mhurhangee/patent-ind-claim-en huggingface dataset:
An information processing device comprising: a data processing unit configured to perform a copy process of recording data recorded on a first medium on a second medium , wherein the data processing unit is configured to record encrypted content, wherein the content is encrypted according to an advanced access content system, AACS, included in the data recorded on the first medium on the second medium as encrypted data, without decrypting the encrypted content, the data processing unit is configured for converting (S111-S118) a CPS unit key file recorded on the first medium as a file storing a decryption key for the encrypted content to generate a converted CPS unit key file that is capable of acquiring the decryption key, without applying key conversion data ,KCD, recorded on the first medium , and records the converted CPS unit key file on the second medium ; characterized in that the converting (S111-S118) comprises performing media key block, MKB, processing (S111) for an MKB requiring KCD read from the first medium and applying a CE device key stored in a storage unit of the information processing device , and in that the data processing unit is configured to acquire a media key block ,MKB, not requiring KCD, which is required to acquire the decryption key for the encrypted content from the converted CPS unit key file, from a server and records the MKB not requiring KCD on the second medium . a data processing unit configured to perform a copy process of recording data recorded on a first medium on a second medium , wherein the data processing unit is configured to record encrypted content, wherein the content is encrypted according to an advanced access content system, AACS, included in the data recorded on the first medium on the second medium as encrypted data, without decrypting the encrypted content, the data processing unit is configured for converting (S111-S118) a CPS unit key file recorded on the first medium as a file storing a decryption key for the encrypted content to generate a converted CPS unit key file that is capable of acquiring the decryption key, without applying key conversion data ,KCD, recorded on the first medium , and records the converted CPS unit key file on the second medium ; characterized in that the converting (S111-S118) comprises performing media key block, MKB, processing (S111) for an MKB requiring KCD read from the first medium and applying a CE device key stored in a storage unit of the information processing device , and in that the data processing unit is configured to acquire a media key block ,MKB, not requiring KCD, which is required to acquire the decryption key for the encrypted content from the converted CPS unit key file, from a server and records the MKB not requiring KCD on the second medium .
A method of grant-free, GF, transmissions, the method comprising: transmitting, by a base station to a user equipment, UE, a Radio Resource Control, RRC, signal specifying GF configuration information, the GF configuration information comprising an activation field and at least one other GF resource configuration field, wherein the activation field indicates whether the UE may perform GF uplink, UL, transmissions without waiting for a downlink control information, DCI, message; and receiving, by the base station from the UE, a GF UL transmission in accordance with the GF configuration information. transmitting, by a base station to a user equipment, UE, a Radio Resource Control, RRC, signal specifying GF configuration information, the GF configuration information comprising an activation field and at least one other GF resource configuration field, wherein the activation field indicates whether the UE may perform GF uplink, UL, transmissions without waiting for a downlink control information, DCI, message; and receiving, by the base station from the UE, a GF UL transmission in accordance with the GF configuration information.
Forming machine , in particular forging hammer , for forming workpieces comprising: - an electromagnetic linear motor designed to drive a die, in particular a hammer bear , - wherein the linear motor has a plurality of coil units which are arranged one behind the other along a movement axis (L) of a linear rotor and define a rotor space and which each have a predetermined coil pole pitch (S) in the direction of the movement axis (L), - wherein the coil pole pitch (S) of the coil unit in the direction of the axis of movement is the measured distance between the pole faces of the coil unit , - wherein the linear rotor comprises, along its longitudinal axis (L) in alternating arrangement, first permanent magnets magnetised transversely to the longitudinal axis (L) with a predetermined first magnetic pitch (T1), and second permanent magnets magnetised in the direction of the longitudinal axis (L) with a predetermined second magnetic pitch (T2), - wherein the first magnetic pitch (T1) and the second magnetic pitch (T2) is a width of the first and second permanent magnets, respectively, measured in the direction of the axis of movement (L), characterised in that - a ratio of coil pole pitch (S) to first magnet pitch (T1) is 3:1, and - a ratio of first magnet pitch (T1) to second magnet pitch (T2) is 2:1. - an electromagnetic linear motor designed to drive a die, in particular a hammer bear , - wherein the linear motor has a plurality of coil units which are arranged one behind the other along a movement axis (L) of a linear rotor and define a rotor space and which each have a predetermined coil pole pitch (S) in the direction of the movement axis (L), - wherein the coil pole pitch (S) of the coil unit in the direction of the axis of movement is the measured distance between the pole faces of the coil unit , - wherein the linear rotor comprises, along its longitudinal axis (L) in alternating arrangement, first permanent magnets magnetised transversely to the longitudinal axis (L) with a predetermined first magnetic pitch (T1), and second permanent magnets magnetised in the direction of the longitudinal axis (L) with a predetermined second magnetic pitch (T2), - wherein the first magnetic pitch (T1) and the second magnetic pitch (T2) is a width of the first and second permanent magnets, respectively, measured in the direction of the axis of movement (L), characterised in that - a ratio of coil pole pitch (S) to first magnet pitch (T1) is 3:1, and - a ratio of first magnet pitch (T1) to second magnet pitch (T2) is 2:1.
