mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of membrane electrode assemblies (MEAs) comprising hot pressing membrane at a temperature in the range of 100°C-160 °C, at a pressure of 1-2 metric tons for 15-30 minutes, characterised by the hot pressing is followed by the steps of: a) hot pressing the membrane as obtained again with the electrodes at a temperature in the range of 100°C-160 °C at a pressure in the range of 1-2 metric tons for a period in the range of 10-20 minutes, b) directly transferring catalyst layer from non-porous support on to the electrolyte membrane as obtained in step (a) during hot pressing to obtain membrane electrode assemblies (MEAs). a) hot pressing the membrane as obtained again with the electrodes at a temperature in the range of 100°C-160 °C at a pressure in the range of 1-2 metric tons for a period in the range of 10-20 minutes, b) directly transferring catalyst layer from non-porous support on to the electrolyte membrane as obtained in step (a) during hot pressing to obtain membrane electrode assemblies (MEAs).
A method for detecting actual slip in a coupling of a rotary shaft, the method comprising: monitoring, via a controller, a plurality of sensor signals relating to the coupling for faults; in response to detecting a fault in the plurality of sensor signals relating to the coupling, determining, via the controller, whether the fault is indicative of an actual slip or a no-slip event of the coupling using one or more classification parameters; when the fault is indicative of the actual slip, estimating, via a computer-implemented model programmed in the controller, a magnitude of the actual slip using the plurality of sensor signals and a time duration of the actual slip; and implementing, via the controller, a control action based on the magnitude of the actual slip in the coupling. monitoring, via a controller, a plurality of sensor signals relating to the coupling for faults; in response to detecting a fault in the plurality of sensor signals relating to the coupling, determining, via the controller, whether the fault is indicative of an actual slip or a no-slip event of the coupling using one or more classification parameters; when the fault is indicative of the actual slip, estimating, via a computer-implemented model programmed in the controller, a magnitude of the actual slip using the plurality of sensor signals and a time duration of the actual slip; and implementing, via the controller, a control action based on the magnitude of the actual slip in the coupling.
A radiating member(104, 404) for an electronic device, the radiating member being provided for being arranged adjacent to a slit formed in a housing (101, 403) of the electronic device along a first direction, with at least a portion of the radiating member being positioned on the slit, wherein the radiating member comprises: a substrate; a first loop coil pattern (343, 443) formed on a first surface of the substrate; a second loop coil pattern (347, 447) formed on a second surface of the substrate that is opposite the first surface; and a connection pattern (349, 449) formed on the first surface of the substrate and connected to each of the first loop coil pattern and the second loop coil pattern and provided for connecting with electronic components of the electronic device; characterized in that the radiating member further comprises: a bridge pattern (345, 445) formed on the second surface of the substrate and extending in a second direction intersecting the first direction, wherein the bridge pattern bypasses the connection pattern to connect a portion of the first loop coil pattern with another portion of the first loop coil pattern, and is combined with the first loop coil pattern to form a loop coil antenna. a substrate; a first loop coil pattern (343, 443) formed on a first surface of the substrate; a second loop coil pattern (347, 447) formed on a second surface of the substrate that is opposite the first surface; and a connection pattern (349, 449) formed on the first surface of the substrate and connected to each of the first loop coil pattern and the second loop coil pattern and provided for connecting with electronic components of the electronic device; a bridge pattern (345, 445) formed on the second surface of the substrate and extending in a second direction intersecting the first direction, wherein the bridge pattern bypasses the connection pattern to connect a portion of the first loop coil pattern with another portion of the first loop coil pattern, and is combined with the first loop coil pattern to form a loop coil antenna.
