mhurhangee/patent-ind-claim-en huggingface dataset:
A valvetrain for an internal combustion engine of a type that has a combustion chamber, a moveable valve having a seat formed in the combustion chamber, and a cam shaft, comprising: a rocker arm assembly comprising a rocker arm and a cam follower configured to engage a cam mounted on a cam shaft as the cam shaft rotates; and a first coil that is mounted to the rocker arm; characterized by a second coil mounted to a component distinct from the rocker arm; wherein the first and second coils form a system of magnetically coupled inductors at least while the cam is on base circle, whereby an alternating current in the second coil induces a voltage in the first coil. a rocker arm assembly comprising a rocker arm and a cam follower configured to engage a cam mounted on a cam shaft as the cam shaft rotates; and a first coil that is mounted to the rocker arm; characterized by a second coil mounted to a component distinct from the rocker arm; wherein the first and second coils form a system of magnetically coupled inductors at least while the cam is on base circle, whereby an alternating current in the second coil induces a voltage in the first coil.
A method, comprising: receiving at a first communication device from a first network information for assisting device-to-device transmissions between a group of communication devices including said first communication device, wherein said information for assisting device-to-device transmissions comprises resource allocation information and/or scheduling information for performing device-to-device transmission; thereafter detecting at said first communication device loss of possibility to continue receiving assistance for said device-to-device transmissions from said first network; and deciding at said first communication device whether to continue with said device-to-device transmissions with assistance from a second network or without assistance from the second network, wherein said deciding is based on one or more of access need, capability and condition of the first communication device and the second network. receiving at a first communication device from a first network information for assisting device-to-device transmissions between a group of communication devices including said first communication device, wherein said information for assisting device-to-device transmissions comprises resource allocation information and/or scheduling information for performing device-to-device transmission; thereafter detecting at said first communication device loss of possibility to continue receiving assistance for said device-to-device transmissions from said first network; and deciding at said first communication device whether to continue with said device-to-device transmissions with assistance from a second network or without assistance from the second network, wherein said deciding is based on one or more of access need, capability and condition of the first communication device and the second network.
Method for producing a tab with at least one security feature - in which a fabric-like strip material is provided for forming the tab , which has at least individual threads made of a polymer material, - in which the fabric-shaped strip material is fed to a processing station , - in which the fabric-shaped strip material is placed on an anvil and a punch with at least one punch surface is fed onto the fabric-shaped strip material of the tab , characterized in that - an embossing foil is passed between the fabric-like strip material of the tab and the stamp , - that the at least one embossing surface is heated to an embossing temperature of the embossing foil or the embossing foil is heated to an embossing temperature or both are heated, - that the at least one embossing surface of the stamp is fed onto the fabric-shaped strip material so that one or more contact points are formed between the embossing foil and one or more thread bellies of the fabric-shaped strip material, and - in that the embossing surface of the stamp determines the surface section of the embossing foil which is applied as printing at least on the thread belly or bellies . - in which a fabric-like strip material is provided for forming the tab , which has at least individual threads made of a polymer material, - in which the fabric-shaped strip material is fed to a processing station , - in which the fabric-shaped strip material is placed on an anvil and a punch with at least one punch surface is fed onto the fabric-shaped strip material of the tab , characterized in that - an embossing foil is passed between the fabric-like strip material of the tab and the stamp , - that the at least one embossing surface is heated to an embossing temperature of the embossing foil or the embossing foil is heated to an embossing temperature or both are heated, - that the at least one embossing surface of the stamp is fed onto the fabric-shaped strip material so that one or more contact points are formed between the embossing foil and one or more thread bellies of the fabric-shaped strip material, and - in that the embossing surface of the stamp determines the surface section of the embossing foil which is applied as printing at least on the thread belly or bellies .
A method of operating a sensor to assess the presence of liquid, the method comprising: driving first light with a light source of the sensor at a first intensity; receiving reflected first light with a light detector of the sensor; comparing an amount or intensity of first light received to a first threshold; driving second light with the light source at a second intensity; receiving reflected second light with the light detector; comparing an amount or intensity of second light received to a second threshold; and concluding whether liquid is present between the light source and the light sensor and whether the sensor is functioning properly according to the result of the comparing steps.
