a first core of the plurality of cores, a packet from a client to the server for a transport layer connection between the server and the client established by a second core of the plurality of cores; (d) determining, by the first core from a tuple of the packet, that the packet is to be routed via the second core; and (e) establishing, by the first core, a connection to the listening service of the second core using the local network identifier and a port number corresponding to the second core. (a) allocating, by a device intermediary to a plurality of clients and a server, a predetermined port number to each core of a plurality of cores of the device; (b) establishing, by the device, a listening service on each core to listen on a network identifier of the device and the predetermined port number allocated to that core; (c) receiving, by a first core of the plurality of cores, a packet from a client to the server for a transport layer connection between the server and the client established by a second core of the plurality of cores; (d) determining, by the first core from a tuple of the packet, that the packet is to be routed via the second core; and (e) establishing, by the first core, a connection to the listening service of the second core using the local network identifier and a port number corresponding to the second core.
An adhesive composition for semiconductor comprising an organic-solvent-soluble polyimide (a), an epoxy compound (b) and a hardening accelerator (c), wherein, per 100 wt parts of the epoxy compound (b), there are contained 15 to 90 wt parts of the organic-solvent-soluble polyimide (a) and 0.1 to 10 wt parts of the hardening accelerator (c), wherein the epoxy compound (b) contains a compound being liquid, having a viscosity of 150 Pa·s or less at 25°C and 1.013×10 5 N/m 2 and a compound being solid, having a viscosity, exceeding 150 Pa·s at 25°C and 1.013×10 5 N/m 2, and wherein a ratio of the epoxy compound being liquid based on all the epoxy compounds is in the range of 20 wt% or more and 60 wt% or less.
An adaptive assembly line for assembly of a continuous first web to a continuous or discontinuous second web, the assembly line being arranged to feed the first and the second web in a machine direction, the assembly line comprising a control device comprising a first camera arranged to take a first picture of the first web, the control device comprising a first transformer for transforming the first picture into a first signal, the control device being arranged to control the position of the first web with relation to the second web, characterized in that the first camera is arranged to take the pictures before assembly of the first web to the second web and that the control device is arranged to use the first signal for determining the position of a first centre line in the first web by detecting a pattern in the first web and that the control device is arranged to calculate the position of the first centre line in the first web with regard to the pattern comprised in the first web and that the control device is arranged to use the first signal for controlling the position of the first web and/or the second web so that the first centre line becomes aligned with a second centre line comprised in the second web during assembly of the first web to the second web, wherein the second centre line is known to the control device before assembly.
An emitter (120, 420) to be disposed to a tube configured to distribute irrigation liquid at a position corresponding to a discharge port communicating between an inside and outside of the tube, the emitter (120, 420) being configured to discharge the irrigation liquid in a tube through the discharge port, the emitter (120, 420) comprising: an intake part for receiving the irrigation liquid; a discharge part for discharging the irrigation liquid; a channel configured to connect the intake part and the discharge part and distribute the irrigation liquid, wherein: the emitter (120, 420) includes an emitter main body and a film, the emitter main body and the film being turnable about a hinge part, the emitter main body and the film are integrally formed with the hinge part and are composed of a composition including an antibacterial agent and a base resin or rubber. an intake part for receiving the irrigation liquid; a discharge part for discharging the irrigation liquid; a channel configured to connect the intake part and the discharge part and distribute the irrigation liquid, wherein: the emitter (120, 420) includes an emitter main body and a film, the emitter main body and the film being turnable about a hinge part, the emitter main body and the film are integrally formed with the hinge part and are composed of a composition including an antibacterial agent and a base resin or rubber. the emitter (120, 420) includes an emitter main body and a film, the emitter main body and the film being turnable about a hinge part, the emitter main body and the film are integrally formed with the hinge part and are composed of a composition including an antibacterial agent and a base resin or rubber.
A sampling arrangement for performing balanced detection of a pair of input data signals apportioned from an original phase-encoded modulated optical signal at a common point, the sampling arrangement comprising: at least one pair of sampling gates (42, 44), a first sampling gate of said pair responsive to a first input signal of the pair of input signals and a second sampling gate of said pair responsive to a second input signal of said pair of input signals, each sampling gate creating a stream of samples representative of the respective input signal applied thereto; a strobe source operable to provide sampling for controlling the at least one pair of sampling gates to open and close at a predetermined sampling frequency f s; at least one adjustable delay means associated with said at least one pair of sampling gates configured to ensure that said at least one pair of sampling gates generate samples originating from the same time interval in said original phase-encoded modulated optical signal; characterized in that the sampling arrangement is configured to detect a first and second component of each sampled pair with separate optical-to-electrical receivers, each component of the sampled pair are coupled to an A/D converter to convert the analog sets of samples into digital representations thereof; and a processor configured to perform balanced detection of the sampled pair of input signals by subtracting the digitally represented sampled pair on a sample by sample basis to form the reconstructed balanced detected signal and generate as an output a sampled balanced detected version of said input signal pair. at least one pair of sampling gates (42, 44), a first sampling gate of said pair responsive to a first input signal of the pair of input signals and a second sampling gate of said pair responsive to a second input signal of said pair of input signals, each sampling gate creating a stream of samples representative of the respective input signal applied thereto; a strobe source operable to provide sampling for controlling the at least one pair of sampling gates to open and close at a predetermined sampling frequency f s; at least one adjustable delay means associated with said at least one pair of sampling gates configured to ensure that said at least one pair of sampling gates generate samples originating from the same time interval in said original phase-encoded modulated optical signal; characterized in that the sampling arrangement is configured to detect a first and second component of each sampled pair with separate optical-to-electrical receivers, each component of the sampled pair are coupled to an A/D converter to convert the analog sets of samples into digital representations thereof; and a processor configured to perform balanced detection of the sampled pair of input signals by subtracting the digitally represented sampled pair on a sample by sample basis to form the reconstructed balanced detected signal and generate as an output a sampled balanced detected version of said input signal pair.
An isolated FcRn-antagonist consisting of a variant Fc region for use in a method of treating an autoimmune disease in a subject, the method comprising administering to the subject an effective amount of the isolated FcRn-antagonist consisting of the variant Fc region wherein the amino acid sequence of the Fc domains of the variant Fc region consists of the amino acid sequence set forth in SEQ ID NO:1, 2, or 3, wherein the FcRn-antagonist is administered intravenously, wherein the FcRn-antagonist is administered to the subject in a dose of between 2 and 200 mg/kg, and wherein the FcRn-antagonist is administered to the subject at a frequency of once every 7 days.