A non-transitory machine-readable storage medium encoded with instructions executable by a processing resource of a computing device to: identify, with an integrated development environment, IDE, plug-in, a target code segment at least partially in focus in a user interface, UI, of the IDE; acquire, from a code similarity system, identification of other code in a code repository, that is similar to the target code segment, the identification of the similar code segment based on comparing the target code segment to code segments in a code repository by comparing the characters, text or abstract representations derived by a process similar to parsing the code during compilation or various functional aspects of the code, such as the inputs and outputs of the code, the methods or functions called by the code and the sequence of such calls; acquire, from an application lifecycle management, ALM, system, identification of an ALM entity (253, 254) describing a known defect associated with the similar other code, the ALM entity being relevant for the target code segment; and displaying in the UI with the plug-in, a representation of the identified ALM entity while the target code segment is at least partially in focus in the UI. identify, with an integrated development environment, IDE, plug-in, a target code segment at least partially in focus in a user interface, UI, of the IDE; acquire, from a code similarity system, identification of other code in a code repository, that is similar to the target code segment, the identification of the similar code segment based on comparing the target code segment to code segments in a code repository by comparing the characters, text or abstract representations derived by a process similar to parsing the code during compilation or various functional aspects of the code, such as the inputs and outputs of the code, the methods or functions called by the code and the sequence of such calls; acquire, from an application lifecycle management, ALM, system, identification of an ALM entity (253, 254) describing a known defect associated with the similar other code, the ALM entity being relevant for the target code segment; and displaying in the UI with the plug-in, a representation of the identified ALM entity while the target code segment is at least partially in focus in the UI.
An apparatus for treating air, comprising: an outer case defining the exterior of the apparatus, wherein the outer case includes a top surface with a display for displaying various information to a user, wherein the display has a water supply port formed therethrough and an air discharge port provided along the perimeter thereof for discharging air; a water tub, disposed within the outer case, for receiving water therein; an inner case arranged within the outer case for accommodating a blower located at the upper side of the inner case for generating an airstream from the water tub side toward the air discharge port; wherein the inner case has an air channel, along which air flows, and a water channel, along which the water injected through the water supply port is guided to the water tub; and a water supply guide (100, 110) provided between the outer and the inner case, for allowing water supplied through the water supply port to flow to the water tub, wherein the water channel is partitioned from the air channel. an outer case defining the exterior of the apparatus, wherein the outer case includes a top surface with a display for displaying various information to a user, wherein the display has a water supply port formed therethrough and an air discharge port provided along the perimeter thereof for discharging air; a water tub, disposed within the outer case, for receiving water therein; an inner case arranged within the outer case for accommodating a blower located at the upper side of the inner case for generating an airstream from the water tub side toward the air discharge port; wherein the inner case has an air channel, along which air flows, and a water channel, along which the water injected through the water supply port is guided to the water tub; and a water supply guide (100, 110) provided between the outer and the inner case, for allowing water supplied through the water supply port to flow to the water tub, wherein the water channel is partitioned from the air channel.
A device for compressing a working medium comprising: - a compressor for compressing a drive medium; - a pressure translator with a drive piston which can be actuated by means of the drive medium within a first cylinder and with a high-pressure piston which compresses the working medium within a second cylinder; characterized by - a heat exchanger between the compressor and the first cylinder of the pressure translator for transferring heat from the compressed working medium to the compressed drive medium. - a compressor for compressing a drive medium; - a pressure translator with a drive piston which can be actuated by means of the drive medium within a first cylinder and with a high-pressure piston which compresses the working medium within a second cylinder; - a heat exchanger between the compressor and the first cylinder of the pressure translator for transferring heat from the compressed working medium to the compressed drive medium.
A method comprising: determining, at a network device, one or more functions to be performed at one or more network nodes along a network path; generating a packet including a header, the header comprising an instruction pointer, an instruction portion, a read pointer, and a scratch portion which includes a read portion; and transmitting the packet along the network path from the network device, wherein generating the packet comprises: writing to the instruction portion a first instruction for the one or more functions to be performed at the one or more network nodes; writing to the instruction pointer a value pointing to the first instruction stored in the instruction portion; writing to the read portion of the scratch portion data to be used by the one or more functions; and writing to the read pointer a read pointer value pointing to the data to be used by the one or more functions. determining, at a network device, one or more functions to be performed at one or more network nodes along a network path; generating a packet including a header, the header comprising an instruction pointer, an instruction portion, a read pointer, and a scratch portion which includes a read portion; and transmitting the packet along the network path from the network device, writing to the instruction portion a first instruction for the one or more functions to be performed at the one or more network nodes; writing to the instruction pointer a value pointing to the first instruction stored in the instruction portion; writing to the read portion of the scratch portion data to be used by the one or more functions; and writing to the read pointer a read pointer value pointing to the data to be used by the one or more functions.
