mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fault detection in synchronous machines; the method comprising: using at least one sensor to determine parameters linked to the magnetic field generated within the synchronous machine including parameters based on one or more of magnetic field strength, rotor current or voltage, stator current or voltage, and vibration; processing the sensor measurements to identify data artefacts linked to the magnetic field, wherein the processing includes one or more signal processing techniques based on time, frequency, and both time and frequency; and analysing the output of the signal processing in order to identify and categorise irregularities in the magnetic field that are indicative of a fault in the synchronous machine, wherein the analysing includes recognising patterns in the processed sensor measurements, via use of computer aided pattern recognition techniques such as via machine learning algorithms; characterized in that : the at least one sensor comprises one or more existing sensor(s) comprising one or more voltage or current sensor(s) configured for use during operation of the synchronous machine for monitoring and/or control of the machine; and the method is carried out during a time period in which there is a transient magnetic field of the type that arises during start-up or shut-down of the machine. using at least one sensor to determine parameters linked to the magnetic field generated within the synchronous machine including parameters based on one or more of magnetic field strength, rotor current or voltage, stator current or voltage, and vibration; processing the sensor measurements to identify data artefacts linked to the magnetic field, wherein the processing includes one or more signal processing techniques based on time, frequency, and both time and frequency; and analysing the output of the signal processing in order to identify and categorise irregularities in the magnetic field that are indicative of a fault in the synchronous machine, wherein the analysing includes recognising patterns in the processed sensor measurements, via use of computer aided pattern recognition techniques such as via machine learning algorithms; characterized in that : the at least one sensor comprises one or more existing sensor(s) comprising one or more voltage or current sensor(s) configured for use during operation of the synchronous machine for monitoring and/or control of the machine; and the method is carried out during a time period in which there is a transient magnetic field of the type that arises during start-up or shut-down of the machine. the at least one sensor comprises one or more existing sensor(s) comprising one or more voltage or current sensor(s) configured for use during operation of the synchronous machine for monitoring and/or control of the machine; and the method is carried out during a time period in which there is a transient magnetic field of the type that arises during start-up or shut-down of the machine.
An application program for causing an information processing apparatus performing wireless communication with a communication apparatus to execute a control method for connection between the communication apparatus and an external access point outside the communication apparatus via a wireless local area network, the control method comprising: performing, based on an instruction on a screen displayed by the application program (S403), display processing for displaying a selection screen for selecting any one of one or more access points, wherein authentication information corresponding to a selected access point is input by a user based on the user's selection of the access point on the selection screen displayed by the display processing, and wherein connection confirmation for establishing wireless connection between the selected access point and the information processing apparatus is performed based on input of the authentication information (S407); and transmitting the authentication information and identification information about the access point selected on the selection screen to the communication apparatus based on success of establishing the wireless connection by the connection confirmation performing, based on an instruction on a screen displayed by the application program (S403), display processing for displaying a selection screen for selecting any one of one or more access points, wherein authentication information corresponding to a selected access point is input by a user based on the user's selection of the access point on the selection screen displayed by the display processing, and wherein connection confirmation for establishing wireless connection between the selected access point and the information processing apparatus is performed based on input of the authentication information (S407); and transmitting the authentication information and identification information about the access point selected on the selection screen to the communication apparatus based on success of establishing the wireless connection by the connection confirmation
A non-aqueous electrolyte solution for a lithium secondary battery, the non-aqueous electrolyte solution comprising: lithium bis(fluorosulfonyl)imide as a first lithium salt, a second lithium salt, an organic solvent, and a compound represented by Formula 1: wherein the compound represented by Formula 1 is included in an amount of 0.1 wt% to 1 wt% based on a total weight of the non-aqueous electrolyte solution; and wherein a molar ratio of the first lithium salt to the second lithium salt is in a range of 1:1 to 1:2. lithium bis(fluorosulfonyl)imide as a first lithium salt, a second lithium salt, an organic solvent, and a compound represented by Formula 1: wherein the compound represented by Formula 1 is included in an amount of 0.1 wt% to 1 wt% based on a total weight of the non-aqueous electrolyte solution; and wherein a molar ratio of the first lithium salt to the second lithium salt is in a range of 1:1 to 1:2.
A composition comprising at least retinaldehyde and/or a stereoisomer thereof and from 0.01 to 2 wt % of a cell preparation from a Leontopodium alpinum meristem cell culture together with glycerine, xanthan gum, available under the trade mark Leontopod stems GX® comprising 20% of cells, 0.3% of xanthan gum and the remainder being glycerine, with respect to the total weight of the composition.
