mhurhangee/ep-ind-claims huggingface dataset:
A data transmission method, comprising: adding a communication interface for connecting a multi-standard digital front-end module and a baseband processor into a software defined radio, SDR, system, wherein the communication interface comprises a data path and an event table; the method comprising: the data path mapping data received from a radio frequency controller, RFC, to a preset unified time reference, then collecting data and caching the data obtained from collection; and after the data path caches the data obtained from collection, the event table generating a downlink data processing event, and scheduling a vector processor to perform downlink data processing; before the step of the data path mapping data received from an RFC to a unified time reference, then collecting data and caching the data obtained from collection, further comprising: the data path generating a Major Tick of the data path when a time reference sent from a time process unit, TPU, side is same with a time reference configured by the data path; the data path updating data path software configuration data in an interface storage space into an internal storage space in the Major Tick of the data path, wherein the data path software configuration data comprise a time reference value of the Major Tick of data, a starting point and an ending point of data reception and a sampling interval. the data path mapping data received from a radio frequency controller, RFC, to a preset unified time reference, then collecting data and caching the data obtained from collection; and after the data path caches the data obtained from collection, the event table generating a downlink data processing event, and scheduling a vector processor to perform downlink data processing; before the step of the data path mapping data received from an RFC to a unified time reference, then collecting data and caching the data obtained from collection, further comprising: the data path generating a Major Tick of the data path when a time reference sent from a time process unit, TPU, side is same with a time reference configured by the data path; the data path updating data path software configuration data in an interface storage space into an internal storage space in the Major Tick of the data path, wherein the data path software configuration data comprise a time reference value of the Major Tick of data, a starting point and an ending point of data reception and a sampling interval. the data path generating a Major Tick of the data path when a time reference sent from a time process unit, TPU, side is same with a time reference configured by the data path; the data path updating data path software configuration data in an interface storage space into an internal storage space in the Major Tick of the data path, wherein the data path software configuration data comprise a time reference value of the Major Tick of data, a starting point and an ending point of data reception and a sampling interval.
A method for distributing a piece of digital content, a date being set for that content to be made available to a target audience, which method includes - the distribution of the digital content to a storage memory of a communication terminal, before said date, a digital rights management tool prohibiting access to said content; - the distribution, to the communication terminal, on said date, of a command to open the access rights for accessing said content; which method is characterized in that it comprises - the communication terminal synchronizing the display of the stored digital content with the transmission of that same content being broadcast to other communication terminals. - the distribution of the digital content to a storage memory of a communication terminal, before said date, a digital rights management tool prohibiting access to said content; - the distribution, to the communication terminal, on said date, of a command to open the access rights for accessing said content; - the communication terminal synchronizing the display of the stored digital content with the transmission of that same content being broadcast to other communication terminals.
A receiving device for receiving articles of the tobacco processing industry for a conveyor device configured for conveying said articles, which has a body that is movable in the conveying direction, on whose outside at least one suction opening (8, 9) is formed, characterised by at least one receiving element, which has an outside for receiving at least one article, on which at least one outer inlet is formed, and an inside, with which the receiving element is to be arranged on the outside of the movable body of the conveyor device and, on which at least one outer outlet is formed, and at least one connecting channel for connecting the at least one inlet to the at least one outlet on the receiving element, wherein the at least one receiving element is provided with engagement means of a first type and engagement means of a second type, of which the engagement means of the first type have a specific form, which is customised as a function of the specific format of the article to be received at the receiving element, and the engagement means of the second type have a form that is substantially complementary to the form of the engagement means of the first type and the engagement means of the first type are configured for releasably engaging with engagement means of the second type provided on an adjacent receiving element and the engagement means of the second type are configured for releasably engaging with engagement means of the first type provided on an adjacent receiving element.