A smart window comprising a transmittance-variable element, the transmittance-variable element comprising: two substrates (10, 50) each comprising an electrode (20, 40); an electrophoresis layer provided between said substrates (10, 50); and an electrode wiring having a plurality of wiring groups (G 1, G2) electrically disconnected from each other, wherein at least one of said electrodes (20, 40) has a mesh pattern formed by intersecting electrode lines extending along a first direction and electrode lines extending along a second direction, wherein each of said wiring groups (G 1, G2) is distributed to a respective plurality of sub-wiring groups (g11-g23), wherein each of said sub-wiring groups (g11-g23) is distributed to a respective plurality of wiring lines (w111-w234), the wiring lines (w111-w234) being electrically connected to a respective one of electrode lines directly adjacent to each other while extending along said first direction, and wherein,for each sub-wiring group, one of said electrode lines electrically connected to one of the sub-wiring groups (g11-g13) distributed from one wiring group is directly adjacent to one electrode line electrically connected to one of sub-wiring groups (g21-g23) of another wiring group. two substrates (10, 50) each comprising an electrode (20, 40); an electrophoresis layer provided between said substrates (10, 50); and an electrode wiring having a plurality of wiring groups (G 1, G2) electrically disconnected from each other, wherein at least one of said electrodes (20, 40) has a mesh pattern formed by intersecting electrode lines extending along a first direction and electrode lines extending along a second direction, wherein each of said wiring groups (G 1, G2) is distributed to a respective plurality of sub-wiring groups (g11-g23), wherein each of said sub-wiring groups (g11-g23) is distributed to a respective plurality of wiring lines (w111-w234), the wiring lines (w111-w234) being electrically connected to a respective one of electrode lines directly adjacent to each other while extending along said first direction, and wherein,for each sub-wiring group, one of said electrode lines electrically connected to one of the sub-wiring groups (g11-g13) distributed from one wiring group is directly adjacent to one electrode line electrically connected to one of sub-wiring groups (g21-g23) of another wiring group.
A hearing device for processing signals, the system comprising: a first transducer to transduce a first audio source into a first signal; a second transducer to transduce a first audio source into a second signal; and a processor configured to execute instructions to: determine an estimated Relative Transfer Function based on the first signal and the second signal using a hierarchical Bayesian framework; determine a target signal based on the estimated RTF; and generate a noise reference signal based on the first signal, the second signal, and a cancellation of the target signal. a first transducer to transduce a first audio source into a first signal; a second transducer to transduce a first audio source into a second signal; and a processor configured to execute instructions to: determine an estimated Relative Transfer Function based on the first signal and the second signal using a hierarchical Bayesian framework; determine a target signal based on the estimated RTF; and generate a noise reference signal based on the first signal, the second signal, and a cancellation of the target signal. determine an estimated Relative Transfer Function based on the first signal and the second signal using a hierarchical Bayesian framework; determine a target signal based on the estimated RTF; and generate a noise reference signal based on the first signal, the second signal, and a cancellation of the target signal.
An intermediate material for stainless steel for edged tools, the intermediate material including 80% by volume or more of an FCC phase when measured by an X-ray diffraction apparatus and being a material after hot rolling and before annealing, wherein the intermediate material has a composition of, in % by mass, 0.46 to 0.72% of C, 0.15 to 0.55% of Si, 0.45 to 1.00% of Mn, 12.5 to 13.9% of Cr, 0 to 2.0% of Mo+W/2, and a remainder of Fe and impurities, and a KAM value by an SEM-EBSD method in a position at 1/4 in depth of a plane thickness from a surface of a rolled plane is 0.50° or more.
Press device for a powder press for producing compacts from a compressible material, whereby the powder press comprises: - a press frame that has an upper and a lower frame portion, - an upper and/or lower punch arrangement which each comprise a tool, and a die arrangement, which define a mold cavity into which the compressible material is introducible, and - a drive unit that is operatively connected to the punch arrangement and/or the die arrangement, whereby, in order to form the compact, the upper and/or lower punch arrangement and the die arrangement are movable relative to one another along a pressing axis by means of the drive unit and are able to be pressed against one another, characterized in that the press device is arranged in the powder press and has multiple tool planes that are arranged above one another, which each comprise a carrying element, which is arranged firmly in the powder press, and a push-in element that is able to be received on the carrying element and is able to be arrested, on which at least one of the tools is receivable and which via a push-in opening is able to be pushed in horizontal direction into the carrying element and whereby the press device forms, with a tool carrier, a tool changing system. - a press frame that has an upper and a lower frame portion, - an upper and/or lower punch arrangement which each comprise a tool, and a die arrangement, which define a mold cavity into which the compressible material is introducible, and - a drive unit that is operatively connected to the punch arrangement and/or the die arrangement, whereby, in order to form the compact, the upper and/or lower punch arrangement and the die arrangement are movable relative to one another along a pressing axis by means of the drive unit and are able to be pressed against one another, characterized in that the press device is arranged in the powder press and has multiple tool planes that are arranged above one another, which each comprise a carrying element, which is arranged firmly in the powder press, and a push-in element that is able to be received on the carrying element and is able to be arrested, on which at least one of the tools is receivable and which via a push-in opening is able to be pushed in horizontal direction into the carrying element and whereby the press device forms, with a tool carrier, a tool changing system.
