mhurhangee/patent-ind-claim-en huggingface dataset:
Electronic rotary switch comprising a printed circuit board , a potentiometer arranged for direct mounting on the printed circuit board and having a rotatable sliding contact , wherein the sliding contact comprises a receiving element adapted for receiving an actuation element in a rotationally fixed manner, wherein the printed circuit board has a through-opening through which the actuation element and/or the receiving element is/are guided and wherein the actuation element is connected for conjoint rotation by being engaged with the receiving element of the sliding contact , wherein the actuation element comprises at least one catch element on its circumference at the level of the printed circuit board , and the printed circuit board has a plurality of catch openings in the region of the through-opening , which catch openings are configured such that when the actuation element is rotationally actuated, the at least one catch element of the actuation element snaps into at least one of the catch openings in the printed circuit board in a catch position, and a control circuit adapted for measuring a varying resistance of the potentiometer depending on the catch position, for establishing the particular catch position on the basis of resistance specifications for each of the catch positions and for providing the particular catch position as a rotary switch position signal. a printed circuit board , a potentiometer arranged for direct mounting on the printed circuit board and having a rotatable sliding contact , wherein the sliding contact comprises a receiving element adapted for receiving an actuation element in a rotationally fixed manner, wherein the printed circuit board has a through-opening through which the actuation element and/or the receiving element is/are guided and wherein the actuation element is connected for conjoint rotation by being engaged with the receiving element of the sliding contact , wherein the actuation element comprises at least one catch element on its circumference at the level of the printed circuit board , and the printed circuit board has a plurality of catch openings in the region of the through-opening , which catch openings are configured such that when the actuation element is rotationally actuated, the at least one catch element of the actuation element snaps into at least one of the catch openings in the printed circuit board in a catch position, and a control circuit adapted for measuring a varying resistance of the potentiometer depending on the catch position, for establishing the particular catch position on the basis of resistance specifications for each of the catch positions and for providing the particular catch position as a rotary switch position signal.
An airbag device for a vehicle, the airbag device comprising: a curtain airbag which is inflated and deployed between an inner side of the vehicle and an occupant in the event of a vehicle crash; and an inflater configured to supply a gas to the curtain airbag , wherein the curtain airbag comprises an auxiliary chamber which is inflated and deployed at a position corresponding to a head region of the occupant when the occupant is reclined backward at a predetermined setting angle or more, wherein the curtain airbag further comprises a main chamber which is inflated and deployed toward a side of the occupant, wherein the auxiliary chamber is disposed on the side of the occupant riding on a front seat in the main chamber , and is connected to a rear end of a front seat protection area for protecting the occupant, and wherein the auxiliary chamber is inflated and deployed downward from the main chamber in the event of a vehicle crash, characterized in that the auxiliary chamber comprises an internal chamber provided inside a chamber wall , and an external chamber provided outside the chamber wall , and wherein the internal chamber and the external chamber are inflated and deployed with different thicknesses. a curtain airbag which is inflated and deployed between an inner side of the vehicle and an occupant in the event of a vehicle crash; and an inflater configured to supply a gas to the curtain airbag , wherein the curtain airbag comprises an auxiliary chamber which is inflated and deployed at a position corresponding to a head region of the occupant when the occupant is reclined backward at a predetermined setting angle or more, wherein the curtain airbag further comprises a main chamber which is inflated and deployed toward a side of the occupant, wherein the auxiliary chamber is disposed on the side of the occupant riding on a front seat in the main chamber , and is connected to a rear end of a front seat protection area for protecting the occupant, and wherein the auxiliary chamber is inflated and deployed downward from the main chamber in the event of a vehicle crash, characterized in that the auxiliary chamber comprises an internal chamber provided inside a chamber wall , and an external chamber provided outside the chamber wall , and wherein the internal chamber and the external chamber are inflated and deployed with different thicknesses.
Method for controlling a directed light source , whose provided light cone is guided over a predetermined region, wherein the method comprises the following steps: - determining a movement of the light source ; - estimating an imminent change of a portion of the region that is illuminated by means of the light cone , on the basis of the determined movement; - determining that the portion will probably be lit longer than was predetermined owing to the changed light cone , and - providing a darkening signal for the light source . - determining a movement of the light source ; - estimating an imminent change of a portion of the region that is illuminated by means of the light cone , on the basis of the determined movement; - determining that the portion will probably be lit longer than was predetermined owing to the changed light cone , and - providing a darkening signal for the light source .
