mhurhangee/ep-ind-claims huggingface dataset:
Removable electric propulsion system for a rolling object, said propulsion system comprising a chassis provided with at least one wheel driven by an electric machine, and with at least one non-driven wheel, a handle and means for hitching said propulsion system to said rolling object, said hitching means comprising means for gripping and lifting at least one wheel of said rolling object, characterized in that said hitching means comprise means for steering at least one wheel of said rolling object in a direction substantially perpendicular to the longitudinal direction (x) of said chassis of said propulsion system.
A current source circuit for providing current to a light source under the control of a switch (S1, S2) in an optical sensor system, the current source circuit comprising: an inductor connected in series with a resistor; and a diode coupled anti-parallel to the series connection of the inductor and the resistor; wherein the current source circuit is configured to receive a regulated direct current voltage from a power supply and, when the current source circuit is in series with a light source, to provide the current through the inductor to the light source when the switch (S1, S2) is closed, and to divert current through the inductor and through the diode when the switch (S1, S2) is open. an inductor connected in series with a resistor; and a diode coupled anti-parallel to the series connection of the inductor and the resistor; wherein the current source circuit is configured to receive a regulated direct current voltage from a power supply and, when the current source circuit is in series with a light source, to provide the current through the inductor to the light source when the switch (S1, S2) is closed, and to divert current through the inductor and through the diode when the switch (S1, S2) is open.
A mobile asphalt plant with a thermal and acoustic insulation, wherein said mobile asphalt plant comprises: a gas exhaust duct; a dosage system; a rotary dryer; an exhaust fan; an inertial separator; a baghouse; a mixer; a chimney; a conveyor belt for the transfer of aggregate from the dosage system to the rotary dryer; a drag conveyor characterised in that said thermal and acoustic insulation comprises: thermally and acoustically-insulating shields installed in a region which comprises the mixer and a burner in the rotary dryer; wherein the shields are attached to the baghouse and a combustion chamber by fastening elements; in that said thermal and acoustic insulation comprises an articulated system, wherein the articulated system is facilitating necessary interventions to the mixer and burner; and in that said thermal and acoustic insulation further comprises side protectors located on both sides of the conveyor belt, wherein the side protectors are symmetrical and fixed on a chassis structure located on both sides of the asphalt plant. a gas exhaust duct; a dosage system; a rotary dryer; an exhaust fan; an inertial separator; a baghouse; a mixer; a chimney; a conveyor belt for the transfer of aggregate from the dosage system to the rotary dryer; a drag conveyor characterised in that said thermal and acoustic insulation comprises: thermally and acoustically-insulating shields installed in a region which comprises the mixer and a burner in the rotary dryer; wherein the shields are attached to the baghouse and a combustion chamber by fastening elements; in that said thermal and acoustic insulation comprises an articulated system, wherein the articulated system is facilitating necessary interventions to the mixer and burner; and in that said thermal and acoustic insulation further comprises side protectors located on both sides of the conveyor belt, wherein the side protectors are symmetrical and fixed on a chassis structure located on both sides of the asphalt plant.
A panoramic image generating device comprising: a first calculation unit adapted to calculate degrees of correlation between a plurality of images; characterized by a second calculation unit adapted to calculate character amounts of a plurality of images, and an order determination unit adapted to determine an order of performing position adjustment of the plurality of images for generating a panoramic image generated by stitching the plurality of images based on calculation results of the first calculation unit and the second calculation unit, wherein the second calculation unit is adapted to calculate the character amounts with respect to a structural object extending over the plurality of images, wherein the second calculation unit is adapted to calculate, as the character amounts, the numbers of parts where the structural object extending over the plurality of images intersects with ends of the images, or the second calculation unit is adapted to calculate, as the character amounts, sizes of the parts where the structural object extending over the plurality of images intersects with the ends of the images. a first calculation unit adapted to calculate degrees of correlation between a plurality of images; characterized by a second calculation unit adapted to calculate character amounts of a plurality of images, and an order determination unit adapted to determine an order of performing position adjustment of the plurality of images for generating a panoramic image generated by stitching the plurality of images based on calculation results of the first calculation unit and the second calculation unit, wherein the second calculation unit is adapted to calculate the character amounts with respect to a structural object extending over the plurality of images, wherein the second calculation unit is adapted to calculate, as the character amounts, the numbers of parts where the structural object extending over the plurality of images intersects with ends of the images, or the second calculation unit is adapted to calculate, as the character amounts, sizes of the parts where the structural object extending over the plurality of images intersects with the ends of the images.
