mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling a fan of a vapour compression system, the vapour compression system comprising a compressor, a heat rejecting heat exchanger, an expansion device and an evaporator arranged in a refrigerant circuit, said fan being arranged to provide a secondary fluid flow across the heat rejecting heat exchanger, the method comprising the steps of: - establishing a temperature difference, ΔT=T out -T amb, between a temperature, T out, of refrigerant leaving the heat rejecting heat exchanger and a temperature, T amb, of ambient air of the heat rejecting heat exchanger, - establishing a fan speed of the fan, - obtaining a setpoint value, AT setp, for the temperature difference, ΔT, based on the established fan speed of the fan, said setpoint value, AT setp, being dependent on the fan speed in such a manner that the setpoint value, AT setp, increases as the fan speed increases, and - controlling the fan speed of the fan in order to control the temperature difference, ΔT, in accordance with the obtained setpoint value, ΔT setp. - establishing a temperature difference, ΔT=T out -T amb, between a temperature, T out, of refrigerant leaving the heat rejecting heat exchanger and a temperature, T amb, of ambient air of the heat rejecting heat exchanger, - establishing a fan speed of the fan, - obtaining a setpoint value, AT setp, for the temperature difference, ΔT, based on the established fan speed of the fan, said setpoint value, AT setp, being dependent on the fan speed in such a manner that the setpoint value, AT setp, increases as the fan speed increases, and - controlling the fan speed of the fan in order to control the temperature difference, ΔT, in accordance with the obtained setpoint value, ΔT setp.
A device (480, 700, 800, 900) for securing a gas turbine nozzle segment and sealing one or more cooling cavities of the gas turbine nozzle segment during manufacturing, the device comprising: a support assembly for receiving a nozzle segment having at least one cooling cavity; a first clamp assembly configured to secure a first portion of the nozzle segment to the support assembly, the first clamp assembly having a first clamp arm, and a first tightening assembly coupling the first clamp arm to the support characterised in the device further comprising: a first port seal assembly having a first seal body hingeably attached to the support assembly, and at least one sealing member coupled to the first seal body and configured to interact with and seal the corresponding one or more cooling cavities. a support assembly for receiving a nozzle segment having at least one cooling cavity; a first clamp assembly configured to secure a first portion of the nozzle segment to the support assembly, the first clamp assembly having a first clamp arm, and a first tightening assembly coupling the first clamp arm to the support characterised in the device further comprising: a first port seal assembly having a first seal body hingeably attached to the support assembly, and at least one sealing member coupled to the first seal body and configured to interact with and seal the corresponding one or more cooling cavities. a first port seal assembly having a first seal body hingeably attached to the support assembly, and at least one sealing member coupled to the first seal body and configured to interact with and seal the corresponding one or more cooling cavities.
A terminal comprising: a receiving section configured to receive, via higher layer signaling, first information indicating a gap offset in subframe units related to a measurement gap, MG, and second information indicating a shift time shorter than one subframe and related to the MG; and a control section configured to determine a timing of the MG based on the gap offset and the shift time. a receiving section configured to receive, via higher layer signaling, first information indicating a gap offset in subframe units related to a measurement gap, MG, and second information indicating a shift time shorter than one subframe and related to the MG; and first information indicating a gap offset in subframe units related to a measurement gap, MG, and second information indicating a shift time shorter than one subframe and related to the MG; and a control section configured to determine a timing of the MG based on the gap offset and the shift time.
An aircraft tire comprising: a pair of bead portions; and a carcass made by stacking two or more carcass layers composed of cords coated with rubber, wherein the carcass serves as a framework, the carcass layers toroidally extend between the bead portions, and with respect to carcass layers of the carcass which are adjacent to each other, elongation at break of a widthwise outer carcass layer is smaller than elongation at break of a widthwise inner carcass layer (3 a), characterized in that elongation at break L out of a widthwise outermost carcass layer of the carcass and elongation at break L in of a widthwise innermost carcass layer satisfy 0.75 < L out /L in < 0.98. a pair of bead portions; and a carcass made by stacking two or more carcass layers composed of cords coated with rubber, wherein the carcass serves as a framework, the carcass layers toroidally extend between the bead portions, and with respect to carcass layers of the carcass which are adjacent to each other, elongation at break of a widthwise outer carcass layer is smaller than elongation at break of a widthwise inner carcass layer (3 a), characterized in that elongation at break L out of a widthwise outermost carcass layer of the carcass and elongation at break L in of a widthwise innermost carcass layer satisfy 0.75 < L out /L in < 0.98.