A frontal array for crossing a cryopump frontal opening of a radiation shield surrounding a condensing array comprising: at least one centralized louver ; and characterized by an orifice plate comprising a central opening, the orifice plate surrounding the at least one louver at the central opening. at least one centralized louver ; and characterized by an orifice plate comprising a central opening, the orifice plate surrounding the at least one louver at the central opening.
A method for use in a radio network node for selecting a second secondary cell, SCell, of a wireless device , the method comprising: sending data to a network node , upon a request to release the wireless device from a first connected state to an idle state, wherein the wireless device is connected to a first primary cell, PCell, and configured with a first SCell in the first connected state and has detached from the first PCell in the idle state, characterized in, that upon transfer of the wireless device from the idle state to a second connected state in which the wireless device is connected to a second PCell , the method further comprises: retrieving data indicating the first PCell and the first SCell , comparing the second PCell with the first PCell indicated by the retrieved data, and with the first SCell indicated by the retrieved data, and when the second PCell is the same as one of the first PCell and the first SCell , selecting as the second SCell the other of the first SCell and the first PCell . sending data to a network node , upon a request to release the wireless device from a first connected state to an idle state, wherein the wireless device is connected to a first primary cell, PCell, and configured with a first SCell in the first connected state and has detached from the first PCell in the idle state, characterized in, that upon transfer of the wireless device from the idle state to a second connected state in which the wireless device is connected to a second PCell , the method further comprises: retrieving data indicating the first PCell and the first SCell , comparing the second PCell with the first PCell indicated by the retrieved data, and with the first SCell indicated by the retrieved data, and when the second PCell is the same as one of the first PCell and the first SCell , selecting as the second SCell the other of the first SCell and the first PCell . retrieving data indicating the first PCell and the first SCell , comparing the second PCell with the first PCell indicated by the retrieved data, and with the first SCell indicated by the retrieved data, and when the second PCell is the same as one of the first PCell and the first SCell , selecting as the second SCell the other of the first SCell and the first PCell .
A method of moving an aircraft undercarriage that is movable between a retracted position and a deployed position, the method comprising: • using a rotary electromechanical type drive actuator coupled to a portion of the undercarriage in order to raise it from the deployed position to the retracted position; • disengaging the drive actuator during a descent of the undercarriage from the retracted position to the deployed position and using a hydraulic linear shock absorber coupled to a portion of the undercarriage in order to regulate the rate of descent and/or in order to absorb shock on arrival of the undercarriage in the deployed position; and • neutralizing the shock absorber while raising the undercarriage. • using a rotary electromechanical type drive actuator coupled to a portion of the undercarriage in order to raise it from the deployed position to the retracted position; • disengaging the drive actuator during a descent of the undercarriage from the retracted position to the deployed position and using a hydraulic linear shock absorber coupled to a portion of the undercarriage in order to regulate the rate of descent and/or in order to absorb shock on arrival of the undercarriage in the deployed position; and • neutralizing the shock absorber while raising the undercarriage.
An apparatus comprising: at least one non-transitory memory; and a bitstream of video images stored on the at least one non-transitory memory, the bitstream including a set of metadata that are indicative of source image data having been color graded on a reference display device to produce said video images, and a different set of metadata providing additional information about the video images, wherein the set of metadata and the different set of metadata are separately partitioned in the bitstream, wherein the video images have been produced by color grading source image data on a reference display device identified by one or more reference display device parameters; wherein the set of metadata, which is associated with the video images, includes the one or more reference display device parameters, including at least: a. a white point for the reference display, b. three primaries for the reference display, wherein the different set of metadata includes at least a maximum luminance level of the video images. at least one non-transitory memory; and a bitstream of video images stored on the at least one non-transitory memory, the bitstream including a set of metadata that are indicative of source image data having been color graded on a reference display device to produce said video images, and a different set of metadata providing additional information about the video images, wherein the set of metadata and the different set of metadata are separately partitioned in the bitstream, wherein the video images have been produced by color grading source image data on a reference display device identified by one or more reference display device parameters; wherein the set of metadata, which is associated with the video images, includes the one or more reference display device parameters, including at least: a. a white point for the reference display, b. three primaries for the reference display, a. a white point for the reference display, b. three primaries for the reference display, wherein the different set of metadata includes at least a maximum luminance level of the video images.
