mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a data processing system , for generating support structures in a solid model that is used to produce a physical object via additive manufacturing comprising: 1.1 receiving a solid model , for a physical object to be manufactured, that includes a plurality of boundary representation (b-rep) surfaces ; 1.2 analyzing the b-rep surfaces to generate point samples for potential support locations ; 1.3 optimizing the support locations to minimise collisions with the solid model and the contact build plate, by identifying a cluster having a plurality of the generated point samples that are on a line for a potential line support and clustering points on the solid model, corresponding to at least some of the point samples , to create support locations from the identified clusters such that only a single one of the identified point samples of the identified cluster is used as a support location for a column support, where support locations are identified based on spacing between the points, the curvature of the b-rep surface, the local minimum and maximums of the b-rep surface slope; 1.4 generating column supports in the solid model that connect to the original solid model at the support locations ; and 1.5 storing the solid model in at least one storage, including the generated column supports . 1.1 receiving a solid model , for a physical object to be manufactured, that includes a plurality of boundary representation (b-rep) surfaces ; 1.2 analyzing the b-rep surfaces to generate point samples for potential support locations ; 1.3 optimizing the support locations to minimise collisions with the solid model and the contact build plate, by identifying a cluster having a plurality of the generated point samples that are on a line for a potential line support and clustering points on the solid model, corresponding to at least some of the point samples , to create support locations from the identified clusters such that only a single one of the identified point samples of the identified cluster is used as a support location for a column support, where support locations are identified based on spacing between the points, the curvature of the b-rep surface, the local minimum and maximums of the b-rep surface slope; 1.4 generating column supports in the solid model that connect to the original solid model at the support locations ; and 1.5 storing the solid model in at least one storage, including the generated column supports .
A ground cleaning apparatus having a front dust collection function, comprising a cleaning device, a water storage device and a dust collection device, wherein the cleaning device comprises a rolling brush , a washing assembly and a water retaining housing ; the rolling brush and the washing assembly are both mounted in the water retaining housing ; the rolling brush is a rotatable water-absorbing rolling brush; the washing assembly is arranged on one side of the rolling brush ; the washing assembly comprises a conveying rod housing and a threaded conveying rod rotatably mounted in the conveying rod housing ; the conveying rod housing is provided with a dirt outlet in a rotary conveying direction of the threaded conveying rod ; the conveying rod housing is provided with an opening toward a direction of the rolling brush ; the water retaining housing is arranged in a sealing fit with the conveying rod housing ; and the water retaining housing and the conveying rod housing are configured to prevent water and dirt from spilling out; the water storage device is provided with a dirty water tank , and the dirt outlet is connected to the dirty water tank through a blowoff pipe; and the dust collection device is provided with a dust suction port , the dust suction port is arranged on a front side of the rolling brush , and the dust collection device sucks dirt on the ground by way of the dust suction port . comprising a cleaning device, a water storage device and a dust collection device, wherein the cleaning device comprises a rolling brush , a washing assembly and a water retaining housing ; the rolling brush and the washing assembly are both mounted in the water retaining housing ; the rolling brush is a rotatable water-absorbing rolling brush; the washing assembly is arranged on one side of the rolling brush ; the washing assembly comprises a conveying rod housing and a threaded conveying rod rotatably mounted in the conveying rod housing ; the conveying rod housing is provided with a dirt outlet in a rotary conveying direction of the threaded conveying rod ; the conveying rod housing is provided with an opening toward a direction of the rolling brush ; the water retaining housing is arranged in a sealing fit with the conveying rod housing ; and the water retaining housing and the conveying rod housing are configured to prevent water and dirt from spilling out; the water storage device is provided with a dirty water tank , and the dirt outlet is connected to the dirty water tank through a blowoff pipe; and the dust collection device is provided with a dust suction port , the dust suction port is arranged on a front side of the rolling brush , and the dust collection device sucks dirt on the ground by way of the dust suction port .
Variable-length steering shaft for a motor vehicle, comprising a hollow outer shaft with a non-circular inner cross-section, in which an inner shaft is received in a torque-locking and axially movable manner, a profiled sleeve being arranged between the inner shaft and the outer shaft , which profiled sleeve has a fastening section connected to the inner shaft , and the inner shaft is designed, at least in section, as a hollow shaft, which is designed at least in sections as a hollow shaft which has an interior which is open towards the end which plunges into the outer shaft , characterised in in that the fastening section extends from the end into the inner space of the inner shaft and is connected to an inner surface of the inner space .