A luminaire comprising: - an LED load; - an input configured to receive a rectified AC input signal (Vin); - an output configured to provide a controlled output signal (Vout) to the LED load; - a switched mode power converter configured to transform the rectified AC input signal (Vin) into the controlled output signal (Vout), wherein the switched mode power converter has an input configured to receive a start-up voltage (Vstart) for changing a stand-by mode of the switched mode power converter into an operating mode of the switched mode power converter by providing the start-up voltage (Vstart) to a switched mode power converter controller coupled to a control terminal of a switch of the switched mode power converter; - a control circuit configured to receive a control signal (Vctl); - a kick-start power supply configured to receive a switch-on signal (Von) to supply the start-up voltage (Vstart) being larger than a power supply voltage (Vsup), - an auxiliary power supply configured to supply the power supply voltage (Vsup) to the control circuit and the kick-start power supply, wherein the control circuit is arranged for activating the switch-on signal (Von) to activate the kick-start power supply for turning the switched mode power converter from the stand-by mode into the operating mode. - an LED load; - an input configured to receive a rectified AC input signal (Vin); - an output configured to provide a controlled output signal (Vout) to the LED load; - a switched mode power converter configured to transform the rectified AC input signal (Vin) into the controlled output signal (Vout), wherein the switched mode power converter has an input configured to receive a start-up voltage (Vstart) for changing a stand-by mode of the switched mode power converter into an operating mode of the switched mode power converter by providing the start-up voltage (Vstart) to a switched mode power converter controller coupled to a control terminal of a switch of the switched mode power converter; - a control circuit configured to receive a control signal (Vctl); - a kick-start power supply configured to receive a switch-on signal (Von) to supply the start-up voltage (Vstart) being larger than a power supply voltage (Vsup), - an auxiliary power supply configured to supply the power supply voltage (Vsup) to the control circuit and the kick-start power supply,
A multilayer papery material container comprising at least one first sheet (2, 12) of three-dimensional structure and at least one second sheet (14, 14') fixed to the first sheet (2, 12) and defining empty spaces therewith, characterised in that at least said second sheet (14, 14') is made of papery material having a degree of extensibility of not less than 5% in all directions, said container comprising a lateral wall provided with a relief motif.
Method for producing and delivering a gas mixture having a selected composition of a first gas and at least one second gas comprising the following steps: a) providing a main gas flow comprising the first gas in a main conduit, b) separating the main gas flow into a first plurality of secondary gas flows, c) guiding each secondary gas flow through a secondary conduit, d) adding at least one second gas to at least one of the first plurality of secondary gas flows in the respective secondary conduit through a delivering conduit, said delivering conduit protruding into the secondary conduit, e) combining the first plurality of secondary gas flows to the gas mixture. a) providing a main gas flow comprising the first gas in a main conduit, b) separating the main gas flow into a first plurality of secondary gas flows, c) guiding each secondary gas flow through a secondary conduit, d) adding at least one second gas to at least one of the first plurality of secondary gas flows in the respective secondary conduit through a delivering conduit, said delivering conduit protruding into the secondary conduit, e) combining the first plurality of secondary gas flows to the gas mixture.
Device for raising a vehicle seat, said device comprising a raising module, able to be connected to a seat part armature of the seat and suitable for varying the vertical position of said seat part armature when a rotary part which it comprises is driven in rotation, and a control, designed to pass through a lateral casing of said seat, able to conceal said raising module, and arranged to cause the rotation of said rotary part when it is driven in rotation by a user, characterised in that it also comprises a spacer part that is designed to be positioned between said lateral casing and said rotary part being fixed securely to the latter and to said control so as to transmit its rotation to the rotary part, and arranged to form a rigid counter support limiting the deformation of said lateral casing when it is pressed against said raising module by said lateral casing during a deformation of the latter brought about by the pressing of a seatbelt strap associated with said seat, in order to transfer to said raising module at least a portion of the pressing forces incurred by said lateral casing.
