mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: presenting , by an operating system executed by a primary device , a single communication interface by which a projection application establishes a first transport between the primary device and a vehicle head unit that facilitates execution of a projection mode in which the projection application provides data including at least a graphical user interface for presentation by the vehicle head unit ; transmitting , by the projection application and during execution of the projection mode, the data including at least the graphical user interface via the first transport for presentation by the vehicle head unit ; switching , by the operating system and during execution of the projection mode, from the first transport to a second transport between the primary device and the vehicle head unit via which the projection application is able to continue providing the data including at least the graphical user interface for presentation by the vehicle head unit ; and transmitting , by the projection application and during execution of the projection mode, the data including at least the graphical user interface via the second transport for presentation by the vehicle head unit . presenting , by an operating system executed by a primary device , a single communication interface by which a projection application establishes a first transport between the primary device and a vehicle head unit that facilitates execution of a projection mode in which the projection application provides data including at least a graphical user interface for presentation by the vehicle head unit ; transmitting , by the projection application and during execution of the projection mode, the data including at least the graphical user interface via the first transport for presentation by the vehicle head unit ; switching , by the operating system and during execution of the projection mode, from the first transport to a second transport between the primary device and the vehicle head unit via which the projection application is able to continue providing the data including at least the graphical user interface for presentation by the vehicle head unit ; and transmitting , by the projection application and during execution of the projection mode, the data including at least the graphical user interface via the second transport for presentation by the vehicle head unit .
A method of manufacturing protruding cast in features , the steps comprising: creating at least one core insert using particle sizes of 2 to 75 microns; creating a bulk core body using particle sizes of 5 to 250 microns, wherein as particle sizes of the at least one core insert particle sizes are used which are smaller than the particle sizes of the bulk core body , so that the at least one core insert and the bulk core body have initial different processing shrinkages; fully firing the at least one core insert and bulk core body separately; and bonding the at least one core insert with the bulk core body post firing. creating at least one core insert using particle sizes of 2 to 75 microns; creating a bulk core body using particle sizes of 5 to 250 microns, wherein as particle sizes of the at least one core insert particle sizes are used which are smaller than the particle sizes of the bulk core body , so that the at least one core insert and the bulk core body have initial different processing shrinkages; fully firing the at least one core insert and bulk core body separately; and bonding the at least one core insert with the bulk core body post firing.
A complex composition of styrene-based block copolymer and polybutylene terephthalate (PBT) resin, comprising: 10 to 200 parts by weight of a paraffin oil and 20 to 200 parts by weight of a PBT resin in addition to 100 parts by weight of the styrene-based block copolymer, the complex composition further comprising: 20 to 200 parts by weight of a thermoplastic polyester elastomer (TPEE) resin with respect to 100 parts by weight of the styrene-based block copolymer.
Supporting system for planks made of wood or similar material to obtain floors raised with respect to the reference ground, each plank having symmetrical lateral edges comprising a lower portion projecting laterally and an upper portion projecting laterally beyond the same lower portion so as to form a recess between the upper portion and the lower portion, said supporting system comprising a series of feet and supports wherein said feet are screwed in said respective supports , and at least one grid to which the planks are suitable to be coupled, wherein the grid having a reticular structure from which the following elements protrude: - at least one interlocking tooth comprising a vertical projection from which an orthogonal projection extends orthogonally; - at least one mushroom-shaped tooth comprising a stem and a head and arranged on the reticular structure at a distance from the at least one interlocking tooth equal to the width of the plank said head being shaped as a slide coupling element on the side facing the at least one interlocking tooth ; said mushroom-shaped tooth having, on the opposite side to the interlocking tooth , a homologous profile to the shape of the lower portion of the lateral edges of the planks so that once a first plank has been blocked by the interlocking tooth on one side, and by the mushroom-shaped tooth on the other side, a next plank connected to the grid through the profile of the same mushroom-shaped tooth blocks any movement of the same mushroom-shaped tooth avoiding any displacements of the first plank; characterized in that the grid comprises at least one circular crown body to which a support is connectable in order to lift the grid from the reference ground; and in that an arched angular body is comprised in each of the four corners of the grid , forming a seat to receive an arc body of the support . - at least one interlocking tooth comprising a vertical projection from which an orthogonal projection extends orthogonally; - at least one mushroom-shaped tooth comprising a stem and a head and arranged on the reticular structure at a distance from the at least one interlocking tooth equal to the width of the plank