An apparatus for irradiating semiconductor material comprising: - a laser generating a primary laser beam; - an optical system; and - a means for shaping the primary laser beam comprising a plurality of apertures for shaping the primary laser beam into a plurality of second laser beams; wherein the shape and/or size of the individual apertures corresponds to the shape and/or size of a common region of a semiconductor material layer to be irradiated, and the optical system is adapted for superposing the secondary laser beams to irradiate said common region, wherein the optical system comprises a first array of microlenses of which each of the microlenses corresponds to one of the plurality of apertures and a spherical lens, and characterized in that the optical system additionally comprises a second array of microlenses, wherein each aperture of the plurality of apertures corresponds substantially exactly with one microlens of the second array of microlenses, wherein each microlens of the second array of microlenses forms in combination with the corresponding microlens of the first array of microlenses the image of the corresponding aperture in the infinite plane, and wherein the spherical lens superposes the beams from the first array of microlenses to irradiate the common region. - a laser generating a primary laser beam; - an optical system; and - a means for shaping the primary laser beam comprising a plurality of apertures for shaping the primary laser beam into a plurality of second laser beams;
An in vitro method of reducing cytokine-mediated activation of endothelial cells and/or reducing expression of one or more cell adhesion molecules on an endothelial cell, said method comprising exposing endothelial cells to multipotent adult progenitor cells characterised in that they are non- embryonic, non-germ cells that express one or more of oct4, telomerase, rex-1, or rox-1 and can differentiate into cell types of at least two of endodermal, ectodermal, and mesodermal germ layers.
A method for producing an optical fiber, comprising: drawing a silica-based optical fiber preform into an optical fiber, the optical fiber preform including a core part and a cladding part, the core part containing a halogen element and an alkali metal element, and the cladding part containing fluorine and chlorine, the optical fiber including a glass portion and resin coating portion, the glass portion including a core, wherein a force applied to the glass portion during the drawing is in the range of 0.29 N to 1.47 N, and the average concentration of an additive element other than the alkali metal element or the halogen atom in the core part is equal to or lower than the average concentration of the halogen element in the core part, characterized in that the core part of the optical fiber preform has an average concentration of the alkali metal element of 5 atomic ppm or more and 500 atomic ppm or less, that, in the drawing of the optical fiber preform, the time during which an individual position of the optical fiber preform is maintained at 1500°C or higher is 110 minutes or less, and that the core of the glass portion of the optical fiber is under residual stress which is a compressive stress of 130 MPa or less. drawing a silica-based optical fiber preform into an optical fiber, the optical fiber preform including a core part and a cladding part, the core part containing a halogen element and an alkali metal element, and the cladding part containing fluorine and chlorine, the optical fiber including a glass portion and resin coating portion, the glass portion including a core, wherein a force applied to the glass portion during the drawing is in the range of 0.29 N to 1.47 N, and the average concentration of an additive element other than the alkali metal element or the halogen atom in the core part is equal to or lower than the average concentration of the halogen element in the core part, characterized in that the core part of the optical fiber preform has an average concentration of the alkali metal element of 5 atomic ppm or more and 500 atomic ppm or less, that, in the drawing of the optical fiber preform, the time during which an individual position of the optical fiber preform is maintained at 1500°C or higher is 110 minutes or less, and that the core of the glass portion of the optical fiber is under residual stress which is a compressive stress of 130 MPa or less.
A system for improving heat dissipation in a network device, comprising: a substrate plate including a plurality of projections formed along at least one edge to define one or more slots (108, 110, 112) therebetween, the one or more slots (108, 110, 112) being configured to improve heat dissipation in the network device by enabling air circulation thereabout; and a plurality of connector cages, at least one of the connector cages having a plurality of pressed-in pins for attaching the at least one connector cage to the substrate plate and overhang pins (114, 116) located at the bottom of the connector cage overhanging the substrate plate to limit horizontal movement of the substrate plate, wherein the at least one connector cage overhangs the respective projection. a substrate plate including a plurality of projections formed along at least one edge to define one or more slots (108, 110, 112) therebetween, the one or more slots (108, 110, 112) being configured to improve heat dissipation in the network device by enabling air circulation thereabout; and a plurality of connector cages, at least one of the connector cages having a plurality of pressed-in pins for attaching the at least one connector cage to the substrate plate and overhang pins (114, 116) located at the bottom of the connector cage overhanging the substrate plate to limit horizontal movement of the substrate plate, wherein the at least one connector cage overhangs the respective projection.