A gas barrier laminated film comprising: a first barrier film having a first substrate , a first inorganic thin film layer formed on the first substrate , and a first gas barrier covering layer formed on the first inorganic thin film layer ; and a second barrier film having a second substrate , a second inorganic thin film layer formed on the second substrate , and a second gas barrier covering layer formed on the second inorganic thin film layer , wherein the first barrier film and the second barrier film are laminated via an adhesive layer so that the first gas barrier covering layer and the second gas barrier covering layer are opposite to each other, and the distance between the first inorganic thin film layer and the second inorganic thin film layer is 1.0 μm or more, characterized in that the thickness of the first and second gas barrier covering layers is 100 nm to 1000 nm, and the refractive index difference between the first gas barrier covering layer and the adhesive layer , and the refractive index difference between the second gas barrier covering layer and the adhesive layer are both 0.05 or less. a first barrier film having a first substrate , a first inorganic thin film layer formed on the first substrate , and a first gas barrier covering layer formed on the first inorganic thin film layer ; and a second barrier film having a second substrate , a second inorganic thin film layer formed on the second substrate , and a second gas barrier covering layer formed on the second inorganic thin film layer , wherein the first barrier film and the second barrier film are laminated via an adhesive layer so that the first gas barrier covering layer and the second gas barrier covering layer are opposite to each other, and the distance between the first inorganic thin film layer and the second inorganic thin film layer is 1.0 μm or more, characterized in that the thickness of the first and second gas barrier covering layers is 100 nm to 1000 nm, and the refractive index difference between the first gas barrier covering layer and the adhesive layer , and the refractive index difference between the second gas barrier covering layer and the adhesive layer are both 0.05 or less.
A method of handling a pediatric patient within a magnetic resonance imaging (MRI) scanner (D) configured to accept and evaluate an adult patient, and comprising a support table for positioning the adult patient in an imaging region of the MRI scanner (D), the method comprising: mounting a local radio frequency (RF) coil assembly to the patient support table , the local radio frequency coil assembly defining a pediatric patient receiving region ; arranging the pediatric patient within a pediatric patient carrier outside the MRI scanner (D) shielded room; positioning the carrier together with the pediatric patient on the patient support table ; moving the patient carrier into engagement with the local RF coil assembly by slidingly translating the pediatric patient carrier along its longitudinal axis into engagement with the local RF coil assembly with at least a portion of the pediatric patient disposed in the pediatric patient receiving region ; moving the table with the engaged carrier and local RF coil assembly into the imaging region of the MRI scanner (D); and scanning the patient within the MRI scanner (D). mounting a local radio frequency (RF) coil assembly to the patient support table , the local radio frequency coil assembly defining a pediatric patient receiving region ; arranging the pediatric patient within a pediatric patient carrier outside the MRI scanner (D) shielded room; positioning the carrier together with the pediatric patient on the patient support table ; moving the patient carrier into engagement with the local RF coil assembly by slidingly translating the pediatric patient carrier along its longitudinal axis into engagement with the local RF coil assembly with at least a portion of the pediatric patient disposed in the pediatric patient receiving region ; moving the table with the engaged carrier and local RF coil assembly into the imaging region of the MRI scanner (D); and scanning the patient within the MRI scanner (D).
A DOT1L inhibitor compound for use in reducing a load of an infectious RNA virus causing a pathogenic hemorrhagic disease in a mammalian subject, wherein said compound has a molecular weight of less than 1000 and is selected from the group consisting of EPZ5676, EPZ004777 and SGC 0946, said compound is adapted to reduce a load of said RNA virus by at least 50% in said mammalian subject, and said compound has a therapeutic index (TI= LD 50 /ED 50 ) greater than 30 in said mammalian subject against said infectious RNA virus, wherein said infectious RNA virus is Ebola virus.
