mhurhangee/ep-ind-claims huggingface dataset:
Roof rail for a motor vehicle, having at least one rack bar and having at least one support element which is fixed to the rack bar for bridging a spacing which is formed between the rack bar and the roof of the motor vehicle and for fixing the roof rail to the roof of the motor vehicle, and having at least one cover for the support element, wherein the rack bar, support element and cover are configured as separate components, wherein at least one end region of the rack bar is in the form of a bent portion whose front end forms a roof application end, wherein the support element and cover are located at least partially in the region of the bent portion, characterized in that the cover has at least one fixing region which is retained in order to fix the cover in a gap formed between the rack bar and the support element, and that the support element is in the form of an extrusion component.
A radio device comprising: processor circuitry; and a storage unit storing instructions that, when executed by the processor circuitry, cause the radio device to: run a service application of a service; and run a quality of experience, QoE, application for assessing a QoE of the service for the radio device, wherein the QoE application is provided on a universal integrated circuit card, UICC, in the radio device, the QoE application causing the radio device to: measure a key performance indicator, KPI, of the service, to obtain a first value of the KPI; and send the first value via an over-the-air, OTA, gateway to a network element in the first operator network for comparing with a second value of the KPI from the first operator network serving the radio device and for determining any deterioration of the QoE which is further send to a charging system.
An information processing device comprising: a first acquirer configured to acquire measured data of a sensor; a second acquirer configured to acquire characteristic data of the sensor measured by a maintenance apparatus from the maintenance apparatus, the characteristic data having been acquired by maintaining the sensor, and the characteristic data indicating a deterioration state of the sensor; a first generator configured to generate teacher data in which the acquired characteristic data is associated as label information with the acquired measured data; a learner configured to learn the generated teacher data to generate a determination model for determining the label information to be associated with the acquired measured data; a determiner configured to determine the label information to be associated with the acquired measured data using the generated determination model; a storage storing the label information and maintenance to be performed on the sensor which are associated with each other; a selector configured to select maintenance associated with the determined label information from the stored maintenance; and a notifier configured to perform notification of the selected maintenance. a first acquirer configured to acquire measured data of a sensor; a second acquirer configured to acquire characteristic data of the sensor measured by a maintenance apparatus from the maintenance apparatus, the characteristic data having been acquired by maintaining the sensor, and the characteristic data indicating a deterioration state of the sensor; a first generator configured to generate teacher data in which the acquired characteristic data is associated as label information with the acquired measured data; a learner configured to learn the generated teacher data to generate a determination model for determining the label information to be associated with the acquired measured data; a determiner configured to determine the label information to be associated with the acquired measured data using the generated determination model; a storage storing the label information and maintenance to be performed on the sensor which are associated with each other; a selector configured to select maintenance associated with the determined label information from the stored maintenance; and a notifier configured to perform notification of the selected maintenance.
A communication method, wherein the method comprises: receiving, by a terminal (102, 103, 600, 700, 1000, 1100), a downlink reference signal sent by a network device (101, 800, 900, 1200, 1300) in a first cell; determining, by the terminal (102, 103, 600, 700, 1000, 1100), a downlink path loss estimate between the terminal and the first cell based on the downlink reference signal; and sending, by the terminal (102, 103, 600, 700, 1000, 1100), an uplink signal in a second cell, wherein uplink transmit power used by the terminal to send the uplink signal is determined by the terminal based on the downlink path loss estimate, characterized in that the first cell is a master cell and a LTE cell and the second cell is a secondary cell and a NR, New Radio, cell, uplink frequencies configured for the first cell and the second cell are the same, and downlink frequencies configured for the first cell and the second cell are different. receiving, by a terminal (102, 103, 600, 700, 1000, 1100), a downlink reference signal sent by a network device (101, 800, 900, 1200, 1300) in a first cell; determining, by the terminal (102, 103, 600, 700, 1000, 1100), a downlink path loss estimate between the terminal and the first cell based on the downlink reference signal; and sending, by the terminal (102, 103, 600, 700, 1000, 1100), an uplink signal in a second cell, wherein uplink transmit power used by the terminal to send the uplink signal is determined by the terminal based on the downlink path loss estimate, characterized in that the first cell is a master cell and a LTE cell and the second cell is a secondary cell and a NR, New Radio, cell, uplink frequencies configured for the first cell and the second cell are the same, and downlink frequencies configured for the first cell and the second cell are different.
