mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit for providing a power supply to a radio frequency, RF, power amplifier, PA,, the integrated circuit comprising: a low-frequency power supply path comprising a switching regulator and a high-frequency power supply path arranged to regulate an output voltage of a combined power supply at an output port of the integrated circuit for coupling to the PA wherein the combined power supply is provided by the low-frequency power supply path and high-frequency power supply path; wherein the high-frequency power supply path comprises: a linear amplifier receiving at a first input thereof the output voltage as a voltage feedback; a linear amplifier power supply and an output arranged to apply a power supply signal on the high-frequency power supply path; and wherein the high-frequency power supply path is characterized by: a high-frequency-path supply module arranged to provide the amplifier power supply to the linear amplifier, wherein the high-frequency-path supply module comprises a pulse-width modulator connected to the power supply of the linear amplifier via a filter (1337, 1335) and arranged to provide a filtered pulse-width modulated signal to the high frequency power supply path. a low-frequency power supply path comprising a switching regulator and a high-frequency power supply path arranged to regulate an output voltage of a combined power supply at an output port of the integrated circuit for coupling to the PA wherein the combined power supply is provided by the low-frequency power supply path and high-frequency power supply path; wherein the high-frequency power supply path comprises: a linear amplifier receiving at a first input thereof the output voltage as a voltage feedback; a linear amplifier power supply and an output arranged to apply a power supply signal on the high-frequency power supply path; and wherein the high-frequency power supply path is characterized by: a high-frequency-path supply module arranged to provide the amplifier power supply to the linear amplifier, wherein the high-frequency-path supply module comprises a pulse-width modulator connected to the power supply of the linear amplifier via a filter (1337, 1335) and arranged to provide a filtered pulse-width modulated signal to the high frequency power supply path.
Use of an effective amount of the tripeptide of formula R 1 -Gly-His-Lys-R 2 wherein: - R 1 is an hydrogen atom or an acyl group or a sulfonyl group selected from a biotinoyle or a group comprising an alkyl, aryl, aralkyl, sugar or alkoxy chain of 1 to 24 carbon atoms, which can be linear, branched or cyclic, saturated or unsaturated, hydroxylated or non-hydroxylated, sulfurated or non sulfurated, and - R 2 is a hydroxyl function or a -O-R 3 group or a -NR 4 R 5 group, R 3, R 4 and R 5 being independently of each other hydrogen, an alkyl, aryl, aralkyl, acyl, sulfonyl, sugar or alkoxy chain of 1 to 24 carbons, linear, branched or cyclic, substituted or unsubstituted, saturated or unsaturated, hydroxylated or non-hydroxylated, sulfurated or non sulfurated, for the topical cosmetic non-therapeutical treatment of eyelashes. - R 1 is an hydrogen atom or an acyl group or a sulfonyl group selected from a biotinoyle or a group comprising an alkyl, aryl, aralkyl, sugar or alkoxy chain of 1 to 24 carbon atoms, which can be linear, branched or cyclic, saturated or unsaturated, hydroxylated or non-hydroxylated, sulfurated or non sulfurated, and - R 2 is a hydroxyl function or a -O-R 3 group or a -NR 4 R 5 group, R 3, R 4 and R 5 being independently of each other hydrogen, an alkyl, aryl, aralkyl, acyl, sulfonyl, sugar or alkoxy chain of 1 to 24 carbons, linear, branched or cyclic, substituted or unsubstituted, saturated or unsaturated, hydroxylated or non-hydroxylated, sulfurated or non sulfurated,
Moulding unit for forming a container, this moulding unit comprising: - a mould provided with a side wall defining a cavity in the imprint of a part of the container; - a fluid circuit for thermal regulation of the wall that includes channels drilled in same, this fluid circuit for thermal regulation extending between a supply opening and an evacuation opening; - an insert having a front surface in the imprint of a local part of the container, mobile between a retracted position and a deployed position; - an actuator integral with the insert for moving same from its retracted position to its deployed position, and reciprocally; - a pneumatic circuit for controlling the actuator, this moulding unit being characterized in that: - the fluid circuit for thermal regulation of the wall leads, through the supply opening and the evacuation opening, onto an upper surface of the mould, - the pneumatic control circuit comprises at least one primary conduit drilled in the wall of the mould and leading, through an upstream end, onto the upper surface of the mould. - a mould provided with a side wall defining a cavity in the imprint of a part of the container; - a fluid circuit for thermal regulation of the wall that includes channels drilled in same, this fluid circuit for thermal regulation extending between a supply opening and an evacuation opening; - an insert having a front surface in the imprint of a local part of the container, mobile between a retracted position and a deployed position; - an actuator integral with the insert for moving same from its retracted position to its deployed position, and reciprocally; - a pneumatic circuit for controlling the actuator, - the fluid circuit for thermal regulation of the wall leads, through the supply opening and the evacuation opening, onto an upper surface of the mould, - the pneumatic control circuit comprises at least one primary conduit drilled in the wall of the mould and leading, through an upstream end, onto the upper surface of the mould.
