mhurhangee/ep-ind-claims huggingface dataset:
A method in a reservation function associated with a first base station (BS, BS1) serving a cell in a cellular network, for enabling access to the first base station for privileged sessions, the method comprising: - detecting (1:3, 208) that resources being pre-reserved in the first base station exclusively for privileged sessions, are used for establishing a connection for a privileged session for a wireless terminal, and - pre-reserving (1:4, 212, 214) new resources in the first base station exclusively for privileged sessions in response to said detecting, to compensate for the resources occupied by the established privileged session connection, such that an amount of resources sufficient for enabling at least one subsequent privileged session connection remains pre-reserved in the first base station; wherein if the amount of unoccupied resources in the first base station is insufficient to compensate for the resources occupied by said established privileged session connection, pre-reserving the new resources in the first base station comprises releasing an ongoing connection with the first base station. - detecting (1:3, 208) that resources being pre-reserved in the first base station exclusively for privileged sessions, are used for establishing a connection for a privileged session for a wireless terminal, and - pre-reserving (1:4, 212, 214) new resources in the first base station exclusively for privileged sessions in response to said detecting, to compensate for the resources occupied by the established privileged session connection, such that an amount of resources sufficient for enabling at least one subsequent privileged session connection remains pre-reserved in the first base station;
A lift-truck comprising a first and a second height adjustable load engagement means (20, 21) and a lifting/lowering unit arranged to raise or lower the load engagement means (20, 21), wherein each load engagement means (20, 21) has a forward end and comprises at least one support wheel for supporting the load engagement means (20, 21) on a ground surface and a climbing wheel for assisting the support wheel to roll up on a base board of a pallet characterized in a detection sensor arranged to detect a pallet located in front of the climbing wheel and in a control unit connected to the lifting/lowering unit and to the detection sensor, wherein the control unit is configured to: - in response to a signal (d) from the detection sensor, indicative of a detected pallet, controlling the lifting/lowering unit to move the load engagement means (20, 21) to place the climbing wheel at a first predetermined height over the ground surface and; - determining at least one operational parameter (d, op) indicative of a movement of the lift-truck and; - controlling the lifting/lowering unit to lower the load engagement means (20, 21) to place the climbing wheel at a second predetermined height over the ground surface when the operational parameter (d, op) equals a predetermined operational value (ov). - in response to a signal (d) from the detection sensor, indicative of a detected pallet, controlling the lifting/lowering unit to move the load engagement means (20, 21) to place the climbing wheel at a first predetermined height over the ground surface and; - determining at least one operational parameter (d, op) indicative of a movement of the lift-truck and; - controlling the lifting/lowering unit to lower the load engagement means (20, 21) to place the climbing wheel at a second predetermined height over the ground surface when the operational parameter (d, op) equals a predetermined operational value (ov).
Heating apparatus for heating a storage tank for an operating and/or auxiliary substance in an exhaust-gas aftertreatment system of an internal combustion engine, comprising at least one electrically heatable heating resistor and at least one thermally conductive body, characterized in that two thermally conductive bodies delimit a gap in which the heating resistor is arranged, and the two thermally conductive bodies are braced with one another by means of magnets in order to optimize the thermal coupling of the heating resistor to the two thermally conductive bodies.
A method comprising: receiving, by a computing device, a request from a client including first status information, wherein the first status information was included in a first instance of a media presentation description for a first set of segments of a stream of a media presentation and identified a break from the stream of the media presentation for insertion of supplemental content, the first status information further including a link back to the stream of the media presentation; using, by the computing device, the first status information to identify supplemental content for the client; and sending, by the computing device, a second instance of the media presentation description for at least a portion of the supplemental content, wherein the second instance of the media presentation description includes the link back to the stream of the media presentation as second status information that reverts the client back to the stream of the media presentation after insertion of the supplemental content. receiving, by a computing device, a request from a client including first status information, wherein the first status information was included in a first instance of a media presentation description for a first set of segments of a stream of a media presentation and identified a break from the stream of the media presentation for insertion of supplemental content, the first status information further including a link back to the stream of the media presentation; using, by the computing device, the first status information to identify supplemental content for the client; and sending, by the computing device, a second instance of the media presentation description for at least a portion of the supplemental content, wherein the second instance of the media presentation description includes the link back to the stream of the media presentation as second status information that reverts the client back to the stream of the media presentation after insertion of the supplemental content.
