mhurhangee/patent-ind-claim-en huggingface dataset:
A light-emitting device comprising a plurality of light-emitting diodes (LED1, ... LED45); and an insulating substrate having an array of recesses , said insulating substrate incorporating a pattern of electrical conductors configured for connecting the light-emitting diodes (LED1, ... LED45) in a selected electrical configuration and providing at least two electrical connections on the floor of each recess , wherein each light-emitting diode (LED1, ... LED45) is connected to the at least two electrical connections of a respective recess ; a substantially transparent material completely filled in the array of recesses to encapsulate the plurality of light-emitting diodes (LED1, ... LED45); characterized in that a rectifier arrangement comprises four rectifier diodes connected in a bridge configuration; the array of recesses comprising a first group of recesses and a second group of recesses, wherein each recess of the first group houses one of the plurality of light-emitting diodes (LED1, ... LED45) and wherein each recess of the second group houses one of the four rectifier diodes of the rectifier arrangement; and a separate layer of phosphor containing material continuously overlies the array of recesses without contacting the plurality of light-emitting diodes (LED1, ... LED45). a plurality of light-emitting diodes (LED1, ... LED45); and an insulating substrate having an array of recesses , said insulating substrate incorporating a pattern of electrical conductors configured for connecting the light-emitting diodes (LED1, ... LED45) in a selected electrical configuration and providing at least two electrical connections on the floor of each recess , wherein each light-emitting diode (LED1, ... LED45) is connected to the at least two electrical connections of a respective recess ; a substantially transparent material completely filled in the array of recesses to encapsulate the plurality of light-emitting diodes (LED1, ... LED45); characterized in that a rectifier arrangement comprises four rectifier diodes connected in a bridge configuration; the array of recesses comprising a first group of recesses and a second group of recesses, wherein each recess of the first group houses one of the plurality of light-emitting diodes (LED1, ... LED45) and wherein each recess of the second group houses one of the four rectifier diodes of the rectifier arrangement; and a separate layer of phosphor containing material continuously overlies the array of recesses without contacting the plurality of light-emitting diodes (LED1, ... LED45).
A delivery system for delivering a stent mounted heart valve through an expandable introducer sheath , the delivery system comprising: an elongate catheter having proximal and distal ends, a stent mounted heart valve mounted at the distal end of the catheter ; a capsule extending around and enclosing the stent mounted heart valve , the capsule having a distal end with a capsule diameter; a nosecone including a tapered distal end and a proximal end , the proximal end engaged to the distal end of the capsule ; and a protrusion positioned on a distal region of the capsule and extending circumferentially around the capsule , the protrusion for urging an expandable introducer sheath away from the capsule , thereby reducing an average peak push force resulting from advancement of the capsule through the sheath . an elongate catheter having proximal and distal ends, a stent mounted heart valve mounted at the distal end of the catheter ; a capsule extending around and enclosing the stent mounted heart valve , the capsule having a distal end with a capsule diameter; a nosecone including a tapered distal end and a proximal end , the proximal end engaged to the distal end of the capsule ; and a protrusion positioned on a distal region of the capsule and extending circumferentially around the capsule , the protrusion for urging an expandable introducer sheath away from the capsule , thereby reducing an average peak push force resulting from advancement of the capsule through the sheath .
A retractable roof comprising a pair of parallel guides , a plurality of slats movable along the guides between a closed position, wherein the slats are lowered and cover an area between the guides , and an open position, wherein the slats are raised and packed at one end of the guides , and a plurality of sliders slidable along the guides , wherein each slat is at each end supported by one of the guides by means of two of said sliders (5; D, C) - hereinafter first and second slider -, the slat being hinged to the second slider (5; C) and connected to the first and second sliders through a linkage, wherein the linkage comprises a first rod hinged to each slider at a first hinge point (x1) and a second rod hinged to each slider at a second hinge point (x2), the first rod of the first slider (5; D) and the second rod of the second slider (5; C) being further connected to one another by means of a third rod hinged to both the first and second slider, and a rocker is further hinged to each slider , said rocker comprising a first arm and a second arm and being configured to have a barycenter at the first arm , whereby a driving element arranged on the respective slat is provided, the driving element being adapted to be engaged by the second arm in an inactive position of the rocker , a striker element arranged on the slider being further provided, whereby the striker element of the second slider (5; C) is adapted to be engaged by a hooking end of the first arm of the rocker of the first slider (5; D) in a hooking position wherein the first and the second slider (5; A, B)) are fixed to each other, wherein in the open position the sliders are in hooking position, and wherein during a movement from the open position to the closed position, the driving element of the slat hinged to the first slider (D) engages the second arm of the rocker of the first slider (5; D) to lift the hooking end of the rocker of the first slider (5; D) and disengage the hooking end from the striker element of the second slider (5; C), allowing the second slider (5; C) to move away from the first slider (5; D).
