mhurhangee/patent-ind-claim-en huggingface dataset:
A system for obtaining a disparity map of a scene, comprising: at least one projection device (102, P1) configured to project a locally unique pattern onto at least a portion of the scene; sensors (104, C1-C3) adapted to acquire a plurality of images of the scene, each one of the plurality of images being associated with a unique viewing position; and a computing device configured to generate said disparity map by matching corresponding pixels in match windows in at least two of said images, by comparing image values without recovering said locally unique pattern; characterized by : a module configured to generate said locally unique pattern by computing a score for each of a plurality of candidate patterns in accordance with a simulated imaging scoring method and to choose the best candidate pattern as said locally unique pattern based on said score, said simulated imaging scoring method including the steps of deriving a lowest value of a first match score representative of matching a pattern window with itself, taking into account a pixel offset of one-half, and comparing the lowest value of the first match score to the highest value of a second match score representative of matching the pattern window to other pattern windows. at least one projection device (102, P1) configured to project a locally unique pattern onto at least a portion of the scene; sensors (104, C1-C3) adapted to acquire a plurality of images of the scene, each one of the plurality of images being associated with a unique viewing position; and a computing device configured to generate said disparity map by matching corresponding pixels in match windows in at least two of said images, by comparing image values without recovering said locally unique pattern; characterized by : a module configured to generate said locally unique pattern by computing a score for each of a plurality of candidate patterns in accordance with a simulated imaging scoring method and to choose the best candidate pattern as said locally unique pattern based on said score, said simulated imaging scoring method including the steps of deriving a lowest value of a first match score representative of matching a pattern window with itself, taking into account a pixel offset of one-half, and comparing the lowest value of the first match score to the highest value of a second match score representative of matching the pattern window to other pattern windows.
An installation for electric conduction recharging including, on-board a vehicle equipped with an electric energy storage means , an on-board device , electrically connected to the electric energy storage means and provided with two electric contacts, namely a phase contact and a neutral contact , and, on the ground, a ground device , designed to cooperate with the on-board device , connected to a source of electric power and including two electric contacts, namely a phase contact and a neutral contact , each electric contact of the ground device being able to be put into contact with a corresponding contact of the on-board device and the installation being able to apply an electric recharging power delivered by the electric power source to the electric energy storage means , characterized in that the neutral contact of the on-board device is electrically connected to a chassis of the vehicle and the neutral contact of the ground device is electrically connected to a ground connection, in that the installation includes a ground connection controlling means able to check, at each instant of the application of an electric recharging power to the electric energy storage means , that the neutral contact of the on-board device is in electrical contact with the neutral contact of the ground device and that the phase contact of the on-board device is in electric contact with the phase contact of the ground device , the ground connection controlling means including a transmitter , equipping a device from among the ground device and the on-board device, able to apply an electric test signal to an electric circuit including the pair of phase contacts and the pairs of neutral contacts and a receiver , equipping the other device, able to receive the electric test signal only when there is an effective contact between the pair of phase contacts and an effective contact between the pair of neutral contacts , and able to transmit a signal of reception of the electric test signal towards the transmitter, the signal of reception being transmitted by means of a wireless link established between a wireless communication module of the on-board device and a wireless communication module of the ground device .
An emergency resuscitation system, comprising: at least one sensor (106, 204, 718; 722) configured to be positioned in an airflow path of a conscious patient experiencing dyspnea, the at least one sensor configured to sense a presence of ventilation airflow, measure a gas flow rate in the airflow path, and sense gas pressure in the airflow path of the conscious patient experiencing dyspnea; a processor arranged to receive data generated by the at least one sensor (106, 204, 718; 722) and determine one or more ventilation quality parameters requiring gas flow volume, calculated based on the sensed gas flow rate and gas pressure, for their calculation; a feedback unit configured to provide feedback to a rescuer based on the one or more ventilation quality parameters; and circuitry configured for delivery of electromagnetic stimulation to the patient ; characterized in that the one or more ventilation quality parameters comprise spirometric information ; the processor is further configured to compute lung compliance; and the feedback to the rescuer is further based on the computed lung compliance. at least one sensor (106, 204, 718; 722) configured to be positioned in an airflow path of a conscious patient experiencing dyspnea, the at least one sensor configured to sense a presence of ventilation airflow, measure a gas flow rate in the airflow path, and sense gas pressure in the airflow path of the conscious patient experiencing dyspnea; a processor arranged to receive data generated by the at least one sensor (106, 204, 718; 722) and determine one or more ventilation quality parameters requiring gas flow volume, calculated based on the sensed gas flow rate and gas pressure, for their calculation; a feedback unit configured to provide feedback to a rescuer based on the one or more ventilation quality parameters; and circuitry configured for delivery of electromagnetic stimulation to the patient ; characterized in that the one or more ventilation quality parameters comprise spirometric information ; the processor is further configured to compute lung compliance; and the feedback to the rescuer is further based on the computed lung compliance.
