mhurhangee/ep-ind-claims huggingface dataset:
A scheduling method, wherein the method is applied to a process of handing over a terminal to a target cell, and comprises: receiving, by a target base station serving the target cell, a random access request sent by the terminal; sending, by the target base station, a random access response to the terminal according to the random access request; and proactively sending, by the target base station, an uplink grant to the terminal after sending the random access response and before receiving a handover complete command, wherein proactively sending comprises sending, by the target base station, the uplink grant to the terminal, before the target base station receives a scheduling request, SR, or a buffer status report, BSR, sent by the terminal, wherein the proactively sending, by the target base station, the uplink grant to the terminal after sending the random access response and before receiving a handover complete command comprises: starting, by the target base station, to send the uplink grant to the terminal from an N th transmission time interval, TTI, that is after the random access response is sent, wherein N is a positive integer greater than or equal to 3 and less than or equal to 10. receiving, by a target base station serving the target cell, a random access request sent by the terminal; sending, by the target base station, a random access response to the terminal according to the random access request; and proactively sending, by the target base station, an uplink grant to the terminal after sending the random access response and before receiving a handover complete command, wherein proactively sending comprises sending, by the target base station, the uplink grant to the terminal, before the target base station receives a scheduling request, SR, or a buffer status report, BSR, sent by the terminal, wherein the proactively sending, by the target base station, the uplink grant to the terminal after sending the random access response and before receiving a handover complete command comprises: starting, by the target base station, to send the uplink grant to the terminal from an N th transmission time interval, TTI, that is after the random access response is sent, wherein N is a positive integer greater than or equal to 3 and less than or equal to 10.
A control system for automatically operating a well control device located in a subsea blow-out preventer, the control system comprising: a first control unit configured to detect a signal indicative of a requirement to trigger actuation of a shear mechanism of the subsea BOP, to cause the shear mechanism to move from a deactivated state to an activated state in which it provides a well control function; and a second control unit adapted to be connected to the well control device, for triggering actuation of the well control device to cause it to move from a deactivated state to an activated state in which the well control device provides a well control function; characterised in that the first control unit is connected to the second control unit and configured to issue an activation command to the second control unit to cause it to trigger actuation of the well control device; in which the first control unit is configured to automatically issue the activation command to the second control unit on detecting issue of the signal indicative of a requirement to trigger actuation of the subsea BOP shear mechanism; and in which the first control unit and the second control unit are configured so that the activation command is issued to the second control unit to trigger actuation of the well control device prior to actuation of the subsea BOP shear mechanism. a first control unit configured to detect a signal indicative of a requirement to trigger actuation of a shear mechanism of the subsea BOP, to cause the shear mechanism to move from a deactivated state to an activated state in which it provides a well control function; and a second control unit adapted to be connected to the well control device, for triggering actuation of the well control device to cause it to move from a deactivated state to an activated state in which the well control device provides a well control function; characterised in that the first control unit is connected to the second control unit and configured to issue an activation command to the second control unit to cause it to trigger actuation of the well control device; in which the first control unit is configured to automatically issue the activation command to the second control unit on detecting issue of the signal indicative of a requirement to trigger actuation of the subsea BOP shear mechanism; and in which the first control unit and the second control unit are configured so that the activation command is issued to the second control unit to trigger actuation of the well control device prior to actuation of the subsea BOP shear mechanism.