A steel for a high-strength bolt containing: from 0.50 mass% to 0.65 mass% carbon, from 1.5 mass% to 2.5 mass% silicon, from 1.0 mass% to 1.4 mass% chromium, greater than 0 mass% to 0.4 mass% manganese, greater than 1.5 mass% to 1.65 mass% or less molybdenum, 0.03 mass% or less phosphorus and sulfur combined, and balance iron and inevitable impurities.
A Luneburg lens antenna device comprising: a Luneburg lens that is formed in a cylindrical shape and has a distribution of different dielectric constants in a radial direction; and a plurality of patch antennas (6A-6C, 22A-22C, 32A-32D) that are disposed on an outer peripheral surface of the Luneburg lens and at different positions of focal points of the Luneburg lens in a peripheral direction, wherein the plurality of the patch antennas (6A-6C, 22A-22C, 32A-32D) each include a radiating element (7A-7D) and a ground electrode (11A-11C, 23A1-23C1, 23A2-23C2, 33A-33D), the radiating element (7A-7D) being disposed on the outer peripheral surface of the Luneburg lens , the ground electrode (11A-11C, 23A1-23C1, 23A2-23C2, 33A-33D) being positioned at a side opposite the Luneburg lens as viewed from the radiating element (7A-7D) so as to cover the radiating element (7A-7C), the ground electrodes (11A-11C, 23A1-23C1, 23A2-23C2, 33A-33D) of the plurality of patch antennas (6A-6C, 22A-22C, 32A-32D) being separately disposed in association with the plurality of patch antennas (6A-6C, 22A-22C, 32A-32D), and a plurality of the ground electrodes (11A-11C, 23A1-23C1, 23A2-23C2, 33A-33D) each extend linearly in an axial direction of the Luneburg lens and form a low-frequency antenna (24A-24C, 34A-34D) which is configured to radiate lower-frequency radio waves than radio waves radiated from the patch antennas (6A-6C, 22A-22C, 32A-32D). a Luneburg lens that is formed in a cylindrical shape and has a distribution of different dielectric constants in a radial direction; and a plurality of patch antennas (6A-6C, 22A-22C, 32A-32D) that are disposed on an outer peripheral surface of the Luneburg lens and at different positions of focal points of the Luneburg lens in a peripheral direction, wherein the plurality of the patch antennas (6A-6C, 22A-22C, 32A-32D) each include a radiating element (7A-7D) and a ground electrode (11A-11C, 23A1-23C1, 23A2-23C2, 33A-33D), the radiating element (7A-7D) being disposed on the outer peripheral surface of the Luneburg lens , the ground electrode (11A-11C, 23A1-23C1, 23A2-23C2, 33A-33D) being positioned at a side opposite the Luneburg lens as viewed from the radiating element (7A-7D) so as to cover the radiating element (7A-7C), the ground electrodes (11A-11C, 23A1-23C1, 23A2-23C2, 33A-33D) of the plurality of patch antennas (6A-6C, 22A-22C, 32A-32D) being separately disposed in association with the plurality of patch antennas (6A-6C, 22A-22C, 32A-32D), and a plurality of the ground electrodes (11A-11C, 23A1-23C1, 23A2-23C2, 33A-33D) each extend linearly in an axial direction of the Luneburg lens and form a low-frequency antenna (24A-24C, 34A-34D) which is configured to radiate lower-frequency radio waves than radio waves radiated from the patch antennas (6A-6C, 22A-22C, 32A-32D).
A wire harness stand-alone smart test module, comprising: a top non-conductive frame ; an OLED display and a push button both attached to the top non-conductive frame; at least three printed circuit boards , , arranged vertically from top to bottom respectively below the said top non-conductive frame; a plurality of long solid cylindrical shafts distributed vertically below the first board and soldered on the second board , or passing through extra boards if exist according to the geometry of the connector to be tested; a plurality of test probes attached vertically, passing through the second board and soldered on both the second and the third printed circuit boards; a bottom printed circuit board with a microcontroller connected to the third printed circuit board with at least one short customized cable; a set of at least four shafts to hold the said frame and the said four printed circuit boards all together. a top non-conductive frame ; an OLED display and a push button both attached to the top non-conductive frame; at least three printed circuit boards , , arranged vertically from top to bottom respectively below the said top non-conductive frame; a plurality of long solid cylindrical shafts distributed vertically below the first board and soldered on the second board , or passing through extra boards if exist according to the geometry of the connector to be tested; a plurality of test probes attached vertically, passing through the second board and soldered on both the second and the third printed circuit boards; a bottom printed circuit board with a microcontroller connected to the third printed circuit board with at least one short customized cable; a set of at least four shafts to hold the said frame and the said four printed circuit boards all together.
