mhurhangee/ep-ind-claims huggingface dataset:
A power supply circuit arrangement switchable between modes, comprising: a main circuit for receiving an audio input signal and an auxiliary circuit for receiving an appropriate frequency band signal of the audio input signal, wherein the main and auxiliary circuits are speaker drive circuits, each coupled to derive their power supply voltage/current from a common power supply; a control circuit having detector means for detecting a level of the appropriate frequency band signal of the audio input signal and providing a control action responsive to the detected level, and variable-impedance means coupled between the common power supply and the auxiliary circuit and responsive to the control action for switching between first and second impedance states, producing respective first and second power supply voltages/currents being received by the auxiliary circuit from the power supply, wherein the first and second power supply voltages/currents correspond to operating and non-zero reduced power modes respectively, the main circuit and the auxiliary circuit are coupled to the common power supply at a common point, and the variable-impedance means is coupled between the common point and the auxiliary circuit and not between the common point and the main circuit. a main circuit for receiving an audio input signal and an auxiliary circuit for receiving an appropriate frequency band signal of the audio input signal, wherein the main and auxiliary circuits are speaker drive circuits, each coupled to derive their power supply voltage/current from a common power supply; a control circuit having detector means for detecting a level of the appropriate frequency band signal of the audio input signal and providing a control action responsive to the detected level, and variable-impedance means coupled between the common power supply and the auxiliary circuit and responsive to the control action for switching between first and second impedance states, producing respective first and second power supply voltages/currents being received by the auxiliary circuit from the power supply, wherein the first and second power supply voltages/currents correspond to operating and non-zero reduced power modes respectively, the main circuit and the auxiliary circuit are coupled to the common power supply at a common point, and the variable-impedance means is coupled between the common point and the auxiliary circuit and not between the common point and the main circuit.
A method of controlling screen captures, the method comprising: displaying on a touchscreen of a mobile device, an image in a blurred state to a user; detecting a contact point on the touchscreen resulting from the user touching the touchscreen; displaying the image in a focused state on the touchscreen in response to detecting the contact point; detecting a change in the contact point interpretable as an indication of the user attempting to capture a screenshot of the image in the focused state; and displaying the image in the blurred state in response to detecting the change in the contact point; wherein displaying the image in the blurred state comprises applying a blur filter to the whole image. displaying on a touchscreen of a mobile device, an image in a blurred state to a user; detecting a contact point on the touchscreen resulting from the user touching the touchscreen; displaying the image in a focused state on the touchscreen in response to detecting the contact point; detecting a change in the contact point interpretable as an indication of the user attempting to capture a screenshot of the image in the focused state; and displaying the image in the blurred state in response to detecting the change in the contact point; wherein displaying the image in the blurred state comprises applying a blur filter to the whole image.
Method of manufacturing an aluminium/metal assembly comprising the steps consisting of: - heat treating an aluminium sheet by raising it to a temperature between 80% and 100% of the melting point of the material constituting it for a duration comprised between twenty minutes and two hours to create and stabilise, by allotropic transformation, an alpha alumina layer on the surface of said aluminium sheet and then allowing it to cool again; - providing a metal layer, comprising a metal sheet chosen from one of the elements in the following group: a grille, a lattice, a metal foam, a honeycomb structure, cables or a rough metal sheet, and optionnally comprising a metallic powder, said metal layer having a ductility less than or equal to the ductility of the aluminium sheet after cooling, said layer having surface irregularities with a depth greater than or equal to the thickness of the layer of alpha alumina; and - roll bonding the aluminium sheet and the metal layer in order to obtain the metal assembly. - heat treating an aluminium sheet by raising it to a temperature between 80% and 100% of the melting point of the material constituting it for a duration comprised between twenty minutes and two hours to create and stabilise, by allotropic transformation, an alpha alumina layer on the surface of said aluminium sheet and then allowing it to cool again; - providing a metal layer, comprising a metal sheet chosen from one of the elements in the following group: a grille, a lattice, a metal foam, a honeycomb structure, cables or a rough metal sheet, and optionnally comprising a metallic powder, said metal layer having a ductility less than or equal to the ductility of the aluminium sheet after cooling, said layer having surface irregularities with a depth greater than or equal to the thickness of the layer of alpha alumina; and - roll bonding the aluminium sheet and the metal layer in order to obtain the metal assembly.
