mhurhangee/patent-ind-claim-en huggingface dataset:
A telemetric fitting comprising a gauge interface configured to engage with a liquid-level gauge head comprising a magnet , the magnet for generating a liquid-level dependent magnetic field; the telemetric fitting comprising: a housing wherein the housing comprises a human readable indicator and electronics disposed within the housing; a radio for wirelessly transmitting at radio frequencies; at least one ferromagnetic element , wherein the at least one ferromagnetic element is configured to follow a liquid-level dependent magnetic field generated by the magnet in the liquid-level gauge head; and the electronics comprising an electronic magnetic field sensor configured to sense an orientation of the at least one ferromagnetic element, wherein the electronic magnetic field sensor is configured to generate magnetic field information and a micro-controller , the micro-controller configured to receive the magnetic field information and to generate liquid-level information, and wherein the radio is configured to wirelessly transmit the liquid-level information. a housing wherein the housing comprises a human readable indicator and electronics disposed within the housing; a radio for wirelessly transmitting at radio frequencies; at least one ferromagnetic element , wherein the at least one ferromagnetic element is configured to follow a liquid-level dependent magnetic field generated by the magnet in the liquid-level gauge head; and the electronics comprising an electronic magnetic field sensor configured to sense an orientation of the at least one ferromagnetic element, wherein the electronic magnetic field sensor is configured to generate magnetic field information and a micro-controller , the micro-controller configured to receive the magnetic field information and to generate liquid-level information, and wherein the radio is configured to wirelessly transmit the liquid-level information.
Method of preparing a batch of images (1-11) stored on a local device being the image capture device for subsequent batch upload on a server using a predetermined correlation encoding operation, the method being characterized by : an analysis step of analyzing the batch of images (1-11) to determine a plurality of correlation parameters representing degrees of correlation between images (1-11) of said batch of images (1-11) performed on the image capture device, followed by an optimization step of using the plurality of correlation parameters yielded by said analysis step to generate a correlation dependency graph of ordered images (1-11) based on the degree of similarity between images, wherein said correlation dependency graph defines an optimized sequence for performing the predetermined correlation encoding operation, and wherein said correlation dependency graph includes reference images not within the batch of images to be uploaded, further comprising the predetermined correlation encoding operation, in which the batch of images (1-11) is correlation-encoded using the reference images according to the sequence determined by the correlation dependency graph . an analysis step of analyzing the batch of images (1-11) to determine a plurality of correlation parameters representing degrees of correlation between images (1-11) of said batch of images (1-11) performed on the image capture device, followed by an optimization step of using the plurality of correlation parameters yielded by said analysis step to generate a correlation dependency graph of ordered images (1-11) based on the degree of similarity between images, wherein said correlation dependency graph defines an optimized sequence for performing the predetermined correlation encoding operation, and wherein said correlation dependency graph includes reference images not within the batch of images to be uploaded, further comprising the predetermined correlation encoding operation, in which the batch of images (1-11) is correlation-encoded using the reference images according to the sequence determined by the correlation dependency graph .
A method of wireless communication in a device-to-device, D2D, communication system, comprising: determining , by a wireless device , a degree of a D2D link which a wireless device is part of based on interference observed from at least one other D2D link, wherein the degree of the D2D link is the number of D2D links conflicting with the D2D link; determining , by the wireless device , the data rate of the D2D link; determining , by the wireless device , a medium access priority of the D2D link based on the determined degree and the determined data rate; and deciding , by the wireless device , whether to yield to another wireless device or another D2D link based on the determined medium access priority. determining , by a wireless device , a degree of a D2D link which a wireless device is part of based on interference observed from at least one other D2D link, wherein the degree of the D2D link is the number of D2D links conflicting with the D2D link; determining , by the wireless device , the data rate of the D2D link; determining , by the wireless device , a medium access priority of the D2D link based on the determined degree and the determined data rate; and deciding , by the wireless device , whether to yield to another wireless device or another D2D link based on the determined medium access priority.
