mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for translating a source signal to a target signal , the computer-implemented method comprising: deconstructing the source signal into a plurality of deconstructed source components ; performing a transformation on each of the plurality of deconstructed source components to generate a corresponding plurality of transformed source components ; mapping, using a plurality of machine learning models , the plurality of transformed source components to a plurality of estimated target components , wherein each of the plurality of machine learning models is trained to map a respective one of the plurality of transformed source components to a respective one of the plurality of estimated target components; performing an inverse transformation on each of the plurality of estimated target components to generate a corresponding plurality of transformed target components ; and generating the target signal by combining the plurality of transformed target components . deconstructing the source signal into a plurality of deconstructed source components ; performing a transformation on each of the plurality of deconstructed source components to generate a corresponding plurality of transformed source components ; mapping, using a plurality of machine learning models , the plurality of transformed source components to a plurality of estimated target components , wherein each of the plurality of machine learning models is trained to map a respective one of the plurality of transformed source components to a respective one of the plurality of estimated target components; performing an inverse transformation on each of the plurality of estimated target components to generate a corresponding plurality of transformed target components ; and generating the target signal by combining the plurality of transformed target components .
Vehicle flap module comprising a vehicle flap and a protection cover, wherein the vehicle flap is pivotably connected to the protection cover such that the vehicle flap can be folded open and folded shut relative to the protection cover, wherein the vehicle flap has a pusher and the protection cover has an actuator for receiving the pusher such that the pusher is received in the actuator when the vehicle flap is folded shut, characterized in that the length of the pusher that projects beyond the vehicle flap is adjustable, wherein the pusher has a thread for fastening to the vehicle flap such that the length of the pusher that projects beyond the vehicle flap is adjustable by rotating the pusher on the thread , wherein the pusher has an internal thread as the thread , wherein the internal thread is fastened to the vehicle flap by way of a screw , wherein a locking nut is disposed on the screw so as to be between the vehicle flap and the internal thread of the pusher .
A method for wireless multiple-input multiple-output communication in a communication network comprising at least one central unit (CU) and at least one radio access unit (RAU) for wireless connection with at least one user terminal (UE4, UE5), wherein the at least one central unit (CU) is connected to the at least one radio access unit (RAU) by at least one wireless backhaul connection, the method comprising establishing different data links (RF1-RF4) between the at least one central unit (CU) and the at least one user terminal (UE4, UE5) via the at least one radio access unit (RAU) for said wireless multiple-input multiple-output communication by transmitting wireless backhaul signals between the at least one central unit (CU) and the at least one radio access unit (RAU) with different polarizations, wherein said wireless backhaul signals of the different data links (RF1-RF4) are transmitted between the at least one central unit (CU) and the at least one radio access unit (RAU) on identical carrier frequencies.
A method for treating a liquid containing ions of an iron-group metal, the method comprising: an electrodialysis step in which a liquid containing ions of an iron-group metal and an electrodeposition liquid containing a ligand capable of forming a complex with the ions of an iron-group metal are introduced to an electrodialysis bath including a plurality of cation-exchange membranes , and the ions of an iron-group metal are removed from the liquid containing ions of an iron-group metal as a result of the ions of an iron-group metal contained in the liquid containing ions of an iron-group metal being permeated through the cation-exchange membrane and migrated into the electrodeposition liquid; an electrodeposition step in which an electrodeposition liquid containing the ions of an iron-group metal, the electrodeposition liquid being discharged from the electrodialysis bath , is introduced to an electrodeposition bath including an anode and a cathode, and the ions of an iron-group metal are removed from the electrodeposition liquid as a result of the ions of an iron-group metal contained in the electrodeposition liquid being electrodeposited on the cathode; and an electrodeposition-liquid-circulation step in which an electrodeposition liquid from which the ions of an iron-group metal have been removed in the electrodeposition step is fed to the electrodialysis step.
A slide plate for a slide for Geldart group C materials, wherein the slide plate has a longitudinal axis an up-facing surface for supporting the Geldart group C material, a lower surface , a front-side surface and a rear-side surface , wherein the slide plate is made of a ceramic refractory and wherein the ceramic refractory has a number of through holes providing a fluid communication between fluid inlets in the lower surface and fluid outlets in the up-facing surface , characterized in that the fluid outlet of at least one of the through holes is closer to the front-end side surface than the fluid inlet of said at least one of the through holes .