A box forming machine comprising: a converter assembly that is configured to perform one or more conversion functions on a sheet material to convert the sheet material to a box template; a fold assembly that is configured to engage a first end of the box template and move the first end of the box template to a predetermined position, characterized in that the fold assembly comprising a fold head having a fold plate and a first clamp, the fold head being rotatable to fold a glue tab disposed at the first end of the box template relative to the rest of the box template, and the fold plate and the first clamp being configured to clamp onto and hold the first end of the box template; and an attachment assembly comprising an attachment head having one or more attachment mechanisms (172, 172a, 172b) that are configured to secure to a second end of the box template and move the second end of the box template toward and into engagement with the first end of the box template. a converter assembly that is configured to perform one or more conversion functions on a sheet material to convert the sheet material to a box template; a fold assembly that is configured to engage a first end of the box template and move the first end of the box template to a predetermined position, characterized in that the fold assembly comprising a fold head having a fold plate and a first clamp, the fold head being rotatable to fold a glue tab disposed at the first end of the box template relative to the rest of the box template, and the fold plate and the first clamp being configured to clamp onto and hold the first end of the box template; and an attachment assembly comprising an attachment head having one or more attachment mechanisms (172, 172a, 172b) that are configured to secure to a second end of the box template and move the second end of the box template toward and into engagement with the first end of the box template.
A polymer interlayer that resists formation of iceflower defects, the polymer interlayer comprising: at least one soft layer wherein the soft layer comprises: a first poly(vinyl butyral) resin having a first residual hydroxyl content as measured in weight percent according to ASTM D1396; a second poly(vinyl butyral) resin having a second residual hydroxyl content as measured in weight percent according to ASTM D1396; wherein the difference between the first residual hydroxyl content and the second residual hydroxyl content is at least 2.0 weight percent; and a high refractive index plasticizer having a refractive index measured according to ASTM D542 of at least 1.460; at least one stiffer layer comprising a third poly(vinyl butyral resin) having a third residual hydroxyl content; and a plasticizer, wherein the polymer interlayer has a damping loss factor (η) (as measured by ISO 16940) of at least 0.15, a percent haze of less than 1.0% (as measured by a hazemeter in accordance with ASTM D1003-61 (Re-approved 1977)-Procedure A using Illuminant C, at an observer angle of 2 degrees). at least one soft layer wherein the soft layer comprises: a first poly(vinyl butyral) resin having a first residual hydroxyl content as measured in weight percent according to ASTM D1396; a second poly(vinyl butyral) resin having a second residual hydroxyl content as measured in weight percent according to ASTM D1396; wherein the difference between the first residual hydroxyl content and the second residual hydroxyl content is at least 2.0 weight percent; and a high refractive index plasticizer having a refractive index measured according to ASTM D542 of at least 1.460; a first poly(vinyl butyral) resin having a first residual hydroxyl content as measured in weight percent according to ASTM D1396; a second poly(vinyl butyral) resin having a second residual hydroxyl content as measured in weight percent according to ASTM D1396; wherein the difference between the first residual hydroxyl content and the second residual hydroxyl content is at least 2.0 weight percent; and a high refractive index plasticizer having a refractive index measured according to ASTM D542 of at least 1.460; at least one stiffer layer comprising a third poly(vinyl butyral resin) having a third residual hydroxyl content; and a plasticizer, wherein the polymer interlayer has a damping loss factor (η) (as measured by ISO 16940) of at least 0.15, a percent haze of less than 1.0% (as measured by a hazemeter in accordance with ASTM D1003-61 (Re-approved 1977)-Procedure A using Illuminant C, at an observer angle of 2 degrees).
A barbecue or cooker having an outer shell which serves as a housing; a support shell arranged inside the outer shell and being distanced there-from on all sides; a burner unit located inside the support shell; a barbecue grate or container arranged above the burner unit; and a gas supply device which generates a fluid flow toward or into the burner unit from below the support shell, whereas a wood charcoal burner unit or a gas burner unit, together with specific attachment elements, can optionally be used as the burner unit, wherein, when the burner unit is used accordingly, a directed air flow can be conducted into or toward the wood charcoal burner unit or flammable gas can be conducted into or toward the gas burner unit via the gas supply device, characterized in that in the floor region of the outer shell, under the support shell, preferably on a floor plate, an exchange mechanism is arranged, which can only be actuated when the burner chamber is removed, and, upon the actuation thereof, after reaching a defined working position for the respective burner device, an insertion and activation of the respective burner chamber, including the specific attachment elements, is possible. whereas a wood charcoal burner unit or a gas burner unit, together with specific attachment elements, can optionally be used as the burner unit, wherein, when the burner unit is used accordingly, a directed air flow can be conducted into or toward the wood charcoal burner unit or flammable gas can be conducted into or toward the gas burner unit via the gas supply device, characterized in that in the floor region of the outer shell, under the support shell, preferably on a floor plate, an exchange mechanism is arranged, which can only be actuated when the burner chamber is removed, and, upon the actuation thereof, after reaching a defined working position for the respective burner device, an insertion and activation of the respective burner chamber, including the specific attachment elements, is possible.