Unloading apparatus for a product treatment device, having a transfer plate for transferring a plurality of successively arranged rows comprising in each case a plurality of treated products onto a conveying apparatus , characterized by a suction face , arranged between the transfer plate and the conveying apparatus , having suction openings for drawing the products onto the suction face , wherein the conveying directions for the products on the transfer plate and the conveying apparatus are arranged transversely to one another.
An inkjet printing apparatus comprising: a printing unit configured to perform printing on a medium , the printing unit comprising a head unit , a carriage on which the head unit is mounted, and a carriage moving unit configured to move the carriage in a width direction (Y) of the medium that intersects with a transport direction (X); a transport belt configured to support the medium; a driving roller configured to transport the medium in the transport direction by rotating the transport belt, the medium being intermittently transported in accordance with a printing operation; a heating and pressing portion which has a heater , is provided on an upstream side of the printing unit in the transport direction (X), and is provided to be movable along the transport direction while heating the medium and pressing the medium against the transport belt; and a control unit configured to control a movement and a temperature of the heating and pressing portion. a printing unit configured to perform printing on a medium , the printing unit comprising a head unit , a carriage on which the head unit is mounted, and a carriage moving unit configured to move the carriage in a width direction (Y) of the medium that intersects with a transport direction (X); a transport belt configured to support the medium; a driving roller configured to transport the medium in the transport direction by rotating the transport belt, the medium being intermittently transported in accordance with a printing operation; a heating and pressing portion which has a heater , is provided on an upstream side of the printing unit in the transport direction (X), and is provided to be movable along the transport direction while heating the medium and pressing the medium against the transport belt; and a control unit configured to control a movement and a temperature of the heating and pressing portion.
A peripheral device for communicating with a host and for controlling a controlled device , comprising: - a plurality of terminals (50, 50A-D), including a first pair of terminals and a second pair of terminals , - a communication unit coupled to the first pair of terminals , - a controlling unit coupled to at least two terminals of the first and second pair of terminals (50, 50A-D), characterized in the peripheral device further comprising - a detection unit arranged to detect whether the peripheral device is connected to the host or to the controlled device , wherein the peripheral device is arranged to receive operating power via the second pair of terminals , wherein the peripheral device is further arranged to selectively operate in at least a first mode and a second mode, - the first mode being a mode in which the communication unit is operable for communicating with the host in accordance with a predetermined standard and the peripheral device is arranged for receiving the operating power from the host , and - the second mode being a mode in which the controlling unit is operable for controlling the controlled device , the controlling not being related to the operating power, and the peripheral device is arranged for receiving the operating power from the controlled device , wherein the detection unit is arranged to control the peripheral device to switch between the first and second mode based on a result of the detection. - a plurality of terminals (50, 50A-D), including a first pair of terminals and a second pair of terminals , - a communication unit coupled to the first pair of terminals , - a controlling unit coupled to at least two terminals of the first and second pair of terminals (50, 50A-D), characterized in the peripheral device further comprising - a detection unit arranged to detect whether the peripheral device is connected to the host or to the controlled device , wherein the peripheral device is arranged to receive operating power via the second pair of terminals , wherein the peripheral device is further arranged to selectively operate in at least a first mode and a second mode, - the first mode being a mode in which the communication unit is operable for communicating with the host in accordance with a predetermined standard and the peripheral device is arranged for receiving the operating power from the host , and - the second mode being a mode in which the controlling unit is operable for controlling the controlled device , the controlling not being related to the operating power, and the peripheral device is arranged for receiving the operating power from the controlled device ,
An absorbent article comprising a front region , a crotch region , and a back region , the absorbent article comprising front and rear belts comprising: a second belt layer formed of two longitudinally spaced webs of material, the webs of material being a first inner belt web ; a second inner belt web ; the absorbent article further comprising an outer cover web extending from the front region to the back region; a first plurality of elastics disposed between the first inner belt web and the outer cover web ; a second plurality of elastics disposed between the second inner belt web and the outer cover web ; first and second laterally opposing side seams joining the first and second inner belt webs together, such that a waist opening and first and second leg openings are formed; each of the laterally side seams comprising a waist end edge and a leg end edge ; a first axis from the leg end edge of the first side seam to the leg end edge of the second side seam , along the first inner belt, the first axis defining the transition between the front region and the crotch region ; a second axis from the leg end edge of the first side seam to the leg end edge of the second side seam , along the second inner belt, the second axis defining the transition between the back region and the crotch region ; wherein the second plurality of elastics are disposed in the back and the crotch regions ; wherein the second inner belt extends longitudinally from the back region into the crotch region ; and wherein the first and second plurality of elastics consist of linear segments parallel with a transverse axis of the article. a second belt layer formed of two longitudinally spaced webs of material, the webs of material being a first inner belt web ; a second inner belt web ; the absorbent article further comprising an outer cover web extending from the front region to the back region; a first plurality of elastics disposed between the first inner belt web and the outer cover web ; a second plurality of elastics disposed between the second inner belt web and the outer cover web ; first and second laterally opposing side seams joining the first and second inner belt webs together, such that a waist opening and first and second leg openings are formed; each of the laterally side seams comprising a waist end edge and a leg end edge ; a first axis from the leg end edge of the first side seam to the leg end edge of the second side seam , along the first inner belt, the first axis defining the transition between the front region and the crotch region ; a second axis from the leg end edge of the first side seam to the leg end edge of the second side seam , along the second inner belt, the second axis defining the transition between the back region and the crotch region ; wherein the second plurality of elastics are disposed in the back and the crotch regions ; wherein the second inner belt extends longitudinally from the back region into the crotch region ; and wherein the first and second plurality of elastics consist of linear segments parallel with a transverse axis of the article.
