mhurhangee/ep-ind-claims huggingface dataset:
A method for scheduling uplink radio resources in a wireless communication system comprising: an evolved NodeB, eNB, allocating radio resources to user equipment, UE, determining control signaling information of the radio resources, and notifying the control signaling information of said radio resources to the UE; characterized by the control signaling information of the radio resources notified to the UE comprises at least one type of following information: parameter information related to quality of service of data born in the radio resources, and parameter information related to logical channel of the UE corresponding to the radio resources; wherein the parameter information related to the quality of service of the data born in the radio resources comprises: at least one of types of packet error rate information, block error rate information and bit error rate information; the parameter information related to the logical channel of the UE corresponding to the radio resources comprises at least one of types of logical channel sequence number information, logical channel group sequence number information, logical channel priority information, logical channel aggregate maximum bit rate information, logical channel prioritized rate information and logical channel maximum allowable delay information. an evolved NodeB, eNB, allocating radio resources to user equipment, UE, determining control signaling information of the radio resources, and notifying the control signaling information of said radio resources to the UE; characterized by the control signaling information of the radio resources notified to the UE comprises at least one type of following information: parameter information related to quality of service of data born in the radio resources, and parameter information related to logical channel of the UE corresponding to the radio resources; wherein the parameter information related to the quality of service of the data born in the radio resources comprises: at least one of types of packet error rate information, block error rate information and bit error rate information; the parameter information related to the logical channel of the UE corresponding to the radio resources comprises at least one of types of logical channel sequence number information, logical channel group sequence number information, logical channel priority information, logical channel aggregate maximum bit rate information, logical channel prioritized rate information and logical channel maximum allowable delay information.
A method for data redistribution of a job data in a first datanode to at least one additional DN in a Massively Parallel Processing Database, characterized by comprising: recording a snapshot of the job data; splitting the job data into a first data portion in the first DN and a redistribution data portion in the first DN, wherein the snapshot records information about the split of the job data; accumulating and saving changes to the job data to a temporary table; initiating transfer of the redistribution data portion to the at least one additional DN; if the transferring the redistribution data portion to the at least one additional DN succeeds: determining changes to the first data portion and changes to the redistribution data portion in the temporary table using the snapshot; merging the changes accumulated in the temporary table to the first data portion into the first data portion in the first DN; and merging the changes accumulated in the temporary table to the redistribution data portion into the redistribution data portion in the at least one additional DN. recording a snapshot of the job data; splitting the job data into a first data portion in the first DN and a redistribution data portion in the first DN, wherein the snapshot records information about the split of the job data; accumulating and saving changes to the job data to a temporary table; initiating transfer of the redistribution data portion to the at least one additional DN; if the transferring the redistribution data portion to the at least one additional DN succeeds: determining changes to the first data portion and changes to the redistribution data portion in the temporary table using the snapshot; merging the changes accumulated in the temporary table to the first data portion into the first data portion in the first DN; and merging the changes accumulated in the temporary table to the redistribution data portion into the redistribution data portion in the at least one additional DN.
Frame, in particular a wall frame, for accommodating one or more door leaves in a building opening, wherein the frame is designed as an, in particular closed, substantially rectangular hollow profile, can be fixed directly to the building via at least one of its outer sides facing the building and has at least one further outer side which, in the mounted state, terminates flush with the building and/or the door leaf, wherein the hollow profile has a rebate-forming extension facing the door leaf, wherein the hollow profile has a web-like profile extension (25, 26), wherein the profile extension is designed in such a way that it forms, in the mounted state, a termination edge for a building in contact with the frame, wherein the profile extension is arranged on the rebate-forming extension in such a way that it forms a termination, facing the door leaf, for a building covering the frame, characterized in that the profile extension is arranged on the side of the hollow profile facing away from the building.
An operating status warning light device for the optical display of at least one operating status or of several different operating statuses, of a technical device such as a machine, an installation, a vehicle or the like with at least one warning light unit (1, 4), wherein the warning light unit (1, 4) has at least one warning light element for generating warning light, wherein the warning light unit (1, 4) has an emission element having at least one warning light-emission surface for the emission of the warning light, wherein the emission element has at least one front side surface aligned transversely to the warning light-emission surface, wherein the warning light element is arranged on the front side surface for coupling the warning light into the emission element and that the emission element has diffusion means (5, 15, 19) for diffusion of the warning light, so that the warning light enters via the front side surface into the emission element and can be deflected to the warning light-emission surface, wherein the operating status warning light device is multi-stage and is designed as a signal column with emission elements, characterized in that the diffusion means (5, 15, 19) are designed as diffusion bodies and/or diffusion particles arranged on and/or within the emission element, that the emission elements can be combined with other and can be detachably reconfigured, so that a modular structure of a multi-stage operating status warning light device can be realized, and that an energy supply and/or information data line is provided for each module.