A liquid crystal spatial light modulator comprising: - a liquid crystal layer comprising liquid-crystal molecules, - on at least one side of the liquid crystal layer , at least one photovoltaic cell , each photovoltaic cell comprising a photosensitive layer , each photovoltaic cell being arranged to generate a spontaneous photovoltage under illumination at zero voltage bias, the photosensitive layer being arranged such that the illumination of this photosensitive layer causes a voltage drop across the liquid crystal layer changing the orientation of the liquid-crystal molecules and modifying the birefringence of the liquid crystal layer , characterized in that the photosensitive layer comprises electron-donating molecules and electron accepting molecules in a blended state that form a bulk heterojunction layeror in a bi-layer state. - a liquid crystal layer comprising liquid-crystal molecules, - on at least one side of the liquid crystal layer , at least one photovoltaic cell , each photovoltaic cell comprising a photosensitive layer , each photovoltaic cell being arranged to generate a spontaneous photovoltage under illumination at zero voltage bias, the photosensitive layer being arranged such that the illumination of this photosensitive layer causes a voltage drop across the liquid crystal layer changing the orientation of the liquid-crystal molecules and modifying the birefringence of the liquid crystal layer , characterized in that the photosensitive layer comprises electron-donating molecules and electron accepting molecules in a blended state that form a bulk heterojunction layeror in a bi-layer state.
An electronic control unit connected to a bus of a first network and to a second network in an onboard network system that includes the first network where transmission of first-type frames relating to traveling control of a vehicle is performed over a bus following a first communication protocol, and the second network where transmission of second-type frames is performed following a second communication protocol that is different from the first communication protocol, the electronic control unit comprising: a first reception buffer; a second reception buffer; a first transmission buffer; a second transmission buffer; a first reception unit that sequentially receives the first-type frames from the bus and stores data within the first-type frames in the first reception buffer; a second reception unit that sequentially receives the second-type frames from the second network and stores data within the second-type frames in the second reception buffer; a generating unit that sequentially generates first-type data that is data for traveling control of the vehicle, and second-type data that is data used for other than traveling control of the vehicle, by referencing the contents of the first reception buffer and the second reception buffer, stores the generated first-type data in the first transmission buffer, and stores the generated second-type data in the second transmission buffer; and a transmission unit that transmits yet-to-be-transmitted first-type data in the first transmission buffer and yet-to-be-transmitted second-type data in the second transmission buffer, wherein the transmission unit performs priority transmission control, where priority type data, which is one of the first-type data and second-type data, is transmitted with priority over non-priority type data that is the other. a first reception buffer; a second reception buffer; a first transmission buffer; a second transmission buffer; a first reception unit that sequentially receives the first-type frames from the bus and stores data within the first-type frames in the first reception buffer; a second reception unit that sequentially receives the second-type frames from the second network and stores data within the second-type frames in the second reception buffer; a generating unit that sequentially generates first-type data that is data for traveling control of the vehicle, and second-type data that is data used for other than traveling control of the vehicle, by referencing the contents of the first reception buffer and the second reception buffer, stores the generated first-type data in the first transmission buffer, and stores the generated second-type data in the second transmission buffer; and a transmission unit that transmits yet-to-be-transmitted first-type data in the first transmission buffer and yet-to-be-transmitted second-type data in the second transmission buffer, wherein the transmission unit performs priority transmission control, where priority type data, which is one of the first-type data and second-type data, is transmitted with priority over non-priority type data that is the other.
