mhurhangee/patent-ind-claim-en huggingface dataset:
Valve assembly for an injection valve, in particular for direct injection of compressed natural gas (CNG) into a combustion chamber of a cylinder of an internal combustion engine, wherein the valve assembly comprises a valve housing section having a fluid inlet portion and a fluid outlet portion , wherein the valve assembly comprises a cavity within the valve housing section wherein the cavity is in fluid communication with the fluid inlet portion and the fluid outlet portion , wherein the valve assembly comprises a valve needle which is axially movable along or parallel to a central longitudinal axis (L) of the valve assembly between a closing position and other positions and wherein at least a section of the valve needle extends along the cavity , wherein the valve housing section comprises a cross wall being situated axially between the fluid inlet portion and the cavity , wherein the cross wall includes a hollow bore extending along or parallel to the central longitudinal axis (L) from a front wall facing the fluid inlet portion to a mouth facing the cavity , wherein the valve needle comprises a first axial end section being inserted in the hollow bore and being movable therein axially relative to the cross wall , wherein the front wall includes a throttling via hole , wherein a hollow cross section of the throttling via hole is smaller compared to a cross section of the first axial end section and wherein the valve housing section comprises one or more fluid passages extending between the fluid inlet portion and the cavity , wherein the mouth of the hollow bore or a surface which surrounds said mouth is sealingly connected to the valve needle by an elastomer coupling or a bellow or the like, characterized in that a fluid chamber which is defined by the hollow bore , the first axial end section of the valve needle , the elastomer coupling or the bellow and the front wall is separated from the fluid inlet portion with the exception of the throttling via hole and is tightened from the cavity .
A generator module comprising: a battery ; a charging circuit coupled to an output of a generator and configured to charge the battery ; an electric power outlet configured to provide an output from the battery , the generator , or a combination of the battery and the generator ; characterized by an enclosure including the battery , the charging circuit , and the electric power outlet, the enclosure detachable from the generator . a battery ; a charging circuit coupled to an output of a generator and configured to charge the battery ; an electric power outlet configured to provide an output from the battery , the generator , or a combination of the battery and the generator ; characterized by an enclosure including the battery , the charging circuit , and the electric power outlet, the enclosure detachable from the generator .
A heat transfer tube comprising: an elongated main body including an outer tube wall , an inner tube wall , and a plurality of flow passages, the outer tube wall and the inner tube wall being formed by bending a single plate material a number of times, and the plurality of flow passages being surrounded and defined by the outer tube wall and the inner tube wall ; and characterised by an extension portion corresponding to at least one of the end portions of the single plate material, the extension portion being formed such that the at least one of the end portions of the single plate material extends from the main body in an elongated-section long-axis direction that is a direction along a long axis of a section of the main body , the extension portion being formed to extend from the outer tube wall in a direction parallel to the elongated-section long-axis direction, the extension portion being formed longer than a short axis of the section of the main body . an elongated main body including an outer tube wall , an inner tube wall , and a plurality of flow passages, the outer tube wall and the inner tube wall being formed by bending a single plate material a number of times, and the plurality of flow passages being surrounded and defined by the outer tube wall and the inner tube wall ; and characterised by an extension portion corresponding to at least one of the end portions of the single plate material, the extension portion being formed such that the at least one of the end portions of the single plate material extends from the main body in an elongated-section long-axis direction that is a direction along a long axis of a section of the main body , the extension portion being formed to extend from the outer tube wall in a direction parallel to the elongated-section long-axis direction, the extension portion being formed longer than a short axis of the section of the main body .