A method for practicing fitting eyewear frames to a face, the method comprising: providing a bust of a human head according to claim 3 or 4, adjusting at least one of the pair of eyes , the pair of ears , the forehead , the nose , and the pair of cheeks ; and fitting an eyewear frame to the bust . providing a bust of a human head according to claim 3 or 4, adjusting at least one of the pair of eyes , the pair of ears , the forehead , the nose , and the pair of cheeks ; and fitting an eyewear frame to the bust .
A stimulation system for a patient comprising: at least one implantable device comprising at least one implantable antenna ; an external device comprising at least one external antenna , wherein the at least one external antenna transfers power to the at least one implantable antenna ; and a positioning device configured to desirably position the at least one external antenna in relation to the patient, the positioning device further configured to allow adjustment of the position of the at least one external antenna ; wherein the positioning device comprises a clip with an adhesive portion, the clip further comprising a housing comprising: (i) a top portion , (ii) a bottom portion , and (iii) a cavity defined by the top portion and the bottom portion, wherein the cavity is constructed and arranged to slidingly receive the external device , wherein the adhesive portion is attached to the bottom portion and configured to adhesively attach to the patient's skin or a patient garment; wherein the at least one implantable device delivers therapy to the patient. at least one implantable device comprising at least one implantable antenna ; an external device comprising at least one external antenna , wherein the at least one external antenna transfers power to the at least one implantable antenna ; and a positioning device configured to desirably position the at least one external antenna in relation to the patient, the positioning device further configured to allow adjustment of the position of the at least one external antenna ; wherein the positioning device comprises a clip with an adhesive portion, the clip further comprising a housing comprising: (i) a top portion , (ii) a bottom portion , and (iii) a cavity defined by the top portion and the bottom portion, wherein the cavity is constructed and arranged to slidingly receive the external device , wherein the adhesive portion is attached to the bottom portion and configured to adhesively attach to the patient's skin or a patient garment; (i) a top portion , (ii) a bottom portion , and (iii) a cavity defined by the top portion and the bottom portion, wherein the cavity is constructed and arranged to slidingly receive the external device , wherein the adhesive portion is attached to the bottom portion and configured to adhesively attach to the patient's skin or a patient garment; wherein the at least one implantable device delivers therapy to the patient.
Segment of a cage for a rolling bearing, comprising: a web which extends in an axial direction; two side parts which are arranged, in the axial direction, on opposite sides of the web , which extend in a circumferential direction and which are connected to the web ; a second web which extends in the axial direction and which is located, in the circumferential direction , on that side of a pocket for receiving a rolling body which lies opposite the web ; at least one connecting element for connecting the segment to a further segment of the rolling bearing cage, said connecting element extending in the circumferential direction and being arranged, axially on the outside, on one of the side parts at that end of said side part which lies in, or is counter to, the circumferential direction ; a receptacle for the connecting element , said receptacle being arranged, axially on the outside, at that end of the same side part which is opposite in the circumferential direction and being configured to be reversibly or irreversibly connected to the connecting element of a further segment of the rolling bearing cage; a fixing element for defining the relative position between two adjacent segments, said fixing element being arranged on the first web ; and a receiving device for the fixing element, which is arranged on the second web . a web which extends in an axial direction; two side parts which are arranged, in the axial direction, on opposite sides of the web , which extend in a circumferential direction and which are connected to the web ; a second web which extends in the axial direction and which is located, in the circumferential direction , on that side of a pocket for receiving a rolling body which lies opposite the web ; at least one connecting element for connecting the segment to a further segment of the rolling bearing cage, said connecting element extending in the circumferential direction and being arranged, axially on the outside, on one of the side parts at that end of said side part which lies in, or is counter to, the circumferential direction ; a receptacle for the connecting element , said receptacle being arranged, axially on the outside, at that end of the same side part which is opposite in the circumferential direction and being configured to be reversibly or irreversibly connected to the connecting element of a further segment of the rolling bearing cage; a fixing element for defining the relative position between two adjacent segments, said fixing element being arranged on the first web ; and a receiving device for the fixing element, which is arranged on the second web .