A device comprising: a voltage measurement circuit electrically connected to terminals of a measurement coil, the measurement coil being disposed to surround a power receiving coil of a power receiving device, said power receiving coil being configured to receive power supplied by electromagnetic waves and the measurement coil being configured to measure an electromagnetic field, the voltage measurement circuit being configured to measure an induced voltage of the measurement coil; a current measurement circuit configured to measure an induced current of the power receiving coil; and a detection circuit configured to detect a presence or absence of foreign matter by use of the measured voltage and the measured current. a voltage measurement circuit electrically connected to terminals of a measurement coil, the measurement coil being disposed to surround a power receiving coil of a power receiving device, said power receiving coil being configured to receive power supplied by electromagnetic waves and the measurement coil being configured to measure an electromagnetic field, the voltage measurement circuit being configured to measure an induced voltage of the measurement coil; a current measurement circuit configured to measure an induced current of the power receiving coil; and a detection circuit configured to detect a presence or absence of foreign matter by use of the measured voltage and the measured current.
A method for encoding a video stream in a video coding format, wherein the video coding format supports including an auxiliary frame in the encoded video stream, the auxiliary frame being referenced by another frame in the encoded video stream and comprising image data complementing another frame in the encoded video stream, the auxiliary frame comprising a flag value indicating that the image data of the auxiliary frame is not intended to be shown when decoding the encoded video stream but instead used in conjunction with data of said another frame to achieve image data to be shown, the method comprising the steps of: receiving first image data captured by a video capturing device, determining an intended resolution for the video stream when decoded, scaling down the first image data to obtain first scaled down image data, wherein the first scaled down image data has a first resolution lower than the intended resolution, preparing an empty first auxiliary frame, wherein the image data of the first auxiliary frame has a resolution equal to the intended resolution and comprises bits all having the same predefined value, pasting the first scaled down image data into the image data of the first auxiliary frame, encoding the first auxiliary frame as an intra frame, determining a first image transform for upscaling of the first scaled down image data in the image data of the first auxiliary frame to first upscaled image data having the intended resolution, determining first motion vectors by sampling the movement of pixels resulting from the first image transform in accordance with at least one predetermined macroblock size, and encoding the first image data to a first frame as an inter frame referencing the first auxiliary frame, wherein motion vectors of the first frame corresponds to the first motion vectors. receiving first image data captured by a video capturing device, determining an intended resolution for the video stream when decoded, scaling down the first image data to obtain first scaled down image data, wherein the first scaled down image data has a first resolution lower than the intended resolution, preparing an empty first auxiliary frame, wherein the image data of the first auxiliary frame has a resolution equal to the intended resolution and comprises bits all having the same predefined value, pasting the first scaled down image data into the image data of the first auxiliary frame, encoding the first auxiliary frame as an intra frame, determining a first image transform for upscaling of the first scaled down image data in the image data of the first auxiliary frame to first upscaled image data having the intended resolution, determining first motion vectors by sampling the movement of pixels resulting from the first image transform in accordance with at least one predetermined macroblock size, and encoding the first image data to a first frame as an inter frame referencing the first auxiliary frame, wherein motion vectors of the first frame corresponds to the first motion vectors.
Process for the production of an elastomer agglomerate composition wherein the process comprises the steps in this order: (a) providing a slurry comprising elastomeric particles having an average particle size of ≤ 150 nm in water; and (b) forcing the slurry from (a) through an aperture at a flow velocity of at least 500 m/s; wherein the elastomeric particles are selected from polybutadiene particles, poly(styrene-butadiene) particles, and poly(acrylonitrile butadiene) particles; and wherein the average particle size is the D 50 particle size as determined in accordance with ISO 9276-2:2014. (a) providing a slurry comprising elastomeric particles having an average particle size of ≤ 150 nm in water; and (b) forcing the slurry from (a) through an aperture at a flow velocity of at least 500 m/s; wherein the elastomeric particles are selected from polybutadiene particles, poly(styrene-butadiene) particles, and poly(acrylonitrile butadiene) particles; and wherein the average particle size is the D 50 particle size as determined in accordance with ISO 9276-2:2014. wherein the elastomeric particles are selected from polybutadiene particles, poly(styrene-butadiene) particles, and poly(acrylonitrile butadiene) particles; and wherein the average particle size is the D 50 particle size as determined in accordance with ISO 9276-2:2014.