A method for producing a sheet-metal component having a cross-section which is closed at least in partial regions and which comprises at least two sheet-metal parts (1, 2) joined together by way of a material-formed join, wherein the method comprises the following steps: - providing a first sheet-metal part and at least a second sheet-metal part, wherein the first sheet-metal part and/or the second sheet-metal part has/have a base (1.1, 2.1), frames (1.2, 2.2) and flanges (1.3, 2.3), - arranging the two sheet-metal parts (1, 2) such that they come into contact at least in partial regions via their flanges (1.3, 2.3), forming a cross-section which is closed at least in partial regions, and producing a material-formed join between the two sheet-metal parts (1, 2), - after the production of the material-formed join the flanges (1.3, 2.3) are cut off at least in partial regions while maintaining the material-formed join, such that adjoining or in the region of the material-formed join a cutting contour (10.1) is produced on the sheet-metal component, characterised in that the cutting contour (10.1) on the sheet-metal component is then subjected to thermal treatment, wherein the thermal treatment serving to correct minimal defects such as holes and/or pores from the material-formed joining process. - providing a first sheet-metal part and at least a second sheet-metal part, wherein the first sheet-metal part and/or the second sheet-metal part has/have a base (1.1, 2.1), frames (1.2, 2.2) and flanges (1.3, 2.3), - arranging the two sheet-metal parts (1, 2) such that they come into contact at least in partial regions via their flanges (1.3, 2.3), forming a cross-section which is closed at least in partial regions, and producing a material-formed join between the two sheet-metal parts (1, 2), - after the production of the material-formed join the flanges (1.3, 2.3) are cut off at least in partial regions while maintaining the material-formed join, such that adjoining or in the region of the material-formed join a cutting contour (10.1) is produced on the sheet-metal component,
A ground compaction machine for compacting a ground, in particular a tandem roller, a single-drum roller, a rubber-wheeled roller or a trench roller, comprising - a machine frame; - at least one travel unit with a wheel or a roller drum, - a travel drive for driving the travel unit, and - a steering drive for adjusting the traveling direction of the ground compaction machine, - at least one electric motor, wherein the at least one electric motor is an asynchronous or a synchronous motor and/or has water cooling, and wherein the ground compaction machine comprises a vibratory drive configured to excite a vibration at the wheel or roller drum, the vibratory drive comprising the electric motor and being operated exclusively electrically characterized in that the vibratory drive comprises an electric brake configured to shorten the coast-down time of the vibratory drive and to recover electric energy during braking, and in that the electric brake comprises a capacitor configured such that it is chargeable during braking and the stored energy can be used to start the vibratory drive. - a machine frame; - at least one travel unit with a wheel or a roller drum, - a travel drive for driving the travel unit, and - a steering drive for adjusting the traveling direction of the ground compaction machine, - at least one electric motor, wherein the at least one electric motor is an asynchronous or a synchronous motor and/or has water cooling, and wherein the ground compaction machine comprises a vibratory drive configured to excite a vibration at the wheel or roller drum, the vibratory drive comprising the electric motor and being operated exclusively electrically characterized in that the vibratory drive comprises an electric brake configured to shorten the coast-down time of the vibratory drive and to recover electric energy during braking, and in that the electric brake comprises a capacitor configured such that it is chargeable during braking and the stored energy can be used to start the vibratory drive.
