mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly for an engine, comprising: an engine structure comprising an injector aperture and a fuel supply passage , the injector aperture extending longitudinally through the engine structure along a centerline , and the fuel supply passage extending laterally within the engine structure to the injector aperture ; and a fuel injector mated with the injector aperture , the fuel injector comprising a nozzle passage and a nozzle orifice , the nozzle passage extending longitudinally along the centerline within the fuel injector to the nozzle orifice , and the nozzle passage fluidly coupled with the fuel supply passage wherein the fuel injector includes a fuel nozzle and a fuel coupler ; wherein the fuel nozzle includes the nozzle passage and the nozzle orifice ; wherein the fuel coupler is within the injector aperture adjacent the fuel supply passage , and the fuel coupler is configured to fluidly couple the fuel supply passage with the nozzle passage ; characterised in that the fuel coupler includes a first end wall , a second end wall and a plurality of struts ; and wherein plurality of struts are arranged circumferentially about the centerline , and the plurality of struts are connected to and extend longitudinally along the centerline between the first end wall and the second end wall . an engine structure comprising an injector aperture and a fuel supply passage , the injector aperture extending longitudinally through the engine structure along a centerline , and the fuel supply passage extending laterally within the engine structure to the injector aperture ; and a fuel injector mated with the injector aperture , the fuel injector comprising a nozzle passage and a nozzle orifice , the nozzle passage extending longitudinally along the centerline within the fuel injector to the nozzle orifice , and the nozzle passage fluidly coupled with the fuel supply passage wherein the fuel injector includes a fuel nozzle and a fuel coupler ; wherein the fuel nozzle includes the nozzle passage and the nozzle orifice ; wherein the fuel coupler is within the injector aperture adjacent the fuel supply passage , and the fuel coupler is configured to fluidly couple the fuel supply passage with the nozzle passage ; characterised in that the fuel coupler includes a first end wall , a second end wall and a plurality of struts ; and wherein plurality of struts are arranged circumferentially about the centerline , and the plurality of struts are connected to and extend longitudinally along the centerline between the first end wall and the second end wall .
Method for producing haptic signalling on a manual control means of a vehicle , wherein the method comprises - determining vibration information indicating a degree of vibrations in the vehicle ; and - producing haptic signalling on the manual control means of the vehicle on the basis of the vibration information ; characterized in that the haptic signalling is produced such that - the haptic signalling exceeds a first perceptibility threshold for a driver of the vehicle who is touching the manual control means ; wherein the first perceptibility threshold depends on the degree of vibrations in the vehicle ; and/or - the haptic signalling undershoots a second perceptibility threshold for a further occupant of the vehicle who is not touching the manual control means ; wherein the second perceptibility threshold depends on the degree of vibrations in the vehicle ; and/or - the haptic signalling undershoots an interference threshold for the driver of the vehicle , at which the haptic signalling is perceived to be substantially uncomfortable; wherein the interference threshold depends on the degree of vibrations in the vehicle . - determining vibration information indicating a degree of vibrations in the vehicle ; and - producing haptic signalling on the manual control means of the vehicle on the basis of the vibration information ; characterized in that the haptic signalling is produced such that - the haptic signalling exceeds a first perceptibility threshold for a driver of the vehicle who is touching the manual control means ; wherein the first perceptibility threshold depends on the degree of vibrations in the vehicle ; and/or - the haptic signalling undershoots a second perceptibility threshold for a further occupant of the vehicle who is not touching the manual control means ; wherein the second perceptibility threshold depends on the degree of vibrations in the vehicle ; and/or - the haptic signalling undershoots an interference threshold for the driver of the vehicle , at which the haptic signalling is perceived to be substantially uncomfortable; wherein the interference threshold depends on the degree of vibrations in the vehicle . - the haptic signalling exceeds a first perceptibility threshold for a driver of the vehicle who is touching the manual control means ; wherein the first perceptibility threshold depends on the degree of vibrations in the vehicle ; and/or - the haptic signalling undershoots a second perceptibility threshold for a further occupant of the vehicle who is not touching the manual control means ; wherein the second perceptibility threshold depends on the degree of vibrations in the vehicle ; and/or - the haptic signalling undershoots an interference threshold for the driver of the vehicle , at which the haptic signalling is perceived to be substantially uncomfortable; wherein the interference threshold depends on the degree of vibrations in the vehicle .