A hand tool comprising: - a first handle and a second handle , which are pivotally arranged with respect to each other, - a first jaw that is an integrated part of said first handle , the first jaw comprising a first crimp portion , - a second jaw comprising a second crimp portion , wherein the first and second crimp portions are arranged to be moved towards each other by actuation of the first and a second handle , so as to close a crimp opening formed between said first and second crimp portions , wherein the second jaw is pivotally arranged with respect to the first handle around a first pivot point , and with respect to the second handle around a second pivot point arranged at an upper end of said second handle , the second pivot point being separated from the first pivot point wherein the first handle comprises a first resilient portion between the first crimp portion and the first pivot point , allowing the first crimp portion to flex with respect to the first pivot point , wherein first handle has a fork arm arrangement comprising a first fork arm and a second fork arm , separated from each other from a point below the first pivot point and upwards, the first fork arm comprising the first crimp portion and the second fork arm enclosing the first pivot point , and wherein a link arm is arranged between the first handle and the second handle . - a first handle and a second handle , which are pivotally arranged with respect to each other, - a first jaw that is an integrated part of said first handle , the first jaw comprising a first crimp portion , - a second jaw comprising a second crimp portion , wherein the first and second crimp portions are arranged to be moved towards each other by actuation of the first and a second handle , so as to close a crimp opening formed between said first and second crimp portions , wherein the second jaw is pivotally arranged with respect to the first handle around a first pivot point , and with respect to the second handle around a second pivot point arranged at an upper end of said second handle , the second pivot point being separated from the first pivot point wherein the first handle comprises a first resilient portion between the first crimp portion and the first pivot point , allowing the first crimp portion to flex with respect to the first pivot point , wherein first handle has a fork arm arrangement comprising a first fork arm and a second fork arm , separated from each other from a point below the first pivot point and upwards, the first fork arm comprising the first crimp portion and the second fork arm enclosing the first pivot point , and wherein a link arm is arranged between the first handle and the second handle .
A method of printing, with a printer , an image on a substrate , the printer comprising a substrate support , the method comprising: obtaining an image to be printed; producing image data representing a visual representation of at least a portion of a grid of alignment features disposed on the substrate support and the substrate ; determining, by visually identifying image data elements of the grid on the substrate support , the position of the substrate when positioned on the substrate support and an amount of skew or rotation of the substrate relative to a predetermined reference axis of the substrate; electronically compensating for any distortion in the image data using known characteristics of the grid of alignment features; performing a computational geometric rotation of the image based on the determined amount of skew or rotation, to produce a rotated image; and controlling the printer to print the rotated image on the substrate such that at least some of the edges of the printed image are aligned substantially parallel to at least some of the edges of the substrate . obtaining an image to be printed; producing image data representing a visual representation of at least a portion of a grid of alignment features disposed on the substrate support and the substrate ; determining, by visually identifying image data elements of the grid on the substrate support , the position of the substrate when positioned on the substrate support and an amount of skew or rotation of the substrate relative to a predetermined reference axis of the substrate; electronically compensating for any distortion in the image data using known characteristics of the grid of alignment features; performing a computational geometric rotation of the image based on the determined amount of skew or rotation, to produce a rotated image; and controlling the printer to print the rotated image on the substrate such that at least some of the edges of the printed image are aligned substantially parallel to at least some of the edges of the substrate .
An information processing apparatus including a plurality of domains that each executes an operating system, the apparatus comprising: a hypervisor configured to control the operating systems executed by the plurality of domains; a first memory area and a second memory area; a panic process unit (38-1) configured to stop a given operating system when the given operating system has detected an error; a mapping process unit (44-1) configured to assign, to the given operating system stopped by the panic process unit (38-1), the second memory area which is other than the first memory area, the first memory area being used by the hypervisor that controls the given operating system at the time of the stop of the given operating system by the panic process unit; a reactivation process unit (40-1) configured to reactivate the operating system by using the second memory area as a usage area; and a memory dump process unit (43-1) configured to read data in the first memory area and write the data to a file after the operating system is reactivated so as to generate a memory dump file of the hypervisor. a hypervisor configured to control the operating systems executed by the plurality of domains; a first memory area and a second memory area; a panic process unit (38-1) configured to stop a given operating system when the given operating system has detected an error; a mapping process unit (44-1) configured to assign, to the given operating system stopped by the panic process unit (38-1), the second memory area which is other than the first memory area, the first memory area being used by the hypervisor that controls the given operating system at the time of the stop of the given operating system by the panic process unit; a reactivation process unit (40-1) configured to reactivate the operating system by using the second memory area as a usage area; and a memory dump process unit (43-1) configured to read data in the first memory area and write the data to a file after the operating system is reactivated so as to generate a memory dump file of the hypervisor.
