mhurhangee/patent-ind-claim-en huggingface dataset:
A passenger tray assembly , comprising: a passenger tray with a cavity defined in a surface of the passenger tray ; a tray support member coupled to the passenger tray and configured to support the passenger tray in stowed and deployed configurations; a user interface device disposed within the cavity , the user interface device including a capacitive touch interface , the capacitive touch interface being configured to generate signal for controlling an in-flight entertainment device; wherein the capacitive touch interface comprises a capacitive touchscreen configured to display control icons to indicate control actions associated with respective portions of the capacitive touchscreen ; one or more signal paths for communicatively coupling the user interface device with the in-flight entertainment device , the one or more signal paths extending from the cavity through a portion of the passenger tray and along or through the tray support member ; a cover layer extending over the user interface device and at least a portion of the surface of the passenger tray to seal the space between the user interface device and the cavity , wherein the cover layer forms a portion of the capacitive touch interface; and a controller; characterized in that the controller is configured to disable the capacitive touch interface and modify the control icons when the controller receives an alert from the in-flight entertainment device. a passenger tray with a cavity defined in a surface of the passenger tray ; a tray support member coupled to the passenger tray and configured to support the passenger tray in stowed and deployed configurations; a user interface device disposed within the cavity , the user interface device including a capacitive touch interface , the capacitive touch interface being configured to generate signal for controlling an in-flight entertainment device; wherein the capacitive touch interface comprises a capacitive touchscreen configured to display control icons to indicate control actions associated with respective portions of the capacitive touchscreen ; one or more signal paths for communicatively coupling the user interface device with the in-flight entertainment device , the one or more signal paths extending from the cavity through a portion of the passenger tray and along or through the tray support member ; a cover layer extending over the user interface device and at least a portion of the surface of the passenger tray to seal the space between the user interface device and the cavity , wherein the cover layer forms a portion of the capacitive touch interface; and a controller; characterized in that the controller is configured to disable the capacitive touch interface and modify the control icons when the controller receives an alert from the in-flight entertainment device.
A method of operating a wind turbine in an active idle mode, the wind turbine comprising a rotor hub with a plurality of blades which are configured to be pitched, the method comprising the following steps: detecting (S1) a fault of the wind turbine ; characterized by determining (S3) a number of faulty blades , whose pitching operation is faulty or affected by the fault; and operating (S4) the wind turbine in the active idle mode based on the determined number of faulty blades . detecting (S1) a fault of the wind turbine ; characterized by determining (S3) a number of faulty blades , whose pitching operation is faulty or affected by the fault; and operating (S4) the wind turbine in the active idle mode based on the determined number of faulty blades .
An apparatus, comprising: a network interface operable to receive a communication request; and a processor communicatively coupled to the network interface and operable to: verify caller information in the communication request with a certification procedure; obtain a first indicator based on the certification procedure, wherein the first indicator comprises information associated with a first certificate management procedure; generate a second indicator that is derived from the first indicator, wherein the second indicator comprises information associated with a second certificate management procedure. a network interface operable to receive a communication request; and a processor communicatively coupled to the network interface and operable to: verify caller information in the communication request with a certification procedure; obtain a first indicator based on the certification procedure, wherein the first indicator comprises information associated with a first certificate management procedure; generate a second indicator that is derived from the first indicator, wherein the second indicator comprises information associated with a second certificate management procedure. verify caller information in the communication request with a certification procedure; obtain a first indicator based on the certification procedure, wherein the first indicator comprises information associated with a first certificate management procedure; generate a second indicator that is derived from the first indicator, wherein the second indicator comprises information associated with a second certificate management procedure.