A wind turbine blade comprising: a first blade portion having a shell that defines a suction side , a pressure side , a leading edge , and a trailing edge of the blade, the first blade portion further including a first blade portion end surface at one end of the first blade portion, the first blade portion end surface having a hole formed therein, the first blade portion further comprising an electrically conductive material, wherein a portion of the electrically conductive material is revealed on a surface of the hole; a second blade portion having a shell that defines a suction side , a pressure side , a leading edge , and a trailing edge of the blade, the second blade portion further including a second blade portion end surface at one end of the second blade portion, wherein the first blade portion and the second blade portion are configured to be coupled together at the first and second blade portion end surfaces; and a connection joint for coupling the first and second blade portions together, wherein the connection joint comprises: a metal insert embedded in the hole of the first blade portion such that the metal insert forms an electrical path with the electrically conductive material revealed on the surface of the hole; wherein the wind turbine blade further comprises a lightning protection system, wherein the metal insert is connected to the lightning protection system via the electrical path between the electrically conductive metal insert and the electrically conductive material revealed on the surface of the hole. a first blade portion having a shell that defines a suction side , a pressure side , a leading edge , and a trailing edge of the blade, the first blade portion further including a first blade portion end surface at one end of the first blade portion, the first blade portion end surface having a hole formed therein, the first blade portion further comprising an electrically conductive material, wherein a portion of the electrically conductive material is revealed on a surface of the hole; a second blade portion having a shell that defines a suction side , a pressure side , a leading edge , and a trailing edge of the blade, the second blade portion further including a second blade portion end surface at one end of the second blade portion, wherein the first blade portion and the second blade portion are configured to be coupled together at the first and second blade portion end surfaces; and a connection joint for coupling the first and second blade portions together, wherein the connection joint comprises: a metal insert embedded in the hole of the first blade portion such that the metal insert forms an electrical path with the electrically conductive material revealed on the surface of the hole; wherein the wind turbine blade further comprises a lightning protection system, wherein the metal insert is connected to the lightning protection system via the electrical path between the electrically conductive metal insert and the electrically conductive material revealed on the surface of the hole.
A water-in-oil coating composition comprising a water phase emulsified in a non-aqueous liquid phase, wherein the non-aqueous phase comprises an autoxidizable binder and wherein an inorganic first salt and an organic second salt are dissolved in the water phase, wherein the inorganic first salt has a solubility in water of at least 100 grams per liter as determined at 20 °C, and a solubility in the non-aqueous phase of less than 1.0 grams per liter as determined at 20 °C, and wherein the second salt is an organic salt of an alkali or alkaline earth metal, and wherein the coating composition comprises a primary drier.
A vehicle voice control system comprising: a voice actuation unit including at least one microphone (16, 16', 16", 16′′′, 34) that listens for a voiced command and on receipt of the voiced command the voice actuation unit generates an activation signal ; a key fob transponder that receives the activation signal and outputs an identification code and a key fob activation signal ; and a receiver-processor that receives the identification code and the key fob activation signal and verifies the identification code is an authorizing code and when the identification code is an authorizing code , the receiver-processor sends an actuator activation signal to a mechanical system of the vehicle. a voice actuation unit including at least one microphone (16, 16', 16", 16′′′, 34) that listens for a voiced command and on receipt of the voiced command the voice actuation unit generates an activation signal ; a key fob transponder that receives the activation signal and outputs an identification code and a key fob activation signal ; and a receiver-processor that receives the identification code and the key fob activation signal and verifies the identification code is an authorizing code and when the identification code is an authorizing code , the receiver-processor sends an actuator activation signal to a mechanical system of the vehicle.