A method of rendering adaptive audio, comprising: receiving an input audio bitstream comprising audio components and associated metadata, the audio components each having an audio type selected from: channel-based audio, audio objects, and dynamic objects; determining a decoder format for each audio component based on a respective audio type; determining a priority of each audio component from a priority field in metadata associated with each audio component; characterized by : rendering the channel-based audio, the audio objects and low-priority dynamic objects in a first rendering processor; and rendering high-priority dynamic objects in a second rendering processor, wherein the low-priority dynamic objects and high-priority dynamic objects are differentiated by a priority threshold value. receiving an input audio bitstream comprising audio components and associated metadata, the audio components each having an audio type selected from: channel-based audio, audio objects, and dynamic objects; determining a decoder format for each audio component based on a respective audio type; determining a priority of each audio component from a priority field in metadata associated with each audio component; rendering the channel-based audio, the audio objects and low-priority dynamic objects in a first rendering processor; and rendering high-priority dynamic objects in a second rendering processor, wherein the low-priority dynamic objects and high-priority dynamic objects are differentiated by a priority threshold value.
Assembly comprising a tube for a tank and a welding tool for welding at least one component with the tube for a tank, the tube comprising a flattened part, which is a surface of the tube designed to be welded on the component , and at least one flat reference flank which are designed to be used with the tool and the component welded by means of the tool, the tool comprising: - means for gripping of the tube , which are designed to retain the tube and the tool in a position fixed relative to one another; - means for heating the a flattened part ; characterized in that the means for gripping of the tube comprise a jaw comprising at least one upper tooth and one lower tooth , with the upper tooth comprising at least one first flat inner surface which can come into contact with the flattened part, the lower tooth comprising at least one second flat inner surface which can come into contact with at least one flat reference flank provided on the tube, with the flat reference flank being such that it makes it possible to position the flattened part opposite the means for heating of the flattened part , when the upper and lower teeth approach one another. - means for gripping of the tube , which are designed to retain the tube and the tool in a position fixed relative to one another; - means for heating the a flattened part ;
A friction material composition comprising: a binder; a fibrous base material; an abrasive material; an inorganic filler; and an organic filler, wherein the friction material composition further comprises zinc being in powder form; and an iron-based fiber as the fibrous base material in an amount of 2 to 10 wt% relative to the total amount of the composition; and wherein the amount of an inorganic abrasive material having a Mohs hardness of 8 or higher and a particle size of 1 μm or larger as the abrasive material is 1 wt% or less relative to the total amount of the composition.
A dental handpiece for rotationally driving a rotating dental tool comprising: a housing having a handle and a chuck for receiving the dental tool , a turbine drivable by compressed gas having a turbine wheel and a rotor shaft , the rotor shaft being connected to the chuck for rotationally driving the chuck ; at least one ball bearing with balls , inner ring , outer ring and ball bearing cage , which rotatably supports the rotor shaft , wherein the inner ring of the ball bearing is arranged on the rotor shaft and the outer ring of the ball bearing is supported in the housing via an elastic element in order to dampen vibrations, wherein the outer ring and the inner ring each have a raceway (L) for guiding the balls , wherein the raceway (L) of the inner ring , seen in cross-section, has a concave shape with a constant curvature, the radius of which substantially corresponds to the radius of the balls , wherein the raceway (L) of the outer ring , also seen in cross section, in a central region has a first curvature with a first radius (r 0 ) and in at least one region adjoining the central region has a second curvature with a second radius (r 1 ), characterized in that the second radius (r 1 ) is greater than the first radius (r 0 ) by about 50% to about 100%. a housing having a handle and a chuck for receiving the dental tool , a turbine drivable by compressed gas having a turbine wheel and a rotor shaft , the rotor shaft being connected to the chuck for rotationally driving the chuck ; at least one ball bearing with balls , inner ring , outer ring and ball bearing cage , which rotatably supports the rotor shaft , wherein the inner ring of the ball bearing is arranged on the rotor shaft and the outer ring of the ball bearing is supported in the housing via an elastic element in order to dampen vibrations, wherein the outer ring and the inner ring each have a raceway (L) for guiding the balls , wherein the raceway (L) of the inner ring , seen in cross-section, has a concave shape with a constant curvature, the radius of which substantially corresponds to the radius of the balls , wherein the raceway (L) of the outer ring , also seen in cross section, in a central region has a first curvature with a first radius (r 0 ) and in at least one region adjoining the central region has a second curvature with a second radius (r 1 ), characterized in that the second radius (r 1 ) is greater than the first radius (r 0 ) by about 50% to about 100%.