An optical system for performing gaze tracking, the optical system comprising: a light source (356, 660) configured to emit non-visible light; and a waveguide operatively coupled to the light source and having first and second waveguide surfaces; characterized by a display operatively coupled to the waveguide and configured to emit visible light; a volume holographic light coupling element disposed between the first and second waveguide surfaces, the volume holographic light coupling element comprising: a grating medium, and a volume holographic grating structure within the grating medium, the volume holographic grating structure comprising spatial variations in a refractive index of the grating medium and being configured to reflect the non-visible light about a reflective axis offset from a surface normal of the grating medium; and wherein the volume holographic light coupling element further comprises an additional volume holographic grating structure within the grating medium and overlapping the volume holographic grating structure, the additional volume holographic grating structure being configured to reflect the visible light about the reflective axis offset from the surface normal of the grating medium. a light source (356, 660) configured to emit non-visible light; and a waveguide operatively coupled to the light source and having first and second waveguide surfaces; characterized by a display operatively coupled to the waveguide and configured to emit visible light; a volume holographic light coupling element disposed between the first and second waveguide surfaces, the volume holographic light coupling element comprising: a grating medium, and a volume holographic grating structure within the grating medium, the volume holographic grating structure comprising spatial variations in a refractive index of the grating medium and being configured to reflect the non-visible light about a reflective axis offset from a surface normal of the grating medium; and a grating medium, and a volume holographic grating structure within the grating medium, the volume holographic grating structure comprising spatial variations in a refractive index of the grating medium and being configured to reflect the non-visible light about a reflective axis offset from a surface normal of the grating medium; and wherein the volume holographic light coupling element further comprises an additional volume holographic grating structure within the grating medium and overlapping the volume holographic grating structure, the additional volume holographic grating structure being configured to reflect the visible light about the reflective axis offset from the surface normal of the grating medium.
Nebulizer for a fluid, comprising: a container containing the fluid, a housing part which can be detached for replacing the container, a delivery mechanism for dispensing the fluid, characterized in that the nebulizer comprises a manually depressible actuator member at the housing part, wherein the housing part is detachable together with the actuator member from the nebulizer for replacing the container when the actuator member is depressed. a container containing the fluid, a housing part which can be detached for replacing the container, a delivery mechanism for dispensing the fluid, characterized in that the nebulizer comprises a manually depressible actuator member at the housing part, wherein the housing part is detachable together with the actuator member from the nebulizer for replacing the container when the actuator member is depressed.
Device for optical inspection of a security document, in particular a passport, comprising - a first optical detection device for detecting optically perceptible information, in particular one or several optically perceptible features, which is set up to optically inspect a security document in a first direction, and - at least one second optical detection device for detecting optically perceptible information, which is set up to optically inspect the security document in a second direction which deviates from the first direction, characterized in that the first optical detection device is set up to optically inspect a first area of the security document in the first direction, whereas the second optical detection device is set up, in addition to the optical inspection of the first area by means of the first optical detection device, to optically inspect a second area of the security document in the second direction, wherein the first area and the second area are spaced apart from one another, and wherein the first area of the security document is positioned in a plane extending perpendicular to the first direction and the second area of the security document is positioned in a plane extending perpendicular to the second direction. - a first optical detection device for detecting optically perceptible information, in particular one or several optically perceptible features, which is set up to optically inspect a security document in a first direction, and - at least one second optical detection device for detecting optically perceptible information, which is set up to optically inspect the security document in a second direction which deviates from the first direction, characterized in that the first optical detection device is set up to optically inspect a first area of the security document in the first direction, whereas the second optical detection device is set up, in addition to the optical inspection of the first area by means of the first optical detection device, to optically inspect a second area of the security document in the second direction, wherein the first area and the second area are spaced apart from one another, and wherein the first area of the security document is positioned in a plane extending perpendicular to the first direction and the second area of the security document is positioned in a plane extending perpendicular to the second direction.
Driver assistance system for displaying an environment image for a vehicle, having: - vehicle cameras, which produce camera images of a vehicle environment of the vehicle; and having - a data processing unit, which combines the camera images produced by the vehicle cameras to compose an environment image of the vehicle environment, wherein an associated image region is adaptively filtered for at least one object contained within the environment image, and wherein the composed environment image is displayed with the processed image regions on a display unit of the driver assistance system. - vehicle cameras, which produce camera images of a vehicle environment of the vehicle; and having - a data processing unit, which combines the camera images produced by the vehicle cameras to compose an environment image of the vehicle environment, wherein an associated image region is adaptively filtered for at least one object contained within the environment image, and wherein the composed environment image is displayed with the processed image regions on a display unit of the driver assistance system.
A process for production of a low saturate oil composition comprising a) mixing a triacylglycerol source with an aqueous solution of a saturase enzyme in presence of an emulsifier to obtain an emulsion, wherein the triacylglycerol comprises at least one saturated fatty acid residue and at least one unsaturated fatty acid residue, and the emulsifier comprises an alkaline salt of an unsaturated fatty acid, b) mixing an aqueous acid with the emulsion to obtain a mixture, wherein the acid is in an amount sufficient to obtain a pH of about 1-4 and convert the emulsifier to a free unsaturated fatty acid and a salt, and c) separating the mixture to obtain an oil and an aqueous phase, where the oil comprises the low saturate oil composition. a) mixing a triacylglycerol source with an aqueous solution of a saturase enzyme in presence of an emulsifier to obtain an emulsion, wherein the triacylglycerol comprises at least one saturated fatty acid residue and at least one unsaturated fatty acid residue, and the emulsifier comprises an alkaline salt of an unsaturated fatty acid, b) mixing an aqueous acid with the emulsion to obtain a mixture, wherein the acid is in an amount sufficient to obtain a pH of about 1-4 and convert the emulsifier to a free unsaturated fatty acid and a salt, and c) separating the mixture to obtain an oil and an aqueous phase, where the oil comprises the low saturate oil composition.