A combined dirt collector and cutout cock device, comprising: an inlet configured for interconnection to an air supply; an outlet configured for interconnection to a control valve of a rail car; and a valve moveable between a first position where the inlet is connected to the outlet and a second position where the inlet is isolated from the outlet; wherein the valve includes a ball having a first passageway formed therethrough for selectively connecting and disconnecting the inlet from the outlet as the ball is rotated within the valve from the first position to the second position; and wherein a handle is interconnected to the ball via a drive stem that extends from a free end to an end coupled to the ball so that movement of the handle rotates the ball within the valve; characterized in that the device further comprises a vent positioned upstream of the outlet that is open when the valve is into the second position; the ball includes a second passageway formed therethrough that is positioned to interconnect the outlet with the vent when the valve is in the second position; and the second passageway extends through the drive stem and the vent is positioned at the free end of the drive stem. an inlet configured for interconnection to an air supply; an outlet configured for interconnection to a control valve of a rail car; and a valve moveable between a first position where the inlet is connected to the outlet and a second position where the inlet is isolated from the outlet; wherein the valve includes a ball having a first passageway formed therethrough for selectively connecting and disconnecting the inlet from the outlet as the ball is rotated within the valve from the first position to the second position; and wherein a handle is interconnected to the ball via a drive stem that extends from a free end to an end coupled to the ball so that movement of the handle rotates the ball within the valve; characterized in that the device further comprises a vent positioned upstream of the outlet that is open when the valve is into the second position; the ball includes a second passageway formed therethrough that is positioned to interconnect the outlet with the vent when the valve is in the second position; and the second passageway extends through the drive stem and the vent is positioned at the free end of the drive stem.
A frictional power transmission belt comprising a frictional power transmission surface formed of a composite fibrous layer comprising a fibrous member, an isocyanate compound, and a resin component, wherein the fibrous member contains a cellulose-based fiber.
A heating mat comprising a matrix made of elastic material, said matrix having at least one heating element passing therethrough and connected to a power source , - the mat comprises at least one cavity that fully passes through the matrix , said cavity being intended to accommodate the heating element and having an undulating layout, characterized in that : - each heating element is capable of movement within said at least one cavity , and has a zigzag or spiral shape. - the mat comprises at least one cavity that fully passes through the matrix , said cavity being intended to accommodate the heating element and having an undulating layout, - each heating element is capable of movement within said at least one cavity , and has a zigzag or spiral shape.
A loading gate device having a porch arranged at a building wall comprising a loading gate seal , wherein the loading gate seal has at least one pivotable skirting arrangement arranged at the porch and a roll down screen , wherein the roll down screen is arranged in an oscillating manner at the porch behind the skirting arrangement in its pivot region, characterized in that the roll down screen comprises a roll down fabric and a shaft operated by an electric motor to wind up and unwind the rolldown fabric ; and in that the shaft of the roll down screen is connected by end-side holders to a crossbeam that is suspended in an oscillating manner at the porch by chains , cables or similar.
Attachment point for securing to an object which is to be secured or handled, comprising a lower part having a connection means for connecting the attachment point (1, 1.1) to an object which is to be secured or handled, and having a bearing bush and having an outer casing with spanner flats (15, 15.1) for applying a tool, as well as comprising an upper part , which can rotate relative to the lower part and which engages into the bearing bush of the lower part , and which has an eyelet element , wherein the lower part has a ring flange (12, 12.1), projecting in the radial direction relative to the spanner flats surfaces (15, 15.1), in the end section pointing towards the upper part , characterised in that the ring flange also projects relative to the edge section connecting two adjacent spanner flats which are arranged at an angle to one another.
A recommendation method, applied to a terminal, wherein the method comprises: when a first event is monitored, and a condition of a first rule corresponding to the first event is met, displaying a first recommendation result of the first rule; updating the first rule to a second rule, wherein a condition of the second rule is the same as the condition of the first rule, and a second recommendation result of the second rule is different from the first recommendation result of the first rule; when the first event is monitored again after the first rule is updated to the second rule, and the condition of the second rule corresponding to the first event is met, displaying the second recommendation result of the second rule, wherein the updating the first rule to a second rule comprises: updating the first rule to the second rule according to behavior data of using the terminal by a user in a period of time, wherein the second recommendation result is based on a model and the model is obtained by training historical data and feature data, wherein the historical data are the behavior data and the feature data include a user portrait or a current user behavior data. when a first event is monitored, and a condition of a first rule corresponding to the first event is met, displaying a first recommendation result of the first rule; updating the first rule to a second rule, wherein a condition of the second rule is the same as the condition of the first rule, and a second recommendation result of the second rule is different from the first recommendation result of the first rule; when the first event is monitored again after the first rule is updated to the second rule, and the condition of the second rule corresponding to the first event is met, displaying the second recommendation result of the second rule, wherein the updating the first rule to a second rule comprises: updating the first rule to the second rule according to behavior data of using the terminal by a user in a period of time, wherein the second recommendation result is based on a model and the model is obtained by training historical data and feature data, wherein the historical data are the behavior data and the feature data include a user portrait or a current user behavior data.