Solid rubber tyre, characterized in that it comprises in at least one component 1 to 200 phr of at least one pyrolysis carbon black, wherein the solid rubber tyre comprises at least one tread and wherein the pyrolysis carbon black has an ash content of 5% to 30% by weight.
Electro-optical modulator, comprising - a first and a second optical waveguide (11, 12); - at least one first capacitance (C1, C1a-d), via which a voltage can be applied to a light-guiding region of the first optical waveguide; - at least one second capacitance (C2, C2a-d), via which a voltage can be applied to a light-guiding region of the second optical waveguide; - an electrically conductive region (3, 3a, 3b), via which the first and second capacitances (C1, C1a-d, C2, C2a-d) are electrically connected to one another; and - a feed line to the electrically conductive region (3, 3a, 3b), via which feed line a DC voltage can be applied to the electrically conductive region (3, 3a, 3b), wherein the feed line is constituted such that it represents an electrical resistance (Rn_acc) connected in parallel with the second capacitance (C2, C2a-d); characterized by - a compensation resistance (Rn_comp) connected in parallel with the first capacitance (C1, C1a-d) and serving for reducing transients in a voltage profile on the first and second capacitances (C1, C1a-d, C2, C2a-d) during the operation of the modulator (1, 110, 120), wherein the compensation resistance (Rn_comp) is dependent on the first capacitance or, in the case of a plurality of first capacitances (C1a-d), on a first total capacitance C1tot, the resistance (Rn_acc) of the feed line and the second capacitance C2 or, in the case of a plurality of second capacitances (C2a-d), on a second total capacitance C2tot, wherein the product Rn_comp · C1 or the product Rn_comp · Cltot lies in the interval (Rn_acc · C2) +- 20% or (Rn_acc · C2tot) +- 20%. - a first and a second optical waveguide (11, 12); - at least one first capacitance (C1, C1a-d), via which a voltage can be applied to a light-guiding region of the first optical waveguide; - at least one second capacitance (C2, C2a-d), via which a voltage can be applied to a light-guiding region of the second optical waveguide; - an electrically conductive region (3, 3a, 3b), via which the first and second capacitances (C1, C1a-d, C2, C2a-d) are electrically connected to one another; and - a feed line to the electrically conductive region (3, 3a, 3b), via which feed line a DC voltage can be applied to the electrically conductive region (3, 3a, 3b), wherein the feed line is constituted such that it represents an electrical resistance (Rn_acc) connected in parallel with the second capacitance (C2, C2a-d); characterized by - a compensation resistance (Rn_comp) connected in parallel with the first capacitance (C1, C1a-d) and serving for reducing transients in a voltage profile on the first and second capacitances (C1, C1a-d, C2, C2a-d) during the operation of the modulator (1, 110, 120),
An end anchoring structure for a fiber-reinforced plastic filament body, the end anchoring structure comprising a sheet covering an end portion of the fiber-reinforced plastic filament body, wherein the sheet exhibits flexibility, the end anchoring structure further comprising an end socket and a wedge, characterized in that the sheet is a friction sheet having abrasive particles adhered to top and bottom surfaces thereof, and that the end anchoring structure further comprises a braided net tube obtained by braiding a metal wire, wherein the friction sheet is covered from above with the braided net tube, and wherein the portion covered with said friction sheet and braided net tube is embraced and secured inside the end socket by the wedge.