An optical system comprising: a light source emitting a converging source light beam ; and a beam adjuster optical element located between the light source and an image focus plane configured to receive the source light beam and to modify it into an adjusted light beam before it passes through the image focus plane , wherein the center to edge intensity ratio of the adjusted light beam after passing through the beam adjuster optical element is in the range 3:1 to 7:1, the beam adjuster optical element comprising: an outer portion configured to receive an outer portion of the source light beam and to cause light rays of the outer portion of the source light beam to diverge in a corresponding outer portion of the adjusted light beam; and an inner portion configured to receive an inner portion of the source light beam and to cause light rays of the inner portion of the source light beam to converge in a corresponding inner portion of the adjusted light beam. a light source emitting a converging source light beam ; and a beam adjuster optical element located between the light source and an image focus plane configured to receive the source light beam and to modify it into an adjusted light beam before it passes through the image focus plane , wherein the center to edge intensity ratio of the adjusted light beam after passing through the beam adjuster optical element is in the range 3:1 to 7:1, the beam adjuster optical element comprising: an outer portion configured to receive an outer portion of the source light beam and to cause light rays of the outer portion of the source light beam to diverge in a corresponding outer portion of the adjusted light beam; and an inner portion configured to receive an inner portion of the source light beam and to cause light rays of the inner portion of the source light beam to converge in a corresponding inner portion of the adjusted light beam. an outer portion configured to receive an outer portion of the source light beam and to cause light rays of the outer portion of the source light beam to diverge in a corresponding outer portion of the adjusted light beam; and an inner portion configured to receive an inner portion of the source light beam and to cause light rays of the inner portion of the source light beam to converge in a corresponding inner portion of the adjusted light beam.
A stent delivery system , comprising: a core assembly sized for insertion into a corporeal lumen, the core assembly configured for advancing a stent toward a treatment location in the corporeal lumen, the core assembly comprising: a longitudinally extending tube having a lumen and a helical cut extending along the tube ; and an elongate wire extending through the tube lumen, the wire having an intermediate portion disposed distal to the tube ; and a stent carried by the intermediate portion, wherein the tube is affixed to the wire at proximal and distal portions of the tube . a longitudinally extending tube having a lumen and a helical cut extending along the tube ; and an elongate wire extending through the tube lumen, the wire having an intermediate portion disposed distal to the tube ; and a stent carried by the intermediate portion, wherein the tube is affixed to the wire at proximal and distal portions of the tube .
A device for the production of a layer of a layer material on a spherical substrate with a source for the layer material, a substrate support , on which the substrate lies, a substrate holder loosely enclosing the substrate , which limits a movement of the substrate in a horizontal plane, and a drive for moving the substrate support in the horizontal plane relative to the substrate holder , characterised by a linear contact edge of the substrate support , on which the substrate rolls off.
An authentication method using a plurality of physical uncloneable functions, `PUFs' , the plurality of PUFs comprising a first physical unclonable function, 'PUF', associated with a first device and a second PUF associated with a second device , a surface pattern of the first PUF corresponding to a surface pattern of the second PUF, the method comprising: obtaining a first response to a challenge using the first PUF; sending , from the first device to the second device, a request for a second response to the challenge obtained using the second PUF; receiving, at the first device, the second response; and determining whether the second device is authenticated based on a comparison between the first response and the second response, wherein the surface patterns of the first and second PUFs are sufficiently similar to identify that the first and second PUFs have been obtained from the same object, based on that comparison. obtaining a first response to a challenge using the first PUF; sending , from the first device to the second device, a request for a second response to the challenge obtained using the second PUF; receiving, at the first device, the second response; and determining whether the second device is authenticated based on a comparison between the first response and the second response, wherein the surface patterns of the first and second PUFs are sufficiently similar to identify that the first and second PUFs have been obtained from the same object, based on that comparison.
