mhurhangee/ep-ind-claims huggingface dataset:
An electronic control unit ECU kit for controlling an auxiliary illumination system depending on a main illumination system of a vehicle, the ECU kit comprising an ECU (108; 200) and a replaceable card (109; 201; 300) being connectable with each other; wherein: the replaceable card (109; 201; 300) is configured to receive one or more main digital signals from the main illumination system through a CAN bus; and wherein the ECU (108; 200) includes: a connector module configured to implement a connection between the ECU (108; 200) and the replaceable card (109; 201; 300), and a processor module configured to read the received one or more main digital signals, and to generate one or more first auxiliary signals depending on said one or more main digital signals to control the auxiliary illumination system at least partially based on the generated one or more first auxiliary signals. a connector module configured to implement a connection between the ECU (108; 200) and the replaceable card (109; 201; 300), and a processor module configured to read the received one or more main digital signals, and to generate one or more first auxiliary signals depending on said one or more main digital signals to control the auxiliary illumination system at least partially based on the generated one or more first auxiliary signals.
System for lifting the loading platform of a vehicle for transporting motor vehicles comprising: - a column comprising a fixed part connected to a chassis and a moving part assembled sliding on the fixed part and adapted to vertically translate actuated by first actuating means; - a loading platform support connected to the loading platform, said loading platform support being assembled sliding on the moving part and adapted to vertically translate actuated by second actuating means and by third actuating means associated with the second actuating means; characterized in that the third actuating means comprise a chain adapted to actuate the loading platform support and related first pulley and second pulley. - a column comprising a fixed part connected to a chassis and a moving part assembled sliding on the fixed part and adapted to vertically translate actuated by first actuating means; - a loading platform support connected to the loading platform, said loading platform support being assembled sliding on the moving part and adapted to vertically translate actuated by second actuating means and by third actuating means associated with the second actuating means;
Method for processing an amniotic membrane into a material for reconstruction, protection and healing of damaged tissues, the method starting from placenta and comprising the following steps: a) separation of the amniotic membrane from the chorion; b) cleaning of the amniotic membrane in saline solution and mechanical cleaning of the amniotic membrane, c) antibiotic lavage, d) placing the amniotic membrane with the chorionic side onto a cylindrical pad made of silicone, the pad being provided with a tensioning system on its edges, and clamping, smoothing and tensioning the amniotic membrane on the pad, wherein the tensioning system comprises a recess along the side of the cylindrical pad; and a tensioning bar for insertion into the recess, wherein the tensioning bar is provided with fixing protrusions for fixation and clamping of the amniotic membrane and for preventing shrinking and movement of the amniotic membrane on the pad during lyophilization, and the tensioning bar further comprises fastening means, e) lyophilization of the material obtained in step d), f) removing the amniotic membrane from the pad, g) optionally fragmentation of the amniotic membrane into a circular shape, h) inserting the lyophilized amniotic membrane into a sterile packaging. a) separation of the amniotic membrane from the chorion; b) cleaning of the amniotic membrane in saline solution and mechanical cleaning of the amniotic membrane, c) antibiotic lavage, d) placing the amniotic membrane with the chorionic side onto a cylindrical pad made of silicone, the pad being provided with a tensioning system on its edges, and clamping, smoothing and tensioning the amniotic membrane on the pad, wherein the tensioning system comprises a recess along the side of the cylindrical pad; and a tensioning bar for insertion into the recess, wherein the tensioning bar is provided with fixing protrusions for fixation and clamping of the amniotic membrane and for preventing shrinking and movement of the amniotic membrane on the pad during lyophilization, and the tensioning bar further comprises fastening means, e) lyophilization of the material obtained in step d), f) removing the amniotic membrane from the pad, g) optionally fragmentation of the amniotic membrane into a circular shape, h) inserting the lyophilized amniotic membrane into a sterile packaging.