An optical modulation device comprising: a mirror area; a nano-antenna area facing the mirror area; an active area located between the mirror area and the nano-antenna area and having a physical property that varies according to an electrical condition; and a plurality of first electrodes and a plurality of second electrodes configured to change the physical property of the active area located between the plurality of first electrodes and the plurality of second electrodes, the plurality of first electrodes being disposed to intersect the plurality of second electrodes to form a cross-point array structure, wherein the plurality of first electrodes are included in the mirror area or provided separately from the mirror area, and the plurality of second electrodes are included in the nano-antenna area or provided separately from the nano-antenna area, and characterised in that the optical modulation device further comprises: a first insulating layer located between the mirror area and the active area or between the plurality of first electrodes and the active area; and a second insulating layer located between the nano-antenna area and the active area or between the plurality of second electrodes and the active area. a mirror area; a nano-antenna area facing the mirror area; an active area located between the mirror area and the nano-antenna area and having a physical property that varies according to an electrical condition; and a plurality of first electrodes and a plurality of second electrodes configured to change the physical property of the active area located between the plurality of first electrodes and the plurality of second electrodes, the plurality of first electrodes being disposed to intersect the plurality of second electrodes to form a cross-point array structure, wherein the plurality of first electrodes are included in the mirror area or provided separately from the mirror area, and the plurality of second electrodes are included in the nano-antenna area or provided separately from the nano-antenna area, and characterised in that the optical modulation device further comprises: a first insulating layer located between the mirror area and the active area or between the plurality of first electrodes and the active area; and a second insulating layer located between the nano-antenna area and the active area or between the plurality of second electrodes and the active area. a first insulating layer located between the mirror area and the active area or between the plurality of first electrodes and the active area; and a second insulating layer located between the nano-antenna area and the active area or between the plurality of second electrodes and the active area.
A method performed by a computing device for allowing remote access to a machine, the method comprising: receiving a request from a user to allow remote access to the machine via a port during the access period; in response to the request, performing an authentication of the user and directing the port of the machine to be opened for the access period and then closed after the access period; and directing the machine to alter security relating to applications allowed to execute on the machine for the access period, including suspending a prohibited list of applications that are prohibited from executing on the machine, and then return to unaltered security after the access period; wherein the machine can be accessed via the port during the access period with the altered security relating to applications. receiving a request from a user to allow remote access to the machine via a port during the access period; in response to the request, performing an authentication of the user and directing the port of the machine to be opened for the access period and then closed after the access period; and directing the machine to alter security relating to applications allowed to execute on the machine for the access period, including suspending a prohibited list of applications that are prohibited from executing on the machine, and then return to unaltered security after the access period; wherein the machine can be accessed via the port during the access period with the altered security relating to applications.
A computer system for editing virtual documents, comprising: a storage component configured to store a plurality of fragments (1 to n) associated with a virtual document that has a logical structure wherein each fragment (1 to n) is stored separately from the other fragments; a processing component configured to assemble the virtual document by retrieving the plurality of associated fragments (1 to n) and ordering the plurality of associated fragments according to the logical structure; an editor component configured to present a visualization of the virtual document to a user for editing and to receive editing commands from the user wherein a specific editing command is configured to modify a specific fragment of the virtual document in the storage component; characterized in that the modification associated with the specific editing command comprises insertion of corresponding version information into the specific fragment for tracking the modification wherein the insertion is under the exclusive control of the computer system, and the version information comprises metadata with a modification type, a version number and a user identifier of the user, the metadata enclosing content of the specific fragment which reflects the modification associated with the inserted version information, the version number being incremented by the computer system with every modification of the fragment, and version information with an incremented version number being cascaded in the specific fragment with version information of a respective earlier modification. a storage component configured to store a plurality of fragments (1 to n) associated with a virtual document that has a logical structure wherein each fragment (1 to n) is stored separately from the other fragments; a processing component configured to assemble the virtual document by retrieving the plurality of associated fragments (1 to n) and ordering the plurality of associated fragments according to the logical structure; an editor component configured to present a visualization of the virtual document to a user for editing and to receive editing commands from the user wherein a specific editing command is configured to modify a specific fragment of the virtual document in the storage component; characterized in that the modification associated with the specific editing command comprises insertion of corresponding version information into the specific fragment for tracking the modification wherein the insertion is under the exclusive control of the computer system, and the version information comprises metadata with a modification type, a version number and a user identifier of the user, the metadata enclosing content of the specific fragment which reflects the modification associated with the inserted version information, the version number being incremented by the computer system with every modification of the fragment, and version information with an incremented version number being cascaded in the specific fragment with version information of a respective earlier modification.