Machine for cutting off tobacco leaves with stem holding for eastern type plants for harvesting, layering and collecting the leaves in collection containers, comprising: - a mechanism to hold the stem of the plant which comprises two horizontal belts which "enfold" and hold in place the stem of the plant during the cutting off, the horizontal belts moving at the same velocity as the movement of the machine in the field, - collection containers formed by mesh containers, wherein the cut off leaves are collected, characterised in that the machine comprises: - rotating triangular blades which open up the leaves, facilitating their cutting off, - a mechanism comprising a rotating shaft (5a, 5b) with flexible plastic rectilinear and U-shaped configured parts, adjusted to the shaft which cut off the leaves, - rotating shafts with elastic fins which direct the leaves towards collection belts realised by horizontal belts which collect the cut off leaves and convey them to inclined belts, these inclined belts having a modulated nonslip surface, which convey the cut off leaves towards the collection containers, - reciprocating hoppers for directing - layering the leaves attached to the outlet of the inclined belts which direct the leaves so that they are layered in the collection containers, - a vehicle whereupon these mechanisms are attached and which provides the energy for moving and functioning the components. - a mechanism to hold the stem of the plant which comprises two horizontal belts which "enfold" and hold in place the stem of the plant during the cutting off, the horizontal belts moving at the same velocity as the movement of the machine in the field, - collection containers formed by mesh containers, wherein the cut off leaves are collected, - rotating triangular blades which open up the leaves, facilitating their cutting off, - a mechanism comprising a rotating shaft (5a, 5b) with flexible plastic rectilinear and U-shaped configured parts, adjusted to the shaft which cut off the leaves, - rotating shafts with elastic fins which direct the leaves towards collection belts realised by horizontal belts which collect the cut off leaves and convey them to inclined belts, these inclined belts having a modulated nonslip surface, which convey the cut off leaves towards the collection containers, - reciprocating hoppers for directing - layering the leaves attached to the outlet of the inclined belts which direct the leaves so that they are layered in the collection containers, - a vehicle whereupon these mechanisms are attached and which provides the energy for moving and functioning the components.
Tottle for containing and dispensing a fluid substance, comprising a container provided with a first closed end and a second end where a neck is provided, the first closed end being tapered, a hermetic pump whose pump body is at least partially housed inside the neck, the pump being associated with the neck of the container via a collar, the pump comprising a flange integrally formed with the pump body, the pump being associated to a sealing gasket made in a single piece, which comprises a first lip positioned in contact and sealed with the body of the pump and shaped so as to fit with interference on the pump body, and a second lip from which extends a sealing flange and an intermediate portion which interconnects the first and second lips to form an annular groove facing the flange of the pump, so that when the collar is fixed to the neck of the container the sealing flange of the gasket is sandwiched between the flange of the pump and a free edge of the neck of the container and the first lip rests on the flange of the pump.
A non-transitory computer-readable medium comprising instructions that, when executed by one or more processors, cause the one or more processors to perform operations comprising: receiving, at a programming language framework, an instance of an Object, wherein a definition of the Object is annotated with a constraint, wherein the constraint causes the programming language framework to use dynamic validation rather than static validation for the instance of the Object; receiving, at the programming language framework, one or more validator functions, wherein each validator function is annotated with at least one annotation, wherein each annotation identifies: an attribute in the definition of the Object; and a value for the attribute; identifying a validator function in the one or more validator functions for which a value of the attribute in the instance of the Object matches the value for the attribute in the at least one annotation of the validator function; and executing the identified validator function using the instance of the Object. receiving, at a programming language framework, an instance of an Object, wherein a definition of the Object is annotated with a constraint, wherein the constraint causes the programming language framework to use dynamic validation rather than static validation for the instance of the Object; receiving, at the programming language framework, one or more validator functions, wherein each validator function is annotated with at least one annotation, wherein each annotation identifies: an attribute in the definition of the Object; and a value for the attribute; an attribute in the definition of the Object; and a value for the attribute; identifying a validator function in the one or more validator functions for which a value of the attribute in the instance of the Object matches the value for the attribute in the at least one annotation of the validator function; and executing the identified validator function using the instance of the Object.