An optical measuring device comprising a substrate comprising a plurality of sample channels (11, 21) for a sample to be measured to flow in, and a light irradiating section for irradiating a sample flowing in the sample channels (11, 21) with light, and a light detecting section for detecting light emitted from the sample, characterised in that: it further comprises a plurality of reference channels (12, 22, 23, 24, 25, 26, 27, 28) in which the sample does not flow or in which a liquid flows, which is configured to emit scattered light or fluorescence different from that of a sample liquid, the reference channels (12, 22, 23, 24, 25, 26, 27, 28) being disposed at outermost parts in a direction of arrangement of the sample channels (11, 21); the light irradiating section being adapted to apply light while scanned at least from one side wall to another side wall of each of the plurality of sample channels (11, 21) and of each of the plurality of reference channels (12, 22, 23, 24, 25, 26, 27, 28) in a direction of width of the plurality of sample channels (11, 21), the optical measuring device being adapted to detect scattered light at a preset threshold value or higher as scattered light from side walls of the reference channels (12, 22, 23, 24, 25, 26, 27, 28) in the direction of width of the reference channels (12, 22, 23, 24, 25, 26, 27, 28), and to detect the positions of the side walls of the reference channels from said scattered light, the optical measuring device being adapted to calculate the positions of side walls of each sample channel (11, 21) from the detected positions of side walls of each reference channel (12, 22, 23, 24, 25, 26, 27, 28).
Optoelectronic semiconductor component comprising a basic body which has a central cutout, at least one semiconductor chip arranged on the basic body in the cutout, and an encapsulation embedding the at least one semiconductor chip and composed of a radiation-transmissive material with scattering particles, in which an inner area of the cutout of the basic body is embodied in oblique fashion and a radiation-transmissive covering layer with an absorber is applied to the encapsulation, characterized in that the basic body has a wave in the inner area of the basic body, wherein a filling level of the encapsulation in the cutout of the basic body terminates with the wave.
A method of obtaining dry bendamustine hydrochloride monohydrate, comprising the steps of: a) drying wet bendamustine hydrochloride monohydrate under conditions effective to yield partially dried bendamustine hydrochloride monohydrate having a moisture content of about 4.4% to about 19%; and b) contacting the partially dried bendamustine hydrochloride monohydrate with an inert gas of controlled relative humidity to yield dry bendamustine hydrochloride monohydrate. a) drying wet bendamustine hydrochloride monohydrate under conditions effective to yield partially dried bendamustine hydrochloride monohydrate having a moisture content of about 4.4% to about 19%; and b) contacting the partially dried bendamustine hydrochloride monohydrate with an inert gas of controlled relative humidity to yield dry bendamustine hydrochloride monohydrate.
A mobile terminal for testing a wireless beacon (120 or 130) that is mounted in an elevator system and used for establishing a wireless connection with the mobile terminal and receiving service request commands, the wireless beacon (120 or 130) being at least coupled to an elevator controller of the elevator system, characterized in that the mobile terminal is configured to comprise: a connection testing module configured to test whether the wireless beacon (120 or 130) can successfully establish the wireless connection with the mobile terminal and/or configured to test whether the wireless beacon (120 or 130) can successfully establish a communication connection with the elevator controller; and a service request testing module configured to send a service request test command to the wireless beacon (120 or 130) to enable the wireless beacon (120 or 130) to automatically complete a service request test on the wireless beacon (120 or 130). a connection testing module configured to test whether the wireless beacon (120 or 130) can successfully establish the wireless connection with the mobile terminal and/or configured to test whether the wireless beacon (120 or 130) can successfully establish a communication connection with the elevator controller; and a service request testing module configured to send a service request test command to the wireless beacon (120 or 130) to enable the wireless beacon (120 or 130) to automatically complete a service request test on the wireless beacon (120 or 130).
Method for jet milling moist or wet material that is to be ground in a jet mill, wherein moist or wet material that is to be ground is supplied to the jet mill for milling, characterised in that at least one of the operating parameters preliminary pressure, release pressure and admission temperature in the case of the jet mill is suitably selected in such a manner that a milling and drying procedure is performed in which in order to obtain an end product having a predetermined end product fineness and predetermined residual moisture the moist or wet material that is to be ground is simultaneously milled in the jet mill by means of the milling procedure to the predetermined end product fineness and is dried by means of a drying procedure to the predetermined residual moisture, that by means of suitably selecting the at least one operating parameter preliminary pressure, release pressure and admission temperature the specific operating means requirement of the milling procedure is selected in such a manner that this operating means requirement is greater than or identical to the specific operating means requirement of the drying procedure, and that the end product is discharged from the jet mill with the predetermined end fineness and the predetermined residual moisture. that at least one of the operating parameters preliminary pressure, release pressure and admission temperature in the case of the jet mill is suitably selected in such a manner that a milling and drying procedure is performed in which in order to obtain an end product having a predetermined end product fineness and predetermined residual moisture the moist or wet material that is to be ground is simultaneously milled in the jet mill by means of the milling procedure to the predetermined end product fineness and is dried by means of a drying procedure to the predetermined residual moisture, that by means of suitably selecting the at least one operating parameter preliminary pressure, release pressure and admission temperature the specific operating means requirement of the milling procedure is selected in such a manner that this operating means requirement is greater than or identical to the specific operating means requirement of the drying procedure, and that the end product is discharged from the jet mill with the predetermined end fineness and the predetermined residual moisture.