An assembly , comprising: a first part including a first surface ; a second part including a second surface and a bottom edge having sloped regions and at least one well between the sloped regions; a brazed joint j oining the first surface to the second surface to provide the assembly, the at least one well being configured to have collected excess braze material from the brazed joint; the assembly is characterised by a collection capillary adjacent to the at least one well , and wherein the collection capillary is configured to have collected the excess braze material from the at least one well; wherein the sloped regions are configured to have directed a flow of the excess braze material from the brazed joint to the at least one well ; and wherein the collection capillary is removable from the assembly or wherein the collection capillary is formed integrally with the second part . a first part including a first surface ; a second part including a second surface and a bottom edge having sloped regions and at least one well between the sloped regions; a brazed joint j oining the first surface to the second surface to provide the assembly, the at least one well being configured to have collected excess braze material from the brazed joint; the assembly is characterised by a collection capillary adjacent to the at least one well , and wherein the collection capillary is configured to have collected the excess braze material from the at least one well; wherein the sloped regions are configured to have directed a flow of the excess braze material from the brazed joint to the at least one well ; and wherein the collection capillary is removable from the assembly or wherein the collection capillary is formed integrally with the second part .
A multilayer film reflector that includes a substrate (P), a first uniform period multilayer film (A), an adjustment layer (SA) and a second uniform period multilayer film (B) in this order from a substrate (P) side, the first and second uniform period multilayer films each having a number of laminations of a respective layer pair, each layer pair consisting of one layer of a high refractive index material and one layer of a low refractive index material, characterised in that at least one of: (i) both a ratio of film thickness of the layer pairs of the first uniform period multilayer film and a film thickness of the adjustment layer; and (ii) both the number of laminations of the layer pair in the first uniform period multilayer film and the number of laminations of the layer pair in the second uniform period multilayer film are different at a plurality of positions within a reflection surface or at a plurality of regions within the reflection surface, the ratio of film thickness of a multilayer film being the ratio of the thickness of the high refractive index layer of a layer pair to the thickness of the layer pair. (i) both a ratio of film thickness of the layer pairs of the first uniform period multilayer film and a film thickness of the adjustment layer; and (ii) both the number of laminations of the layer pair in the first uniform period multilayer film and the number of laminations of the layer pair in the second uniform period multilayer film are different at a plurality of positions within a reflection surface or at a plurality of regions within the reflection surface,
A method for detecting a target gas comprising: contacting a gas stream with a paper tape ; emitting light from a first light source ; detecting, by a first detector , at least some of a first portion of the light which transmits through the paper tape ; and characterised in that the method further comprises: detecting, by a second detector , at least some of a second portion of the light which reflects from the paper tape , wherein the first detector and the second detector are on the opposite sides of the paper tape; and detecting, by a controller/processor , a target gas based on the detected at least some of the first portion of the light and the detected at least some of the second portion of the light. contacting a gas stream with a paper tape ; emitting light from a first light source ; detecting, by a first detector , at least some of a first portion of the light which transmits through the paper tape ; and characterised in that the method further comprises: detecting, by a second detector , at least some of a second portion of the light which reflects from the paper tape , wherein the first detector and the second detector are on the opposite sides of the paper tape; and detecting, by a controller/processor , a target gas based on the detected at least some of the first portion of the light and the detected at least some of the second portion of the light. detecting, by a second detector , at least some of a second portion of the light which reflects from the paper tape , wherein the first detector and the second detector are on the opposite sides of the paper tape; and detecting, by a controller/processor , a target gas based on the detected at least some of the first portion of the light and the detected at least some of the second portion of the light.
