mhurhangee/ep-ind-claims huggingface dataset:
A transparent organic light emitting display device, comprising: a plurality of sub pixels arranged in a matrix having rows and columns, each of the sub pixels including a light emission area associated with a first function of the sub pixel and a light transmission area associated with a second function of the sub pixel such that each row of sub pixels comprises a row of light emission areas and a row of light transmission areas, provided in parallel to each other, wherein the rows of subpixels are symmetrically provided with respect to the row direction such that two adjoining rows are either two rows of light emission areas or two rows of light transmission areas, wherein the first function is to emit light for displaying of an image and wherein the second function is to transmit external light; and a plurality of auxiliary electrodes (260, 360, 1360, 1560) provided along the row direction and electrically connected to at least some of the plurality of sub pixels via a conductive element (353, 470, 1570), wherein the at least some of the plurality of sub pixels includes a first sub pixel and a second sub pixel, and wherein an auxiliary electrode (260, 360, 1360, 1560) is disposed between two rows of light emission areas of two adjoining rows of sub pixels such that the auxiliary electrodes (260, 360, 1360, 1560) are provided every two rows of sub pixels. a plurality of sub pixels arranged in a matrix having rows and columns, each of the sub pixels including a light emission area associated with a first function of the sub pixel and a light transmission area associated with a second function of the sub pixel such that each row of sub pixels comprises a row of light emission areas and a row of light transmission areas, provided in parallel to each other, wherein the rows of subpixels are symmetrically provided with respect to the row direction such that two adjoining rows are either two rows of light emission areas or two rows of light transmission areas, wherein the first function is to emit light for displaying of an image and wherein the second function is to transmit external light; and a plurality of auxiliary electrodes (260, 360, 1360, 1560) provided along the row direction and electrically connected to at least some of the plurality of sub pixels via a conductive element (353, 470, 1570), wherein the at least some of the plurality of sub pixels includes a first sub pixel and a second sub pixel, and wherein an auxiliary electrode (260, 360, 1360, 1560) is disposed between two rows of light emission areas of two adjoining rows of sub pixels such that the auxiliary electrodes (260, 360, 1360, 1560) are provided every two rows of sub pixels.
An acoustic detection system for a vehicle, wherein the vehicle comprises a cargo area for transportation of cargo and at least one acoustic sensor, the system further comprising a reception module, configured to receive acoustic sensor data of the acoustic sensor; and a detection module, configured to detect, in the acoustic sensor data, an event on or around the vehicle, the detection module configured to detect, as the event a side wind effect on the vehicle; characterised in that said acoustic sensor is a passive acoustic sensor configured to sense perceptible acoustic waves in the cargo area. a reception module, configured to receive acoustic sensor data of the acoustic sensor; and a detection module, configured to detect, in the acoustic sensor data, an event on or around the vehicle, the detection module configured to detect, as the event a side wind effect on the vehicle; characterised in that said acoustic sensor is a passive acoustic sensor configured to sense perceptible acoustic waves in the cargo area.
A tubular device for the transit of a heat exchange fluid, particularly for heat exchangers, comprising a tube that has consecutive portions (11a, 11b, 11c, 11d, 11e, 11f) that have a cross-section with a profile defined by a plurality of lobes (12, 13, 14, 15) arranged in a substantially radial direction, and characterized in that it comprises a rod-like element of polygonal cross-section, acting as a flow diverter, extractable, which is inserted into the axial space of the tube and is designed to divert the flow of heat exchange fluid introduced into said tube toward the heat exchange channels (20, 21, 22, 23, 24, 25, 26, 27) of said tube, which have a lobe-like cross-section.
A nozzle apparatus comprising: an inlet, an outlet, a particulate filter disposed between the inlet and the outlet, the filter comprising a screen with at least one aperture therein; and a container, wherein the nozzle apparatus defines a first flow path between the filter and the container for particles too large for said filter and a second flow path towards the outlet for particles small enough for said filter; and wherein the container is provided downstream of the first flow path and downstream of the filter, such that said first flow path terminates in the container and in use, particulate debris accumulates in the container; wherein an inlet flow path is defined between the portion of the nozzle apparatus between the inlet and the screen; and the inlet flow path and the first flow path, are co-linear. an inlet, an outlet, a particulate filter disposed between the inlet and the outlet, the filter comprising a screen with at least one aperture therein; and a container, wherein the nozzle apparatus defines a first flow path between the filter and the container for particles too large for said filter and a second flow path towards the outlet for particles small enough for said filter; and wherein the container is provided downstream of the first flow path and downstream of the filter, such that said first flow path terminates in the container and in use, particulate debris accumulates in the container; wherein an inlet flow path is defined between the portion of the nozzle apparatus between the inlet and the screen; and the inlet flow path and the first flow path, are co-linear.
