mhurhangee/ep-ind-claims huggingface dataset:
Method for determining the state of a vehicle equipped with a thermal engine and for controlling the actuation of an on-board electronic device, comprising the steps of: - detecting a quantity representative of the vibrations of the thermal engine of the vehicle as a result of its operation; - determining a state of actuation of the engine depending on the values assumed by said detected quantity; and - issuing a command signal for the activation or deactivation, respectively, of said on-board device depending on the determined state of actuation of the engine, wherein the vibration of the thermal engine of the vehicle is detected by means of acquisition of a measured variable of an inertial sensor integral with the thermal engine or associated with a part mechanically connected thereto, characterized in that it comprises the steps of: - within a specified time span, acquiring a plurality of values of the measured variable of the inertial sensor; - calculating a cumulative value representative of variations of said measured variable occurring at a predetermined number of sampling instants; - comparing said cumulative value with a predetermined threshold value; - incrementing a counter if said cumulative value is less than said predetermined threshold value, or resetting the counter if said cumulative value is greater than said predetermined threshold value; - checking whether said counter is less than or greater than a predetermined time threshold, whereby an actuation condition of the thermal engine is determined if the counter value is less than said time threshold, or a non-actuation condition of the thermal engine is determined if the counter value is greater than said time threshold. - detecting a quantity representative of the vibrations of the thermal engine of the vehicle as a result of its operation; - determining a state of actuation of the engine depending on the values assumed by said detected quantity; and - issuing a command signal for the activation or deactivation, respectively, of said on-board device depending on the determined state of actuation of the engine, wherein the vibration of the thermal engine of the vehicle is detected by means of acquisition of a measured variable of an inertial sensor integral with the thermal engine or associated with a part mechanically connected thereto, - within a specified time span, acquiring a plurality of values of the measured variable of the inertial sensor; - calculating a cumulative value representative of variations of said measured variable occurring at a predetermined number of sampling instants; - comparing said cumulative value with a predetermined threshold value; - incrementing a counter if said cumulative value is less than said predetermined threshold value, or resetting the counter if said cumulative value is greater than said predetermined threshold value; - checking whether said counter is less than or greater than a predetermined time threshold,
Apparatus comprising: a housing, the housing having an aperture configured to receive a body part of a user; a light emitting part supported by the housing; at least one proximity sensor disposed within the housing; and a controller configured to: receive signals from the at least one proximity sensor; determine from the signals whether a body part protrudes by a required amount within the aperture; control the appearance of the light emitting part according to the determination; cause the light emitting portion to produce a first appearance if it is determined that the body part of the user is not protruding by the required amount within the aperture; cause the light emitting portion to produce a second appearance if it is determined that the body part of the user is protruding by the required amount within the aperture; and cause the light emitting portion to produce a third appearance when a user initiates a new reading. a housing, the housing having an aperture configured to receive a body part of a user; a light emitting part supported by the housing; at least one proximity sensor disposed within the housing; and a controller configured to: receive signals from the at least one proximity sensor; determine from the signals whether a body part protrudes by a required amount within the aperture; control the appearance of the light emitting part according to the determination; cause the light emitting portion to produce a first appearance if it is determined that the body part of the user is not protruding by the required amount within the aperture; cause the light emitting portion to produce a second appearance if it is determined that the body part of the user is protruding by the required amount within the aperture; and cause the light emitting portion to produce a third appearance when a user initiates a new reading. receive signals from the at least one proximity sensor; determine from the signals whether a body part protrudes by a required amount within the aperture; control the appearance of the light emitting part according to the determination; cause the light emitting portion to produce a first appearance if it is determined that the body part of the user is not protruding by the required amount within the aperture; cause the light emitting portion to produce a second appearance if it is determined that the body part of the user is protruding by the required amount within the aperture; and cause the light emitting portion to produce a third appearance when a user initiates a new reading.