An aircraft hydrogen storage network system for delivering hydrogen to a fuel cell system on-board an aircraft, comprising: one or more hydrogen storage features configured to be removable from the aircraft hydrogen storage network system and containing one or more hydrogen cylinders or other hydrogen containers, which store hydrogen in gaseous, liquid or solid state; a hydrogen network configured to be on-board the aircraft, which includes conduits leading from at least one system requiring hydrogen to the one or more hydrogen storage features, one of the systems requiring hydrogen being a fuel cell system; and a connection feature being a quick fit connector on the one or more hydrogen storage features allowing the hydrogen to be delivered through the conduits to the at least one system requiring hydrogen on-board the aircraft, characterised in that the hydrogen storage features comprise a trolley . one or more hydrogen storage features configured to be removable from the aircraft hydrogen storage network system and containing one or more hydrogen cylinders or other hydrogen containers, which store hydrogen in gaseous, liquid or solid state; a hydrogen network configured to be on-board the aircraft, which includes conduits leading from at least one system requiring hydrogen to the one or more hydrogen storage features, one of the systems requiring hydrogen being a fuel cell system; and a connection feature being a quick fit connector on the one or more hydrogen storage features allowing the hydrogen to be delivered through the conduits to the at least one system requiring hydrogen on-board the aircraft, characterised in that the hydrogen storage features comprise a trolley .
A piston for cold-chamber Injection machines, which is applicable In Injection machines with cylinders, and designed to move fitted to the walls of the cylinder container or sleeve, comprising, connected through at least one grub screw , a support and an external body , and that includes a bayonet lock ring , to complement the fastening between the external body and the support , said bayonet lock ring constituting an independent piece of the external body and that includes a spring bush as a piece that adjusts to the walls of the container, consisting of an independent piece of the external body and the bayonet lock ring characterised in that , below the spring bush and on the external body , it includes a conical spring ring , which exerts pressure on the bush tending to expand the same.
A computer-implemented method comprising: obtaining , from a language model of an automated speech recognizer , an initial candidate transcription of an utterance based on acoustic scores generated by an acoustic model of the automated speech recognizer for sub-words corresponding to acoustic data received by the automated speech recognizer, the acoustic data encoding the utterance; identifying , based on a language model that is not used by the automated speech recognizer in generating the initial candidate transcription, one or more terms that are phonetically similar to one or more terms that occur in the initial candidate transcription; generating one or more additional candidate transcriptions based on the identified one or more terms, for each of the candidate transcriptions, determining a likelihood score that reflects how frequently the candidate transcription is expected to be said; for each of the candidate transcriptions, expanding the candidate transcription into sub-words, identifying acoustic scores from the acoustic model that correspond to each of the sub-words of the candidate transcription and determining an acoustic match score from the acoustic scores identified from the acoustic model for the sub-words of the candidate transcription, the acoustic match score reflecting a phonetic similarity between the candidate transcription and the utterance; and selecting a transcription from among the candidate transcriptions based on respective overall scores generated based on a combination of the acoustic match scores and the likelihood scores. obtaining , from a language model of an automated speech recognizer , an initial candidate transcription of an utterance based on acoustic scores generated by an acoustic model of the automated speech recognizer for sub-words corresponding to acoustic data received by the automated speech recognizer, the acoustic data encoding the utterance; identifying , based on a language model that is not used by the automated speech recognizer in generating the initial candidate transcription, one or more terms that are phonetically similar to one or more terms that occur in the initial candidate transcription; generating one or more additional candidate transcriptions based on the identified one or more terms, for each of the candidate transcriptions, determining a likelihood score that reflects how frequently the candidate transcription is expected to be said; for each of the candidate transcriptions, expanding the candidate transcription into sub-words, identifying acoustic scores from the acoustic model that correspond to each of the sub-words of the candidate transcription and determining an acoustic match score from the acoustic scores identified from the acoustic model for the sub-words of the candidate transcription, the acoustic match score reflecting a phonetic similarity between the candidate transcription and the utterance; and selecting a transcription from among the candidate transcriptions based on respective overall scores generated based on a combination of the acoustic match scores and the likelihood scores.