An inverter apparatus, wherein the inverter apparatus comprises an inverter circuit and a control unit, the inverter circuit is configured to convert a direct current into two or more levels, and the control unit is configured to: obtain an output voltage and an output current of the inverter circuit, wherein the output voltage comprises an output voltage direction and an output voltage amplitude, and the output current comprises an output current direction and an output current amplitude; detect, based on the output voltage direction and the output current direction, whether output power of the inverter circuit is active power or reactive power; and when the inverter circuit outputs reactive power and the output current amplitude of the reactive power is greater than a current threshold, control the inverter circuit in a full-bridge two-level bipolar control mode; characterised in that: when the inverter circuit outputs active power, or when the inverter circuit outputs reactive power and the output current amplitude is not greater than a current threshold, control the inverter circuit in a three-level control mode. obtain an output voltage and an output current of the inverter circuit, wherein the output voltage comprises an output voltage direction and an output voltage amplitude, and the output current comprises an output current direction and an output current amplitude; detect, based on the output voltage direction and the output current direction, whether output power of the inverter circuit is active power or reactive power; and when the inverter circuit outputs reactive power and the output current amplitude of the reactive power is greater than a current threshold, control the inverter circuit in a full-bridge two-level bipolar control mode; characterised in that: when the inverter circuit outputs active power, or when the inverter circuit outputs reactive power and the output current amplitude is not greater than a current threshold, control the inverter circuit in a three-level control mode.
A device comprising: a waveguide; and a super grating, wherein: the super grating comprises a plurality of gratings; the plurality of gratings are configured to couple light out of the waveguide; and the super grating varies spatially so that the super grating has a first set of pitches at a first location and a second set of pitches at a second location to out couple some wavelengths of light for a given input angle from the waveguide at the first location and out couple other wavelengths of light for the given input angle from the waveguide at the second location. a waveguide; and a super grating, wherein: the super grating comprises a plurality of gratings; the plurality of gratings are configured to couple light out of the waveguide; and the super grating varies spatially so that the super grating has a first set of pitches at a first location and a second set of pitches at a second location to out couple some wavelengths of light for a given input angle from the waveguide at the first location and out couple other wavelengths of light for the given input angle from the waveguide at the second location. the super grating comprises a plurality of gratings; the plurality of gratings are configured to couple light out of the waveguide; and the super grating varies spatially so that the super grating has a first set of pitches at a first location and a second set of pitches at a second location to out couple some wavelengths of light for a given input angle from the waveguide at the first location and out couple other wavelengths of light for the given input angle from the waveguide at the second location.
A method for separating a transition metal from a waste positive electrode material, the method comprising: step 1 of preparing a waste positive electrode material represented by Formula 1 below; step 2 of heat treating the waste positive electrode material in an inert gas atmosphere or an oxygen atmosphere to phase separate the waste positive electrode material into a lithium oxide and a metal oxide; step 3 of cooling an obtained product of step 2 to room temperature in an inert atmosphere; and step 4 of mixing a cooled product cooled to room temperature in the step 3 with distilled water, and then filtering the mixture to leach a transition metal: [Formula 1] Li 1+a Ni 1-x M x O 2, wherein in Formula 1 above, M is one or more selected from the group consisting of Co, Mn, and Al, and 0 ≤ a ≤ 0.3, and 0 ≤ x ≤ 0.5; characterized in that in the step 2, the heat treating is performed at 900°C to 1,000°C in an oxygen atmosphere; or the heat treating is performed at 800°C to 950°C in an inert gas atmosphere. step 1 of preparing a waste positive electrode material represented by Formula 1 below; step 2 of heat treating the waste positive electrode material in an inert gas atmosphere or an oxygen atmosphere to phase separate the waste positive electrode material into a lithium oxide and a metal oxide; step 3 of cooling an obtained product of step 2 to room temperature in an inert atmosphere; and step 4 of mixing a cooled product cooled to room temperature in the step 3 with distilled water, and then filtering the mixture to leach a transition metal: [Formula 1] Li 1+a Ni 1-x M x O 2, wherein in Formula 1 above, M is one or more selected from the group consisting of Co, Mn, and Al, and 0 ≤ a ≤ 0.3, and 0 ≤ x ≤ 0.5; characterized in that in the step 2, the heat treating is performed at 900°C to 1,000°C in an oxygen atmosphere; or the heat treating is performed at 800°C to 950°C in an inert gas atmosphere.
A method of making an electrocaloric article, comprising: mounting a supported electrocaloric film to a frame, said supported electrocaloric film comprising an electrocaloric film and a first support film (47, 49) disposed on a first side of the electrocaloric film; providing an active area of the electrocaloric film not covered by the first support film (47, 49) on the first side of the electrocaloric film, wherein the providing comprises exposing the active area of the electrocaloric film by removing the first support film (47, 49) from the active area of the electrocaloric film; and providing electrical connections to electrodes (16, 18) disposed on opposing sides of the electrocaloric film in the active area. mounting a supported electrocaloric film to a frame, said supported electrocaloric film comprising an electrocaloric film and a first support film (47, 49) disposed on a first side of the electrocaloric film; providing an active area of the electrocaloric film not covered by the first support film (47, 49) on the first side of the electrocaloric film, wherein the providing comprises exposing the active area of the electrocaloric film by removing the first support film (47, 49) from the active area of the electrocaloric film; and providing electrical connections to electrodes (16, 18) disposed on opposing sides of the electrocaloric film in the active area.
