mhurhangee/ep-ind-claims huggingface dataset:
An information processing method performed by a network side device, the information processing method comprising: in a random access procedure, transmitting a random access response message to a User Equipment, UE, wherein the random access response message comprises at least one Medium Access Control, MAC, data sub-header; wherein the at least one MAC data sub-header is used to indicate: information about a data message included in the random access response message; or information about a response message and information about the data message included in the random access response message; characterized in that the at least one MAC data sub-header has a first indication bit of a first predetermined value, a second indication bit of a first predetermined value and a third indication bit of a first predetermined value, and a random access success response and a data message are included after the MAC data sub-header; and when the MAC data sub-header indicates that the subsequent response message includes the random access success response and the data message, a part of, or all of, last four bits in the MAC data sub-header are used to indicate a length of the data message. in a random access procedure, transmitting a random access response message to a User Equipment, UE, wherein the random access response message comprises at least one Medium Access Control, MAC, data sub-header; wherein the at least one MAC data sub-header is used to indicate: information about a data message included in the random access response message; or information about a response message and information about the data message included in the random access response message; characterized in that the at least one MAC data sub-header has a first indication bit of a first predetermined value, a second indication bit of a first predetermined value and a third indication bit of a first predetermined value, and a random access success response and a data message are included after the MAC data sub-header; and when the MAC data sub-header indicates that the subsequent response message includes the random access success response and the data message, a part of, or all of, last four bits in the MAC data sub-header are used to indicate a length of the data message.
An apparatus comprising: a latch body (108, 510) having a plurality of channels (120, 122, 704,706) that extend through the latch body (108,510); and a plurality of locking mechanisms (110,126,127,512,514) housed within the latch body (108,510), wherein a locking mechanism in the plurality of locking mechanisms (110,126, 127,512,514) comprises: a plate (128, 806,822) having an opening (132, 800, 802, 814, 830) positioned relative to a corresponding channel (122,704, 706) in the plurality of channels (120,122,704,706); and a spring mechanism (130, 808, 812, 824, 828) configured to hold the plate (128,806, 822) in a locked position within the latch body (108,510); characterized in that: the locking mechanism (110,126,127,512,514) is a first mechanism; and wherein the apparatus further comprises: a housing (106, 500) configured to house the latch body (108,510); and an adjustment mechanism (140, 516) configured to move the latch body (108,510) and the plurality of locking mechanisms (110, 126,127,512,514) housed within the latch body (108,510) in a direction along an axis independently of the housing (106, 500). a latch body (108, 510) having a plurality of channels (120, 122, 704,706) that extend through the latch body (108,510); and a plurality of locking mechanisms (110,126,127,512,514) housed within the latch body (108,510), wherein a locking mechanism in the plurality of locking mechanisms (110,126, 127,512,514) comprises: a plate (128, 806,822) having an opening (132, 800, 802, 814, 830) positioned relative to a corresponding channel (122,704, 706) in the plurality of channels (120,122,704,706); and a spring mechanism (130, 808, 812, 824, 828) configured to hold the plate (128,806, 822) in a locked position within the latch body (108,510); a plate (128, 806,822) having an opening (132, 800, 802, 814, 830) positioned relative to a corresponding channel (122,704, 706) in the plurality of channels (120,122,704,706); and a spring mechanism (130, 808, 812, 824, 828) configured to hold the plate (128,806, 822) in a locked position within the latch body (108,510); the locking mechanism (110,126,127,512,514) is a first mechanism; and wherein the apparatus further comprises: a housing (106, 500) configured to house the latch body (108,510); and an adjustment mechanism (140, 516) configured to move the latch body (108,510) and the plurality of locking mechanisms (110, 126,127,512,514) housed within the latch body (108,510) in a direction along an axis independently of the housing (106, 500). a housing (106, 500) configured to house the latch body (108,510); and an adjustment mechanism (140, 516) configured to move the latch body (108,510) and the plurality of locking mechanisms (110, 126,127,512,514) housed within the latch body (108,510) in a direction along an axis independently of the housing (106, 500).