A certificate acquiring device representing a master virtualized network function component, VNFC, instance, comprising: a receiving module , configured to receive a certificate application representation message sent by a newly installed virtualized network function component, VNFC, instance, wherein the certificate application representation message comprises a public key used by the newly installed VNFC instance to apply for a certificate; a sending module , configured to send a certificate request message to a certification authority according to the certificate application representation message received by the receiving module , to request the certification authority to issue a certificate to the newly installed VNFC instance, wherein the certificate request message comprises a certificate of the master VNFC instance and the public key used by the newly installed VNFC instance to apply for a certificate; and an acquiring module , configured to acquire the certificate issued by the certification authority, wherein the certificate is issued by the certification authority by using the public key used by the newly installed VNFC instance to apply for a certificate. a receiving module , configured to receive a certificate application representation message sent by a newly installed virtualized network function component, VNFC, instance, wherein the certificate application representation message comprises a public key used by the newly installed VNFC instance to apply for a certificate; a sending module , configured to send a certificate request message to a certification authority according to the certificate application representation message received by the receiving module , to request the certification authority to issue a certificate to the newly installed VNFC instance, wherein the certificate request message comprises a certificate of the master VNFC instance and the public key used by the newly installed VNFC instance to apply for a certificate; and an acquiring module , configured to acquire the certificate issued by the certification authority, wherein the certificate is issued by the certification authority by using the public key used by the newly installed VNFC instance to apply for a certificate.
An analysis module comprising: - a communication component arranged to receive scene images from a scene camera mounted on a head mounted device , the scene images corresponding to images of the environment facing the user of the head mounted device when worn by the user, - an image analysis component arranged to identify at least one predefined element from a list of predefined elements in a predefined analyzing zone of the scene images received from the scene camera , the predefined analyzing zone being a same part of each scene image, smaller than the whole scene image, and to analyze at least part of the scene images based on the identified at least one predefined element, - a head movement detection component arranged to detect head movement of the user of the head mounted device and wherein the image analysis component being arranged to analyze at least part of the scene images comprises being arranged to analyze at least part of the scene images upon detection of a stabilized head posture of the user, and - a feedback component arranged to generate feedback data based on the analyze of at least part of the scene images and to provide such data to the user of the head mounted device . - a communication component arranged to receive scene images from a scene camera mounted on a head mounted device , the scene images corresponding to images of the environment facing the user of the head mounted device when worn by the user, - an image analysis component arranged to identify at least one predefined element from a list of predefined elements in a predefined analyzing zone of the scene images received from the scene camera , the predefined analyzing zone being a same part of each scene image, smaller than the whole scene image, and to analyze at least part of the scene images based on the identified at least one predefined element, - a head movement detection component arranged to detect head movement of the user of the head mounted device and wherein the image analysis component being arranged to analyze at least part of the scene images comprises being arranged to analyze at least part of the scene images upon detection of a stabilized head posture of the user, and - a feedback component arranged to generate feedback data based on the analyze of at least part of the scene images and to provide such data to the user of the head mounted device .
A die block for a steel-rule cutting die, the die block comprising: at least one kerf perpendicularly extending from an upper surface to a bottom surface of the die block , each kerf being configured to receive a corresponding steel-rule intended to be partially inserted into the kerf ; and at least one element having magnetic properties and being located in proximity to each kerf for providing a magnetic field that retains the steel-rule when the steel-rule is received into the corresponding kerf ; the die block being characterized in that the die block is a foam layer comprising said at least one kerf and said at least one magnetic element , and in that the die block further comprises: a bottom plate configured to hold and support the foam layer , and comprising a plurality of grooves matching the at least one kerf of the foam layer for receiving a proximal end of the corresponding at least one steel-rule ; and an opposite top plate comprising a plurality of grooves matching the at least one kerf of the foam layer for also receiving the corresponding at least one steel-rule with the knife of each steel-rule extending outwardly from the top plate ; and wherein the bottom plate and the top plate conceal the at least one magnetic element located into the foam layer . at least one kerf perpendicularly extending from an upper surface to a bottom surface of the die block , each kerf being configured to receive a corresponding steel-rule intended to be partially inserted into the kerf ; and at least one element having magnetic properties and being located in proximity to each kerf for providing a magnetic field that retains the steel-rule when the steel-rule is received into the corresponding kerf ; a bottom plate configured to hold and support the foam layer , and comprising a plurality of grooves matching the at least one kerf of the foam layer for receiving a proximal end of the corresponding at least one steel-rule ; and an opposite top plate comprising a plurality of grooves matching the at least one kerf of the foam layer for also receiving the corresponding at least one steel-rule with the knife of each steel-rule extending outwardly from the top plate ; and wherein the bottom plate and the top plate conceal the at least one magnetic element located into the foam layer .