A system comprising: a peripheral component connector coupled to a peripheral component bus; and a plurality of peripheral components (702A, 702B) coupled directly to the peripheral component connector via a plurality of respective transmit/receive (TX/RX) lanes (709, 713, 715), the plurality of peripheral components comprising plurality of processors; and characterised in that: the plurality of peripheral components (702A, 702B) are further couple directly to each other via respective transmit/receive (TX/RX) lanes (709, 713) that are not couped to the bus; and in that: each processor (702A, 702B), upon receiving data from the peripheral component connector, forwards all of the data received from the peripheral component connector to the remaining processors via the transmit/receive (TX/RX) Lanes (709, 713) that are not coupled to the bus. a peripheral component connector coupled to a peripheral component bus; and a plurality of peripheral components (702A, 702B) coupled directly to the peripheral component connector via a plurality of respective transmit/receive (TX/RX) lanes (709, 713, 715), the plurality of peripheral components comprising plurality of processors; and characterised in that: the plurality of peripheral components (702A, 702B) are further couple directly to each other via respective transmit/receive (TX/RX) lanes (709, 713) that are not couped to the bus; and in that: each processor (702A, 702B), upon receiving data from the peripheral component connector, forwards all of the data received from the peripheral component connector to the remaining processors via the transmit/receive (TX/RX) Lanes (709, 713) that are not coupled to the bus.
A pigment textile printing ink jet ink composition comprising: a pigment; a resin particle; a nonionic fluorine-based surfactant; and water, wherein the resin particle is a polycarbonate-based urethane resin particle, the urethane resin containing a blocked isocyanate group as a crosslinkable group. a pigment; a resin particle; a nonionic fluorine-based surfactant; and water, wherein the resin particle is a polycarbonate-based urethane resin particle, the urethane resin containing a blocked isocyanate group as a crosslinkable group.
A razor comprising a loop shaped spring member (10, 30, 40, 50, 60) having overlapping end portions (12, 32, 34, 52,53, 62,63), characterized in that said loop shaped spring member (10, 30, 40, 50, 60) has radii of curvature between about 1 mm to about 12 mm, wherein said loop shaped spring member (10, 30, 40, 50, 60) is disposed within an assembly to eject a cartridge from a razor handle, the assembly having a movable member.
A portable transdermal electrical stimulation applicator for modifying a subject's cognitive state, the applicator comprising: a body; a first electrode (207, 208, 209) adapted to be worn on a subject's temple region; a second electrode adapted to be worn on a subject's mastoid region or neck; and a TES control module at least partially within the body and comprising: a processor, a timer; a waveform generator; and a manual input for entering control commands to regulate action/activity of the applicator; wherein the TES control module is adapted to deliver a biphasic electrical stimulation signal of 10 seconds or longer, between the first and second electrodes, having a dominant frequency between 750 Hz and 6 kHz, a duty cycle in a range between 30 and 60 percent, a minimum peak current intensity that is frequency-dependent and in the range between 3 mA and 16 mA, with a DC offset of between 30 and 50 percent; wherein the TES control module is also adapted to control the effective range of the duty cycle and the DC offset so that they do not change as a function of the frequency. a body; a first electrode (207, 208, 209) adapted to be worn on a subject's temple region; a second electrode adapted to be worn on a subject's mastoid region or neck; and a TES control module at least partially within the body and comprising: a processor, a timer; a waveform generator; and a manual input for entering control commands to regulate action/activity of the applicator; wherein the TES control module is adapted to deliver a biphasic electrical stimulation signal of 10 seconds or longer, between the first and second electrodes, having a dominant frequency between 750 Hz and 6 kHz, a duty cycle in a range between 30 and 60 percent, a minimum peak current intensity that is frequency-dependent and in the range between 3 mA and 16 mA, with a DC offset of between 30 and 50 percent; a processor, a timer; a waveform generator; and a manual input for entering control commands to regulate action/activity of the applicator; wherein the TES control module is adapted to deliver a biphasic electrical stimulation signal of 10 seconds or longer, between the first and second electrodes, having a dominant frequency between 750 Hz and 6 kHz, a duty cycle in a range between 30 and 60 percent, a minimum peak current intensity that is frequency-dependent and in the range between 3 mA and 16 mA, with a DC offset of between 30 and 50 percent; wherein the TES control module is also adapted to control the effective range of the duty cycle and the DC offset so that they do not change as a function of the frequency.