A nozzle for a liquid-cooled plasma arc torch, the nozzle comprising: a first body having a first end, a second end, and a longitudinal axis, the first body comprising an outer axial alignment flange having a proximal surface configured to mate with a torch body and an opposing distal surface exposed to liquid coolant flow; a second body disposed about a portion of the first body; and a liquid cooling loop between the first and the second body, characterised by the second body comprising: an outer surface defining a set of annular channels, at least one inlet of the liquid cooling loop being at least partially defined within a first annular channel of the set and at least one outlet of the liquid cooling loop being at least partially defined within a second annular channel of the set, the distal surface of the alignment flange and the first annular channel together forming the at least one inlet. a first body having a first end, a second end, and a longitudinal axis, the first body comprising an outer axial alignment flange having a proximal surface configured to mate with a torch body and an opposing distal surface exposed to liquid coolant flow; a second body disposed about a portion of the first body; and a liquid cooling loop between the first and the second body, characterised by the second body comprising: an outer surface defining a set of annular channels, at least one inlet of the liquid cooling loop being at least partially defined within a first annular channel of the set and at least one outlet of the liquid cooling loop being at least partially defined within a second annular channel of the set, the distal surface of the alignment flange and the first annular channel together forming the at least one inlet. an outer surface defining a set of annular channels, at least one inlet of the liquid cooling loop being at least partially defined within a first annular channel of the set and at least one outlet of the liquid cooling loop being at least partially defined within a second annular channel of the set, the distal surface of the alignment flange and the first annular channel together forming the at least one inlet.
A display apparatus (1000, 2000, 3000, 4000, 5000) comprising: a display panel comprising a first polarizing plate having a first polarizing axis substantially parallel to a first direction; a backlight unit which generates a light (L, L1, L11, L21); a diffusion plate (300, 301) interposed between the first polarizing plate and the backlight unit, the diffusion plate (300, 301) comprising an anisotropic area (300, 301a) having a transmission axis parallel to the first direction and a diffusion axis parallel to a second direction, wherein the second direction is perpendicular to the first direction; and a photographic unit interposed between the anisotropic area and the backlight unit, wherein the photographic unit is arranged to capture an image of an object transmitted to the photographic unit through the display panel. a display panel comprising a first polarizing plate having a first polarizing axis substantially parallel to a first direction; a backlight unit which generates a light (L, L1, L11, L21); a diffusion plate (300, 301) interposed between the first polarizing plate and the backlight unit, the diffusion plate (300, 301) comprising an anisotropic area (300, 301a) having a transmission axis parallel to the first direction and a diffusion axis parallel to a second direction, wherein the second direction is perpendicular to the first direction; and a photographic unit interposed between the anisotropic area and the backlight unit, wherein the photographic unit is arranged to capture an image of an object transmitted to the photographic unit through the display panel.
A rAAV comprising (i) a capsid protein comprising the sequence as set forth in SEQ ID NO: 9 and (ii) a nucleic acid comprising a promoter operably linked with a transgene for use in the treatment of amyotrophic lateral sclerosis; wherein the rAAV is to be delivered to the central nervous system tissue of a subject by intrathecal administration, and optionally also delivered by intracerebral administration.
Security document, for example of the visa type, and intended to be affixed to a sheet of an identity document and carrying data, in particular personal data specific to a security document holder (2; 3; 4), characterized in that it comprises two separable parts ((20; 21); (30; 31); (40; 41)) which reveal readable authentication information only when these separable parts are positioned relative to one another according to at least one verification configuration.