A device comprising: a focal plane array, FPA , an optical element , a thermistor , a shutter assembly comprising a paddle and a shutter housing ; the paddle being configured to move between an open position and a closed position and being configured to block scene-based infrared radiation from reaching the FPA in a closed position and pass the scene-based infrared radiation to the FPA in an open position; and a low emissivity surface with an emissivity in the range of approximately 0.02 to approximately 0.11, comprising either an external surface of the shutter housing or at least one metal layer disposed on the shutter housing ; the low emissivity surface being adjacent to and facing the FPA and configured to attenuate out-of-field thermal radiation while the FPA captures the scene-based thermal radiation; the thermistor being embedded within the shutter assembly and configured to sense a temperature of the paddle when the paddle is in the open position. a focal plane array, FPA , an optical element , a thermistor , a shutter assembly comprising a paddle and a shutter housing ; the paddle being configured to move between an open position and a closed position and being configured to block scene-based infrared radiation from reaching the FPA in a closed position and pass the scene-based infrared radiation to the FPA in an open position; and a low emissivity surface with an emissivity in the range of approximately 0.02 to approximately 0.11, comprising either an external surface of the shutter housing or at least one metal layer disposed on the shutter housing ; the low emissivity surface being adjacent to and facing the FPA and configured to attenuate out-of-field thermal radiation while the FPA captures the scene-based thermal radiation; the thermistor being embedded within the shutter assembly and configured to sense a temperature of the paddle when the paddle is in the open position.
Ultrasonic vibrator (10; 30), in particular sonotrode or ultrasonic booster , having an input coupling region (11; 31), which has at least one input coupling surface (12; 32) for coupling ultrasonic vibrations into the ultrasonic vibrator (10; 30), in particular from an ultrasonic converter or an ultrasonic booster , and at least one output coupling surface (13; 33), in particular at least one working surface of a sonotrode , for outputting the ultrasonic vibrations, the input coupling region (11; 31) having a recess (14; 34) which is completely enclosed by a side surface (15; 35), characterized in that the recess (14; 34) has a bottom surface which forms the input coupling surface (12; 32).
A method for manufacturing a collapsible or squeezable aluminium tube comprising the steps of a) providing a slug comprising or consisting of an aluminium alloy consisting of - > 98.4 % by weight of Al, - 0.10 % by weight to 0.30 % by weight of Si, - 0.25 % by weight to 0.45 % by weight of Fe, - 0.01 % by weight to 0.08 % by weight of Cu, - 0.15 % by weight to 0.40 % by weight of Mn, - at most 0.15 % by weight of Mg, - at most 0.05 % by weight of Zn, - at most 0.05 % by weight of Cr, - at most 0.05 % by weight of Ni, - at most 0.05 % by weight of Ti and - at most 0.05 % by weight of other impurities, with the proviso that the aforementioned ingredients of the aluminium alloy add to 100 % by weight, and b) impact extrusion of the slug to form an aluminium tube having a shoulder and a neck . a) providing a slug comprising or consisting of an aluminium alloy consisting of - > 98.4 % by weight of Al, - 0.10 % by weight to 0.30 % by weight of Si, - 0.25 % by weight to 0.45 % by weight of Fe, - 0.01 % by weight to 0.08 % by weight of Cu, - 0.15 % by weight to 0.40 % by weight of Mn, - at most 0.15 % by weight of Mg, - at most 0.05 % by weight of Zn, - at most 0.05 % by weight of Cr, - at most 0.05 % by weight of Ni, - at most 0.05 % by weight of Ti and - at most 0.05 % by weight of other impurities, with the proviso that the aforementioned ingredients of the aluminium alloy add to 100 % by weight, and - > 98.4 % by weight of Al, - 0.10 % by weight to 0.30 % by weight of Si, - 0.25 % by weight to 0.45 % by weight of Fe, - 0.01 % by weight to 0.08 % by weight of Cu, - 0.15 % by weight to 0.40 % by weight of Mn, - at most 0.15 % by weight of Mg, - at most 0.05 % by weight of Zn, - at most 0.05 % by weight of Cr, - at most 0.05 % by weight of Ni, - at most 0.05 % by weight of Ti and - at most 0.05 % by weight of other impurities, b) impact extrusion of the slug to form an aluminium tube having a shoulder and a neck .