Valve having a diaphragm arrangement , which diaphragm arrangement comprises a diaphragm and a pressure piece and a cover , wherein a pressure-distribution element is arranged between the diaphragm and the pressure piece , wherein the pressure-distribution element is in the form of a flexible ring arrangement , wherein the ring arrangement comprises an inner ring segment and an outer ring segment , characterized in that the ring arrangement is in the form of an endless ring with a closed construction, wherein the outer ring element increases in width in a circumferential direction until a spiral segment branches off from the outer ring segment at the widest point of the outer ring segment , wherein the spiral segment runs with a uniform width and opens out into the inner ring segment at the widest point of the inner ring segment .
Pneumatic vehicle tyre of radial type of construction for utility vehicles, in particular lorries, buses and lorry trailers, having a belt which has three or more belt plies with steel cords , wherein each steel cord has at least two strands and wherein each strand has at least two steel filaments , wherein steel cords of the construction 2 to 4 x N, where N = 2 to 5, are at least arranged in one of the belt plies , wherein this construction means that this steel cord has 2 to 4 twisted-together strands , wherein each strand comprises 2 to 5 steel filaments which are twisted together such that these 2 to 5 steel filaments are arranged without a core filament, characterized in that this steel cord has the construction 3 x 4 x 0.29. wherein steel cords of the construction 2 to 4 x N, where N = 2 to 5, are at least arranged in one of the belt plies , wherein this construction means that this steel cord has 2 to 4 twisted-together strands , wherein each strand comprises 2 to 5 steel filaments which are twisted together such that these 2 to 5 steel filaments are arranged without a core filament, characterized in that this steel cord has the construction 3 x 4 x 0.29.
A flat article assembly comprising a flexible primary flat article and at least one edge member , which is connected to said primary flat article along an edge portion of the primary flat article , the edge member having a strip-like secondary flat article and an insert , wherein the secondary flat article , together with the insert , defines a structure having two limbs , characterized in that the second limb comprises a portion of the secondary flat article , said portion being wrapped around the insert transversely to the longitudinal direction of the secondary flat article , and the first limb has portions of the secondary flat article that are adjacent thereto, the second limb being connected to the first limb so as to be pivotable about a shared pivot axis (A1) extending in the longitudinal direction of the two limbs , the pivot axis (A1) being arranged at one of the longitudinal edges of the first limb and between the longitudinal edges of the second limb , the second limb being pivotable into a roll-up position in which said limb is oriented substantially in parallel with the first limb . the edge member having a strip-like secondary flat article and an insert , wherein the secondary flat article , together with the insert , defines a structure having two limbs , characterized in that the second limb comprises a portion of the secondary flat article , said portion being wrapped around the insert transversely to the longitudinal direction of the secondary flat article , and the first limb has portions of the secondary flat article that are adjacent thereto, the second limb being connected to the first limb so as to be pivotable about a shared pivot axis (A1) extending in the longitudinal direction of the two limbs , the pivot axis (A1) being arranged at one of the longitudinal edges of the first limb and between the longitudinal edges of the second limb , the second limb being pivotable into a roll-up position in which said limb is oriented substantially in parallel with the first limb .
An entomological taxidermy process to reinforce the coleoptera exoskeleton comprising the following steps: i. Step I: Sectioning ii. Step II: Removal of entrails iii. Step III: Filling and Assembling iv. Step IV: Reincorporation of the elytra v. Step V: Drying vi. Step VI: Removal of limbs vii. Step VII: Final cleaning Characterized in that two mixtures are used to fill the exoskeleton: Marble and enamel powder (A) Cellulose and enamel (B) i. Step I: Sectioning ii. Step II: Removal of entrails iii. Step III: Filling and Assembling iv. Step IV: Reincorporation of the elytra v. Step V: Drying vi. Step VI: Removal of limbs vii. Step VII: Final cleaning Marble and enamel powder (A) Cellulose and enamel (B)
An obturator for filling an endodontically prepared root canals, comprising: an elongated carrier having a distal end and a proximal end ; a working portion extending from the distal end towards the proximal end; the working portion having an apical portion , a coronal portion end and an intermediate point ; a coating of filler material surrounding the working portion of the elongated carrier; wherein the coating of filler material being arranged into at least three segments about the working portion; wherein the at least three segments include a first segment of first filler material characterized by a first viscosity, a second segment of second filler material characterized by a second viscosity and a third segment of third filler material characterized by a third viscosity. an elongated carrier having a distal end and a proximal end ; a working portion extending from the distal end towards the proximal end; the working portion having an apical portion , a coronal portion end and an intermediate point ; a coating of filler material surrounding the working portion of the elongated carrier; wherein the coating of filler material being arranged into at least three segments about the working portion; wherein the at least three segments include a first segment of first filler material characterized by a first viscosity, a second segment of second filler material characterized by a second viscosity and a third segment of third filler material characterized by a third viscosity.