Method for finishing several bearing bores (29a - 29e, 30a to 30e) arranged coaxially one after the other and spaced from one another in a workpiece, by means of a first and a second reamer, respectively, clamped in a rotatably drivable manner in a machine tool, to an equal final diameter D of the bearing bores (29a - 29e, 30a to 30e), characterized in that by means of the first reamer, permanently clamped in a tool turret, at least one first bearing bore (29a, 29b; 30a, 30b) adjacent to the tool turret is reamed to the final diameter D, that subsequently, by means of the second reamer, also permanently clamped in the tool turret and longer compared to the first reamer, the at least one further bearing bore (29c - 29e, 30c to 30e) is reamed to the final diameter D, wherein the second reamer, in addition to being mounted in the tool turret, is radially mounted in the at least one bearing bore (29a, 29b, 30a, 30b) already reamed to the final diameter D, and that the first and the second reamer (27, 28) are applied in a suspended manner during finishing.
A piston assembly, comprising: a piston body including at least two lands spaced axially from one another by a ring groove and one of said lands presenting a chamfer at an outer surface thereof; three or more piston rings including an intermediate piston ring disposed in said groove between said lands, said piston ring extending through an arcuate shape between opposite end faces; and said intermediate piston ring including at least one combustion gas guidance feature for allowing combustion gasses to flow past said piston ring through said chamfer when said piston assembly is moving in only one axial direction with said piston ring being seated against said at least one land with said chamfer, and said piston body including at least one combustion gasses guidance feature for allowing a greater flow of combustion gasses to pass said piston ring body when the piston is moving in one direction and for allowing a lesser flow of combustion gasses to pass said piston ring body when the piston is moving in an opposite direction, wherein said piston ring body has a radially inwardly facing surface and a radially outwardly facing surface and a lower surface with at least one channel formed therein that extends between said radially inwardly and outwardly facing surfaces and wherein said at least one channel is spaced circumferentially from said end faces. a piston body including at least two lands spaced axially from one another by a ring groove and one of said lands presenting a chamfer at an outer surface thereof; three or more piston rings including an intermediate piston ring disposed in said groove between said lands, said piston ring extending through an arcuate shape between opposite end faces; and said intermediate piston ring including at least one combustion gas guidance feature for allowing combustion gasses to flow past said piston ring through said chamfer when said piston assembly is moving in only one axial direction with said piston ring being seated against said at least one land with said chamfer, and said piston body including at least one combustion gasses guidance feature for allowing a greater flow of combustion gasses to pass said piston ring body when the piston is moving in one direction and for allowing a lesser flow of combustion gasses to pass said piston ring body when the piston is moving in an opposite direction, wherein said piston ring body has a radially inwardly facing surface and a radially outwardly facing surface and a lower surface with at least one channel formed therein that extends between said radially inwardly and outwardly facing surfaces and wherein said at least one channel is spaced circumferentially from said end faces.
A signal interface unit for use on an aircraft, the signal interface unit including a micro controller, at least one connector (18a-18n), and a first communication link connected between the microcontroller and the at least one connector, wherein the microcontroller is configured to transmit and receive data on the first communication link, the signal interface unit characterized by: a second communication link connected to the microcontroller, wherein the microcontroller is configured to send and receive data on an aircraft data bus using the second communication link, wherein the first communication link is an Ethernet link and the second communication link is a time-triggered Ethernet link; a third communication link connected between the microcontroller and the at least one connector, wherein the third communication link is an inter-integrated circuit link; and a fourth communication link connected between the microcontroller and the at least one connector, wherein the fourth communication link is a high speed deterministic link. a second communication link connected to the microcontroller, wherein the microcontroller is configured to send and receive data on an aircraft data bus using the second communication link, wherein the first communication link is an Ethernet link and the second communication link is a time-triggered Ethernet link; a third communication link connected between the microcontroller and the at least one connector, wherein the third communication link is an inter-integrated circuit link; and a fourth communication link connected between the microcontroller and the at least one connector, wherein the fourth communication link is a high speed deterministic link.