An indicating lamp emitting light radially toward a periphery of a central axis (C1) and away from the central axis (C1) and comprising: three LED substrates that, when viewed in parallel to the central axis (C1) , form an equilateral triangle (T) surrounding the central axis (C1) and are disposed equidistantly with respect to the central axis (C1) ; and LEDs that, when viewed in parallel to the central axis (C1) , are disposed on an outer surface of each LED substrate at least one each at each of a pair of placement positions (Q1) at both sides sandwiching a reference normal (BN) being a normal to the outer surface of each LED substrate and passing through the central axis (C1) and each have an optical axis orthogonal to the outer surface of each LED substrate ; characterised by further comprising: an optical system (K) by which, when viewed in parallel to the central axis (C1) , radiated lights from the LEDs at the pair of placement positions (Q1) of each LED substrate are converted to and emitted as emitted parallel lights that are respectively parallel to a pair of light emission reference lines (RB) passing through the central axis (C1) at both sides sandwiching the reference normal (BN) of each LED substrate and respectively contain the corresponding light emission reference lines (RB). three LED substrates that, when viewed in parallel to the central axis (C1) , form an equilateral triangle (T) surrounding the central axis (C1) and are disposed equidistantly with respect to the central axis (C1) ; and LEDs that, when viewed in parallel to the central axis (C1) , are disposed on an outer surface of each LED substrate at least one each at each of a pair of placement positions (Q1) at both sides sandwiching a reference normal (BN) being a normal to the outer surface of each LED substrate and passing through the central axis (C1) and each have an optical axis orthogonal to the outer surface of each LED substrate ; characterised by further comprising: an optical system (K) by which, when viewed in parallel to the central axis (C1) , radiated lights from the LEDs at the pair of placement positions (Q1) of each LED substrate are converted to and emitted as emitted parallel lights that are respectively parallel to a pair of light emission reference lines (RB) passing through the central axis (C1) at both sides sandwiching the reference normal (BN) of each LED substrate and respectively contain the corresponding light emission reference lines (RB).
An electric arrangement, comprising: i) functional modules , which can serve both as transaction initiators or transaction targets, whereby a transaction initiating functional module may need a transaction target functional module to execute a function for and on behalf of said transaction initiating functional module; ii) a first interconnect fabric connecting the functional modules and providing communication between those functional modules; wherein the electric arrangement being arranged in that a selected transaction initiation functional module has temporally exclusive access to one or more transaction target functional modules executing a function for and on behalf of said selected transaction initiating functional module, to ensure that transaction initiating functional modules other than the selected transaction initiation functional module, have no uncontrolled access thereto, wherein said selected transaction initiation functional module being a hardware secure module , characterized in that , for ensuring that a selected transaction initiation functional module has temporally exclusive access to one or more transaction target functional modules executing a function for and on behalf of said selected transaction initiating functional module, protection means are provided, to ensure that transaction initiating functional modules other than the selected transaction initiation functional module, have no uncontrolled access thereto; and wherein said protection means comprises: one or more protection units provided between said modules and part of said first interconnect fabric for each of said transaction target functional modules; whereby the configuring of said protection units is controlled by said selected transaction initiation functional module. characterized in that , for ensuring that a selected transaction initiation functional module has temporally exclusive access to one or more transaction target functional modules executing a function for and on behalf of said selected transaction initiating functional module, protection means are provided, to ensure that transaction initiating functional modules other than the selected transaction initiation functional module, have no uncontrolled access thereto; and wherein said protection means comprises: one or more protection units provided between said modules and part of said first interconnect fabric for each of said transaction target functional modules; whereby the configuring of said protection units is controlled by said selected transaction initiation functional module.
A base for an e-vaping device , comprising: a power supply configured to supply electrical power; at least first and second connectors configured to electrically couple separate, respective first and second cartridges to the power supply ; and control circuitry configured to independently control dispersion generation by the first and second cartridges, based on cartridge information accessed through at least one of the first and second connectors and based on independent control of electrical power supplied from the power supply to the first and second cartridges via the first and second connectors; wherein the control circuitry is configured to independently control the electrical power supplied to the first and second connectors, such that electrical power is supplied to alternate cartridges of the first and second cartridges in response to successive vaping command signals. a power supply configured to supply electrical power; at least first and second connectors configured to electrically couple separate, respective first and second cartridges to the power supply ; and control circuitry configured to independently control dispersion generation by the first and second cartridges, based on cartridge information accessed through at least one of the first and second connectors and based on independent control of electrical power supplied from the power supply to the first and second cartridges via the first and second connectors;
A computer-implemented method of encrypting and transmitting data from a first node to a second node over a network, the method comprising: deriving , at the first node, a secret key from a common secret which is known by the first and second nodes; utilizing the secret key as a seed for a pseudo random number generator; combining output from the pseudo random number generator with data to be transmitted to produce encrypted data; and transmitting the encrypted data to the second node; wherein the first node is associated with a first asymmetric cryptography key pair and the second node is associated with a second asymmetric cryptography key pair, and the common secret is derived at the first and second nodes from the respective first and second asymmetric cryptography key pairs without transmitting the common secret between the first and second nodes; wherein deriving the secret key includes combining the common secret, or a symmetric key resulting from conversion of the common secret, with additional data; wherein the additional data includes a time variable or a cryptographic function of a time variable. deriving , at the first node, a secret key from a common secret which is known by the first and second nodes; utilizing the secret key as a seed for a pseudo random number generator; combining output from the pseudo random number generator with data to be transmitted to produce encrypted data; and transmitting the encrypted data to the second node; wherein the first node is associated with a first asymmetric cryptography key pair and the second node is associated with a second asymmetric cryptography key pair, and the common secret is derived at the first and second nodes from the respective first and second asymmetric cryptography key pairs without transmitting the common secret between the first and second nodes; wherein deriving the secret key includes combining the common secret, or a symmetric key resulting from conversion of the common secret, with additional data; wherein the additional data includes a time variable or a cryptographic function of a time variable.