Support head for video/photographic equipment, comprising: - a body on which a seat is formed, which is provided to receive an attachment plate of said video/photographic equipment , and on which body a first and a second region of said body are defined, which regions are separated by said seat , - a retaining device which can be moved between a first position, in which it extends into said seat in order to retain said attachment plate in said seat so as to have a limited ability to slide in a longitudinal direction (X) defined on said seat, and a second position, in which it extends less into said seat or is outside said seat such that said attachment plate is free to enter or come out of said seat along an insertion direction (Z) substantially perpendicular to said longitudinal direction (X), - a locking device which is provided to lock and to unlock said attachment plate inside said seat in a desired position, - a control member of said locking device, which member is positioned on said first region of said body and can be actuated by a user in order to control said locking device, - a safety device which is provided to prevent said retaining device from accidentally moving from said first position to said second position, - an unlocking element of said safety device , which element can be actuated by a user in order to control the unlocking of said safety device and allow said retaining device to move from said first position to said second position, characterised in that said unlocking element of said safety device is positioned on said second region of said body . - a body on which a seat is formed, which is provided to receive an attachment plate of said video/photographic equipment , and on which body a first and a second region of said body are defined, which regions are separated by said seat , - a retaining device which can be moved between a first position, in which it extends into said seat in order to retain said attachment plate in said seat so as to have a limited ability to slide in a longitudinal direction (X) defined on said seat, and a second position, in which it extends less into said seat or is outside said seat such that said attachment plate is free to enter or come out of said seat along an insertion direction (Z) substantially perpendicular to said longitudinal direction (X), - a locking device which is provided to lock and to unlock said attachment plate inside said seat in a desired position, - a control member of said locking device, which member is positioned on said first region of said body and can be actuated by a user in order to control said locking device, - a safety device which is provided to prevent said retaining device from accidentally moving from said first position to said second position, - an unlocking element of said safety device , which element can be actuated by a user in order to control the unlocking of said safety device and allow said retaining device to move from said first position to said second position,
Transformer assembly comprising: - a first transformer stage having a plurality of first-stage transformer cells , each of the first-stage transformer cells comprising a converter and a medium frequency transformer connected in series to each other, wherein respective inputs of each of the plurality of first-stage transformer cells are connected in series and respective outputs of each of the plurality first-stage transformer cells are connected in parallel to form an output of the first transformer stage ; and - a second transformer stage comprising at least one second-stage transformer cell , the second-stage transformer cell comprising a medium frequency transformer and a converter connected in series to each other, wherein a lightning impulse breakdown voltage of the at least one second-stage transformer cell is at least double of a lightning impulse breakdown voltage of one of the first-stage transformer cells , wherein the lightning impulse breakdown voltage is the peak voltage of a lightning impulse between an input and an output of the respective transformer cell , at which the respective transformer cell breaks down during a lightning impulse test, and wherein an input of the second transformer stage is connected to the output of the first transformer stage . - a first transformer stage having a plurality of first-stage transformer cells , each of the first-stage transformer cells comprising a converter and a medium frequency transformer connected in series to each other, wherein respective inputs of each of the plurality of first-stage transformer cells are connected in series and respective outputs of each of the plurality first-stage transformer cells are connected in parallel to form an output of the first transformer stage ; and - a second transformer stage comprising at least one second-stage transformer cell , the second-stage transformer cell comprising a medium frequency transformer and a converter connected in series to each other, wherein a lightning impulse breakdown voltage of the at least one second-stage transformer cell is at least double of a lightning impulse breakdown voltage of one of the first-stage transformer cells , wherein the lightning impulse breakdown voltage is the peak voltage of a lightning impulse between an input and an output of the respective transformer cell , at which the respective transformer cell breaks down during a lightning impulse test, and wherein an input of the second transformer stage is connected to the output of the first transformer stage .