Retaining surface of a radiant heating system, where the retaining surface incorporates a support member, and a textured surface that forms one of the two parts of an adhesive bond, and is joined to the support member and the support member incorporates a relief texture having low and raised areas and designed to enable a radiant-heating system pipe to be held between the raised areas by a section of its circumference, characterised in that the textured surface is applied straight to the support member in such a way that the material of the textured surface is partly pressed into the surface on that front side of the support member that is provided for to hold the radiant-heating system pipe.
A method for cleaning at least one liquid detergent reservoir of a detergent dispenser of a domestic washing machine, said washing machine comprising a tank filled with liquid from a water inlet, means for controlling an operating cycle of said machine, said at least one liquid detergent reservoir being adapted to contain a plurality of doses of at least one detergent, said detergent dispenser comprising at least one detergent dispensing pump, said at least one liquid detergent reservoir being connected to said at least one detergent dispensing pump, said at least one detergent dispensing pump being connected to said tank, and said tank being connected to a wastewater discharge network by at least one draining pump, characterized in that said method comprises at least the following steps: - acquiring an input signal adapted to control the cleaning of said at least one liquid detergent tank; - draining a liquid product contained in said at least one liquid detergent reservoir to said tank by said at least one detergent dispensing pump; and - discharging said liquid product from said tank to said wastewater discharge network by said draining pump. - acquiring an input signal adapted to control the cleaning of said at least one liquid detergent tank; - draining a liquid product contained in said at least one liquid detergent reservoir to said tank by said at least one detergent dispensing pump; and - discharging said liquid product from said tank to said wastewater discharge network by said draining pump.
A cryptographic system comprising multiple configuration servers (200, 201, 202) arranged to configure multiple network devices (300, 350, 360) for key sharing, - each configuration server comprising - a key material obtainer arranged to obtain in electronic form root key material specific for the respective configuration server of the multiple configuration servers, - a network device manager arranged to obtain in electronic form a network device identity number (310, A) of a network device of the multiple network devices that is being configured, - a computation unit arranged to compute local key material for the network device that is being configured from the root key material and the network device identity number (310, A), - the network device manager being further arranged to provide the computed local key material to the network device that is being configured, and - for each network device of the multiple network devices, at least two configuration servers of the multiple configuration servers provide computed local key material to said network device, the network device being arranged to add the at least two provided computed local key materials received from the at least two configuration servers together obtaining a single combined local key material, the network device being configured to determine a shared key with any further network device of the multiple network devices, the shared key being derived from the single combined local key material and a network device identity number of the further network device. - each configuration server comprising - a key material obtainer arranged to obtain in electronic form root key material specific for the respective configuration server of the multiple configuration servers, - a network device manager arranged to obtain in electronic form a network device identity number (310, A) of a network device of the multiple network devices that is being configured, - a computation unit arranged to compute local key material for the network device that is being configured from the root key material and the network device identity number (310, A), - the network device manager being further arranged to provide the computed local key material to the network device that is being configured, and - for each network device of the multiple network devices, at least two configuration servers of the multiple configuration servers provide computed local key material to said network device, the network device being arranged to add the at least two provided computed local key materials received from the at least two configuration servers together obtaining a single combined local key material, the network device being configured to determine a shared key with any further network device of the multiple network devices, the shared key being derived from the single combined local key material and a network device identity number of the further network device.
A therapeutic agent comprising adipose tissue-derived multilineage progenitor cells for use in treating a liver-related disease, wherein the agent is to be administered via portal vein, via vein, via artery, or via bile duct.