(R)-3-( -1-(5-Fluoro-2-(2-((3-fluoropropyl)amino)ethoxy)-3-methylpyridin-4-yl)-3-methyl-1,3,4,9-tetrahydro-2H-pyrido[3,4-b]indol-2-yl)-2-methylpropanoic acid, or a pharmaceutically acceptable salt thereof.
A method comprising: receiving mapping data collected by an autonomous cleaning robot as the autonomous cleaning robot moves about an environment, a portion of the mapping data indicative of a location of an object in the environment; and defining a behavioral control zone (20; 20a-d; 480a-f) at the location of the object such that the autonomous cleaning robot initiates a behavior constrained to the behavioral control zone in response to encountering the behavioral control zone in the environment, characterized in that defining the behavioral control zone includes using sensor data collected by the autonomous cleaning robot to provide a recommended behavior control zone to a user, and receiving from the user acceptance or a modification of the recommended behavior control zone to define a behavior control zone for controlling the behavior of the autonomous cleaning robot. receiving mapping data collected by an autonomous cleaning robot as the autonomous cleaning robot moves about an environment, a portion of the mapping data indicative of a location of an object in the environment; and defining a behavioral control zone (20; 20a-d; 480a-f) at the location of the object such that the autonomous cleaning robot initiates a behavior constrained to the behavioral control zone in response to encountering the behavioral control zone in the environment, characterized in that defining the behavioral control zone includes using sensor data collected by the autonomous cleaning robot to provide a recommended behavior control zone to a user, and receiving from the user acceptance or a modification of the recommended behavior control zone to define a behavior control zone for controlling the behavior of the autonomous cleaning robot.
A method for increasing tolerance to abiotic stress and/or for reducing the consequence of abiotic stress in a plant and/or part thereof, comprising: contacting a plant and/or part thereof with a first composition comprising aminoguanidine; and a second composition comprising at least one dicarboxylic acid and/or a salt thereof, wherein the at least one dicarboxylic acid is pimelic acid (heptanedioic acid), suberic acid (octanedioic acid), azelaic acid (nonanedioic acid), sebacic acid (decanedioic acid), undecanedioic acid, dodecanedioic acid, brassylic acid (tridecanedioic acid), thapsic acid (hexadecanedioic acid), tetradecanedioic acid, and/or pentadecanedioic acid, and/or a salt thereof, or any combination thereof, thereby increasing tolerance to abiotic stress and/or reducing the consequence of abiotic stress in a plant and/or part thereof as compared to a control. contacting a plant and/or part thereof with a first composition comprising aminoguanidine; and a second composition comprising at least one dicarboxylic acid and/or a salt thereof, wherein the at least one dicarboxylic acid is pimelic acid (heptanedioic acid), suberic acid (octanedioic acid), azelaic acid (nonanedioic acid), sebacic acid (decanedioic acid), undecanedioic acid, dodecanedioic acid, brassylic acid (tridecanedioic acid), thapsic acid (hexadecanedioic acid), tetradecanedioic acid, and/or pentadecanedioic acid, and/or a salt thereof, or any combination thereof, thereby increasing tolerance to abiotic stress and/or reducing the consequence of abiotic stress in a plant and/or part thereof as compared to a control.