A display system, comprising: a) a first device comprising a first display, wherein the first display comprises a first electrode and a second electrode with a display component layer therebetween, and the second electrode is grounded; and b1) a second device comprising a third electrode and a voltage source coupling to the third electrode; b2) wherein the second device is a terminal in the form of an electric device and the first device is a device cover covering at least one surface of the terminal; c) wherein when an electric voltage is applied to the third electrode by the power source, the third electrode is capable of inducing electrostatic charges on the first electrode, and a potential difference between the first electrode and the second electrode produced by the electrostatic charges on the first electrode is capable of driving molecules in the display component layer to be re-distributed. a) a first device comprising a first display, wherein the first display comprises a first electrode and a second electrode with a display component layer therebetween, and the second electrode is grounded; and b1) a second device comprising a third electrode and a voltage source coupling to the third electrode; b2) wherein the second device is a terminal in the form of an electric device and the first device is a device cover covering at least one surface of the terminal; c) wherein when an electric voltage is applied to the third electrode by the power source, the third electrode is capable of inducing electrostatic charges on the first electrode, and a potential difference between the first electrode and the second electrode produced by the electrostatic charges on the first electrode is capable of driving molecules in the display component layer to be re-distributed.
Cosmetic device for cleansing the hair, comprising: - an ultrasonic transmitter, having an ultrasonic transducer powered by a current generator and configured to generate ultrasonic vibrations, - a handpiece comprising a probe coupled to the ultrasonic transmitter so as to transmit the ultrasonic vibrations generated by the transducer to a lock of hair to be treated, the probe extending along a longitudinal axis between a proximal outer surface and a distal outer surface, wherein the handpiece also comprises a counter-form provided with a bearing surface, so as to at least partially receive the lock of hair to be treated, the probe cooperating with the counter-form so as to pinch the lock of hair between the bearing surface of the counter-form and the distal outer surface of the probe, characterized in that the counter-form delimits a receptacle of which the bottom defines the bearing surface. - an ultrasonic transmitter, having an ultrasonic transducer powered by a current generator and configured to generate ultrasonic vibrations, - a handpiece comprising a probe coupled to the ultrasonic transmitter so as to transmit the ultrasonic vibrations generated by the transducer to a lock of hair to be treated, the probe extending along a longitudinal axis between a proximal outer surface and a distal outer surface, wherein the handpiece also comprises a counter-form provided with a bearing surface, so as to at least partially receive the lock of hair to be treated, the probe cooperating with the counter-form so as to pinch the lock of hair between the bearing surface of the counter-form and the distal outer surface of the probe, characterized in that the counter-form delimits a receptacle of which the bottom defines the bearing surface.
Roof tile with at least one water channel which is delimited by elevations (2, 3) and within the area of which a water barrier (5, 7; 13, 14; 23) is arranged, wherein at least some of the marginal areas of the water barrier (5, 7; 13, 14; 23) engage in the wall of the water channel and in the walls of the elevations (2, 3), characterised in that the water barrier (5, 7; 13, 14; 23) comprises a flexible elastic plate.