A compound having a formula wherein a dashed line ("---") is used to illustrate that a bond may optionally be present; R 14 and R 15 together with the atom to which each is attached form a six-membered aromatic ring; R 16 is selected from aliphatic, halogen, heteroaliphatic, or hydrogen; R 20 is selected from aliphatic, halogen, or hydrogen; R 21 is selected from aliphatic, halogen, hydrogen, nitro or NH 2 ; W is oxygen; the V bearing R 14 is carbon, and the remaining V is selected from oxygen, sulfur, or nitrogen wherein when R 21 is NH 2 , R 20 is methyl or hydrogen. a dashed line ("---") is used to illustrate that a bond may optionally be present; R 14 and R 15 together with the atom to which each is attached form a six-membered aromatic ring; R 16 is selected from aliphatic, halogen, heteroaliphatic, or hydrogen; R 20 is selected from aliphatic, halogen, or hydrogen; R 21 is selected from aliphatic, halogen, hydrogen, nitro or NH 2 ; W is oxygen; the V bearing R 14 is carbon, and the remaining V is selected from oxygen, sulfur, or nitrogen wherein when R 21 is NH 2 , R 20 is methyl or hydrogen.
A display apparatus comprising: a substrate ; an insulating layer on the substrate and including a first opening (OP1); a plurality of first electrodes on the insulating layer , not overlapping the first opening (OP1), and spaced apart from each other; an emission layer on each of the plurality of first electrodes without overlapping the first opening (OP1); an intermediate layer including the emission layer ; a second electrode on the intermediate layer ; an encapsulation layer on the second electrode and including a glass material; and a polarization layer on the encapsulation layer and including a second opening (OP2) overlapping the first opening (OP1), wherein the encapsulation layer includes a first trench overlapping the first opening (OP1) and the second opening (OP2), and wherein the display apparatus further comprises a refractive index compensation layer between the first trench and the substrate , wherein a refractive index of the refractive index compensation layer is greater than a refractive index of air and less than a refractive index of the encapsulation layer . a substrate ; an insulating layer on the substrate and including a first opening (OP1); a plurality of first electrodes on the insulating layer , not overlapping the first opening (OP1), and spaced apart from each other; an emission layer on each of the plurality of first electrodes without overlapping the first opening (OP1); an intermediate layer including the emission layer ; a second electrode on the intermediate layer ; an encapsulation layer on the second electrode and including a glass material; and a polarization layer on the encapsulation layer and including a second opening (OP2) overlapping the first opening (OP1), wherein the encapsulation layer includes a first trench overlapping the first opening (OP1) and the second opening (OP2), and wherein the display apparatus further comprises a refractive index compensation layer between the first trench and the substrate , wherein a refractive index of the refractive index compensation layer is greater than a refractive index of air and less than a refractive index of the encapsulation layer .
A contact device having a rotatable static contact of a circuit breaker, wherein the contact device comprising a static contact and a static contact support , wherein the static contact is embedded into the static contact support , and a limiting component for limiting a movement of the static contact along an axial position is arranged on the static contact support ; the static contact is capable of rotating around a central shaft arranged on the static contact support , a static contact spring for limiting the static contact from rotating is arranged in the static contact support , and the static contact spring and the static contact are connected to fix the static contact ; characterized in that the static contact support is internally provided with a locating shaft for mounting the static contact spring , a central shaft passing through an axis of rotation of the static contact, and a bearing shaft passing through the static contact and limiting the static contact spring; the locating shaft is sleeved with the static contact spring , and spring arms extending out from two ends are snapped to the bearing shaft passing through the static contact ; a second side surface , facing to the static contact , of the central shaft is provided with a central limiting step surface ; a first side surface , facing to the static contact , of the bearing shaft is provided with a bearing limiting step surface ; the central limiting step surface and the bearing limiting step surface jointly limit, from two sides, a movement of the static contact along the shaft body.