Camera for acquiring vertical aerial images, comprising a plurality of optical chambers (A, B, C) each with a lens and a plurality of matrix-array sensors, characterized in that it only comprises three optical chambers (A, B, C) the centres (Ca, Cb, Cc) of which are placed at the vertices of an equilateral triangle, each optical chamber (A, B, C) comprising: - a lens with a large image circle and a focal length larger than or equal to 185 mm; and - a plurality of matrix-array sensors that are arranged staggered, each matrix-array sensor being able to capture a sub-image of a photographed zone, said sub-images being assembled by virtue of computer processing so as to obtain an image of the photographed zone. - a lens with a large image circle and a focal length larger than or equal to 185 mm; and - a plurality of matrix-array sensors that are arranged staggered, each matrix-array sensor being able to capture a sub-image of a photographed zone, said sub-images being assembled by virtue of computer processing so as to obtain an image of the photographed zone.
Expansion anchor for fixing in a wall, comprising: a screw having a head and a shank provided with a thread, an anchor body designed to receive the shank of the screw, the anchor body comprising: - a flange intended to be directed towards the head of the screw, - a nut-forming portion (69; 8) designed to cooperate with the thread of the screw, - a deformable expansion portion (6, 7) between the flange and the nut-forming portion, the nut-forming portion (69; 8) being designed to advance in the direction of the flange, by deforming the expansion portion (6, 7) from an initial state for insertion in a wall to a deployed state, under the action of screwing the screw in the nut-forming portion (69; 8), characterized in that the expansion portion (6, 7) comprises a membrane made of polymer material, having an internal bore for receiving the shank of the screw, each of the inner and outer peripheral surfaces of the membrane being provided with a plurality of circumferentially distributed and radially open longitudinal grooves (63, 65) which increase the circumferential surface area of the membrane, and in that, in a configuration where the anchor is mounted inside a hole in a wall, with the flange bearing against a first face of the wall and the expansion portion (6, 7) projecting from a second face of the wall, the expansion portion in the deployed state forms a continuous contact surface (S 0) facing the second face of the wall and has a load-bearing section (Σ i), transversely with respect to the axis (X 1) of the screw, which is generally decreasing from the contact surface (S 0) towards the nut-forming portion (69; 8). a screw having a head and a shank provided with a thread, an anchor body designed to receive the shank of the screw, - a flange intended to be directed towards the head of the screw, - a nut-forming portion (69; 8) designed to cooperate with the thread of the screw, - a deformable expansion portion (6, 7) between the flange and the nut-forming portion,
Rotating unit for rotating a first component of a wind turbine in relation to a second component of the wind turbine, the first component being mounted in a rotatable manner on the second component, comprising: a gearwheel element, which is arranged on the first component, a drive, which is arranged on the second component by means of a drive holder and has a drive housing and a drive pinion for actuating the gearwheel element, a connecting element, which is arranged on the drive housing and is configured for forming a releasable connection between the drive housing and the drive holder, fastening means, which interact with the connecting element and can be actuated between a clamping position and a disengagement position, the fastening means connecting the drive housing, in the clamping position, in a force-fitting manner to the drive holder, and it being possible for the drive housing, in the disengagement position, to be displaced on the drive holder in particular in a stepless manner in an adjustment direction such that, by virtue of the displacement, it is possible to adjust a tooth-flank clearance between the drive pinion and the gearwheel element, characterized in that the drive housing, in the disengagement position, can be displaced by virtue of the rotation of at least one eccentric bolt, which can be coupled to the connecting element, in relation to the gearwheel element. a gearwheel element, which is arranged on the first component, a drive, which is arranged on the second component by means of a drive holder and has a drive housing and a drive pinion for actuating the gearwheel element, a connecting element, which is arranged on the drive housing and is configured for forming a releasable connection between the drive housing and the drive holder, fastening means, which interact with the connecting element and can be actuated between a clamping position and a disengagement position, the fastening means connecting the drive housing, in the clamping position, in a force-fitting manner to the drive holder, and it being possible for the drive housing, in the disengagement position, to be displaced on the drive holder in particular in a stepless manner in an adjustment direction such that, by virtue of the displacement, it is possible to adjust a tooth-flank clearance between the drive pinion and the gearwheel element, characterized in that the drive housing, in the disengagement position, can be displaced by virtue of the rotation of at least one eccentric bolt, which can be coupled to the connecting element, in relation to the gearwheel element.