Transistor arrangement for a tensioning assembly, comprising a first carrier, on which at least one transistor chip is arranged, and comprising a second carrier, which is held at a predetermined distance from the first carrier by at least one spacer in a normal operation of the transistor arrangement, which occurs before a case of a thermal fault and in which the material of the spacer is resistant to deformation, wherein the spacer and the transistor chip are arranged between the two carriers (8, 9), characterized in that the at least one spacer at least partly consists of a material that softens under the influence of heat arising in the case of a thermal fault and as a result thereof and at the temperature arising in this case in the region of the spacer and is arranged in a plane of the first carrier alongside the transistor chip, as a result of which the transistor chip is unpressurized during normal operation in the case of a pressure on the carriers (8, 9).
A scooter comprising: a deck for a rider to stand on; a tiller projecting upwardly from the deck in use; two front wheels (404; 408); a steering mechanism configured to steer the two front wheels(404; 408) about respective steering axes; and, at least one rear wheel; characterised in that the steering system has: a first mode of steering in which rotation of the tiller about a vertical axis steers the two front wheels (404; 408) and, a second mode of steering in which rotation of the deck about a horizontal axis steers the two front wheels (404; 408). a deck for a rider to stand on; a tiller projecting upwardly from the deck in use; two front wheels (404; 408); a steering mechanism configured to steer the two front wheels(404; 408) about respective steering axes; and, at least one rear wheel; characterised in that the steering system has: a first mode of steering in which rotation of the tiller about a vertical axis steers the two front wheels (404; 408) and, a second mode of steering in which rotation of the deck about a horizontal axis steers the two front wheels (404; 408). a first mode of steering in which rotation of the tiller about a vertical axis steers the two front wheels (404; 408) and, a second mode of steering in which rotation of the deck about a horizontal axis steers the two front wheels (404; 408).
A hybrid cord, comprising: (a) a core yarn consisting of meta-aromatic polyamide fibers, wherein the yarn is formed by twisting multiple plies of fibers together and (b) at least one wrapping yarn (10, 20) consisting of para-aromatic polyamide fibers that wraps around the core yarn at a helical angle (a). (a) a core yarn consisting of meta-aromatic polyamide fibers, wherein the yarn is formed by twisting multiple plies of fibers together and (b) at least one wrapping yarn (10, 20) consisting of para-aromatic polyamide fibers that wraps around the core yarn at a helical angle (a).
A method for automatically controlling multiple modes on a wireless communication device, comprising: receiving signals from a wireless identity transmitter, wherein receiving signal from the wireless identity transmitter indicates that the wireless identity transmitter is within a defined proximity of the wireless communication device; receiving a notification of a geofence event that identifies a location of the wireless communication device; determining a first operating mode by applying the location of the wireless communication device to the indicated wireless identity transmitter; identifying a set of operating characteristics associated with the first operating mode; switching operation of the wireless communication device into the first operating mode by implementing the associated set of operating characteristics on the wireless communication device, characterized by: determining whether the first operating mode is associated with at least one mode control capability, wherein each mode control capability comprises a setting that defines a level of user control for selecting a mode other than the first operating mode; and determining whether to switch to a new mode control capability in response to determining that the first operating mode is associated with at least one mode control capability. receiving signals from a wireless identity transmitter, wherein receiving signal from the wireless identity transmitter indicates that the wireless identity transmitter is within a defined proximity of the wireless communication device; receiving a notification of a geofence event that identifies a location of the wireless communication device; determining a first operating mode by applying the location of the wireless communication device to the indicated wireless identity transmitter; identifying a set of operating characteristics associated with the first operating mode; switching operation of the wireless communication device into the first operating mode by implementing the associated set of operating characteristics on the wireless communication device, characterized by: determining whether the first operating mode is associated with at least one mode control capability, wherein each mode control capability comprises a setting that defines a level of user control for selecting a mode other than the first operating mode; and determining whether to switch to a new mode control capability in response to determining that the first operating mode is associated with at least one mode control capability. determining whether the first operating mode is associated with at least one mode control capability, wherein each mode control capability comprises a setting that defines a level of user control for selecting a mode other than the first operating mode; and determining whether to switch to a new mode control capability in response to determining that the first operating mode is associated with at least one mode control capability.