A method of mapping a transmit power control, TPC, command in a time slot of a radio frame to be transmitted to at least one wireless device on a downlink, the method comprising: transmitting (S104) a TPC command in one of a first and second slot within a slot cycle of the radio frame, the one of the first and the second slot being based on a configured slot format, wherein the one of the first and the second slot a fractional dedicated physical channel , F-DPCH, slot and the configured slot formats are one of slot formats #0, #1, #2, #3, #4, #5, #6, #7, #8 and #9, and wherein the TPC command is transmitted within the second slot if the configured slot format is #0 or #9, and otherwise within the first slot
A method for dispensing a mixture (M) adapted to ensure electric insulation and/or shut off an electric arc in an enclosure of a high or medium voltage electric apparatus , the mixture (M) comprising at least one electric shut-off organic chemical product (G1) and at least one dilution product (G2), the mixture (M) being stored in a container , the method comprising: - a step of cooling said mixture (M) to a temperature of less than -10 °C, - a step of draining the container containing the mixture (M) cooled, the mixture (M) cooled being liquid following draining, - the method comprises a step of evaporating said mixture (M) and then - a step of dispensing the mixture (M) in the enclosure of the high or medium voltage electric apparatus . - a step of cooling said mixture (M) to a temperature of less than -10 °C, - a step of draining the container containing the mixture (M) cooled, the mixture (M) cooled being liquid following draining, - the method comprises a step of evaporating said mixture (M) and then - a step of dispensing the mixture (M) in the enclosure of the high or medium voltage electric apparatus .
Guide device for the displaceable mounting of an object on a further object , the guide device comprising: - at least two guide rails which are movable relative to one another by means of a roller body arrangement , the roller body arrangement comprising a plurality of roller bodies which are positioned relative to one another by means of a roller body cage and are rotatably held between the at least two guide rails ; - a movement device for influencing a movement of the at least two guide rails relative to one another, the movement device comprising a movement unit which is designed as a damping unit and/or as a drive unit and is integrated into a rail back of a guide rail , characterized in that the roller body cage has a recess , so that lateral portions of the roller body cage provided with the roller bodies engage around the damping unit and/or the drive unit . - at least two guide rails which are movable relative to one another by means of a roller body arrangement , the roller body arrangement comprising a plurality of roller bodies which are positioned relative to one another by means of a roller body cage and are rotatably held between the at least two guide rails ; - a movement device for influencing a movement of the at least two guide rails relative to one another,
Vehicle lighting device comprising: at least one light source , in particular a light emitting diode (LED), at least one socket for receiving light from the light source and at least one light guide , comprising at least one woven flat body and a plurality of optical fibres which at least partly build the flat body, wherein all or some of the optical fibres comprise at least one coupling section , each coupling section is disposed in or at the at least one socket to receive light from the light source , and wherein the optical fibres comprise at least one light decoupling section being part of at least one illumination section of the woven flat body , wherein the woven flat body comprises at least one reflecting element to decouple light from the optical fibres, characterized in that the light guide is adapted to be used as a hardcover for a vehicle part as the woven flat body comprises non-optical fibres , which are made of fiberglass and/or carbon and build a fabric with the optical fibres , with the at least one light decoupling section of the optical fibres comprising the at least one reflecting element to decouple light from the optical fibres , wherein some or all of the optical fibres comprise a reflecting end portion. at least one light source , in particular a light emitting diode (LED), at least one socket for receiving light from the light source and at least one light guide , comprising at least one woven flat body and a plurality of optical fibres which at least partly build the flat body, wherein all or some of the optical fibres comprise at least one coupling section , each coupling section is disposed in or at the at least one socket to receive light from the light source , and wherein the optical fibres comprise at least one light decoupling section being part of at least one illumination section of the woven flat body , wherein the woven flat body comprises at least one reflecting element to decouple light from the optical fibres, characterized in that the light guide is adapted to be used as a hardcover for a vehicle part as the woven flat body comprises non-optical fibres , which are made of fiberglass and/or carbon and build a fabric with the optical fibres , with the at least one light decoupling section of the optical fibres comprising the at least one reflecting element to decouple light from the optical fibres , wherein some or all of the optical fibres comprise a reflecting end portion.
A turbine shroud segment adapted for use in a gas turbine engine , the turbine shroud segment comprising a carrier segment , the carrier segment formed to include a body plate and case hangers , the case hangers are configured to couple the shroud segment to a turbine outer case , a blade track segment , the blade track segment formed to include a runner shaped to extend partway around a central axis (A) and an attachment portion having an anti-rotation notch , wherein a mounting system including a brace that forms (i) a bracket engaged with the attachment portion of the blade track segment to block radially inward movement of the blade track segment relative to the carrier segment , and (ii) an anti-rotation pin that extends into the anti-rotation notch to block circumferential movement of the blade track segment relative to the carrier segment , characterised in that the brace further forms (iii) at least one shaft that extends from the bracket to the carrier segment to couple the blade track segment to the carrier segment .