Electric cable, with an outer sheath of insulating material and a barrier inside this against water penetration of a band-shaped water-swellable material, whereby the barrier consists of at least two longitudinal elements, such as bands or threads, made of water-swellable material, which are guided in the cable in such a way that they delimit partial areas that are closed off along the cable, characterized in that the barrier consists of the at least two longitudinal elements are guided around a metallic shield , whereby the latter consists of a metal band or a foil of aluminum or copper or other conductive metallic alloys or of a wounding of wire strands with an inner side full-faced band of water-swellable material.
A sorting or classifying apparatus comprising an illumination device (5a-d) for providing foreground illumination, the foreground illumination device (5a-d) comprising a reflector which has a reflecting surface providing a reflection envelope, a first light source which is disposed in spaced relation in front of and faces the reflecting surface and provides light of a first spectral output to the reflecting surface for reflection thereby, the first light source comprising a plurality of incandescent lamps which are disposed on or near a focal axis (X) of the reflector , and a second light source which is disposed in spaced relation in front of and faces the reflecting surface and provides light of a second spectral output, different to the first spectral output, to the reflecting surface for reflection thereby, the second light source comprising a plurality of light elements , optionally light-emitting diodes (LEDs), arranged along at least one row (77a, b) which extends along the length of the reflecting surface and is arranged in a direction substantially parallel to the focal axis (X) of the reflector , optionally the first light source is a source of near infra-red (NIR) light and the second light source is a source of visible-spectrum light.
An imaging system, comprising: a base ; an imaging assembly , comprising: a first arm including a first arm first portion and a first arm second portion distal from the first arm first portion, the first arm pivotally mounted on the base at the first arm first portion on a first pivot mount , a second arm including a second arm first portion and a second arm second portion distal from the second arm first portion, the second arm pivotally mounted on the first arm second portion at the second arm first portion on a second pivot mount , and an imaging device mounted on the second arm second portion; characterized by a holder assembly , comprising: a base mount mounted on a platform coupled to the base, a strut coupled to the base mount, and a gripper coupled to the strut, the gripper configured to grip a part, wherein, the second arm is rotatable about the second pivot mount to rotate the imaging device about an axis (AA) of the system around the part such that the part is imaged from a plurality of angles by the imaging device. a base ; an imaging assembly , comprising: a first arm including a first arm first portion and a first arm second portion distal from the first arm first portion, the first arm pivotally mounted on the base at the first arm first portion on a first pivot mount , a second arm including a second arm first portion and a second arm second portion distal from the second arm first portion, the second arm pivotally mounted on the first arm second portion at the second arm first portion on a second pivot mount , and an imaging device mounted on the second arm second portion; characterized by a first arm including a first arm first portion and a first arm second portion distal from the first arm first portion, the first arm pivotally mounted on the base at the first arm first portion on a first pivot mount , a second arm including a second arm first portion and a second arm second portion distal from the second arm first portion, the second arm pivotally mounted on the first arm second portion at the second arm first portion on a second pivot mount , and an imaging device mounted on the second arm second portion; characterized by a holder assembly , comprising: a base mount mounted on a platform coupled to the base, a strut coupled to the base mount, and a gripper coupled to the strut, the gripper configured to grip a part, a base mount mounted on a platform coupled to the base, a strut coupled to the base mount, and a gripper coupled to the strut, the gripper configured to grip a part, wherein, the second arm is rotatable about the second pivot mount to rotate the imaging device about an axis (AA) of the system around the part such that the part is imaged from a plurality of angles by the imaging device.
A flat tile for a building roofing, intended to be laterally juxtaposed with other similar flat tiles without a lateral sealing system by forming a row, this flat tile having on an outer face a visible bottom portion , and above the visible bottom portion a surface intended to be covered by tiles of the upper row, said flat tile being such that it includes, in a central portion of the covered surface, transverse grooves leading on each side to longitudinal grooves which have a depth that increases upwards, and such that it includes, on its outer face, an intermediate portion disposed immediately above the visible bottom portion , and, on its inner face, a bottom portion , each of these intermediate and bottom portions having a continuous planar sealing surface over the entire width of the flat tile , these two planar surfaces being generally parallel, such that the longitudinal grooves being increasingly deeper upwards, the section of passage of wind increases, and the air pressure due to this wind then becomes increasingly smaller, which decreasingly opposes the descent and the draining of the water, said flat tile being characterized in that the longitudinal grooves terminate, slightly before the upper end of the top portion , by forming an upper transverse groove which joins all of the different longitudinal grooves .