Method for sealing insulating glass blanks using a sealing assembly having at least one sealing nozzle, which is moved along the edge of the insulating glass blank, wherein sealing compound is introduced from the sealing nozzle into an outwardly open edge seam of the insulating glass blank, wherein the insulating glass blank is held exclusively in the region of its upper edge and its lower edge during the sealing, characterized in that the sealed insulating glass blank is gripped by a removal robot, in that supporting and holding devices (7, 15, 16) are released and lowered from the lower edge of the sealed insulating glass blank and raised from the upper edge of the sealed insulating glass blank, and in that the sealed insulating glass blank, which is held only by the removal robot, is removed from the sealing station to the rear, towards the side opposite the sealing assembly in the direction away from the sealing nozzle.
A method of depositing a desired film comprising both tin and niobium, the method comprising: providing one or more rotatable cylindrical targets, each having an electrically conductive backing in the form of a rigid metal tube, each of the targets carrying a sputterable sub-oxide material consisting essentially of tin, niobium, and oxygen, wherein an atomic percentage of tin in the sputterable sub-oxide material is greater than 90 percent; positioning the one or more rotatable cylindrical targets in a sputtering chamber having a sputtering cavity containing an oxidizing gaseous atmosphere at a working pressure of between 0.3 kPa and 0.7 kPa (2mTorr and 5 mTorr); and delivering electric charge to the one or more rotatable cylindrical targets to sputter deposit said desired film onto a large area glass substrate having a major surface oriented generally toward the one or more rotatable cylindrical targets, thereby either depositing said desired film directly upon said major surface of the substrate or directly upon a film previously deposited upon said major surface of the substrate, wherein the large area glass substrate has a major dimension of at least 30 inches; and wherein delivering the electric charge comprises delivering the electric charge to establish a D.C. sputtering process. providing one or more rotatable cylindrical targets, each having an electrically conductive backing in the form of a rigid metal tube, each of the targets carrying a sputterable sub-oxide material consisting essentially of tin, niobium, and oxygen, wherein an atomic percentage of tin in the sputterable sub-oxide material is greater than 90 percent; positioning the one or more rotatable cylindrical targets in a sputtering chamber having a sputtering cavity containing an oxidizing gaseous atmosphere at a working pressure of between 0.3 kPa and 0.7 kPa (2mTorr and 5 mTorr); and delivering electric charge to the one or more rotatable cylindrical targets to sputter deposit said desired film onto a large area glass substrate having a major surface oriented generally toward the one or more rotatable cylindrical targets, thereby either depositing said desired film directly upon said major surface of the substrate or directly upon a film previously deposited upon said major surface of the substrate, wherein the large area glass substrate has a major dimension of at least 30 inches; and wherein delivering the electric charge comprises delivering the electric charge to establish a D.C. sputtering process.
A method for detaching an user equipment from a network, wherein the user equipment is allowed to initiate sessions of a first type or types and the user equipment is not allowed to initiate sessions of a second type or types, characterised in that a time check is started when the user equipment attaches to the network for requesting a session of the first type or types, and the user equipment is detached from the network when there is no bearer active for the session within a defined time after the attach.