A loader for unloading a vessel, comprising: • a boom, • an arm pivoted to the boom, • a bucket normally carried by the arm, • a telescopic vibrator carrier attached to the arm and • at least one vibrator carried by the carrier and adapted to reach beyond the bucket, the vibrator having: • at least one laterally driven finger for dislodging a load from the vessel. • a boom, • an arm pivoted to the boom, • a bucket normally carried by the arm, • a telescopic vibrator carrier attached to the arm and • at least one vibrator carried by the carrier and adapted to reach beyond the bucket, the vibrator having: • at least one laterally driven finger for dislodging a load from the vessel. • at least one laterally driven finger for dislodging a load from the vessel.
Switchable mechanical coolant pump comprising a pulley wheel co-rotating with and supported by a rotatable rotor shaft, the pulley wheel being directly drivable by a combustion engine, a pump wheel rotatably supported at the rotor shaft, an electrically switched wedge-coupled wet friction clutch with a clutch support being fixed to the rotor shaft, a clutch ring at the proximal side of the pump wheel, and a separate clutch disk rotatably and shiftably supported by the rotor shaft, the clutch disk comprising a ferromagnetic element and being arranged axially between the clutch support and the clutch ring, a static electromagnet axially pulling the clutch disk to the clutch support into a disengaged position when energized, the switchable mechanical coolant pump being characterised in that it further comprises a wedge coupling mechanism defined at the proximal side of the clutch disk and the distal side of the clutch support, the wedge coupling mechanism comprising: a wedge element at the clutch disk or at the clutch support, and a counter-wedge element at the clutch support or at the clutch disk, the wedge element and the counter-wedge element generating an axial wedge force axially pushing the clutch disk into an engaged position against the clutch ring when the electromagnet is not energized and the rotor shaft is rotating. a clutch support being fixed to the rotor shaft, a clutch ring at the proximal side of the pump wheel, and a separate clutch disk rotatably and shiftably supported by the rotor shaft, the clutch disk comprising a ferromagnetic element and being arranged axially between the clutch support and the clutch ring, a static electromagnet axially pulling the clutch disk to the clutch support into a disengaged position when energized, the switchable mechanical coolant pump being characterised in that it further comprises a wedge coupling mechanism defined at the proximal side of the clutch disk and the distal side of the clutch support, the wedge coupling mechanism comprising: a wedge element at the clutch disk or at the clutch support, and a counter-wedge element at the clutch support or at the clutch disk, the wedge element and the counter-wedge element generating an axial wedge force axially pushing the clutch disk into an engaged position against the clutch ring when the electromagnet is not energized and the rotor shaft is rotating. a wedge element at the clutch disk or at the clutch support, and a counter-wedge element at the clutch support or at the clutch disk, the wedge element and the counter-wedge element generating an axial wedge force axially pushing the clutch disk into an engaged position against the clutch ring when the electromagnet is not energized and the rotor shaft is rotating.
A topical composition comprising Hylocereus undatus fruit extract, Aloe barbadensis leaf extract, and a dermatologically acceptable vehicle, and wherein the composition has antioxidant capacity and the composition is capable of inhibiting TNF-α expression.
Device for detecting fraud in meters, the fraud that takes place by applying an external magnetic field on the meter wherein the device comprises: • at least one magnetic strip, and • means to couple the at least one magnetic strip to the meter characterised in that the at least one magnetic strip is coded with a magnetic pattern, wherein the magnetic pattern of the at least one magnetic strip is destroyable by the application of the external magnetic field. • at least one magnetic strip, and • means to couple the at least one magnetic strip to the meter characterised in that the at least one magnetic strip is coded with a magnetic pattern, wherein the magnetic pattern of the at least one magnetic strip is destroyable by the application of the external magnetic field.