Pressure relief valve for a packaging container, comprising: - a base body with an edge region and with a sealing surface , wherein the edge region is connectable in sealing fashion to a wall of a packaging container and wherein the sealing surface surrounds at least one pass-through opening which extends through the base body , - a first membrane , which is arranged over the pass-through opening and covers the sealing surface at least partially, - a second membrane , which covers the first membrane at least partially, and - a fluid , which is applied onto the sealing surface , the fluid being arranged between the sealing surface and the first membrane , characterised in that - by means of the fluid the first membrane is held afloat on the sealing surface and the second membrane is held afloat on the first membrane , wherein the fluid induces a lateral mobility of the first membrane and of the second membrane on the sealing surface and within the edge region . - a base body with an edge region and with a sealing surface , wherein the edge region is connectable in sealing fashion to a wall of a packaging container and wherein the sealing surface surrounds at least one pass-through opening which extends through the base body , - a first membrane , which is arranged over the pass-through opening and covers the sealing surface at least partially, - a second membrane , which covers the first membrane at least partially, and - a fluid , which is applied onto the sealing surface , the fluid being arranged between the sealing surface and the first membrane , characterised in that - by means of the fluid the first membrane is held afloat on the sealing surface and the second membrane is held afloat on the first membrane , wherein the fluid induces a lateral mobility of the first membrane and of the second membrane on the sealing surface and within the edge region .
Duplex inkjet printing apparatus comprising first and second inkjet printheads for printing on opposite surfaces of a web medium , and a transport mechanism for transporting the web along an S-form transport path with generally horizontal top, middle and bottom spans and turns linking adjacent spans, the central span passing by the first printhead for downward printing by the first printhead onto one surface of the web medium , one of the top and bottom spans passing by the second printhead for downward printing by the second printhead onto the other surface of the web , at least one of the turns defined by an air bar , one of the top and bottom spans including a web entry zone, the other of the top and bottom spans including a web exit zone, the apparatus further comprising a single web drying unit located to receive the web for drying from the web exit zone, the web drying unit including radiant drying elements for drying both surfaces of the web as the web passes through the drying unit .
Coated glitter, comprising a film, which has a coating comprising metal pigments, in particular aluminium pigments, wherein the film comprises cellulose and/or an ester of cellulose and/or regenerated cellulose.
PD-0184264 or a pharmaceutically acceptable salt thereof for use in a method of treatment of a viral disease, wherein the subject has been symptomatic for the viral infection for at least 36 hours, at least 48 hours, or at least 72 hours when treatment is started.
A method in a Long Term Evolution, LTE, communication system with an evolved Node B, eNodeB, operating with a Time Division Duplex, TDD, uplink-downlink, UL-DL, configuration, of transmitting channel information by a terminal, the method comprising: determining whether a subframe is a flexible subframe used for downlink transmission, wherein a flexible subframe may be allotted from an uplink subframe existing in front of a downlink subframe to an uplink subframe continuously adjacent to uplink subframes on the time axis; measuring aperiodic channel information in the flexible subframe, if the subframe is the flexible subframe used for the downlink transmission; receiving an aperiodic channel information request included in an uplink grant from the eNodeB; and transmitting data including the aperiodic channel information measured in the flexible subframe through an uplink subframe, if the aperiodic channel information request indicates a transmission of the aperiodic channel information for the flexible subframe. determining whether a subframe is a flexible subframe used for downlink transmission, wherein a flexible subframe may be allotted from an uplink subframe existing in front of a downlink subframe to an uplink subframe continuously adjacent to uplink subframes on the time axis; measuring aperiodic channel information in the flexible subframe, if the subframe is the flexible subframe used for the downlink transmission; receiving an aperiodic channel information request included in an uplink grant from the eNodeB; and transmitting data including the aperiodic channel information measured in the flexible subframe through an uplink subframe, if the aperiodic channel information request indicates a transmission of the aperiodic channel information for the flexible subframe.