Assembly for producing a threaded joint for drilling or exploitation of hydrocarbon wells, the joint comprising a first and a second tubular component having an axis of revolution , each being provided with a male end and female end , respectively, at least one of the male ends and female ends terminating with a terminal surface which comprises a first stop surface which is capable of moving into locking contact when the joint is in the state screwed against a second stop surface which is itself provided on a shoulder which is produced on the other end, at least one of the first stop surface and second stop surface being recessed with a groove which thus delimits an outer stop zone and an inner stop zone , characterised in that , in the screwed state, at least one of the outer stop zones and inner stop zones forms an axial protrusion so that the contact pressure Pint(a) of the inner stop zone applied in the region of the groove is greater than or equal to the minimum contact pressure value Pext (min) applied in the outer stop zone , and in that the outer stop zones and inner stop zones of at least one of the first stop surface and second stop surface recessed by the groove belong to a mutually different first and second plane, respectively.
Softener comprising an enclosure for humidifying rice cakes, which comprises: - a humidifying bench having at least one support means provided for the passage of a conveyor belt, said humidifying bench having a gutter which stretches axially along a longitudinal axis "XX"' and a steam distribution unit containing at least one steam nozzle , the discharge mouth of which opens into the elongate hole of said gutter ; and - a cover which stretches axially along an axis "YY'" in parallel with the axis "XX"'; and wherein the softener according to the invention has a conveyor belt having a textile layer of which the edges interact with the support means and the textile layer is a woven fabric having a mesh of 0.8 to 1.2 mm and a wire of 0.45 to 0.55 mm thick; the discharge mouths of the steam nozzles being separated by 1 to 5 mm from the textile layer. - a humidifying bench having at least one support means provided for the passage of a conveyor belt, said humidifying bench having a gutter which stretches axially along a longitudinal axis "XX"' and a steam distribution unit containing at least one steam nozzle , the discharge mouth of which opens into the elongate hole of said gutter ; and - a cover which stretches axially along an axis "YY'" in parallel with the axis "XX"'; and wherein
An optoelectronic sensor for measuring the distance of an object in a monitored zone , the optoelectronic sensor comprising a light transmitter for transmitting light signals into the monitored zone , a light receiver having at least one avalanche photodiode operated in Geiger mode for receiving the light signals reflected or remitted by the object, an individual time of flight measurement unit for determining an individual time of flight of a light signal from the sensor to the object and an evaluation unit that is configured to determine a common measured value for the distance from a plurality of individual times of flight, characterized in that the evaluation unit is furthermore configured to determine a received point in time t s forming the basis of the common measured value in a predefinable time interval having a lower time boundary t 0 and an upper time boundary t 1 from a model of the number N ( t ) of the avalanche photodiodes still available at a respective point in time t based on a background parameter λ , with an avalanche photodiode still being available as long as no avalanche has been triggered therein, and wherein the background parameter λ describes the decrease of N ( t ) due to background events.
A computer-implemented method for refocusing, on at least one common point of interest, the rendering of a first plenoptic video data capturing a scene from a first plenoptic device, said method comprises: - obtaining a common 3D reference system for spatially locating said first plenoptic device and a second plenoptic device, the second plenoptic device having captured a second plenoptic video data from the scene, and the first plenoptic video data and the second plenoptic video data having been temporally aligned, - refocusing the rendering of at least a part of said first plenoptic video data on said at least one common point of interest based on the second plenoptic video data, the common 3D reference system, and said temporal alignment. - obtaining a common 3D reference system for spatially locating said first plenoptic device and a second plenoptic device, the second plenoptic device having captured a second plenoptic video data from the scene, and the first plenoptic video data and the second plenoptic video data having been temporally aligned, - refocusing the rendering of at least a part of said first plenoptic video data on said at least one common point of interest based on the second plenoptic video data, the common 3D reference system, and said temporal alignment.