An automotive selective catalytic reduction system sensor holder, the holder comprising: a tube having an inlet to receive incoming fluid from a first SCR line, having an outlet to lead exiting fluid to a second SCR line, and having a passage between said inlet and said outlet; a chamber having a wall defining an interior accessible to said passage, said interior receiving an SCR system sensor, said chamber having an opening leading to said interior and the wall has a series of diametrically-reduced sections for seating the SCR system sensor and slots (94, 96) to guide and pilot the SCR system sensor in the chamber; and a retainer having a portion (116, 118) moveable in said opening of said chamber, wherein, when said portion is moved in said opening toward said interior, said portion abuts the SCR system sensor and holds the SCR system sensor in the automotive SCR system sensor holder, and wherein, when said portion is moved away from said interior, the SCR system sensor is releasable out of the automotive SCR system sensor holder. a tube having an inlet to receive incoming fluid from a first SCR line, having an outlet to lead exiting fluid to a second SCR line, and having a passage between said inlet and said outlet; a chamber having a wall defining an interior accessible to said passage, said interior receiving an SCR system sensor, said chamber having an opening leading to said interior and the wall has a series of diametrically-reduced sections for seating the SCR system sensor and slots (94, 96) to guide and pilot the SCR system sensor in the chamber; and a retainer having a portion (116, 118) moveable in said opening of said chamber, wherein, when said portion is moved in said opening toward said interior, said portion abuts the SCR system sensor and holds the SCR system sensor in the automotive SCR system sensor holder, and wherein, when said portion is moved away from said interior, the SCR system sensor is releasable out of the automotive SCR system sensor holder.
A method for making an isomaltooligosaccharide composition comprising the steps of: (a) contacting a starch slurry with a liquefaction enzyme, wherein the liquefaction enzyme is an alpha-amylase; and (b) contacting the product of step (a) with a maltogenic enzyme and an invertase, wherein the maltogenic enzyme and the invertase are contacted simultaneously to produce isomaltooligosaccharides ("IMO") and wherein the maltogenic enzyme is a beta-amylase. (a) contacting a starch slurry with a liquefaction enzyme, wherein the liquefaction enzyme is an alpha-amylase; and (b) contacting the product of step (a) with a maltogenic enzyme and an invertase, wherein the maltogenic enzyme and the invertase are contacted simultaneously to produce isomaltooligosaccharides ("IMO") and wherein the maltogenic enzyme is a beta-amylase.
A method for calibrating an array antenna using near-field antenna measurements, the method comprising: for a first antenna element in an array antenna under test, AUT, obtaining (86, 88) a received signal for each of multiple known probe locations in a near-field of the AUT; combining the received signals to generate a combined signal for the first antenna element, wherein combining the received signals includes combining the received signals in a manner that de-correlates multi-path in the combination result; processing the combined signal to generate a calibration coefficient for the first AUT antenna element; and characterized by performing remote boundary condition, RBC, testing to reduce or eliminate temporal instability in a calibration test equipment used during array calibration to isolate temporal instability within the AUT, wherein performing RBC testing includes inserting three boundary conditions of open circuit, short circuit, and load, one at a time, at a specific point in the calibration test equipment to isolate time dependent drift of the calibration test equipment from that of the AUT, and performing corresponding measurements to establish a phase reference. for a first antenna element in an array antenna under test, AUT, obtaining (86, 88) a received signal for each of multiple known probe locations in a near-field of the AUT; combining the received signals to generate a combined signal for the first antenna element, wherein combining the received signals includes combining the received signals in a manner that de-correlates multi-path in the combination result; processing the combined signal to generate a calibration coefficient for the first AUT antenna element; and characterized by performing remote boundary condition, RBC, testing to reduce or eliminate temporal instability in a calibration test equipment used during array calibration to isolate temporal instability within the AUT, wherein performing RBC testing includes inserting three boundary conditions of open circuit, short circuit, and load, one at a time, at a specific point in the calibration test equipment to isolate time dependent drift of the calibration test equipment from that of the AUT, and performing corresponding measurements to establish a phase reference.
A scraper sponge for cleaning and scraping away unwanted substances from an object or surface comprising a sponge body defining a first surface, first layer, second layer, third layer, second surface opposite the first surface, a continuous side surface around the perimeter; and the back of a scraper secured to the first layer opposite the first surface and the scraper defined by the first layer and a circular aperture through and approximately in the middle of the second layer, third layer and second surface of the sponge body, wherein entire surface area of the scraper, on its front surface, is covered with pyramid shaped edges extending outwardly in the direction of the second surface of the sponge body and is made level with the second surface of the sponge body when forces are applied to the first surface and subsequent back of scraper to manipulate the rigid scraper on a hard surface.