A craniofacial distraction device comprising: a steering apparatus including an arc-shaped outer sleeve and an arc-shaped telescoping inner member , the steering apparatus directing movement of the arc-shaped telescoping inner member along a helical-shaped distraction path; an anchoring member for coupling the arc shaped outer sleeve to a first bone segment and an anchoring member for coupling the arc-shaped telescoping inner member to a second bone segment, characterised in that the craniofacial distraction device further comprises a distraction drive mechanism comprising a worm-rack drive driving movement of the arc-shaped telescoping inner member along the helical-shaped distraction path to create a gap between the first and second bone segments; the worm-rack drive comprising a worm gear rotatably coupled to the arc-shaped outer sleeve, the worm gear threadably coupled to a toothed surface provided on the arc-shaped telescoping inner member, wherein rotation of the worm gear causes the arc-shaped telescoping inner member to move along the the helical-shaped distraction path. a steering apparatus including an arc-shaped outer sleeve and an arc-shaped telescoping inner member , the steering apparatus directing movement of the arc-shaped telescoping inner member along a helical-shaped distraction path; an anchoring member for coupling the arc shaped outer sleeve to a first bone segment and an anchoring member for coupling the arc-shaped telescoping inner member to a second bone segment, a distraction drive mechanism comprising a worm-rack drive driving movement of the arc-shaped telescoping inner member along the helical-shaped distraction path to create a gap between the first and second bone segments; the worm-rack drive comprising a worm gear rotatably coupled to the arc-shaped outer sleeve, the worm gear threadably coupled to a toothed surface provided on the arc-shaped telescoping inner member, wherein rotation of the worm gear causes the arc-shaped telescoping inner member to move along the the helical-shaped distraction path.
Method for transferring a motor vehicle in an automatic parking system , which is configured to transfer the motor vehicle in a driverless manner to a free parking space of the parking system , wherein a release code (C) is transmitted by the parking system to a motor vehicle user , wherein the motor vehicle user , after leaving the motor vehicle , transmits this release code (C) in turn to the parking system by means of a mobile input appliance , in order to issue a drive release, and wherein the motor vehicle is transferred to the free parking space of the parking system in a driverless manner only after the drive release has been issued, characterized in that the release code (C) is transmitted by a control and communication unit on the parking system side via a data link to a control and communication unit on the motor vehicle side and is output in the motor vehicle so as to be perceptible to the motor vehicle user and the release code (C) is transmitted via a data link between the control and communication unit on the parking system side and the mobile input appliance in order to issue the drive release. wherein the motor vehicle user , after leaving the motor vehicle , transmits this release code (C) in turn to the parking system by means of a mobile input appliance , in order to issue a drive release, and wherein the motor vehicle is transferred to the free parking space of the parking system in a driverless manner only after the drive release has been issued, characterized in that the release code (C) is transmitted by a control and communication unit on the parking system side via a data link to a control and communication unit on the motor vehicle side and is output in the motor vehicle so as to be perceptible to the motor vehicle user and the release code (C) is transmitted via a data link between the control and communication unit on the parking system side and the mobile input appliance in order to issue the drive release.
A bearing comprising: a bearing pad for supporting a rotary component ; and a housing attached to or formed integrally with the bearing pad , characterized in that the housing defines a first fluid damper cavity positioned adjacent to the bearing pad ; and a second fluid damper cavity spaced from the first fluid damper cavity and in restrictive flow communication with the first fluid damper cavity , the housing being configured to transfer a fluid from the first fluid damper cavity to the second fluid damper cavity in response to forces acting on the bearing pad . a bearing pad for supporting a rotary component ; and a housing attached to or formed integrally with the bearing pad , characterized in that the housing defines a first fluid damper cavity positioned adjacent to the bearing pad ; and a second fluid damper cavity spaced from the first fluid damper cavity and in restrictive flow communication with the first fluid damper cavity , the housing being configured to transfer a fluid from the first fluid damper cavity to the second fluid damper cavity in response to forces acting on the bearing pad . a first fluid damper cavity positioned adjacent to the bearing pad ; and a second fluid damper cavity spaced from the first fluid damper cavity and in restrictive flow communication with the first fluid damper cavity , the housing being configured to transfer a fluid from the first fluid damper cavity to the second fluid damper cavity in response to forces acting on the bearing pad .