An ultrasound system comprising: an ultrasound transducer comprising a plurality of transducer elements; a measuring system for acquiring a first series of measurements of a plurality of first anatomical regions through which the ultrasound waves emitted from the transducer elements will travel and a second series of measurements of a plurality of second anatomical regions through which the ultrasound waves emitted from the transducer elements traveled, the second anatomical regions being different from the first anatomical regions; and a processor configured to: computationally train a predictor using the second series of measurements of the plurality of second anatomical regions, second values of a plurality of characteristics associated with the second anatomical regions, and second ultrasound aberrations associated with the second values of the characteristics; determine first values of a plurality of characteristics based at least in part on the first series of measurements of the plurality of first anatomical regions; execute the predictor that has been computationally trained to predict ultrasound aberrations using the first values as input to the executing predictor, whereby the predictor predicts first aberrations of the ultrasound waves traveling through the first anatomical regions; and drive the transducer elements to compensate for the predicted aberrations. an ultrasound transducer comprising a plurality of transducer elements; a measuring system for acquiring a first series of measurements of a plurality of first anatomical regions through which the ultrasound waves emitted from the transducer elements will travel and a second series of measurements of a plurality of second anatomical regions through which the ultrasound waves emitted from the transducer elements traveled, the second anatomical regions being different from the first anatomical regions; and a processor configured to: computationally train a predictor using the second series of measurements of the plurality of second anatomical regions, second values of a plurality of characteristics associated with the second anatomical regions, and second ultrasound aberrations associated with the second values of the characteristics; determine first values of a plurality of characteristics based at least in part on the first series of measurements of the plurality of first anatomical regions; execute the predictor that has been computationally trained to predict ultrasound aberrations using the first values as input to the executing predictor, whereby the predictor predicts first aberrations of the ultrasound waves traveling through the first anatomical regions; and drive the transducer elements to compensate for the predicted aberrations. execute the predictor that has been computationally trained to predict ultrasound aberrations using the first values as input to the executing predictor, whereby the predictor predicts first aberrations of the ultrasound waves traveling through the first anatomical regions; and drive the transducer elements to compensate for the predicted aberrations.
An anhydrous antiperspirant composition comprising i) AlCl 3 or any hydrates thereof, ii) at least one calcium or magnesium salt of lactic acid, and iii) at least one water miscible solvent. i) AlCl 3 or any hydrates thereof, ii) at least one calcium or magnesium salt of lactic acid, and iii) at least one water miscible solvent.
Vehicle handle assembly comprising: - a housing that sits flush against an outer panel of the vehicle and defining a cavity inside an opening element of the vehicle, - an actuation switch generating an electrical signal to be sent to a vehicle opening element controller to release the vehicle opening element, the handle assembly comprising an emergency opening device accessible from the inside of the cavity, the emergency opening device being configured to release mechanically the opening element allowing to open the opening element, the emergency opening device comprising a gripping member linked to a cable, the cable being connected to an opening element latch mechanism, causing mechanical actuation of the opening element latch mechanism, the gripping member being accessible by a through opening made in the housing, characterized in that a removable button is located into the through opening, the gripping member being accessible by pushing the button, the gripping member being, in a resting position, placed into a cylinder forming the button. - a housing that sits flush against an outer panel of the vehicle and defining a cavity inside an opening element of the vehicle, - an actuation switch generating an electrical signal to be sent to a vehicle opening element controller to release the vehicle opening element,
A communication control method applied to a mobile communication system including a user terminal capable of storing a connection establishment failure log related to a failure of RRC connection establishment procedure with a network, comprising: a step of storing, at the user terminal, the connection establishment failure log if the RRC connection establishment procedure fails; a step of timing an elapsed time from an occurrence time point of the failure of RRC connection establishment procedure, by the user terminal; a step of transmitting, from the user terminal to the network, an availability indicator indicating that the user terminal has the connection establishment failure log; a step of transmitting, from the network to the user terminal, a transmission request for requesting the user terminal to transmit the connection establishment failure log; and a step of transmitting, from the user terminal to the network, the connection establishment failure log including information indicating the elapsed time. a step of storing, at the user terminal, the connection establishment failure log if the RRC connection establishment procedure fails; a step of timing an elapsed time from an occurrence time point of the failure of RRC connection establishment procedure, by the user terminal; a step of transmitting, from the user terminal to the network, an availability indicator indicating that the user terminal has the connection establishment failure log; a step of transmitting, from the network to the user terminal, a transmission request for requesting the user terminal to transmit the connection establishment failure log; and a step of transmitting, from the user terminal to the network, the connection establishment failure log including information indicating the elapsed time.