A device for bone regeneration intended to form a barrier for protecting a space above a surface of a bone (B), for example a tooth, to allow, after insertion of a biomaterial, which, while mineralising, will form new bone above existing bone, comprising a self-supporting barrier-forming element in the shape of a dome or a shell and means for attaching the barrier-forming element above the bone surface in order thus to form a volume where the biomaterial can be arranged to mineralise and form new bone grafting itself onto the previously present bone, characterised in that the barrier-forming element in the shape of a dome or shell is made of a material, in particular a non-resorbing material, such that the barrier-forming element is radiotransparent, i.e. allows through X-rays with a transmission coefficient of at least 60%, preferably at least 70 %, preferably 80%, even more preferably 90%, specifically substantially 100%.
A storage compartment comprising: a placing section on which an object is temporarily placed when the object is being received to be used by a board work machine that is configured to perform given board work on a board ; a guiding section configured to display on the placing section a placement position for each type of the object with external dimensions that differ from other types of the objects to guide an operator to select the placement position that can accommodate the object such that the placing position enables a moving section to handle the object ; a storage section that is configured to store the object ; and the moving section that is configured to move the object placed on the placing section to the storage section characterized in that: the guiding section uses a projecting device to project an external shape of each type of the object from above the placing section , or the guiding section is configured to use a light-emitting device to cause a light-emitting element provided in the placing section to emit light in a form of the external shape of each type of object . a placing section on which an object is temporarily placed when the object is being received to be used by a board work machine that is configured to perform given board work on a board ; a guiding section configured to display on the placing section a placement position for each type of the object with external dimensions that differ from other types of the objects to guide an operator to select the placement position that can accommodate the object such that the placing position enables a moving section to handle the object ; a storage section that is configured to store the object ; and the moving section that is configured to move the object placed on the placing section to the storage section characterized in that: the guiding section uses a projecting device to project an external shape of each type of the object from above the placing section , or the guiding section is configured to use a light-emitting device to cause a light-emitting element provided in the placing section to emit light in a form of the external shape of each type of object . the guiding section uses a projecting device to project an external shape of each type of the object from above the placing section , or the guiding section is configured to use a light-emitting device to cause a light-emitting element provided in the placing section to emit light in a form of the external shape of each type of object .
A verification method applied in a Wireless Local Area Network (WLAN), comprising: learning, by an access point an Internet Protocol (IP) address assigned to a first station, the method being characterised by : sending the IP address to a managing device that is managing the access point and receiving, from the managing device, a determination of whether the IP address is used by another station; and verifying a data packet sent by the first station by using an IP address that is not used by another station according to said determination from the managing device. sending the IP address to a managing device that is managing the access point and receiving, from the managing device, a determination of whether the IP address is used by another station; and verifying a data packet sent by the first station by using an IP address that is not used by another station according to said determination from the managing device.
Method for manufacturing a dry transformer high voltage coil comprising the step of applying heat on a pre-product for a dry transformer high voltage coil, comprising at least two radially adjacent layers of a wound electrical conductor with an interim laminar insulation layer inbetween, wherein the interim insulation layer is foreseen to be transformed to a final insulation layer by curing process, wherein the interim insulation layer comprises an inner and two outer insulation layers, wherefrom the inner one is of hard consistency and the outer ones are of soft consistency, wherein the inner insulation layer comprises a foil, wherein the consistency of the material of the inner insulation layer is as hard, that its thickness profile is not considerably caved while winding the adjacent layer of electrical conductors thereon during manufacturing process, wherein the consistency of the material of the outer insulation layers is as soft that its thickness profile is nearly form-locking caved while winding the adjacent layer of conductors thereon during manufacturing process and wherein the outer insulation layers comprise a resin impregnateable material, characterized in that the outer insulation layers have been impregnated with resin, wherein the resin impregnateable material is a polyester felt which is of different color than the impregnating resin, wherein a combination of colors with high contrast is used to facilitate an optical control of the quality of impregnation of the polyester felt.