An opposed-piston engine (A, B) where left and right piston heads (4, 5) are arranged to face each other in the inside of a cylinder formed by joining left and right engine blocks to each other, the opposed-piston engine (A, B) comprising: a joint space (S-1) which is formed by flat recessed portions (4a', 5a') formed on end surfaces of both piston heads (4, 5); the opposed-piston engine (A, B) being characterized by comprising: a capacity space (S-2) formed by bulging in an approximately flat shape in the direction orthogonal to the axial direction of the cylinder outside a side wall of a center portion of the cylinder in the circumferential direction; air intake and exhaust valves (7, 35) which are arranged on one side of the capacity space (S-2); and a spark plug which is arranged on the other side of the capacity space (S-2), wherein the joint space (S-1) and the capacity space (S-2) are communicated with each other. a joint space (S-1) which is formed by flat recessed portions (4a', 5a') formed on end surfaces of both piston heads (4, 5); the opposed-piston engine (A, B) being characterized by comprising: a capacity space (S-2) formed by bulging in an approximately flat shape in the direction orthogonal to the axial direction of the cylinder outside a side wall of a center portion of the cylinder in the circumferential direction; air intake and exhaust valves (7, 35) which are arranged on one side of the capacity space (S-2); and a spark plug which is arranged on the other side of the capacity space (S-2), wherein the joint space (S-1) and the capacity space (S-2) are communicated with each other. a capacity space (S-2) formed by bulging in an approximately flat shape in the direction orthogonal to the axial direction of the cylinder outside a side wall of a center portion of the cylinder in the circumferential direction; air intake and exhaust valves (7, 35) which are arranged on one side of the capacity space (S-2); and a spark plug which is arranged on the other side of the capacity space (S-2), wherein the joint space (S-1) and the capacity space (S-2) are communicated with each other.
A terminal device (102, 103, 104, 402, 403, 404), which is used in a communication system that conducts a communication by periodically switching a plurality of frequency channels in a predefined sequence, and which communicates with a control device (101, 401) that uses a predefined frequency channel among the plurality of frequency channels, the terminal device (102, 103, 104, 402, 403, 404) comprising: an antenna (201, 221) that conducts transmission and reception of a wireless signal; a reception section (202, 222) that receives, from the control device (101, 401), via the antenna (201, 221), reception data and a beacon that contains control information indicating at least a switching sequence and a switching timing of the frequency channel; a transmission section (207, 226) that transmits transmission data to the control device (101, 401) via the antenna (201, 221); a data volume determining section (210, 229) that determines whether or not it is possible to complete a transmission of the transmission data within a period while the predefined frequency channel is in use; and a control section that controls, during the period while the predefined frequency channel is in use, the reception section (202, 222) so as to receive the reception data and the beacon, and the transmission section (207, 226) so as to transmit the transmission data, characterized in that the control section further controls, when the data volume determining section (210, 229) determines that it is not possible to complete the transmission, the transmission section (207, 226) so as to, determine a next-to-be-used channel that follows the predefined frequency channel based on the control information, switch to the next-to-be-used channel after the period during which the predefined frequency channel is in use has elapsed, and continue the transmission of the transmission data. an antenna (201, 221) that conducts transmission and reception of a wireless signal; a reception section (202, 222) that receives, from the control device (101, 401), via the antenna (201, 221), reception data and a beacon that contains control information indicating at least a switching sequence and a switching timing of the frequency channel; a transmission section (207, 226) that transmits transmission data to the control device (101, 401) via the antenna (201, 221); a data volume determining section (210, 229) that determines whether or not it is possible to complete a transmission of the transmission data within a period while the predefined frequency channel is in use; and a control section that controls, during the period while the predefined frequency channel is in use, the reception section (202, 222) so as to receive the reception data and the beacon, and the transmission section (207, 226) so as to transmit the transmission data, characterized in that
Vacuum cleaner with a device for regulating the suction power whose fan motor is embodied to be controllable, wherein, by means of the device, a control signal for controlling the fan motor can be set optionally by hand or by foot to a particular value, in each case, between two positions A and B, wherein beyond a first end position B, a turbo operation of the fan motor can be activated, and wherein the first end position B is embodied as a mechanical resistance, characterised in that the device for regulating the suction power is embodied as a rotary regulator knob, wherein the mechanical resistance is arranged adjacent to the rotary regulator housing, or is embodied as a sliding regulator knob slideable in a guide groove, wherein the mechanical resistance extends adjacent to or in the guide groove, that the mechanical resistance is embodied in the form of an inclined plane which falls away on both sides (of the groove), and that a nose formed on the knob overcomes the mechanical resistance, and that in turbo operation, the fan motor can be set steplessly up to a second end position C, which activates a maximum rotary speed of the fan motor.