A method for wireless communication, characterized by, comprising: receiving, by a target access network entity, a transmission indication message from a terminal device, the transmission indication message carrying context information of the terminal device, or the transmission indication message carrying the context information of the terminal device and identification information of a source access network entity; and acquiring, by the target access network entity, the context information of the terminal device according to the transmission indication message, so as to establish a connection between the terminal device and the target access network entity. receiving, by a target access network entity, a transmission indication message from a terminal device, the transmission indication message carrying context information of the terminal device, or the transmission indication message carrying the context information of the terminal device and identification information of a source access network entity; and acquiring, by the target access network entity, the context information of the terminal device according to the transmission indication message, so as to establish a connection between the terminal device and the target access network entity.
A method of generating a random number on a spacecraft including the steps of:- providing a RAM having an output capable of outputting a series of bits wherein the output series of bits is susceptible to change following impact on the RAM of particles of radiation which occur freely in space; exposing the RAM to said radiation for a period sufficient to change at least one of the bits, and reading from the output the series of bits as changed by the said radiation whereby to produce the random number.
A method for dynamic media content insertion based on Hypertext Transfer Protocol, HTTP, streaming, wherein dynamic media contents are transmitted through HTTP streaming and a program segment is being played on a client terminal, and the method comprises: receiving, by a server, a media presentation description, MPD, request message from the client terminal, and sending an MPD file that carries inserted media content presetting information to the client terminal, wherein the media content presetting information comprises: media content obtaining information and an insertion position of a first media content segment, wherein the insertion position of the first media content segment is an insertion time or an insertion index value relative to the program segment; receiving, by the server, a request message that is sent by the client terminal and carries user information; wherein the receiving, by the server, the request message that is sent by the client terminal and carries the user information comprises: receiving a first media content request message that is sent by the client terminal according to the media content obtaining information when the insertion time or the insertion index value indicated by the insertion position of the first media content segment is met and carries the user information; screening (202, 403), by the server, out a target media content from locally stored media contents according to the user information; and sending the target media content to the client terminal so that the client terminal can play the target media content at the insertion time or the insertion index value indicated by the insertion position of the first media content segment. receiving, by a server, a media presentation description, MPD, request message from the client terminal, and sending an MPD file that carries inserted media content presetting information to the client terminal, wherein the media content presetting information comprises: media content obtaining information and an insertion position of a first media content segment, wherein the insertion position of the first media content segment is an insertion time or an insertion index value relative to the program segment; receiving, by the server, a request message that is sent by the client terminal and carries user information; wherein the receiving, by the server, the request message that is sent by the client terminal and carries the user information comprises: receiving a first media content request message that is sent by the client terminal according to the media content obtaining information when the insertion time or the insertion index value indicated by the insertion position of the first media content segment is met and carries the user information; screening (202, 403), by the server, out a target media content from locally stored media contents according to the user information; and sending the target media content to the client terminal so that the client terminal can play the target media content at the insertion time or the insertion index value indicated by the insertion position of the first media content segment.
An agent selected from: (a) a isolated peptide comprising at least one epitope that comprises SEQ ID NO:200; and (b) an analogue of (a) which is an isolated peptide capable of being recognised by a T cell receptor that recognises the peptide of (a) and which is not more than 50 amino acids in length. (a) a isolated peptide comprising at least one epitope that comprises SEQ ID NO:200; and (b) an analogue of (a) which is an isolated peptide capable of being recognised by a T cell receptor that recognises the peptide of (a) and which is not more than 50 amino acids in length.
A power-consumption monitoring device, for taking measurements of the power consumed by an appliance, the device being connectable to a mains electrical circuit and operable to transmit the measurements to a master device through the circuit, wherein the device is adapted to: receive a spread-spectrum timing-reference signal from the master device; detect a code-phase of the received reference signal; and transmit the measurements to the master device with a timing that is defined relative to the detected code-phase. receive a spread-spectrum timing-reference signal from the master device; detect a code-phase of the received reference signal; and transmit the measurements to the master device with a timing that is defined relative to the detected code-phase.