A multi-layered structure electrolyte for a lithium ion secondary battery including positive and negative electrodes capable of intercalating/deintercalating lithium ions, the multi-layered structure electrolyte comprising a ceramic solid electrolyte including a binder and a gel polymer electrolyte provided on opposite surfaces of the ceramic solid electrolyte.
An electronic cigarette vaporizer, comprising a vaporizer body and a filter tip; wherein the filter tip is a cylindrical flexible body located on the outside of one end of the vaporizer body and arranged coaxially with the vaporizer body; and a first sticker is wrapped around peripheral surfaces of the vaporizer body and the cylindrical flexible body; the vaporizer body and the filter tip are coplanar axially; the vaporizer body comprises a vaporizer tube and a sealing element sleeved in the vaporizer tube, and ends of the sealing element and the vaporizer tube are directly abutted against the filter tip; an outer diameter of the vaporizer tube is the same as a diameter of the filter tip; a smoke vent hole is defined in the sealing element; a second sticker configured to shape the filter tip is covered outside the filter tip; the second sticker is arranged between the filter tip and the first sticker; a thickness of the second sticker is less than a thickness of the first sticker; a total of a thickness of the second sticker and a diameter of the filter tip is equal to an outer diameter of the vaporizer tube; the second sticker is further covered on one end of the vaporizer body; the first sticker comprises an inner surface and an outer surface, the inner surface is a smooth surface which is fitted well with outer surfaces of the vaporizer body and the filter tip, and the outer surface has a convex-concave pattern and/or a character; an antiskid layer is coated outside the first sticker; the first sticker and the second sticker are any one selected from fiber paper, craft paper, tipping paper and synthetic paper; a thickness of the first sticker is ranged from 0.01 mm to 1 mm; a thickness of the second sticker is ranged from 0.01 mm to 0.5 mm; the filter tip is made of one or more material selected from chemical fiber, sponge and breathable foam.
A solid state dual fire circuit for use in a perforating gun string comprising one or more tools (14, 15), wherein the solid state dual fire circuit comprises: a transformer with a primary coil, a first secondary coil, a second secondary coil, and a third secondary coil; a first MOSFET, wherein the first MOSFET controls whether the bottom of the tool (14, 15) is shorted to ground; a second MOSFET, wherein the second MOSFET engages or disengages a voltage clamp; a third MOSFET, wherein the third MOSFET controls power to tools (14, 15) coupled to the perforating gun string; wherein the voltage clamp when activated energizes a detonator in the perforating gun string. a transformer with a primary coil, a first secondary coil, a second secondary coil, and a third secondary coil; a first MOSFET, wherein the first MOSFET controls whether the bottom of the tool (14, 15) is shorted to ground; a second MOSFET, wherein the second MOSFET engages or disengages a voltage clamp; a third MOSFET, wherein the third MOSFET controls power to tools (14, 15) coupled to the perforating gun string; wherein the voltage clamp when activated energizes a detonator in the perforating gun string.