A method for determining a fault condition for a component of a drivetrain in a wind turbine , comprising: measuring an audible acoustic signal using an acoustic signal measuring device positioned proximate to the drive train of the wind turbine; measuring a vibration signal using a vibration signal measuring device configured to measure vibrations of the drivetrain , a generator, or other device of the wind turbine; transmitting the acoustic signal and the vibration signal to a control device ; receiving the acoustic signal from the acoustic signal measuring device ; receiving the vibration signal from the vibration signal measuring device ; analyzing the acoustic signal to determine an analyzed acoustic signal comprising extracting an envelope and estimating a power spectral density for the acoustic signal ; analyzing the vibration signal to determine an analyzed vibration signal comprising extracting an envelope and estimating a power spectral density for the vibration signal ; determining a fault condition for the component based at least in part on the analyzed acoustic signal and analyzed vibration signal ; and performing a corrective action for the wind turbine based at least in part on the fault condition . measuring an audible acoustic signal using an acoustic signal measuring device positioned proximate to the drive train of the wind turbine; measuring a vibration signal using a vibration signal measuring device configured to measure vibrations of the drivetrain , a generator, or other device of the wind turbine; transmitting the acoustic signal and the vibration signal to a control device ; receiving the acoustic signal from the acoustic signal measuring device ; receiving the vibration signal from the vibration signal measuring device ; analyzing the acoustic signal to determine an analyzed acoustic signal comprising extracting an envelope and estimating a power spectral density for the acoustic signal ; analyzing the vibration signal to determine an analyzed vibration signal comprising extracting an envelope and estimating a power spectral density for the vibration signal ; determining a fault condition for the component based at least in part on the analyzed acoustic signal and analyzed vibration signal ; and performing a corrective action for the wind turbine based at least in part on the fault condition .
A method for determining incorrect positions of a prosthetic foot relative to a lower leg tube in the set-up of prostheses of the lower extremities, comprising the following steps: - establishing inertial measurement data and/or the variables derived therefrom, of a treated extremity by means of at least one inertial sensor which is arranged on a component of a prosthesis of the lower extremity and coupled to a comparator , over at least one gait cycle and - comparing the established inertial measurement data and/or the variables derived therefrom with intended values in the comparator , characterized in that a knee angle is determined from the measured absolute angle of the lower leg and the measured absolute angle of the thigh and compared to intended values. - establishing inertial measurement data and/or the variables derived therefrom, of a treated extremity by means of at least one inertial sensor which is arranged on a component of a prosthesis of the lower extremity and coupled to a comparator , over at least one gait cycle and - comparing the established inertial measurement data and/or the variables derived therefrom with intended values in the comparator , characterized in that a knee angle is determined from the measured absolute angle of the lower leg and the measured absolute angle of the thigh and compared to intended values.
A method for applying anti-gallant coating to a part, the method comprising: positioning a part to receive anti-gallant material dispensed by an ultrasonic sprayer attached to a precise manipulation device ; and moving the ultrasonic sprayer with the precise manipulation device according to a spray path with a positional accuracy within a range of 10 μm to 0.1 mm; and spraying the anti-gallant material out of the ultrasonic sprayer while moving the ultrasonic sprayer to form an anti-gallant coating on a portion of the part defined by the spray path. positioning a part to receive anti-gallant material dispensed by an ultrasonic sprayer attached to a precise manipulation device ; and moving the ultrasonic sprayer with the precise manipulation device according to a spray path with a positional accuracy within a range of 10 μm to 0.1 mm; and spraying the anti-gallant material out of the ultrasonic sprayer while moving the ultrasonic sprayer to form an anti-gallant coating on a portion of the part defined by the spray path.
Method for producing an electrical steel sheet, wherein the method comprises the following steps: a) providing a green body on a substrate , b) structuring at least one surface of the green body , and c) thermally treating the green body characterised in that the provision of the green body comprises the following steps: applying a printing paste onto the substrate by means of screen printing or stencil printing; and drying the printing paste situated on the substrate to obtain the green body ; or applying a castable slurry to the substrate , which is configured, in particular, as a tape, and drying the castable slurry situated on the tape to obtain the green body . a) providing a green body on a substrate , b) structuring at least one surface of the green body , and c) thermally treating the green body characterised in that the provision of the green body comprises the following steps: applying a printing paste onto the substrate by means of screen printing or stencil printing; and drying the printing paste situated on the substrate to obtain the green body ; or the provision of the green body comprises the following steps: applying a printing paste onto the substrate by means of screen printing or stencil printing; and drying the printing paste situated on the substrate to obtain the green body ; or applying a castable slurry to the substrate , which is configured, in particular, as a tape, and drying the castable slurry situated on the tape to obtain the green body .