A merchandise display security device for a portable electronic device having a removable component , the merchandise display security device comprising: a sensor configured to be secured to the portable electronic device ; monitoring electronics configured to detect unauthorized removal of the sensor from the portable electronic device ; and a secondary sensor in electrical communication with the monitoring electronics, characterized in, that the secondary sensor comprising a flexible component configured to be positioned between the portable electronic device and the removable component , wherein the monitoring electronics is configured to detect unauthorized removal of the removable component in response to movement of the flexible component . a sensor configured to be secured to the portable electronic device ; monitoring electronics configured to detect unauthorized removal of the sensor from the portable electronic device ; and a secondary sensor in electrical communication with the monitoring electronics, characterized in, that the secondary sensor comprising a flexible component configured to be positioned between the portable electronic device and the removable component , wherein the monitoring electronics is configured to detect unauthorized removal of the removable component in response to movement of the flexible component .
Wind turbine with a nacelle comprising a mounting structure to which at least one facing element is attached and/or with a hub comprising a mounting structure to which at least one facing element is attached, which at least one facing element is attached with several fixation devices , characterized in that each fixation device comprises a bolt with a bolt head at one end, a threaded shaft extending through an opening in the facing element and the mounting structure and a tool mount for attaching a tool for holding the bolt , and a nut screwed on the threaded shaft , wherein at least one sealing washer comprising a metal disk and a sealing means arranged at the inner circumference is arranged at the outside of the facing element , with the bolt head positioned at the outside of the nacelle or the hub and the tool mount and nut positioned at the inside of the nacelle or the hub .
A robot transport device comprising: a transportation space in which a transport robot is provided, a plurality of surrounding spaces to each of which an object is transported by the transport robot being provided around the transportation space, and the transportation space communicating with the surrounding spaces via a plurality of openings , respectively; and a plurality of circulation passages by which gas in the transportation space is circulated, the robot transport device being characterized in that the circulation passages are provided to sandwich the transportation space so as to avoid a working area of the transport robot including the openings, and the circulation passages are provided in pillar portions (10P1) forming the transportation space. a transportation space in which a transport robot is provided, a plurality of surrounding spaces to each of which an object is transported by the transport robot being provided around the transportation space, and the transportation space communicating with the surrounding spaces via a plurality of openings , respectively; and a plurality of circulation passages by which gas in the transportation space is circulated, the robot transport device being characterized in that the circulation passages are provided to sandwich the transportation space so as to avoid a working area of the transport robot including the openings, and the circulation passages are provided in pillar portions (10P1) forming the transportation space.
A process for producing a crosslinkable composition comprising: a. selecting a polyol having an average of 2 or more hydroxyl functional groups, wherein the polyol comprises hydroxyl groups in a 1,2 or 1,3 configuration; b. selecting a polyaldehyde, or acetal or hemiacetal thereof wherein the polyaldehyde is selected from the group consisting of (cis,trans)-1,4-cyclohexanedicarboxyaldehydes, (cis,trans)-1,3-cyclohexanedicarboxyaldehydes, pentane-1,5-dial, ethane-1,2-dial, and mixtures thereof; and c. selecting an acid catalyst having pKa of less than 6; and optionally d. selecting at least one or more organic solvents; e. admixing said components a-d; thereby producing said crosslinkable composition. a. selecting a polyol having an average of 2 or more hydroxyl functional groups, wherein the polyol comprises hydroxyl groups in a 1,2 or 1,3 configuration; b. selecting a polyaldehyde, or acetal or hemiacetal thereof wherein the polyaldehyde is selected from the group consisting of (cis,trans)-1,4-cyclohexanedicarboxyaldehydes, (cis,trans)-1,3-cyclohexanedicarboxyaldehydes, pentane-1,5-dial, ethane-1,2-dial, and mixtures thereof; and c. selecting an acid catalyst having pKa of less than 6; and optionally d. selecting at least one or more organic solvents; e. admixing said components a-d;