A method of identifying firearms within radiographic images of a conveyance carrying the firearms, the method comprising: obtaining from a database a template image of a firearm; generating a radiographic image of the conveyance using a radiographic source; applying a first technique to the radiographic image to obtain first features , wherein said first technique is insensitive to changes in orientations or sizes of said firearms due to the firearm's rotation or distance from the radiographic source; comparing a set of predefined features of the template image with the first features of the radiographic image to determine a first matched set of features ; filtering image regions of the radiographic image to obtain filtered image regions ; determining one or more regions indicating presence of a firearm; and marking the one or more regions on the radiographic image to communicate an alarm; characterised in that the method additionally comprises applying a second technique to the radiographic image to obtain a second set of features , wherein said second technique is different from the first technique; wherein said step of filtering the image regions of the radiographic image comprises determining image regions, which are common to the first matched set of features and the second set of features ; and wherein the one or more regions indicating presence of a firearm are determined by classifying the filtered image regions using image properties extracted from the filtered image regions. obtaining from a database a template image of a firearm; generating a radiographic image of the conveyance using a radiographic source; applying a first technique to the radiographic image to obtain first features , wherein said first technique is insensitive to changes in orientations or sizes of said firearms due to the firearm's rotation or distance from the radiographic source; comparing a set of predefined features of the template image with the first features of the radiographic image to determine a first matched set of features ; filtering image regions of the radiographic image to obtain filtered image regions ; determining one or more regions indicating presence of a firearm; and marking the one or more regions on the radiographic image to communicate an alarm; the method additionally comprises applying a second technique to the radiographic image to obtain a second set of features , wherein said second technique is different from the first technique; wherein said step of filtering the image regions of the radiographic image comprises determining image regions, which are common to the first matched set of features and the second set of features ; and wherein the one or more regions indicating presence of a firearm are determined by classifying the filtered image regions using image properties extracted from the filtered image regions.
A box latch comprising two wedge-shaped pins symmetrically arranged around the center of the box latch , wherein the wedge-shaped pins are movable into a wedge-shaped notch formed by mating parts of two spliced adjacent boxes and mating with the wedge-shaped pins to lock the two adjacent boxes ; wherein the box latch further comprises a driving member coupled to the wedge-shaped pins , such that rotation of the driving member enables linear motion of the wedge-shaped pins towards both ends of the box latch ; at least one pair of positioning grooves mating with positioning members of the two adjacent boxes ; and a strip-shaped groove arranged at the bottom surface of each of the wedge-shaped pins , a strip mating with each of the strip-shaped groove and arranged in the box latch , wherein each the wedge-shaped pin with the strip-shaped groove moves along the strip . wherein the wedge-shaped pins are movable into a wedge-shaped notch formed by mating parts of two spliced adjacent boxes and mating with the wedge-shaped pins to lock the two adjacent boxes ; wherein the box latch further comprises a driving member coupled to the wedge-shaped pins , such that rotation of the driving member enables linear motion of the wedge-shaped pins towards both ends of the box latch ; at least one pair of positioning grooves mating with positioning members of the two adjacent boxes ; and a strip-shaped groove arranged at the bottom surface of each of the wedge-shaped pins , a strip mating with each of the strip-shaped groove and arranged in the box latch , wherein each the wedge-shaped pin with the strip-shaped groove moves along the strip .