Method for opening a wing element , in particular a door, of a motor vehicle , in which the presence of an object in an opening region in which the wing element can be moved during the opening process is sensed by means of a sensing apparatus , and a movement of the wing element during the opening in the opening region is limited by a limiting apparatus as a function of the presence of the object , characterized in that the presence of the object is sensed by means of an ultrasonic sensor of the sensing apparatus in a predetermined close area which adjoins the ultrasonic sensor in the opening region , on the basis of an ultrasonic signal which is emitted by the ultrasonic sensor and reflected by the object , and in that in addition to the presence of the object in the close area is checked, whether at least one echo of the emitted ultrasonic signal is received by means of the ultrasonic sensor, and in that the object is present in the close area and the at least one echo is not received, the opening of the wing element is limited in such a way that the wing element remains in a closed position, and/or in that the object is present in the close area and the at least one echo is received, a distance between the wing element and the object is determined on the basis of the at least one echo and the opening of the wing element is limited on the basis of the determined distance.
A microwave coaxial connector , intended notably to link two printed circuit boards together, the microwave coaxial connector comprises: - a first outer contact comprising a body of generally tubular form of longitudinal axis X comprising a first end , a second end opposite the first end, and, on its outer periphery, between the first and second ends, a contact surface of flared form towards the second end, - a central contact comprising an elongate element partly folded on itself defining an elastically deformable loop which can be closed, with one of its free ends outside of the loop, - a second outer contact comprising an elastically deformable open ring , - an insulating element comprising an open slot that is elongate on the axis X, the insulating element being arranged between the elongate conductive element and the tubular body, the elongate conductive element inside the insulating element is such that its loop can be closed and elastically deformed by compression on itself between a non-deformed position in which its top protrudes beyond the first end and an extreme deformed position in which its top is aligned on the first end, the free end of the elongate conductive element outside of the loop being able to slide by protruding from the slot so as to be aligned on the second end regardless of the deformed position of the loop, the ring is kept outside the tubular body so that it can be elastically deformed by pressing against the flared surface between a non-deformed position in which it is not pressing against the flared surface and its top protrudes beyond the first end and an extreme deformed position in which its top is aligned on the first end . - a first outer contact comprising a body of generally tubular form of longitudinal axis X comprising a first end , a second end opposite the first end, and, on its outer periphery, between the first and second ends, a contact surface of flared form towards the second end, - a central contact comprising an elongate element partly folded on itself defining an elastically deformable loop which can be closed, with one of its free ends outside of the loop, - a second outer contact comprising an elastically deformable open ring , - an insulating element comprising an open slot that is elongate on the axis X, the insulating element being arranged between the elongate conductive element and the tubular body,
An interdental cleaning tool comprising: a base portion including a shaft portion that extends from a base end side to a top end side so as to be insertable in an interdental space and gradually becomes thinner from the base end side to the top end side; a top end side cleaning portion including a top end side body covering a top end side portion of the shaft portion , and a plurality of top end side bristles protruding outward from an outer circumferential surface of the top end side body ; and a base end side cleaning portion including a base end side body covering a portion of the shaft portion further in the base end side than the top end side body , and a plurality of base end side bristles protruding outward from an outer circumferential surface of the base end side body , characterized in that the top end side cleaning portion is molded with a molding material having a higher hardness than a molding material molded into the base end side cleaning portion . a base portion including a shaft portion that extends from a base end side to a top end side so as to be insertable in an interdental space and gradually becomes thinner from the base end side to the top end side; a top end side cleaning portion including a top end side body covering a top end side portion of the shaft portion , and a plurality of top end side bristles protruding outward from an outer circumferential surface of the top end side body ; and a base end side cleaning portion including a base end side body covering a portion of the shaft portion further in the base end side than the top end side body , and a plurality of base end side bristles protruding outward from an outer circumferential surface of the base end side body , characterized in that the top end side cleaning portion is molded with a molding material having a higher hardness than a molding material molded into the base end side cleaning portion .