System for providing a fluid, comprising at least a first and a second cryogenic container (7, 8) for storing the fluid, wherein the system comprises a first removal line, which connects to the first cryogenic container for removing a first mass flow of fluid, and a second removal line, which connects to the second cryogenic container for removing a second mass flow of fluid, characterised in that the system comprises means which are designed to form the two mass flows (M1, M2) of different magnitudes, so that in a first operating mode a hold time of the two cryogenic containers (7, 8) converges during removal and/or in a second operating mode the hold time of the two cryogenic containers (7, 8) decreases at essentially the same rate if the hold times of the two cryogenic containers (7, 8) are essentially the same, wherein the hold time is the period of time from an end of the removal to the point in time at which the pressure in the cryogenic container (7, 8) reaches a predefined threshold value, wherein the means comprise a control unit which is designed to regulate the first and/or the second mass flow (M1, M2), and a) wherein the control unit comprises a computing unit which is designed to calculate the current hold time of the first and/or the second cryogenic container (7, 8), or b) wherein the control unit is designed to control the mass flows (M1, M2) without direct measurements on the fluid in the cryogenic containers (7, 8) according to a prescribed scheme. characterised in that the system comprises means which are designed to form the two mass flows (M1, M2) of different magnitudes, so that in a first operating mode a hold time of the two cryogenic containers (7, 8) converges during removal and/or in a second operating mode the hold time of the two cryogenic containers (7, 8) decreases at essentially the same rate if the hold times of the two cryogenic containers (7, 8) are essentially the same, wherein the hold time is the period of time from an end of the removal to the point in time at which the pressure in the cryogenic container (7, 8) reaches a predefined threshold value, wherein the means comprise a control unit which is designed to regulate the first and/or the second mass flow (M1, M2), and a) wherein the control unit comprises a computing unit which is designed to calculate the current hold time of the first and/or the second cryogenic container (7, 8), or b) wherein the control unit is designed to control the mass flows (M1, M2) without direct measurements on the fluid in the cryogenic containers (7, 8) according to a prescribed scheme. a) wherein the control unit comprises a computing unit which is designed to calculate the current hold time of the first and/or the second cryogenic container (7, 8), or b) wherein the control unit is designed to control the mass flows (M1, M2) without direct measurements on the fluid in the cryogenic containers (7, 8) according to a prescribed scheme.
Glucocorticoid-induced tumor necrosis factor receptor ligand positive (GITRL +), immunoglobulin D low (IgD low), C-C chemokine motif receptor 7 positive (CCR7 +), CXC motif chemokine receptor 5 positive (CXCR5 +) B cells for use in a method for treating an autoimmune disease or an inflammatory condition in a subject in need thereof comprising: administering to the subject in need thereof a therapeutically effective amount of said glucocorticoid-induced tumor necrosis factor receptor ligand positive (GITRL +), immunoglobulin D low (IgD low), C-C chemokine motif receptor 7 positive (CCR7 +), CXC motif chemokine receptor 5 positive (CXCR5 +) B cells.
A method for adhesively bonding a metallic substrate and a honeycomb material together, the method comprising: treating the metallic substrate to form an oxide layer thereon; treating the oxide layer with a conversion coating solution to form a phosphonate monolayer coating on the oxide layer; and depositing an adhesive material on the phosphonate monolayer coating to bond the honeycomb material and the metallic substrate together, characterised in that the conversion coating solution includes phosphonic acid and trivalent chromium. treating the metallic substrate to form an oxide layer thereon; treating the oxide layer with a conversion coating solution to form a phosphonate monolayer coating on the oxide layer; and depositing an adhesive material on the phosphonate monolayer coating to bond the honeycomb material and the metallic substrate together, characterised in that the conversion coating solution includes phosphonic acid and trivalent chromium.
A laundry machine comprising a casing provided with a loading/unloading opening for allowing loading/unloading laundry into/from a rotatable drum contained in said casing, said laundry machine comprising a door for closing said opening, said laundry machine comprising an appliance handle assembly comprising a grip portion, a locking member resiliently mounted on the grip portion through a first pivotal connection, characterized in that a supporting member is resiliently arranged on the grip portion through a second pivotal connection so as to be rotatable relative to said locking member and to said grip portion, said pivotal supporting member being provided with fastening portions for associating said handle assembly to a portion of a door.
A high-pressure turbine of a turbomachine, comprising a line of an external casing (5, 50), a line of an internal casing (3, 30) at least one guide vane assembly formed by an annular row of stationary flow-stabilizing vanes and a vaned rotor rotatingly mounted downstream of the guide vane assembly, said guide vane assembly including an outer edge and an inner edge, the outer edge bearing axially against the line of the external casing (5, 50) of the turbine and the inner edge in axial sliding connection with the line of the internal casing (3, 30) of the turbine, characterized in that the axial sliding connection allows the inner edge to be free along the engine axis with an axial stop formed by the said axial bearing of the outer edge, such that all of the thrust forces be applied on the line of the external casing (5, 50).