A bucket with wringer for a mop comprising at least three moving elements on the floor; two of the mutually facing moving elements being in a transversal plane of the bucket and displaced towards the front part of the bucket, with respect to the transversal plane containing the centre of gravity of the bucket; the wringer being located in the rear part of the mouth of the bucket; and wherein the third moving element is arranged in front of the transversal plane containing the two moving elements; wherein the rear part of the base, located behind the transversal plane containing the two moving elements, comprises at least one relief which, together with said two mutually facing moving elements, touch the floor when the bucket is at rest and when pressure is applied to the wringer with the mop; in which position the third moving element is close to and separated from the floor, without touching same; whereas said third moving element touches the floor when pressure is applied to the front part of the bucket in order to cause the movement thereof, characterised in that at least the contour of the base of the bucket is parallel to the floor in the resting position, in which position said contour is separated from the floor whereon it touches through the at least one relief and the two mutually facing moving elements.
A method for manufacturing an electrochemical energy storage device in which at least one film, which is at least partly coated on at least one side with an adhesive, and which comprises a peel tab with which the film can be easily peeled off again from the housing surface or from the packaging surface of the electrochemical energy storage device, is applied to at least part of the housing surface or packaging surface of the electrochemical energy storage device during the manufacturing of the electrochemical energy storage device to protect the housing surface or the packaging surface of the electrochemical energy storage device from damage during the manufacturing of said electrochemical energy storage device.
A method of controlling an HVAC system for a building, the HVAC system implementing geofencing using a geofence that is defined for the building or a user of the building, the method comprising: controlling a building temperature to a comfort temperature set point when the user is inside the geofence; allowing the building temperature to deviate from the comfort temperature set point when a user is outside of the geofence; characterized in that it further comprises the steps of tracking how long the user remains outside the geofence; and allowing the building temperature to further deviate from the comfort temperature set point in accordance with how long the user has remained outside of the geofence. controlling a building temperature to a comfort temperature set point when the user is inside the geofence; allowing the building temperature to deviate from the comfort temperature set point when a user is outside of the geofence; characterized in that it further comprises the steps of tracking how long the user remains outside the geofence; and allowing the building temperature to further deviate from the comfort temperature set point in accordance with how long the user has remained outside of the geofence.
A method of controlling an ion implanter operating in plasma immersion of a substrate, the method comprising: • an implantation stage () during which the plasma is ignited and the substrate is negatively biased; • a neutralization stage () during which the plasma is ignited and the substrate has a positive or zero bias applied thereto; • a suppression stage () during which the plasma is extinguished; and • an expulsion stage () for expelling negatively charged particles from the substrate and during which the plasma is extinguished; in which the duration of said expulsion stage is longer than 5 μs, and characterized in that, following said expulsion stage (), it includes a preparation stage () during which the plasma is extinguished and the substrate has a positive or negative bias applied thereto. • an implantation stage () during which the plasma is ignited and the substrate is negatively biased; • a neutralization stage () during which the plasma is ignited and the substrate has a positive or zero bias applied thereto; • a suppression stage () during which the plasma is extinguished; and • an expulsion stage () for expelling negatively charged particles from the substrate and during which the plasma is extinguished;
Shell-and-tube heat exchanger having a cylindrical geometry and comprising a first pressure chamber and a second pressure chamber connected to a common tube-sheet on opposite sides, wherein the first pressure chamber is provided with at least an inlet nozzle for inletting a first fluid and with at least an outlet nozzle for outletting the first fluid, wherein the second pressure chamber is provided with at least a first nozzle for inletting or outletting a second fluid and with at least a second nozzle for outletting or inletting, respectively, the second fluid, wherein the tube-sheet is connected to a tube bundle housed in the first pressure chamber and comprising a plurality of U-shaped exchanging tubes through which the second fluid flows to indirectly perform heat exchange with the first fluid, wherein each U-shaped exchanging tube is provided with a first portion and with a second portion, wherein the first portion and the second portion of each U-shaped exchanging tube are hydraulically connected by a U-bend, wherein the first pressure chamber contains at least one inner guiding jacket having a cylindrical or pseudo-cylindrical geometry and extending along the major longitudinal axis of said first pressure chamber, said at least one inner guiding jacket surrounding said first portion of each U-shaped exchanging tube for at least part of the respective length of said first portion, said at least one inner guiding jacket being sealingly connected, at a first end thereof, to the tube-sheet by first connection means, the shell-and-tube heat exchanger being characterized in that the at least one inner guiding jacket is open at a second end, by which there will be an at least partially stagnant zone within the inner guiding jacket, whereby said at least one inner guiding jacket is configured to prevent the first fluid flow across said first portion of each U-shaped exchanging tube, therefore preventing, or reducing, the heat transfer from the first fluid to the second fluid in said first portion of each U-shaped exchanging tube.