A reversible airway device comprising: a tubular guide having a distal end portion , a proximal end portion , and a first passageway extending between the distal and proximal end portions , the tubular guide further including a first longitudinal seam , and; a laryngeal mask attached to the distal end portion of the tubular guide , the laryngeal mask including an opening in fluid communication with the first passageway , the laryngeal mask further including a second longitudinal seam ; and an endotracheal tube slidably disposed within the first passageway ; wherein the first and second longitudinal seams are adapted to permit ingress and egress of the tubular guide from the airway without detaching the endotracheal tube from a ventilation source; characterized in that the reversible airway device further comprises a longitudinal slot partially extending between the distal and proximal end portions of the tubular guide . a tubular guide having a distal end portion , a proximal end portion , and a first passageway extending between the distal and proximal end portions , the tubular guide further including a first longitudinal seam , and; a laryngeal mask attached to the distal end portion of the tubular guide , the laryngeal mask including an opening in fluid communication with the first passageway , the laryngeal mask further including a second longitudinal seam ; and an endotracheal tube slidably disposed within the first passageway ; wherein the first and second longitudinal seams are adapted to permit ingress and egress of the tubular guide from the airway without detaching the endotracheal tube from a ventilation source; characterized in that the reversible airway device further comprises a longitudinal slot partially extending between the distal and proximal end portions of the tubular guide .
Method for operating a safety system of a motor vehicle having at least one crash structure which is adaptive with respect to its rigidity and designed to absorb energy in the case of a collision, wherein prior to a detected imminent collision, sensor data of at least one environment sensor of the motor vehicle are evaluated for determining an item of collision information describing the collision and the at least one crash structure is set as a function of the item of collision information, wherein as an environment sensor at least one radar sensor having a radar transceiver realised as a semiconductor chip is used, from the sensor data of which items of object information describing an external shape, an expansion and an orientation of a collision object involved in the collision are determined, wherein an item of collision information describing the impact region and/or the type of impact is determined, taking into consideration items of object information, wherein as collision information both a collision surface and/or a collision direction as well as a shape of the colliding part of the collision object are determined.
An aircraft comprising: an airframe having an extending tail ; a counter rotating, coaxial main rotor assembly disposed at the airframe including an upper rotor assembly and a lower rotor assembly and which produces aircraft component vibrations; a translational thrust system positioned at the extending tail and providing translational thrust to the airframe ; and an active vibration control, AVC, system disposed at the airframe including: a plurality of AVC actuators configured to generate forces to dampen the aircraft component vibration; and an AVC controller configured to transmit control signals to the plurality of AVC actuators to produce force generation by the plurality of AVC actuators to dampen the aircraft component vibration on the aircraft , wherein the AVC controller is configured to receive a main rotor speed signal from a drive system component and transmit a control signal to the plurality of AVC actuators to change the produced force generation based on an expected vibration at the received main rotor speed, wherein the AVC controller does not utilize directly measured vibration from AVC sensors. an airframe having an extending tail ; a counter rotating, coaxial main rotor assembly disposed at the airframe including an upper rotor assembly and a lower rotor assembly and which produces aircraft component vibrations; a translational thrust system positioned at the extending tail and providing translational thrust to the airframe ; and an active vibration control, AVC, system disposed at the airframe including: a plurality of AVC actuators configured to generate forces to dampen the aircraft component vibration; and an AVC controller configured to transmit control signals to the plurality of AVC actuators to produce force generation by the plurality of AVC actuators to dampen the aircraft component vibration on the aircraft , a plurality of AVC actuators configured to generate forces to dampen the aircraft component vibration; and an AVC controller configured to transmit control signals to the plurality of AVC actuators to produce force generation by the plurality of AVC actuators to dampen the aircraft component vibration on the aircraft , wherein the AVC controller is configured to receive a main rotor speed signal from a drive system component and transmit a control signal to the plurality of AVC actuators to change the produced force generation based on an expected vibration at the received main rotor speed, wherein the AVC controller does not utilize directly measured vibration from AVC sensors.