Method for monitoring an automated drive train of a motor vehicle, which drive train comprises a drive engine, a friction clutch arrangement and a multi-speed transmission, the friction clutch arrangement connecting or disconnecting the drive engine to/from the multi-speed transmission, comprising the steps: - determining at least one rotational speed parameter of the drive train; - checking whether the rotational speed parameter is greater than a first threshold value (n 1) for a first predetermined time interval (Δt 1), and - initiating a measure in the drive train in order to lower the rotational speed parameter if the rotational speed parameter is greater than the first threshold value (n 1) for the first predetermined time interval (Δt 1), characterized in that the motor vehicle is a passenger car, wherein the multi-speed transmission is a dual clutch transmission with a first and a second partial transmission (22, 24), one of which is active and the other inactive, and wherein the measure is carried out in the inactive partial transmission. - determining at least one rotational speed parameter of the drive train; - checking whether the rotational speed parameter is greater than a first threshold value (n 1) for a first predetermined time interval (Δt 1), and - initiating a measure in the drive train in order to lower the rotational speed parameter if the rotational speed parameter is greater than the first threshold value (n 1) for the first predetermined time interval (Δt 1),
Method for down-the-hole drilling, the drilling being carried out by an apparatus, having a drilling device that comprises a casing part and an at least during a drilling situation essentially inside thereof existing drilling unit, at a drilling head of which there are at least first drilling means for drilling a center hole, second drilling means for reaming the center hole for the casing part and a flushing flow arrangement for leading of a flushing medium onto a drilling surface and for returning of drilling waste at least partly internally inside the casing part, whereby the first drilling means are coupled with the second drilling means first of all power-transmittedly in order to carry out cooperation thereof at least during a drilling situation with the second drilling means for a rotational motion, a feeding motion and/or a hammering motion, and on the other hand removably in order to enable removal thereof from the hole, whereby the casing part is arranged to be drawn into a hole to be drilled by the drilling unit, whereby the flushing medium is being brought by first flushing means of the flushing flow arrangement onto the drilling surface and returned from the drilling surface together with the drilling waste by second flushing means of the flushing flow arrangement through axially directed (s) and in respect with each other separate feed flow and return flow channels (6a', 6b') that exist, when viewed in a cross section, between the first and second drilling means (4, 5) on an outer periphery of the first drilling means and/or an inner periphery of the second drilling means, whereby the flushing medium is being led from a centrical flushing medium feed channel (6a1) by one or more distribution channels (6a2) directed outward therefrom into the one or more feed flow channels on the outer periphery of the first drilling means at a first distance (e) from the drilling surface of the first drilling means, and wherein, in order to make more efficient return flow of the flushing medium together with the drilling waste through the one or more return flow channels, the flushing medium is being introduced from the first flushing means by means of an auxiliary flush assembly to the return flow channel/channels, wherein an auxiliary flush flow (ff) is being led from the flushing medium feed channel (6a1) by one or more auxiliary distribution channels (6c1) at a return flow opening assembly (6b'o) of the return flow channel/channels at a second distance (ey) from the drilling surface of the first drilling means, characterized in that said second distance (ey) being smaller than said first distance (e).
A system for forming a borehole using a rotatable tubular (14, 110) the system comprising: a housing (18, 40, 50, 80, 132, 172) having a height and being disposed above the borehole, said housing having a port (30, 52, 102, 146, 178); a bearing assembly having an inner member (26, 82) and an outer member (28, 84) and being positioned with said housing, one of said members being rotatable with the tubular relative to the other said member and one of said members having a passage through which the tubular may extend; a seal (16, 83, 138) having a height to sealably engage the rotatable tubular with said bearing assembly; a plurality of bearings (24, 90) disposed between said inner member and said outer member; a lower member above the borehole; an attachment member (20, 43, 64, 96, 140) for attaching said housing to said lower member; and a flange (34, 58, 108, 152, 154, 176) having an outer diameter and a port (32, 56, 106, 148, 156, 178), wherein said housing port is arranged to communicate with said flange port, and characterized in that said flange outer diameter is at least eighty percent of said housing height of said housing and said bearing assembly when said bearing assembly is positioned with said housing. a housing (18, 40, 50, 80, 132, 172) having a height and being disposed above the borehole, said housing having a port (30, 52, 102, 146, 178); a bearing assembly having an inner member (26, 82) and an outer member (28, 84) and being positioned with said housing, one of said members being rotatable with the tubular relative to the other said member and one of said members having a passage through which the tubular may extend; a seal (16, 83, 138) having a height to sealably engage the rotatable tubular with said bearing assembly; a plurality of bearings (24, 90) disposed between said inner member and said outer member; a lower member above the borehole; an attachment member (20, 43, 64, 96, 140) for attaching said housing to said lower member; and a flange (34, 58, 108, 152, 154, 176) having an outer diameter and a port (32, 56, 106, 148, 156, 178), wherein said housing port is arranged to communicate with said flange port, and characterized in that said flange outer diameter is at least eighty percent of said housing height of said housing and said bearing assembly when said bearing assembly is positioned with said housing.