A welding-type system comprising: a welding-type power supply; a graphical user interface that includes a graphical interface (202,204) representing a welding parameter; and being characterised by: a control circuitry configured to: receive data corresponding to a range of command values for the welding parameter, the range of command values having an upper limit or a lower limit; generate a graphical band (210,224) representing the range of command values for the welding parameter; control the welding-type power supply to maintain a command value within the range of command values when in a lock mode; receive one or more particular welding parameters; and calculate an upper limit or a lower limit value of the welding parameter based on one of the particular welding parameters. a welding-type power supply; a graphical user interface that includes a graphical interface (202,204) representing a welding parameter; and being characterised by: a control circuitry configured to: receive data corresponding to a range of command values for the welding parameter, the range of command values having an upper limit or a lower limit; generate a graphical band (210,224) representing the range of command values for the welding parameter; control the welding-type power supply to maintain a command value within the range of command values when in a lock mode; receive one or more particular welding parameters; and calculate an upper limit or a lower limit value of the welding parameter based on one of the particular welding parameters. receive data corresponding to a range of command values for the welding parameter, the range of command values having an upper limit or a lower limit; generate a graphical band (210,224) representing the range of command values for the welding parameter; control the welding-type power supply to maintain a command value within the range of command values when in a lock mode; receive one or more particular welding parameters; and calculate an upper limit or a lower limit value of the welding parameter based on one of the particular welding parameters.
An isolated antibody that specifically binds to human integrin β8 and inhibits adhesion of latency associated peptide to ανβ8, wherein the antibody comprises: complementarity determining regions HCDR1, HCDR2, and HCDR3 of DYYMN (SEQ ID NO: 95), WIDPDNGNTIYDPKFQG (SEQ ID NO: 31), and RLLMDY (SEQ ID NO: 32), respectively and complementarity determining regions LCDR1, LCDR2, and LCDR3 of RSTKSLLHFNGNTYLF (SEQ ID NO: 51), YMSNLAS (SEQ ID NO: 52), and MQSLEYPFT (SEQ ID NO: 53), respectively. complementarity determining regions HCDR1, HCDR2, and HCDR3 of DYYMN (SEQ ID NO: 95), WIDPDNGNTIYDPKFQG (SEQ ID NO: 31), and RLLMDY (SEQ ID NO: 32), respectively and complementarity determining regions LCDR1, LCDR2, and LCDR3 of RSTKSLLHFNGNTYLF (SEQ ID NO: 51), YMSNLAS (SEQ ID NO: 52), and MQSLEYPFT (SEQ ID NO: 53), respectively.
Generator comprising a diode arrangement comprising zener diodes, wherein the diode arrangement has AC voltage terminals (U, V, W) and DC voltage terminals (B+, B-), wherein the zener diodes are configured for rectifying an AC voltage present at the AC voltage terminals (U, V, W) of the generator in the forward direction (forward operation), wherein a tolerance range having a lower (minimum) limit is provided for the zener voltage of the zener diodes in the reverse direction, wherein the generator is provided for generating a DC voltage for a DC voltage network, wherein a lower predefined DC voltage is provided, wherein the lower predefined DC voltage is the maximum voltage occurring during normal operation of the generator, characterized in that the lower limit of the tolerance range of the zener voltage is less than the lower predefined DC voltage, and in that a portion of the zener diodes are operated in zener operation (reverse operation) provided that a DC voltage substantially exceeding the lower limit of the tolerance range of the zener voltage is present at the DC voltage terminals (B+, B-) during normal operation of the generator.