A seat assist device , comprising: a base ; a lift platform having a front portion and a rear portion , with the front portion of the lift platform being pivotally connected with the base ; a lifting arm connected with the rear portion of the lift platform , the lifting arm extending from the lift platform to project beyond the front potion of the lift platform , with the lifting arm terminating in handles for grasping by a user; a lift bar pivotally connected between the base and the lifting arm , whereby a user sitting upon the seat assist device can press downward on the handles to cause the rear portion of the lift platform to rise and, in doing so, assist the user in rising from a seated position; and a slide slideably connected with the lifting arm , and wherein the lift bar is pivotally connected with the slide , thereby pivotally connecting the lift bar with the lifting arm ; the seat assist device being characterised by further comprising a slide lock attaching with the lifting arm , the slide lock being formed to selectively lock the slide in place with respect to the lifting arm. a base ; a lift platform having a front portion and a rear portion , with the front portion of the lift platform being pivotally connected with the base ; a lifting arm connected with the rear portion of the lift platform , the lifting arm extending from the lift platform to project beyond the front potion of the lift platform , with the lifting arm terminating in handles for grasping by a user; a lift bar pivotally connected between the base and the lifting arm , whereby a user sitting upon the seat assist device can press downward on the handles to cause the rear portion of the lift platform to rise and, in doing so, assist the user in rising from a seated position; and a slide slideably connected with the lifting arm , and wherein the lift bar is pivotally connected with the slide , thereby pivotally connecting the lift bar with the lifting arm ; the seat assist device being characterised by further comprising a slide lock attaching with the lifting arm , the slide lock being formed to selectively lock the slide in place with respect to the lifting arm.
Outer door of a utility vehicle or utility vehicle body, which has a door leaf and a locking mechanism, wherein the door leaf has at least one passthrough opening, and the locking mechanism has an actuating element arranged rotatably on the door leaf , and wherein the actuating element comprises at least one pressure equalisation opening and at least one sealing section , which are arranged in such manner that a. when the actuating element is in an open position the pressure equalisation opening at least partially overlaps the passthrough opening in the door leaf , and b. when the actuating element is in a locking position the sealing section seals the passthrough opening . a. when the actuating element is in an open position the pressure equalisation opening at least partially overlaps the passthrough opening in the door leaf , and b. when the actuating element is in a locking position the sealing section seals the passthrough opening .
Packaging material forming apparatus for use with a feedstock of pre-folded paper having two substantially continuous linear sides provided in the form of a roll, the apparatus comprising a former for partially opening the folded paper into a linear tubular form, and first and second sets of corresponding rollers for moving the tubular paper form through the apparatus, wherein the first set of rollers is arranged to rotate at a speed greater than the second set of rollers to enable the tubular paper form to be partially crushed in a linear direction, the second set of rollers being arranged to crimp the two linear sides of the paper together, and wherein both of the rollers in the second set comprise teeth, the two sets of teeth being arranged to interlock and correspond with one another, the apparatus further comprising a cutting mechanism for cutting the partially crushed linear tubular paper form into desired lengths, wherein: the cutting mechanism comprises a stationary blade , a first reciprocating blade , and a second reciprocating blade ; the first reciprocating blade and the second reciprocating blade are pivotable relative to the stationary blade ; the first reciprocating blade is driven by a first drive cog , and the second reciprocating blade is driven by a second drive cog ; the first drive cog and the second drive cog are coupled to one another such that they rotate concurrently; and the coupling of the first drive cog and the second drive cog is achieved via a drive belt , and the drive belt is removable and/or adjustable, such that the first drive cog and the second drive cog may be rotated independently of one another, thereby enabling alteration of a phase difference between movement of the first connecting rod and the second connecting rod , thereby altering a phase difference between movement of the first reciprocating blade and the second reciprocating blade . the first reciprocating blade and the second reciprocating blade are pivotable relative to the stationary blade ; the first reciprocating blade is driven by a first drive cog , and the second reciprocating blade is driven by a second drive cog ; the first drive cog and the second drive cog are coupled to one another such that they rotate concurrently; and the first reciprocating blade is driven by a first drive cog , and the second reciprocating blade is driven by a second drive cog ; the first drive cog and the second drive cog are coupled to one another such that they rotate concurrently; and the coupling of the first drive cog and the second drive cog is achieved via a drive belt , and the drive belt is removable and/or adjustable, such that the first drive cog and the second drive cog may be rotated independently of one another, thereby enabling alteration of a phase difference between movement of the first connecting rod and the second connecting rod , thereby altering a phase difference between movement of the first reciprocating blade and the second reciprocating blade .
A user equipment, UE, for wireless communication, comprising: at least one memory ; and at least one processor coupled with the at least one memory and configured to cause the UE to: receive , via a first radio access technology, RAT, resources for a second RAT; and receive , via the first RAT, sidelink radio bearer, SLRB, configuration information for each quality of service, QoS, profile of a plurality of QoS profiles for sidelink communication on the second RAT, wherein each QoS profile comprises at least one of a vehicular quality index, VQI, and/or a QoS indicator. receive , via a first radio access technology, RAT, resources for a second RAT; and receive , via the first RAT, sidelink radio bearer, SLRB, configuration information for each quality of service, QoS, profile of a plurality of QoS profiles for sidelink communication on the second RAT, wherein each QoS profile comprises at least one of a vehicular quality index, VQI, and/or a QoS indicator.