A thrombopoietin (TPO) mimetic for use in mitigating a toxic effect of at least one of a vesicant and a caustic gas in a subject in need thereof, wherein the TPO mimetic comprises the amino acid sequence of SEQ ID NO:1, wherein the toxic effect is hemorrhage, preferably micro-hemorrhage, and most preferably lung micro-hemorrhage induced by the at least one of the vesicant and the caustic gas, or wherein the toxic effect is pulmonary fibrosis induced by the at least one of the vesicant and the caustic gas. wherein the toxic effect is hemorrhage, preferably micro-hemorrhage, and most preferably lung micro-hemorrhage induced by the at least one of the vesicant and the caustic gas, or wherein the toxic effect is pulmonary fibrosis induced by the at least one of the vesicant and the caustic gas.
Guiding device for guiding a shelf in a housing , with at least two guide units , each having a bearing rail , and a pull-out rail, movably mounted relative to the bearing rail and coupled or able to be coupled to the shelf , wherein the bearing rail has a first and a second mounting , to which it is coupled in the operative condition with a support bar assembly of horizontal bars and vertical bars assigned to a side wall of the housing , wherein the first mounting is or may be fixed via a rotary bearing device to a first fastening section of the support bar assembly , and the second mounting is or may be fixed via a latching connection device to a second fastening section of the support bar assembly , wherein the rotary bearing device is so designed that the bearing rail may be shifted by means of a horizontal pivoting movement into the position of use in which it is locked releasably by the latching connection device to the support bar assembly , and wherein the first mounting has a rotary bearing section forming an integral part of the rotary bearing device for attachment to the first fastening section of the support bar assembly , in such a way that the rotary bearing section and first fastening section together form a hinge, pivotable around a vertical axis of rotation , wherein the rotary bearing section has a trough-shaped bar holder for attachment to the first fastening section formed on the vertical bar , wherein the trough-shaped bar holder is formed by a curved tab matched to the cross-section of the assigned vertical bar , characterised in that the tab has two tab arms lying vertically one above the other and between which is formed a slot running along the tab arms to hold an assigned horizontal bar , in case the tab is attached to the first fastening section of an assigned vertical bar .
A method for operating a cable-drawn transportation device , by means of which the at least one vehicle that is coupled to a driven cable of the transportation device is moved between a first station and a second station , whereby at least one generator , which generates electrical energy while the vehicle is moving, being arranged on the vehicle in order to supply power to electrical loads of the vehicle , characterized in that the electrical loads of the vehicle are supplied with power outside a station by an electrical energy store of the vehicle or by both an electrical energy store of the vehicle and the generator during a first movement phase (A1, A3), in which the vehicle is accelerated to a limit speed out of the station , or, conversely, is decelerated from a limit speed into the station , and in that, in a subsequent or previous second movement phase (A2) when the vehicle is moving at a speed that is greater than the limit speed, the electrical loads of the vehicle are supplied with electrical energy by the generator only.
A heat recovery system, comprising: a compressor ; a heat recovery exchanger in fluid communication with the compressor ; a liquid separator in fluid communication with the heat recovery exchanger, the liquid separator including a vapor outlet and a liquid outlet; a condenser including a condensing section and a sub-cooling section , the condenser having an inlet in fluid communication with the vapor outlet of the liquid separator , the inlet of the condenser is in fluid communication with the condensing section, and the condensing section is in fluid communication with an inlet of the sub-cooling section ; an expansion device in fluid communication with the condenser; and an evaporator in fluid communication with the expansion device and the compressor , characterised in that the liquid outlet of the liquid separator is in fluid communication with the inlet of the sub-cooling section , where liquid from the liquid outlet of the separator flows downstream of the condensing section. a compressor ; a heat recovery exchanger in fluid communication with the compressor ; a liquid separator in fluid communication with the heat recovery exchanger, the liquid separator including a vapor outlet and a liquid outlet; a condenser including a condensing section and a sub-cooling section , the condenser having an inlet in fluid communication with the vapor outlet of the liquid separator , the inlet of the condenser is in fluid communication with the condensing section, and the condensing section is in fluid communication with an inlet of the sub-cooling section ; an expansion device in fluid communication with the condenser; and an evaporator in fluid communication with the expansion device and the compressor , characterised in that the liquid outlet of the liquid separator is in fluid communication with the inlet of the sub-cooling section , where liquid from the liquid outlet of the separator flows downstream of the condensing section.