An electromagnetic switching valve for a fuel injection system of a combustion engine, having: - a valve region with a closing element and a valve seat which cooperate to close the switching valve; and - an actuator region for moving the closing element along a movement axis into a closed or open position, wherein the actuator region is accommodated at least in part in a sleeve; wherein the sleeve has an end-face wall region arranged perpendicular to the movement axis, characterized in that the end-face wall region has at least one bulge in the shape of a spherical cap. - a valve region with a closing element and a valve seat which cooperate to close the switching valve; and - an actuator region for moving the closing element along a movement axis into a closed or open position, wherein the actuator region is accommodated at least in part in a sleeve;
A communication system for supporting communication between an end node of a vehicle and a remote correspondent node via a fixed network, the communication system comprising: a plurality of wireless access points of the fixed network including at least a first access point having a directional antenna arrangement for mm wave radio communication using directional beams; a first wireless modem for establishing a first mm wave radio communication link to the first access point supporting communication between the end node of a vehicle and the remote correspondent node, the first wireless modem being located on the vehicle and employing a first electronically steerable beamforming directional antenna having a first main beam for establishing the first mm wave radio communication link; a second wireless modem for establishing a second mm wave radio communication link to the first access point supporting communication between the end node of a vehicle and the remote correspondent node, the second wireless modem being located on the vehicle and employing a second electronically steerable beamforming directional antenna having a second main beam for establishing the second mm wave radio communication link; a proximity detector for detecting a proximity of the first wireless modem to the first access point; and a switch controller for switching data of a data flow from the first mm wave radio communication link to the second mm wave radio communication link in response to the detection of the proximity of the first wireless modem to the first access point. a plurality of wireless access points of the fixed network including at least a first access point having a directional antenna arrangement for mm wave radio communication using directional beams; a first wireless modem for establishing a first mm wave radio communication link to the first access point supporting communication between the end node of a vehicle and the remote correspondent node, the first wireless modem being located on the vehicle and employing a first electronically steerable beamforming directional antenna having a first main beam for establishing the first mm wave radio communication link; a second wireless modem for establishing a second mm wave radio communication link to the first access point supporting communication between the end node of a vehicle and the remote correspondent node, the second wireless modem being located on the vehicle and employing a second electronically steerable beamforming directional antenna having a second main beam for establishing the second mm wave radio communication link; a proximity detector for detecting a proximity of the first wireless modem to the first access point; and a switch controller for switching data of a data flow from the first mm wave radio communication link to the second mm wave radio communication link in response to the detection of the proximity of the first wireless modem to the first access point.