A method for reporting Application Programming Interface, API, capability change according to an API filter, the method comprising: at a first node within a telecommunication core network, which first node comprises a combined Service Capability Exposure Function, SCEF, and Network Exposure Function, NEF,: receiving , from a requesting entity that comprises an Application Function, AF, a monitoring request to be notified of an API capability change related to an identified wireless device associated with a service API, the monitoring request identifying a subset of one or more APIs in which the AF is interested to have monitored; subscribing to receive notifications of a core network type change for the identified wireless device; receiving a notification that the identified wireless device has changed from a first type of core network to a second type of core network; determining an API capability change from the first type of core network to the second type of core network for the identified subset of one or more APIs in which the AF is interested and filtering out all but the APIs in which the AF is interested; and reporting , to the requesting entity, the API capability change for the identified subset of one or more APIs in which the AF is interested and not reporting the API capability change for other APIs not in the identified subset. receiving , from a requesting entity that comprises an Application Function, AF, a monitoring request to be notified of an API capability change related to an identified wireless device associated with a service API, the monitoring request identifying a subset of one or more APIs in which the AF is interested to have monitored; subscribing to receive notifications of a core network type change for the identified wireless device; receiving a notification that the identified wireless device has changed from a first type of core network to a second type of core network; determining an API capability change from the first type of core network to the second type of core network for the identified subset of one or more APIs in which the AF is interested and filtering out all but the APIs in which the AF is interested; and reporting , to the requesting entity, the API capability change for the identified subset of one or more APIs in which the AF is interested and not reporting the API capability change for other APIs not in the identified subset.
Method for operating an internal combustion engine, in which an air-fuel mixture is burnt in a combustion cycle, wherein different fuels are sequentially burnt in the combustion cycle, and wherein hydrogen is used as the first fuel, characterized in that diesel is used as the second fuel, and in that the second fuel is injected into the almost completely burnt-out combustion chamber after at least 80% of the first fuel has been combusted.
A device for verifying the connection of components by a gripper , wherein connecting two or more components produces a connection sound, the device comprising: a plurality of audio sensors ; a fastener for securing the plurality of audio sensors at different positions on the gripper; and a controller comprising: an input for receiving the audio signals from the plurality of audio sensors ; a neural network for isolating the connection sound from the audio signals received from the plurality of audio sensors using independent component analysis based on training audio data obtained from audio signals received during a plurality of training connections made in a controlled environment; and an output for indicating a desired connection status based on the isolated connection sound. a plurality of audio sensors ; a fastener for securing the plurality of audio sensors at different positions on the gripper; and a controller comprising: an input for receiving the audio signals from the plurality of audio sensors ; a neural network for isolating the connection sound from the audio signals received from the plurality of audio sensors using independent component analysis based on training audio data obtained from audio signals received during a plurality of training connections made in a controlled environment; and an output for indicating a desired connection status based on the isolated connection sound. an input for receiving the audio signals from the plurality of audio sensors ; a neural network for isolating the connection sound from the audio signals received from the plurality of audio sensors using independent component analysis based on training audio data obtained from audio signals received during a plurality of training connections made in a controlled environment; and an output for indicating a desired connection status based on the isolated connection sound.
A control system for use with a sound controller that is configured to transmit sounds to a passenger cabin of a vehicle , the vehicle including a transmission having multiple gears and being controllable to select a different gear resulting in either an upshift or a downshift , and an accelerator pedal that is configured to be manually actuated to control a throttle valve to regulate a supply of air to an engine, the vehicle engine being operable in multiple different modes and engine speeds, the control system comprising: a shift sensor configured to output data indicative of a transmission target gear; an accelerator pedal sensor that is configured to output data indicative of a position of the accelerator pedal; and a controller configured to control operation of the sound controller in accordance with a sound control logic that is based on vehicle engine mode, transmission target gear selection, accelerator pedal position, and vehicle engine speed, characterised in that the controller is also configured to control operation of the sound controller in accordance with an audible downshift logic if the transmission target gear corresponds to a downshift of the vehicle transmission and the accelerator pedal sensor detects that the accelerator pedal position is not above a predetermined threshold, the audible downshift logic then controlling the sound controller to enhance engine sound transmitted to the passenger cabin. a shift sensor configured to output data indicative of a transmission target gear; an accelerator pedal sensor that is configured to output data indicative of a position of the accelerator pedal; and a controller configured to control operation of the sound controller in accordance with a sound control logic that is based on vehicle engine mode, transmission target gear selection, accelerator pedal position, and vehicle engine speed, characterised in that the controller is also configured to control operation of the sound controller in accordance with an audible downshift logic if the transmission target gear corresponds to a downshift of the vehicle transmission and the accelerator pedal sensor detects that the accelerator pedal position is not above a predetermined threshold, the audible downshift logic then controlling the sound controller to enhance engine sound transmitted to the passenger cabin.