A method for transmitting data for use in a vehicle, in which - it is determined, depending on a user request for transmitting and reproducing desired data from a firstsource by means of a mobile connection, whether the desired data are also provided by a second source free from the mobile connection, - if the desired data are also provided by the second source free from the mobile connection, the desired data are received in the vehicle from the second source for reproduction for the user, characterised in that the second source comprises a local data memory of the vehicle, and in that - depending on a predefined user profile, it is determined what future data (W_DAT) the user will likely request in future, - it is determined whether the future data (W_DAT) are provided by a broadcast radio source as broadcast radio data (R_DAT); and - the broadcast radio data (R_DAT) provided by the broadcast radio source are stored in the local data memory as stored data (G_DAT) for future reproduction. - it is determined, depending on a user request for transmitting and reproducing desired data from a firstsource by means of a mobile connection, whether the desired data are also provided by a second source free from the mobile connection, - if the desired data are also provided by the second source free from the mobile connection, the desired data are received in the vehicle from the second source for reproduction for the user, - depending on a predefined user profile, it is determined what future data (W_DAT) the user will likely request in future, - it is determined whether the future data (W_DAT) are provided by a broadcast radio source as broadcast radio data (R_DAT); and - the broadcast radio data (R_DAT) provided by the broadcast radio source are stored in the local data memory as stored data (G_DAT) for future reproduction.
A method of obtaining data from acquired imagery and/or data related to at least one target tagged with an artificial physical tag by associating the artificial physical tag to the target, wherein the target is formed by motor vehicles of a motor vehicle fleet, which is distributed across an area, wherein the artificial physical tag is configured to provide a signature of interest for imaging technology to be acquired as imagery and/or data by imaging technology in a region of the electromagnetic spectrum, wherein a remote sensing device comprises an energy source that illuminates or provides energy to the artificial physical tag of the target, and when the energy has been scattered or reflected by the artificial physical tag, the remote sensing device collects and records the electromagnetic radiation of the signature, which is the scattered or reflected energy, that is, the imagery and/or data from the target is acquired, wherein the artificial physical tag is a marking paint, which has properties in the infrared wavelength range so that it has a specific spectral signature at certain wavelengths, whereby the signature of interest is provided, wherein provide a signature of interest for imaging technology comprises to provide a spectral signature to be recognized by automated or semi-automated processes, the method comprising: • generating, during the acquisition of the imagery and/or data related to the target, a virtual tag corresponding to the artificial physical tag or a portion of said tag; • processing, the acquired imagery and/or data related to the target, wherein the processing comprises; ∘ detecting the generated virtual tag or a portion of said tag in the acquired imagery and/or data; ∘ obtaining metadata based on the detection of the generated virtual tag and linking the metadata to the virtual tag, wherein the obtained metadata comprises geo-positioning of the target and time at which the imagery and/or data is acquired. • generating, during the acquisition of the imagery and/or data related to the target, a virtual tag corresponding to the artificial physical tag or a portion of said tag; • processing, the acquired imagery and/or data related to the target, wherein the processing comprises; ∘ detecting the generated virtual tag or a portion of said tag in the acquired imagery and/or data; ∘ obtaining metadata based on the detection of the generated virtual tag and linking the metadata to the virtual tag, wherein the obtained metadata comprises geo-positioning of the target and time at which the imagery and/or data is acquired. ∘ detecting the generated virtual tag or a portion of said tag in the acquired imagery and/or data; ∘ obtaining metadata based on the detection of the generated virtual tag and linking the metadata to the virtual tag, wherein the obtained metadata comprises geo-positioning of the target and time at which the imagery and/or data is acquired.
A capturing device for capturing a facial image of a person, wherein a face of the person is located in a capturing volume, comprising: an illumination device, which is configured to illuminate the face of the person in the capturing volume, wherein the illumination device comprises a light source and a light-guiding element with a luminous surface, wherein the light source is configured to generate light and to couple the generated light into the light-guiding element, and wherein the light-guiding element is configured to emit the coupled-in light via the luminous surface in the direction of the capturing volume in order to illuminate the face of the person homogeneously; and an image camera, which is configured to capture an image of the face of the person in the capturing volume in order to capture the facial image of the person, characterized in that the light-guiding element comprises a surface with a plurality of surface recesses for reflecting the coupled-in light within the light-guiding element. an illumination device, which is configured to illuminate the face of the person in the capturing volume, wherein the illumination device comprises a light source and a light-guiding element with a luminous surface, wherein the light source is configured to generate light and to couple the generated light into the light-guiding element, and wherein the light-guiding element is configured to emit the coupled-in light via the luminous surface in the direction of the capturing volume in order to illuminate the face of the person homogeneously; and an image camera, which is configured to capture an image of the face of the person in the capturing volume in order to capture the facial image of the person, characterized in that the light-guiding element comprises a surface with a plurality of surface recesses for reflecting the coupled-in light within the light-guiding element.