An aircraft landing gear, including: a wheel rotatable about an axle; a motor; and characterised in that the landing gear also includes a bi-directional clutch operable to connect the wheel with the motor, the bi-directional clutch comprising a ring-shaped overrunning track connected to the wheel, a ring-shaped drive track connected to the motor and concentrically aligned with the overrunning track, and a plurality of movable elements retained between the overrunning track and the drive track, the movable elements being movable between: a driven configuration in which they prevent relative rotation between the drive track and the overrunning track to thereby permit the wheel to be driven by the motor; and an overrunning configuration in which they permit relative rotation between the drive track and the overrunning track to thereby disconnect the wheel from the motor and wherein the movable elements are biased towards the overrunning configuration by a biasing member, wherein the biasing member is a resilient member arranged to bias the movable elements towards the overrunning configuration. a wheel rotatable about an axle; a motor; and characterised in that the landing gear also includes a bi-directional clutch operable to connect the wheel with the motor, the bi-directional clutch comprising a ring-shaped overrunning track connected to the wheel, a ring-shaped drive track connected to the motor and concentrically aligned with the overrunning track, and a plurality of movable elements retained between the overrunning track and the drive track, the movable elements being movable between: a driven configuration in which they prevent relative rotation between the drive track and the overrunning track to thereby permit the wheel to be driven by the motor; and an overrunning configuration in which they permit relative rotation between the drive track and the overrunning track to thereby disconnect the wheel from the motor and wherein the movable elements are biased towards the overrunning configuration by a biasing member, wherein the biasing member is a resilient member arranged to bias the movable elements towards the overrunning configuration.
An aircraft monument, comprising - a desk, and - a movable part that is mounted to the aircraft monument by means of an attachment device such that the movable part is pivotable about an axis between a first position in which the movable part covers a first area of the desk and is essentially arranged inside of the aircraft monument such that its front faces in a first direction towards the back of the aircraft monument, and a second position in which the movable part is at least partially arranged outside of the aircraft monument and its front faces in a second direction that crosses the first direction, wherein the movable part, in its second position, covers a second area of the desk that is less than the first area; wherein the axis is aligned perpendicularly to the desk; characterized in that the axis intersects a plane of a surface of the desk at a front edge of the desk; and the movable part comprises at least one of the following elements: a bun warmer, a galley insert, a galley electrical insert, a galley non-electrical insert, a cooling device, a steam oven, a convection oven, a touchpad, a flight attendant panel, a remote control center, a display, a self-service machine, and a vending machine. - a desk, and - a movable part that is mounted to the aircraft monument by means of an attachment device such that the movable part is pivotable about an axis between a first position in which the movable part covers a first area of the desk and is essentially arranged inside of the aircraft monument such that its front faces in a first direction towards the back of the aircraft monument, and a second position in which the movable part is at least partially arranged outside of the aircraft monument and its front faces in a second direction that crosses the first direction, wherein the movable part, in its second position, covers a second area of the desk that is less than the first area; a first position in which the movable part covers a first area of the desk and is essentially arranged inside of the aircraft monument such that its front faces in a first direction towards the back of the aircraft monument, and a second position in which the movable part is at least partially arranged outside of the aircraft monument and its front faces in a second direction that crosses the first direction, wherein the movable part, in its second position, covers a second area of the desk that is less than the first area; the axis intersects a plane of a surface of the desk at a front edge of the desk; and the movable part comprises at least one of the following elements: a bun warmer, a galley insert, a galley electrical insert, a galley non-electrical insert, a cooling device, a steam oven, a convection oven, a touchpad, a flight attendant panel, a remote control center, a display, a self-service machine, and a vending machine.