A glazing assembly comprising: a glazing support system, a glazing unit and a frame element (9; 26, 27, 28; 58), wherein the glazing support system is for attaching the glazing unit to the frame element, the glazing support system comprising: a tension member (10; 61) for extending around a major portion of the periphery of the glazing unit; and a connection system (11; 29, 30; 65) for coupling the tension member to the frame element in at least two locations and for transferring tension forces from the tension member to the frame element whilst compression forces arising due to tension in the tension member are applied to the outside of the glazing unit, wherein the frame element includes hinges (9, 40) allowing for the glazing unit to be moved between open and closed positions, and the hinges are joined to connectors (11; 29, 30; 33, 34) and/or tensioning mechanisms (15; 16; 31, 32, 66, 76) for coupling to the tension member; and wherein the tension member is arranged to bear on one or more corners of the glazing unit and to thereby apply a compression force to the glazing unit.
A method of generating intra-predicted samples for a chroma channel of a video bitstream configured for a 4:2:2 chroma format, the method comprising: selecting intra-prediction reference samples by using values determined from a look-up table comprising values relating to intra-prediction modes and intra-prediction angle parameters; and generating intra-predicted samples using the selected intra-prediction reference samples and values determined from the look-up table; characterised in that the look-up table is populated as follows: wherein predModeIntra are intra-prediction modes, IntraPredAngle and InvAngle are luma channel intra-prediction angle parameter values, IntraPredAngle (4:2:2 chroma) and InvAngle (4:2:2 chroma) are 4:2:2 chroma format channel intra-prediction angle parameter values adjusted for use in the 4:2:2 chroma format. selecting intra-prediction reference samples by using values determined from a look-up table comprising values relating to intra-prediction modes and intra-prediction angle parameters; and generating intra-predicted samples using the selected intra-prediction reference samples and values determined from the look-up table; characterised in that the look-up table is populated as follows: wherein predModeIntra are intra-prediction modes, IntraPredAngle and InvAngle are luma channel intra-prediction angle parameter values, IntraPredAngle (4:2:2 chroma) and InvAngle (4:2:2 chroma) are 4:2:2 chroma format channel intra-prediction angle parameter values adjusted for use in the 4:2:2 chroma format.
A plant for separating solids from waste water, in particular municipal waste water, comprising a substantially vertical screw conveyor that leads to a pressing device with a discharge, wherein a pelleting press as a pressing device having at least one pressing element arranged therein is directly arranged at the upper end of the screw conveyor, and wherein the pelleting press has a perforated sieve sheath, characterized in that the pressing element is formed as a pressing roller which is guided along the inner side of the sieve sheath by means of crankshaft-like eccentric and rolls on the inner surface of the sieve sheath, and wherein the sieve sheath and the pressing roller have a cylindrical shape or a truncated-cone shape.
Road finisher comprising: a screed plate (9, 10) extending at right angles to the working direction (a) of said road finisher, a tamper bar disposed rearwardly and/or forwardly of said screed plate (9, 10) in the working direction (a), wherein at least one electrically operated heating element is present, which is configured so as to heat up a heating surface facing a road subsurface, and wherein said heating element comprises a heating layer, and a piston rod with connecting means to a tamper bar drive, wherein the tamper bar is connected to the piston rod with an upper surface of the tamper bar contacting a lower surface of the piston rod, and wherein the heating layer is located between the piston rod and the tamper bar, characterized in that the piston rod is single-pieced with regard to its connecting means and its lower surface, and in that the heating layer is at least partially obtained through thermal spraying onto a substrate surface and is applied to the lower surface of the piston rod. a screed plate (9, 10) extending at right angles to the working direction (a) of said road finisher, a tamper bar disposed rearwardly and/or forwardly of said screed plate (9, 10) in the working direction (a), wherein at least one electrically operated heating element is present, which is configured so as to heat up a heating surface facing a road subsurface, and wherein said heating element comprises a heating layer, and a piston rod with connecting means to a tamper bar drive, wherein the tamper bar is connected to the piston rod with an upper surface of the tamper bar contacting a lower surface of the piston rod, and wherein the heating layer is located between the piston rod and the tamper bar, characterized in that the piston rod is single-pieced with regard to its connecting means and its lower surface, and in that the heating layer is at least partially obtained through thermal spraying onto a substrate surface and is applied to the lower surface of the piston rod.