A system for controlling pet access to a pet system comprising: a compartment within the pet system to be controlled; a means for preventing pet access to said compartment; and a sensor system containing at least two discrete sensors configured and arranged to selectively disengage said means for preventing pet access, comprising: at least one tag that provides authorization to access said compartment, said at least one tag disposed on an authorized pet; a first sensor for detecting said at least one tag and disengaging said means for preventing pet access to compartment while said at least one tag is present, characterised in that it further comprises, a second sensor for detecting the presence of an animal other than said authorized pet and engaging said means for preventing pet access, wherein said means for preventing access to compartment is engaged when said second sensor detects the presence of an animal other than said authorized pet even if said first sensor detects the presence of said at least one tag. a compartment within the pet system to be controlled; a means for preventing pet access to said compartment; and a sensor system containing at least two discrete sensors configured and arranged to selectively disengage said means for preventing pet access, comprising: at least one tag that provides authorization to access said compartment, said at least one tag disposed on an authorized pet; a first sensor for detecting said at least one tag and disengaging said means for preventing pet access to compartment while said at least one tag is present, characterised in that it further comprises, a second sensor for detecting the presence of an animal other than said authorized pet and engaging said means for preventing pet access, wherein said means for preventing access to compartment is engaged when said second sensor detects the presence of an animal other than said authorized pet even if said first sensor detects the presence of said at least one tag. at least one tag that provides authorization to access said compartment, said at least one tag disposed on an authorized pet; a first sensor for detecting said at least one tag and disengaging said means for preventing pet access to compartment while said at least one tag is present, characterised in that it further comprises, a second sensor for detecting the presence of an animal other than said authorized pet and engaging said means for preventing pet access, wherein said means for preventing access to compartment is engaged when said second sensor detects the presence of an animal other than said authorized pet even if said first sensor detects the presence of said at least one tag.
System having a laser measuring module, which is provided for a length measurement and comprises at least one handheld laser measuring device for a length measurement by means of at least one laser beam, wherein the laser measuring device comprises a beam unit which is provided for the purpose of emitting a laser measuring beam for a distance measurement, wherein the laser measuring device comprises a sensor unit which is provided for the purpose of capturing a reflection of the laser measuring beam at a measuring object, wherein the laser measuring device comprises a control and regulating unit which is provided for the purpose of evaluating a signal from the sensor unit and determining a distance to the measuring object, wherein the laser measuring module is configured to capture an emission direction of the laser measuring beam, wherein the sensor unit is provided for the purpose of capturing a reflection of the laser measuring beam at the measuring object and transmitting received data to the control and regulating unit, wherein the control and regulating unit is provided for the purpose of determining a distance between the laser measuring module and a measuring point, that is to say the place at which the laser measuring beam strikes the measuring object, and wherein the control and regulating unit is configured to determine a position of the measuring point based on the location of the laser measuring module from the emission direction of the laser measuring beam and from the distance of the measuring point, having at least one display module, which is at least provided for the purpose of electronically displaying at least the measuring point (16, 18, 20), the bearings of which have been taken by means of the laser measuring module, wherein the display module is configured to be separate from or removable from the laser measuring module, having at least one communication apparatus which is provided for the purpose of transmitting at least position data relating to the measuring point (16, 18, 20), the bearings of which have been taken, from the laser measuring module to the display module, and having a computing unit which is provided for the purpose of determining coordinates for displaying the measuring point (16, 18, 20) at least from position data relating to the measuring point (16, 18, 20), the bearings of which have been taken, and from location data relating to the display module, wherein the display module comprises a location capture unit, and wherein the display module is provided for the purpose of electronically displaying an image of the measuring point in a field of view of a user and/or in an environmental display in order to assist a user in a measuring operation, for example when determining distances to be measured.
A method for wireless communication, comprising: identifying a channel raster associated with a plurality of resource blocks of a channel, the plurality of resource blocks having an asymmetric relation with respect to the channel raster, wherein the asymmetric relation indicates that the channel raster is offset from the middle of the channel; and transmitting (1310, 1315), based at least in part on the asymmetric relation, a message to indicate the channel raster and a resource block offset metric that comprises location information associated with a first resource block of the plurality of resource blocks of the channel. identifying a channel raster associated with a plurality of resource blocks of a channel, the plurality of resource blocks having an asymmetric relation with respect to the channel raster, wherein the asymmetric relation indicates that the channel raster is offset from the middle of the channel; and transmitting (1310, 1315), based at least in part on the asymmetric relation, a message to indicate the channel raster and a resource block offset metric that comprises location information associated with a first resource block of the plurality of resource blocks of the channel.