A washing agent shaped body or cleaning agent shaped body, comprising (a) a first uncompressed part which contains active substance, (b) a further uncompressed part which contains active substance, wherein the shaped body contains enzymes and the uncompressed part (a) was produced by sintering. (a) a first uncompressed part which contains active substance, (b) a further uncompressed part which contains active substance,
A step-down converter for a light-emitting diode, comprising: - a supply voltage terminal, - an output terminal that can be connected to the light-emitting diode, - a first switch (201, 205, 291), - a second switch (202, 206, 292) that is connected between the supply voltage terminal and ground in series with the first switch (201, 205, 291), - a storage choke, wherein the storage choke and the first switch (201, 205, 291) are connected in series between the supply voltage terminal and the output terminal, wherein the output terminal is configured to output a load current to the light-emitting diode based on a choke current through the storage choke, and - a controller that is configured to alternately and periodically operate the first switch (201, 205, 291) and the second switch (202, 206, 292) in the conductive state as a function of a dimming signal, wherein the controller is further configured to operate the second switch (202, 206, 292) in the conductive state for an ON time, characterized in that the ON time of the second switch (202, 206, 292) is dimensioned such that the polarity of the choke current changes from positive to negative during the ON time of the second switch (202, 206, 292) and a voltage reverses at the midpoint of the series circuit of the first switch (201, 205, 291) and of the second switch (202, 206, 292). - a supply voltage terminal, - an output terminal that can be connected to the light-emitting diode, - a first switch (201, 205, 291), - a second switch (202, 206, 292) that is connected between the supply voltage terminal and ground in series with the first switch (201, 205, 291), - a storage choke, wherein the storage choke and the first switch (201, 205, 291) are connected in series between the supply voltage terminal and the output terminal, wherein the output terminal is configured to output a load current to the light-emitting diode based on a choke current through the storage choke, and - a controller that is configured to alternately and periodically operate the first switch (201, 205, 291) and the second switch (202, 206, 292) in the conductive state as a function of a dimming signal,
An airfoil comprising: a platform including platform leading and trailing ends (28,30), lateral side faces (32,34), and inner and outer faces (36,38); and an airfoil portion extending outwardly from the inner face of the platform, the platform including a cooling passage (48,50) having an inlet at a forward location, relative to the platform leading and trailing ends, outlet slots at the platform trailing end, and an intermediate passage portion extending from the inlet to the outlet slots, the intermediate passage portion including a common manifold region that feeds the outlet slots; characterised in that: the intermediate passage portion tapers in thickness from the inlet to the outlet slots in a thickness direction between the inner and outer faces (36,38). a platform including platform leading and trailing ends (28,30), lateral side faces (32,34), and inner and outer faces (36,38); and an airfoil portion extending outwardly from the inner face of the platform, the platform including a cooling passage (48,50) having an inlet at a forward location, relative to the platform leading and trailing ends, outlet slots at the platform trailing end, and an intermediate passage portion extending from the inlet to the outlet slots, the intermediate passage portion including a common manifold region that feeds the outlet slots; characterised in that: the intermediate passage portion tapers in thickness from the inlet to the outlet slots in a thickness direction between the inner and outer faces (36,38).
A waste toner collecting device comprising: a waste toner bottle (101, 201, 501) for collecting a waste toner; and a levelling unit (110, 210, 510) disposed inside the waste toner bottle (101, 201, 501), to swing for levelling waste toner collected and piled in the waste toner bottle (101, 201, 501), wherein the levelling unit (110, 210, 510) comprises: a swing member (140, 240, 530) swingably disposed in the waste toner bottle (101, 201, 501), characterised in that the levelling unit comprises a shaking member (160, 260, 540) to scrape an upper portion of the waste toner piled in the waste toner bottle (101, 201, 501), the shaking member including one side hinge-connected to the swing member (140, 240, 530) and another side that is hinge-connected connected to an auxiliary swing member (180, 550, 560) swingably disposed in the waste toner bottle with an interval with the swing member (140, 530). a waste toner bottle (101, 201, 501) for collecting a waste toner; and a levelling unit (110, 210, 510) disposed inside the waste toner bottle (101, 201, 501), to swing for levelling waste toner collected and piled in the waste toner bottle (101, 201, 501), wherein the levelling unit (110, 210, 510) comprises: a swing member (140, 240, 530) swingably disposed in the waste toner bottle (101, 201, 501), characterised in that the levelling unit comprises a shaking member (160, 260, 540) to scrape an upper portion of the waste toner piled in the waste toner bottle (101, 201, 501), the shaking member including one side hinge-connected to the swing member (140, 240, 530) and another side that is hinge-connected connected to an auxiliary swing member (180, 550, 560) swingably disposed in the waste toner bottle with an interval with the swing member (140, 530). a swing member (140, 240, 530) swingably disposed in the waste toner bottle (101, 201, 501), characterised in that the levelling unit comprises a shaking member (160, 260, 540) to scrape an upper portion of the waste toner piled in the waste toner bottle (101, 201, 501), the shaking member including one side hinge-connected to the swing member (140, 240, 530) and another side that is hinge-connected connected to an auxiliary swing member (180, 550, 560) swingably disposed in the waste toner bottle with an interval with the swing member (140, 530).