A method for digitally generating a hologram of a three-dimensional scene in the plane, called screen plane, of a screen of a hologram display device intended to be worn by a user, said screen being illuminated by a plane coherent light wave, a convergent lens being arranged between the screen and said user, such that the hologram is formed in the plane of the lens, said method comprising the following steps: - Obtaining an intensity map and a depth map of the scene corresponding to the viewpoint of the user; - Projecting according to an inverted perspective projection model of a virtual camera co-located with the user, the points of the intensity map on a plurality of planes parallel to the screen plane in a reference frame of the screen, a plane among the plurality of planes parallel to the screen plane in the reference frame of the screen being associated with a depth value of between a minimum value and a maximum value of the depth map, a point of the intensity map being projected on the plane of the plurality of planes associated with the depth value of said point in the depth map; - Compensating for a distortion induced by the convergent lens on the hologram by modifying the plurality of planes of the scene, a point of a plane among the plurality of planes of the scene, called image point of an object point by conjugation of said convergent lens, being replaced by said object point; - from the plurality of modified planes, called object planes, propagating a complex sampled light wave to the screen plane and summing the propagated light waves. - Obtaining an intensity map and a depth map of the scene corresponding to the viewpoint of the user; - Projecting according to an inverted perspective projection model of a virtual camera co-located with the user, the points of the intensity map on a plurality of planes parallel to the screen plane in a reference frame of the screen, a plane among the plurality of planes parallel to the screen plane in the reference frame of the screen being associated with a depth value of between a minimum value and a maximum value of the depth map, a point of the intensity map being projected on the plane of the plurality of planes associated with the depth value of said point in the depth map; - Compensating for a distortion induced by the convergent lens on the hologram by modifying the plurality of planes of the scene, a point of a plane among the plurality of planes of the scene, called image point of an object point by conjugation of said convergent lens, being replaced by said object point; - from the plurality of modified planes, called object planes, propagating a complex sampled light wave to the screen plane and summing the propagated light waves.
A circuit structure, comprising: an active module comprising a main output voltage for powering a load via a first current control device which is configured to control a current passing through the load; and a passive module comprising a main output voltage for when the active module fails, powering the load via a second current control device which is configured to control a current passing through the load, characterized by that the passive module further comprises an auxiliary output voltage for when the passive module is in a backup state, which instead of the main output voltage powers the second current control device so as to enable the second current control device to be in a switching-on state, and wherein the auxiliary output voltage of the passive module is configured to be smaller than the main output voltage of the passive module. an active module comprising a main output voltage for powering a load via a first current control device which is configured to control a current passing through the load; and a passive module comprising a main output voltage for when the active module fails, powering the load via a second current control device which is configured to control a current passing through the load, characterized by that the passive module further comprises an auxiliary output voltage for when the passive module is in a backup state, which instead of the main output voltage powers the second current control device so as to enable the second current control device to be in a switching-on state, and wherein the auxiliary output voltage of the passive module is configured to be smaller than the main output voltage of the passive module.
Method for controlling the drive mode of a hybrid vehicle equipped with a thermal power train and with an electrical power train comprising a traction battery, in which the vehicle passes: - from a pure electrical mode to an electrical-thermal hybrid mode when the state of charge of the traction battery passes below a minimum threshold (SOC min_ev) in pure electrical mode, - from the electrical-thermal hybrid mode to the pure electrical mode when the state of charge of the traction battery passes back above a maximum threshold (SOC max_hev) in hybrid mode, and - from the electrical-thermal hybrid mode to a pure thermal mode when the state of charge of the traction battery passes below a minimum threshold (SOC min_hev) in hybrid mode, the method including that: - the minimum threshold (SOC min_ev) in pure electrical mode is variable, and/or - the minimum threshold (SOC min_hev) and/or the maximum threshold (SOC max_hev) in hybrid mode are variable, the method being characterized in that the minimum threshold in hybrid mode and the maximum threshold in hybrid mode are decreased simultaneously. - from a pure electrical mode to an electrical-thermal hybrid mode when the state of charge of the traction battery passes below a minimum threshold (SOC min_ev) in pure electrical mode, - from the electrical-thermal hybrid mode to the pure electrical mode when the state of charge of the traction battery passes back above a maximum threshold (SOC max_hev) in hybrid mode, and - from the electrical-thermal hybrid mode to a pure thermal mode when the state of charge of the traction battery passes below a minimum threshold (SOC min_hev) in hybrid mode, - the minimum threshold (SOC min_ev) in pure electrical mode is variable, and/or - the minimum threshold (SOC min_hev) and/or the maximum threshold (SOC max_hev) in hybrid mode are variable,
An air filter material comprising ultrafine fiber nonwoven fabric formed from ultrafine fibers having a fiber diameter of 1 to 5 μm and polyester nonwoven fabric formed from polyester continuous filaments, the ultrafine fiber nonwoven fabric being laminated and integrated with the polyester nonwoven fabric, wherein the polyester continuous filament in the cross section has a nearly 'Y4' shape in which the bottom ends of the nearly 'Y' parts are connected to up, down, left and right, and the polyester continuous filaments are heat-bonded with each other, the ultrafine fiber nonwoven fabric is bonded with the polyester nonwoven fabric by a powder type or spider web type hot melt adhesive agent which has a melting point lower than the melting points of the ultrafine fiber and the polyester continuous filament.