A method of producing a component for a gas turbine engine, the component having an in use gas washed surface, the method comprising: a) obtaining a reference component having a reference shape with an in use gas washed surface ; b) setting one or more performance threshold for the reference shape , the one or more performance threshold defining an acceptable performance for the reference shape; c) obtaining a manufactured component made to the reference shape; d) measuring the manufactured component and determining a displacement distribution indicative of the geometric deviation of the manufactured component from the reference shape; e) determining a performance sensitivity distribution for the reference component, the performance sensitivity distribution having a plurality of points, each point indicative of a performance factor for the reference component wherein the performance factor is a parameter that measures the effectiveness, efficiency, pressure loss or the flow amount of the parts or of the engine; f) determine a performance prediction for the manufactured component and combine the performance sensitivity distribution and displacement distribution to provide the difference between the performance of the reference component and the predicted performance of the manufactured component ; g) determining whether the performance prediction is within the performance threshold ; h) accepting the component for use if the predicted performance is within the performance threshold ; i) rejecting the component if the predicted performance is outside the performance threshold . a) obtaining a reference component having a reference shape with an in use gas washed surface ; b) setting one or more performance threshold for the reference shape , the one or more performance threshold defining an acceptable performance for the reference shape; c) obtaining a manufactured component made to the reference shape; d) measuring the manufactured component and determining a displacement distribution indicative of the geometric deviation of the manufactured component from the reference shape; e) determining a performance sensitivity distribution for the reference component, the performance sensitivity distribution having a plurality of points, each point indicative of a performance factor for the reference component wherein the performance factor is a parameter that measures the effectiveness, efficiency, pressure loss or the flow amount of the parts or of the engine; f) determine a performance prediction for the manufactured component and combine the performance sensitivity distribution and displacement distribution to provide the difference between the performance of the reference component and the predicted performance of the manufactured component ; g) determining whether the performance prediction is within the performance threshold ; h) accepting the component for use if the predicted performance is within the performance threshold ; i) rejecting the component if the predicted performance is outside the performance threshold .
A method of producing all or a portion of a CRM protein comprising; providing a recombinant cell that contains an expression vector, wherein the recombinant cell has a reduced activity of one or more disulfide reductase enzymes which shifts the redox state of the cytoplasm of the recombinant cell to an oxidative state as compared with a non-recombinant cell, the expression vector contains a promoter functionally linked to a CRM coding sequence; expressing the CRM protein or a portion of the CRM from the CRM coding sequence cytoplasmically; and isolating the CRM protein or the portion of the CRM protein expressed, wherein the CRM protein or the portion of CRM protein expressed is soluble, wherein the portion of a CRM protein produced is a single or multiple domain of CRM
A system configured to perform an operation that results in increasing a thermal energy of a load, the system comprising: a radio frequency signal source configured to supply a radio frequency signal; an electrode coupled to the radio frequency signal source; a variable impedance network that includes at least one variable passive component, wherein the variable impedance network is coupled between the radio frequency signal source and the electrode; and characterised by a controller configured to determine an operation duration based upon a configuration of the variable impedance network, and to cause the radio frequency signal source to supply the radio frequency signal for the operation duration. a radio frequency signal source configured to supply a radio frequency signal; an electrode coupled to the radio frequency signal source; a variable impedance network that includes at least one variable passive component,
A motorboat fly-by-wire steering wheel hub for control and information of operation of a motorboat, characterized by comprising: a housing having bores and configured to be secured in the motorboat; a hollow shaft for a steering wheel rotationally supported by the housing via radial bearings located in the bores ; a rotational sensor mounted in the housing for sensing an angular position of the hollow shaft wherein the rotational sensor is in mating rotational engagement with the hollow shaft ; a nut supported slidingly and non-rotationally between axial end stops defined by the bores and a top face of bearing in the housing ; and wherein a control and information unit is mounted to the hollow shaft radially inside the steering wheel and comprising a processing unit capable of communicating and processing input and output signals for the operation of the motorboat and the nut is in threaded engagement with the hollow shaft . a housing having bores and configured to be secured in the motorboat; a hollow shaft for a steering wheel rotationally supported by the housing via radial bearings located in the bores ; a rotational sensor mounted in the housing for sensing an angular position of the hollow shaft wherein the rotational sensor is in mating rotational engagement with the hollow shaft ; a nut supported slidingly and non-rotationally between axial end stops defined by the bores and a top face of bearing in the housing ; and wherein a control and information unit is mounted to the hollow shaft radially inside the steering wheel and comprising a processing unit capable of communicating and processing input and output signals for the operation of the motorboat and the nut is in threaded engagement with the hollow shaft .