A measurement sensor for determining the position of a moving body moving along a determined path F, the sensor comprising a series of at least four detector probes (12 1 , 12 2 , 12 3 , 12 4 , ..., 12 N ) for detecting a physical magnitude coming from a target securely mounted on the moving body, the target comprising at least one track for creating a physical magnitude that is measurable by the detector probes and that varies along the path of the target with a function that is continuous and that includes a first harmonic (N c ) and a second harmonic (N d ), the probes being connected to a processor unit for processing signals delivered by the probes, the processor unit including a reconstruction system for performing a linear combination of the signals delivered by the detector probes and for obtaining from the liner combination of those signals at least firstly two quadrature signals (a 1 , a 2 ) including solely the first harmonic, and secondly two quadrature signals (a 3 , a 4 ) including solely the second harmonic, the unit also including a calculation system for processing the quadrature signals in order to determine the position of the moving body.
A process of producing a hydroentangled composite nonwoven sheet material of natural and/or manmade fibres, comprising: a) providing a three-phase (gas-liquid-solid) suspension containing: - natural and/or manmade fibres; - a surfactant; - 20-48 vol. % of air, b) providing a first moving carrier sieve, c) applying the three-phase suspension onto the first moving carrier sieve to produce a fibrous web, d) removing aqueous residue of the three-phase suspension through the first carrier sieve, e) recycling the aqueous residue to step a), f) pre-integrating the fibrous web by flushing the web with 0.0005-0.05 m 3 of water per m 3 of applied three-phase suspension, at a pressure of 5-50 bar, collecting flushed water and adding flushed water to recycling step e), g) transferring the pre-integrated fibrous web from said first moving carrier sieve to a second moving carrier sieve, said second moving carrier sieve having a porosity which is smaller than the porosity of said first moving carrier sieve, h) hydroentangling the fibrous web on said second moving carrier. a) providing a three-phase (gas-liquid-solid) suspension containing: - natural and/or manmade fibres; - a surfactant; - 20-48 vol. % of air, - natural and/or manmade fibres; - a surfactant; - 20-48 vol. % of air, b) providing a first moving carrier sieve, c) applying the three-phase suspension onto the first moving carrier sieve to produce a fibrous web, d) removing aqueous residue of the three-phase suspension through the first carrier sieve, e) recycling the aqueous residue to step a), f) pre-integrating the fibrous web by flushing the web with 0.0005-0.05 m 3 of water per m 3 of applied three-phase suspension, at a pressure of 5-50 bar, collecting flushed water and adding flushed water to recycling step e), g) transferring the pre-integrated fibrous web from said first moving carrier sieve to a second moving carrier sieve, said second moving carrier sieve having a porosity which is smaller than the porosity of said first moving carrier sieve, h) hydroentangling the fibrous web on said second moving carrier.
An open-end spinning machine comprising at least one workstation provided with - an opening roller configured to open a fiber sliver to form individual fibers, - a spinning rotor for turning the individual fibers into a yarn , - wherein the spinning rotor is housed within a casing and is rotatably supported, around a rotating axis (X-X), by at least one bearing , characterised in that - the casing comprises a first and a second clamp divided in correspondence of a mean plane (M) and supporting said at least one bearing , - said clamps are connected to each other by means of removable fixing means acting on the first clamp and pressing it against an external fixed lateral surface of the at least one bearing , - wherein said removable fixing means comprise elastic means in order to ensure a resilient pressing and mounting of the at least one bearing inserted between the clamps . - an opening roller configured to open a fiber sliver to form individual fibers, - a spinning rotor for turning the individual fibers into a yarn , - wherein the spinning rotor is housed within a casing and is rotatably supported, around a rotating axis (X-X), by at least one bearing , characterised in that - the casing comprises a first and a second clamp divided in correspondence of a mean plane (M) and supporting said at least one bearing , - said clamps are connected to each other by means of removable fixing means acting on the first clamp and pressing it against an external fixed lateral surface of the at least one bearing , - wherein said removable fixing means comprise elastic means in order to ensure a resilient pressing and mounting of the at least one bearing inserted between the clamps .