A fireproof sheet for covering tunnels, mines and underground construction works, comprising three layers: - a first layer which is the external one, - a third layer which is the internal one in contact with the tunnel, mine and underground construction works, and - a second layer that is a layer of foam which is between the first layer and the third layer , and which is a layer of foam of polyethylene chemically crosslinked of closed cell, wherein the second layer and the third layer are corrugated, and wherein the first layer is formed by a film of raffia interposed by two films of polyurethane ; the second layer comprises halogenated compounds according to a ratio comprised between 5 % and 25 %; and the third layer is composed by two films of polyethylene metalized with aluminum by high vacuum, with a thickness of about 50 μm, wherein the layer of raffia is formed with 5 yarns/cm of warp and 5 yarns/cm of weave; characterized in that it comprises a further external aluminum layer having a thickness comprised between 45 and 200 μm, coating the most external film of polyethylene of the first layer . - a first layer which is the external one, - a third layer which is the internal one in contact with the tunnel, mine and underground construction works, and - a second layer that is a layer of foam which is between the first layer and the third layer , and which is a layer of foam of polyethylene chemically crosslinked of closed cell,
Electric bicycle comprising a bicycle frame , an electric traction drive attached to the bicycle frame , at least two modular traction batteries attached to the electric bicycle at different frame positions (P1-P6), an electronic multi-battery management module which determines the state of charge of the traction batteries , and signal connections (BUS) by which the traction batteries are informally connected to the multi-battery management module , characterised in that each traction battery comprises an electronic acceleration sensor (S1), an electronic spatial position sensor (S2) and/or an electronic earth magnetic field sensor (S3), wherein the multi-battery management module is provided with a frame position reference memory in which typical traction battery sensor reference values are stored for all traction battery frame positions (P1-P6), and wherein an overall state of charge information interface is provided which outputs the state of charge of the traction batteries together with their frame position (P1-P6). characterised in that each traction battery comprises an electronic acceleration sensor (S1), an electronic spatial position sensor (S2) and/or an electronic earth magnetic field sensor (S3), wherein the multi-battery management module is provided with a frame position reference memory in which typical traction battery sensor reference values are stored for all traction battery frame positions (P1-P6), and wherein an overall state of charge information interface is provided which outputs the state of charge of the traction batteries together with their frame position (P1-P6).
Method for detecting an overhead line or conductor rail above a route, wherein an area above the route is monitored by means of an upwardly directed sensor located on a vehicle and a detection signal is generated if it is detected from a sensor signal that there is an overhead line or conductor rail above the vehicle, wherein an adjustable-height element located on the vehicle is moved on the basis of the detection signal, characterized in that the adjustable-height element located on the vehicle is a boom, the upward movement of which is limited on the basis of the detection signal such that a prescribable minimum vertical distance between the boom and the overhead line or the conductor rail is not infringed.
A method for wireless communications by a user equipment, comprising: receiving downlink control information, DCI, comprising one or more resource indicator, RI, bits configured to indicate to the user equipment a subset of resources available for transmitting uplink control information, UCI, in a physical uplink control channel, PUCCH, transmission, wherein the DCI is received on one or more resources of a first physical downlink control channel, PDCCH, transmission, wherein the subset is one of a plurality of subsets of resources; determining, based on the RI bits of the DCI, the subset of resources available for transmitting UCI in the PUCCH; identifying a particular PUCCH resource within the determined subset of resources to transmit the UCI based on an implicit mapping of PDCCH resources to PUCCH resources and the one or more resources of the first PDCCH transmission; and transmitting the UCI using the particular PUCCH resource. receiving downlink control information, DCI, comprising one or more resource indicator, RI, bits configured to indicate to the user equipment a subset of resources available for transmitting uplink control information, UCI, in a physical uplink control channel, PUCCH, transmission, wherein the DCI is received on one or more resources of a first physical downlink control channel, PDCCH, transmission, wherein the subset is one of a plurality of subsets of resources; determining, based on the RI bits of the DCI, the subset of resources available for transmitting UCI in the PUCCH; identifying a particular PUCCH resource within the determined subset of resources to transmit the UCI based on an implicit mapping of PDCCH resources to PUCCH resources and the one or more resources of the first PDCCH transmission; and transmitting the UCI using the particular PUCCH resource.