A control circuit to control the operation of a power converter, the control circuit comprising: a common control node electrically coupled to an input of a controller for the power converter, the common control node configured to provide a regulation voltage to the power converter; and a plurality of sub-control circuits, each of the plurality of sub-control circuits includes: an operational amplifier (A 1-N) that includes a first input, a second input, and an output; a diode (SW 1-N) that includes a first terminal and a second terminal, the first terminal coupled to the operational amplifier output and the second terminal coupled to the common control node; and a capacitive feedback circuit (FB N) that includes a capacitor (124, 144), the capacitive feedback circuit comprising an input directly connected to the common control node such that the capacitor is biased to the regulation voltage of the common control node, and an output coupled to the first input of the operational amplifier (A 1-N), wherein during a transition of control from a first one of the plurality of sub-control circuits to a second one of the plurality of sub-control circuits, the capacitor for the second one of the plurality of sub-control circuits is configured to discharge from the regulation voltage of the common control node. a common control node electrically coupled to an input of a controller for the power converter, the common control node configured to provide a regulation voltage to the power converter; and a plurality of sub-control circuits, each of the plurality of sub-control circuits includes: an operational amplifier (A 1-N) that includes a first input, a second input, and an output; a diode (SW 1-N) that includes a first terminal and a second terminal, the first terminal coupled to the operational amplifier output and the second terminal coupled to the common control node; and a capacitive feedback circuit (FB N) that includes a capacitor (124, 144), the capacitive feedback circuit comprising an input directly connected to the common control node such that the capacitor is biased to the regulation voltage of the common control node, and an output coupled to the first input of the operational amplifier (A 1-N), an operational amplifier (A 1-N) that includes a first input, a second input, and an output; a diode (SW 1-N) that includes a first terminal and a second terminal, the first terminal coupled to the operational amplifier output and the second terminal coupled to the common control node; and a capacitive feedback circuit (FB N) that includes a capacitor (124, 144), the capacitive feedback circuit comprising an input directly connected to the common control node such that the capacitor is biased to the regulation voltage of the common control node, and an output coupled to the first input of the operational amplifier (A 1-N), wherein during a transition of control from a first one of the plurality of sub-control circuits to a second one of the plurality of sub-control circuits, the capacitor for the second one of the plurality of sub-control circuits is configured to discharge from the regulation voltage of the common control node.
A method implemented by a maintenance base for providing coverage of a wireless communication network, the wireless communication network comprising radio base stations mounted on mobile robots, the mobile robots being capable of communicating with the maintenance base, the method comprising: determining geographical positions for the mobile robots from which to provide the radio coverage area; instructing the mobile robots to position themselves at the determined geographical positions wherein the geographical positions are arranged in a daisy chain loop; instructing a first mobile robot to be replaced to return to the maintenance base; instructing the mobile robots other than the first mobile robot to re-arrange the geographical positions to maintain the radio coverage area as the first mobile robot leaves; instructing another mobile robot to move to a vacant geographical position. determining geographical positions for the mobile robots from which to provide the radio coverage area; instructing the mobile robots to position themselves at the determined geographical positions wherein the geographical positions are arranged in a daisy chain loop; instructing a first mobile robot to be replaced to return to the maintenance base; instructing the mobile robots other than the first mobile robot to re-arrange the geographical positions to maintain the radio coverage area as the first mobile robot leaves; instructing another mobile robot to move to a vacant geographical position.
Method of pulp production for producing boards where cereal straw is fragmented to the form of blades with a length from 10 to 50 mm, which are subjected to hydrothermal treatment, then mass obtained in such a way is injected with the help of a feeding machine between the milling plates of the defibering unit, and pressed with the help of a screw press until obtaining absolute humidity below 50%, then mass obtained is loosened into the pulp form and dried characterized in that cut cereal straw blades are subjected to hydrothermal treatment with the use of water mixture at temperature below 50°C, where hydrothermal treatment does not last longer than 1 minute. cereal straw is fragmented to the form of blades with a length from 10 to 50 mm, which are subjected to hydrothermal treatment, then mass obtained in such a way is injected with the help of a feeding machine between the milling plates of the defibering unit, and pressed with the help of a screw press until obtaining absolute humidity below 50%, then mass obtained is loosened into the pulp form and dried characterized in that cut cereal straw blades are subjected to hydrothermal treatment with the use of water mixture at temperature below 50°C, where hydrothermal treatment does not last longer than 1 minute.