Plant for dealcoholising alcoholic beverages, comprising: - a rectification column having at least one inlet for the alcoholic beverage, a sump and a top, the rectification column being operable such that dealcoholised beverage can be removed from the sump and exhaust vapour can be removed from the top; - at least one evaporator which is configured to supply the rectification column with vapour; and - a condenser arrangement for condensing the exhaust vapour removed from the top of the rectification column at least in part; a heat pump by means of which both the evaporator and the condenser arrangement can be operated; and a heating circuit, containing a heating medium, for heating the evaporator and a cooling circuit, containing a cooling medium, for cooling the condenser arrangement, it being possible for the heat pump to be operated so as to transfer heat from the cooling medium leaving the condenser arrangement to the heating medium leaving the evaporator, at least one heat exchanger which can remove heat from the plant being associated with the heating circuit or with the cooling circuit, a heating device, for example a steam injector, being associated with the heating circuit or with the cooling circuit, characterised in that the heat exchanger and the heating device are associated with the same circuit, heating circuit or cooling circuit. - a rectification column having at least one inlet for the alcoholic beverage, a sump and a top, the rectification column being operable such that dealcoholised beverage can be removed from the sump and exhaust vapour can be removed from the top; - at least one evaporator which is configured to supply the rectification column with vapour; and - a condenser arrangement for condensing the exhaust vapour removed from the top of the rectification column at least in part;
An ultrasonic device, comprising: a transducer having a piezoelectric element therein; at least one acoustic matching layer composite on the piezoelectric element, said at least one acoustic matching layer composite comprising N acoustic matching layers, with a first of the N acoustic matching layers contacting the piezoelectric element and having an acoustic impedance equivalent to Z L1, where N is a positive integer greater than zero and Z L1 is defined as: 0.75 Z p N + 1 Z g 1 / N + 2 ≤ Z L1 ≤ 1.25 Z p N + 1 Z g 1 / N + 2, where Z p is the acoustic impedance of the piezoelectric element and Z g is the acoustic impedance of a compatible gas to which said ultrasonic device is exposed; and a protective layer on said at least one acoustic matching layer composite, on an opposite side to the side contacting the piezoelectric element, wherein said protective layer comprises polyethylene terephthalate, PET, and said protective layer has an acoustic impedance equivalent to Z p1, where: 0.5 Z p Z g N + 1 1 / N + 2 ≤ Z p1 ≤ 1.5 Z p Z g N + 1 1 / N + 2, wherein said protective layer comprises the PET layer metalized with aluminum, Al. a transducer having a piezoelectric element therein; at least one acoustic matching layer composite on the piezoelectric element, said at least one acoustic matching layer composite comprising N acoustic matching layers, with a first of the N acoustic matching layers contacting the piezoelectric element and having an acoustic impedance equivalent to Z L1, where N is a positive integer greater than zero and Z L1 is defined as: 0.75 Z p N + 1 Z g 1 / N + 2 ≤ Z L1 ≤ 1.25 Z p N + 1 Z g 1 / N + 2, where Z p is the acoustic impedance of the piezoelectric element and Z g is the acoustic impedance of a compatible gas to which said ultrasonic device is exposed; and a protective layer on said at least one acoustic matching layer composite, on an opposite side to the side contacting the piezoelectric element, wherein said protective layer comprises polyethylene terephthalate, PET, and said protective layer has an acoustic impedance equivalent to Z p1, where: 0.5 Z p Z g N + 1 1 / N + 2 ≤ Z p1 ≤ 1.5 Z p Z g N + 1 1 / N + 2, wherein said protective layer comprises the PET layer metalized with aluminum, Al.