A method of securing access to a dialysis machine , the method comprising: controlling access, via a secure access card , to the dialysis machine , wherein the secure access card includes a biometric security module embedded on the secure access card, and wherein the biometric security module includes a biometric sensor that obtains biometric data from a requesting user of the secure access card; and performing verification processing, via a biometric verification module, to verify the obtained biometric data from the requesting user in relation to template biometric data previously stored during an enrollment of an authorized user that associates the authorized user to the secure access card, wherein either: a) the user is a service technician and the access granted to the requesting user includes access allowing the requesting user to service the dialysis machine, or b) the requesting user is a caregiver of the patient and the access granted to the requesting user includes enabling the dialysis machine to obtain medical records of the patient. controlling access, via a secure access card , to the dialysis machine , wherein the secure access card includes a biometric security module embedded on the secure access card, and wherein the biometric security module includes a biometric sensor that obtains biometric data from a requesting user of the secure access card; and performing verification processing, via a biometric verification module, to verify the obtained biometric data from the requesting user in relation to template biometric data previously stored during an enrollment of an authorized user that associates the authorized user to the secure access card, wherein either: a) the user is a service technician and the access granted to the requesting user includes access allowing the requesting user to service the dialysis machine, or b) the requesting user is a caregiver of the patient and the access granted to the requesting user includes enabling the dialysis machine to obtain medical records of the patient. a) the user is a service technician and the access granted to the requesting user includes access allowing the requesting user to service the dialysis machine, or b) the requesting user is a caregiver of the patient and the access granted to the requesting user includes enabling the dialysis machine to obtain medical records of the patient.
Method for a system time independent authentication of interactions in microcontroller-based and/or FPGA-based devices or systems, in particular embedded systems and/or flame monitors, in which, in each one of a requesting device and an authenticating device , a cryptographic hash-value (R'TOTP, RTOTP) is calculated in accordance with one of mutually shared secrets (S) used by both devices and in a TOTP module operating in accordance with a TOTP method in both devices , wherein, instead of a system time, a specifiable information (R) is provided to the TOTP modules for calculating the respective hash value (R'TOTP, RTOTP), such that the specifiable information (R) is generated or provided by the authenticating device and, upon request of the requesting device or by means of a direct input into the authenticating device , is transferred to the requesting device , where it is then provided to the TOTP module operating there for calculating a hash value and the hash value (R'TOTP) calculated there is transmitted to the authenticating device , and in that, if this hash value (R'TOTP) received from the authenticating device matches the hash value (RTOTP) calculated in the authenticating device using the specified information (R), a successful authentication is carried out and the interaction is allowed which, if there is no match, will otherwise be blocked.
Lid for a food receptacle , in particular for a jar of a kitchen appliance, the lid comprising - a ring component to be positioned on an edge of the receptacle , the ring component comprising a pouring , - a swivelling pouring cap hinged in the ring component so as to form a lever, wherein in a first swivel position relative to the ring component , the pouring cap closes the pouring and in a second swivel position relative to the ring component, the pouring cap releases the pouring ; - an elastic element urging the pouring cap towards its first swivel position; and characterised in that it further comprises - a centre component closing or configured to close an inner space at least partially surrounded by the ring component while being rotatable, around a designated rotation axis (X), between a first rotational position relative to the ring component, in which position the centre component releases the pouring cap , and a second rotational position relative to the ring component, in which position an opener protrusion of the centre component acts on a radially inner lever arm of the pouring cap, thereby urging the pouring cap against the elastic force of the elastic element into the second swivel position. - a ring component to be positioned on an edge of the receptacle , the ring component comprising a pouring , - a swivelling pouring cap hinged in the ring component so as to form a lever, wherein in a first swivel position relative to the ring component , the pouring cap closes the pouring and in a second swivel position relative to the ring component, the pouring cap releases the pouring ; - an elastic element urging the pouring cap towards its first swivel position; and - a centre component closing or configured to close an inner space at least partially surrounded by the ring component while being rotatable, around a designated rotation axis (X), between a first rotational position relative to the ring component, in which position the centre component releases the pouring cap , and a second rotational position relative to the ring component, in which position an opener protrusion of the centre component acts on a radially inner lever arm of the pouring cap, thereby urging the pouring cap against the elastic force of the elastic element into the second swivel position.