A device comprising first vibratory means comprising a first motor and a vibratory surface which is adapted to contact the frenulum to apply vibrations of a controllable and adjustable amplitude and frequency to the frenulum of the male genitalia, the first vibratory means not requiring the user to hold it in place during use, and characterised by further comprising second vibratory means comprising a second motor adapted to apply vibrations to the female genitalia during use.
A method for locating at least N (N>1) fluorophores (F 1, F 2), N being an unknown number, in a diffusing medium using at least one source (S 1 - S 4, L 1 -L 4,) of pulsed radiation capable of emitting radiation to excite these fluorophores, and at least one detector (D 1 - D 5) capable of measuring a fluorescence signal emitted by these fluorophores comprising: - illumination of the medium by a radiation source, - detection, by at least one detector, of the signal, with a measured intensity M 0 sd, produced by the medium at the fluorescence wavelength, - for at least one source-detector pair, performing a temporal distribution M sd (t) of the signal received by the detector, - the diffusing medium being discretized into M voxels, considering that we have a current N number of fluorophores, each fluorophore occupying one voxel among the M voxels of the medium, according to a distribution m, - for different distributions m, the computing of at least one basic parameter χ N i,m, which, for at least one of said temporal distributions M sd (t), combines at least one magnitude obtained from at least one moment of said distribution, and at least one estimation of this magnitude; the at least one basic parameter giving an information which concerns the location of the fluorophores; - method in which the following steps are carried out for at least one basic parameter: * a computing step to compute a correlation (S 8, S' 11) between the measured intensity and all the intensity contributions of all the fluorophores; - a step (S' 1) to increment the current N number of fluorophores if the computing of a correlation is not satisfactory. - illumination of the medium by a radiation source, - detection, by at least one detector, of the signal, with a measured intensity M 0 sd, produced by the medium at the fluorescence wavelength, - for at least one source-detector pair, performing a temporal distribution M sd (t) of the signal received by the detector, - the diffusing medium being discretized into M voxels, considering that we have a current N number of fluorophores, each fluorophore occupying one voxel among the M voxels of the medium, according to a distribution m, - for different distributions m, the computing of at least one basic parameter χ N i,m, which, for at least one of said temporal distributions M sd (t), combines at least one magnitude obtained from at least one moment of said distribution, and at least one estimation of this magnitude; the at least one basic parameter giving an information which concerns the location of the fluorophores; - method in which the following steps are carried out for at least one basic parameter: * a computing step to compute a correlation (S 8, S' 11) between the measured intensity and all the intensity contributions of all the fluorophores; - a step (S' 1) to increment the current N number of fluorophores if the computing of a correlation is not satisfactory.
A ball game racket strung with a string comprising at least two parallel filaments (3, 5, 13), wherein only portions of the filaments are integrally interconnected.
A non-therapeutic method of decreasing the mortality adjusted feed conversion ratio, decreasing the amount of feed necessary for the animal to grow, and/or increasing body weight of a non-human animal, the method comprising providing the animal with an animal feed or animal drinking water that comprises an Fe complex preparation obtainable by a method comprising the steps of bringing a tyrosinate moiety into contact with an initial Fe complex, salt or hydrate thereof, or an Fe salt, or hydrate thereof, optionally in the presence of a base.
A method for selecting subjects suffering from cancer for immunotherapy with an agent that stimulates the subjects' pre-existing immune response, comprising: (a) (i) determining cytolytic activity in a tumor from a subject, wherein the cytolytic activity is determined by assaying the expression of granzyme A (GZMA) and perforin; and (b) selecting the subject for immunotherapy with an agent that stimulates the subject's preexisting immune response if (i) cytolytic activity is detected in the tumor. (a) (i) determining cytolytic activity in a tumor from a subject, wherein the cytolytic activity is determined by assaying the expression of granzyme A (GZMA) and perforin; and (b) selecting the subject for immunotherapy with an agent that stimulates the subject's preexisting immune response if (i) cytolytic activity is detected in the tumor. (i) cytolytic activity is detected in the tumor.