An injection device for automatically squeezing out a dosage of injection liquid from a container, the injection device having a housing which has a longitudinal central axis ; having a first component and a second component , wherein the first component and the second component move relative to one another on the squeezing out of injection liquid; and having an injection spring , wherein energy stored in the injection spring is at least partially released on the squeezing out of injection liquid from the container and causes the dosage of injection liquid to be squeezed out from the container , wherein the injection device has a setting apparatus to set the injection rate at which the injection liquid is squeezed out from the container , said setting apparatus influencing the energy required for moving the second component in relation to the first component, wherein the setting apparatus , when setting the injection rate, acts on the axial relative position of the first component and the second component, characterized in that the first component, on the squeezing out of injection liquid, is guided in the housing so as to be movable in the direction of the longitudinal central axis and so as to be rotationally fixed; in that the second component, on the squeezing out of injection liquid, is supported in relation to the housing so as to be rotatable and so as to be in a fixed position in the direction of the longitudinal central axis ; and in that the setting apparatus has a latching device which acts between the first component and the second component, with the latching device in a first relative position of the first component and the second component having a greater force for overcoming a latching than in a second relative position of the first component and the second component.
A method for processing a histogram of detected arrival time events output from a photosensitive sensor, the method comprising: isolating at least one parasitic light path component, wherein the isolating comprises capturing at least one cross-talk histogram comprising the at least one parasitic light path component, wherein the capturing the at least one cross-talk histogram comprises determining a parasitic light path function modelling the at least one parasitic light path component over the photosensitive sensor and histogram bins; and filtering histogram data to remove the at least one parasitic light path component from the histogram data, wherein the filtering comprises applying the parasitic light path function modelling the at least one parasitic light path component over the photosensitive sensor and histogram bins. isolating at least one parasitic light path component, wherein the isolating comprises capturing at least one cross-talk histogram comprising the at least one parasitic light path component, wherein the capturing the at least one cross-talk histogram comprises determining a parasitic light path function modelling the at least one parasitic light path component over the photosensitive sensor and histogram bins; and filtering histogram data to remove the at least one parasitic light path component from the histogram data, wherein the filtering comprises applying the parasitic light path function modelling the at least one parasitic light path component over the photosensitive sensor and histogram bins.
A tilt detection system, comprising: a roulette wheel ; at least one inclination sensor positioned within a rim of the roulette wheel; a display module comprising a plurality of light outputs; a processor communicatively coupled to the at least one inclination sensor and the display module, and a memory comprising instruction that, when executed by the processor, cause the tilt detection system to at least: obtain positional data from the at least one inclination sensor during operation of the roulette wheel; determine tilt data based on the positional data, wherein the tilt data is indicative of inclination of the roulette wheel relative to a baseline; determine a tilt status based on the tilt data; and activate the plurality of light outputs based on the tilt status, characterized in that the display module is positioned on or secured within the rim of the roulette wheel. a roulette wheel ; at least one inclination sensor positioned within a rim of the roulette wheel; a display module comprising a plurality of light outputs; a processor communicatively coupled to the at least one inclination sensor and the display module, and a memory comprising instruction that, when executed by the processor, cause the tilt detection system to at least: obtain positional data from the at least one inclination sensor during operation of the roulette wheel; determine tilt data based on the positional data, wherein the tilt data is indicative of inclination of the roulette wheel relative to a baseline; determine a tilt status based on the tilt data; and activate the plurality of light outputs based on the tilt status, characterized in that the display module is positioned on or secured within the rim of the roulette wheel.
A linking for a movable door leaf with a termination to a floor , which door leaf is guided in lateral running rails by means of rollers , with connecting levers, which are formed as essentially flat swing arms , which are mounted between the lateral rope-shaped driving means and the door leaf , wherein the swing arms are disposed on both sides in the lower area of the door leaf and configured as bifilar linking, wherein each swing arm includes an upper point of movement , which allows for at least one movability in a direction of movement of the swing arm towards the door leaf and, via catches , is attached to the driving means, which are changeable in the vertical direction, wherein each swing arm includes a lower connection connected to the door leaf , as the attachment, by means of which at least one movability in a direction of movement of the swing arm towards the door leaf is given with several degrees of freedom, which per se is formed to be non-adjustable, and wherein an adjusting device is provided, by means of which the position of the upper point of movement is continuously and gradually vertically to be adjusted, wherein a reference position of the door leaf is changeable in relation to the floor , characterized in that the upper point of movement of the swing arm is formed by means of a connecting element , which includes a central area, a thread disposed within the connecting element and a collar for attaching the connecting element , the swing arm and the catch , wherein the central area contains a round or ball-shaped protrusion , is thereby formed as attachment with several degrees of freedom for the swing arm and is connected to the catch , in continuation thereof the collar is disposed at the protrusion at the end side and connected to the catch , and in that the adjusting device is disposed within or at the catch , in order to achieve an adjustability of the parallelism of the termination to the floor via the swing arms .