A method for processing data associated with a nuclear medical imaging technique, comprising the steps of: ordering a plurality of data elements into a plurality of ordered data groups according to a spatial index order, wherein each of the plurality of ordered data groups has a plurality of data elements each with common first and second index values and a divergent third index value; fetching an ordered data group into a memory device; and processing each data element of the ordered data group from the memory device in the spatial index order; wherein the method for processing data associated with a nuclear medical imaging technique is a method for reconstruction of PET data into a volumetric image, and wherein the step of processing each data element of the ordered data group comprises generating an image estimate update; wherein the step of ordering the plurality of data elements into a plurality of ordered data groups comprises grouping parallel annihilation events together into each of the plurality of ordered data groups in an order corresponding to an iterative reconstruction processing order of list mode data. ordering a plurality of data elements into a plurality of ordered data groups according to a spatial index order, wherein each of the plurality of ordered data groups has a plurality of data elements each with common first and second index values and a divergent third index value; fetching an ordered data group into a memory device; and processing each data element of the ordered data group from the memory device in the spatial index order; wherein the method for processing data associated with a nuclear medical imaging technique is a method for reconstruction of PET data into a volumetric image, and wherein the step of processing each data element of the ordered data group comprises generating an image estimate update; wherein the step of ordering the plurality of data elements into a plurality of ordered data groups comprises grouping parallel annihilation events together into each of the plurality of ordered data groups in an order corresponding to an iterative reconstruction processing order of list mode data.
A device for the hygienic filling, transport and storage of a cosmetic product, comprising: i. a removal spoon having a head region having a U-shaped edge and a recess for receiving the cosmetic product and a handle, ii. a hollow body having an outer wall, an inner wall and an opening through which the removal spoon can be inserted into the hollow body, iii. wherein the hollow body and the removal spoon can be detachably connected to each other, iv. wherein the inner wall of the hollow body and the U-shaped edge of the head region of the removal spoon are designed in such a way that, when the hollow body and the removal spoon are in the connected state, the U-shaped edge of the removal spoon rests along the inner wall of the hollow body, characterized in that v. the design of the U-shaped edge and the inner wall prevent the filled cosmetic product from reaching the outside or the lower region of the inner wall from the recess of the removal spoon during transport and storage after filling. i. a removal spoon having a head region having a U-shaped edge and a recess for receiving the cosmetic product and a handle, ii. a hollow body having an outer wall, an inner wall and an opening through which the removal spoon can be inserted into the hollow body, iii. wherein the hollow body and the removal spoon can be detachably connected to each other, iv. wherein the inner wall of the hollow body and the U-shaped edge of the head region of the removal spoon are designed in such a way that, when the hollow body and the removal spoon are in the connected state, the U-shaped edge of the removal spoon rests along the inner wall of the hollow body, characterized in that v. the design of the U-shaped edge and the inner wall prevent the filled cosmetic product from reaching the outside or the lower region of the inner wall from the recess of the removal spoon during transport and storage after filling.
A rotational over travel protection device, comprising: a housing; a rotatable shaft connected to the housing, the rotatable shaft and the housing being operable to rotate relative to one another; a triggering device supported in the housing and rotatable with the rotatable shaft through at least some rotational degrees of the rotatable shaft, the triggering device comprising an annular side wall having an exterior surface and an interior surface wherein the interior surface comprises a pawl operable to engage with a protrusion disposed on the rotatable shaft; a first rotational limit switch disposed in the housing and operable to be activated by the exterior surface of the triggering device to arrest rotation of the rotatable shaft upon relative rotation of the rotatable shaft and the housing in a first rotation direction greater than 180 degrees from a zero position; and a second rotational limit switch disposed in the housing and operable to be activated by the exterior surface of the triggering device to arrest rotation of the rotatable shaft upon relative rotation of the rotatable shaft and the housing in a second rotation direction greater than 180 degrees from the zero position, the second rotation direction being opposite the first rotation direction. a housing; a rotatable shaft connected to the housing, the rotatable shaft and the housing being operable to rotate relative to one another; a triggering device supported in the housing and rotatable with the rotatable shaft through at least some rotational degrees of the rotatable shaft, the triggering device comprising an annular side wall having an exterior surface and an interior surface wherein the interior surface comprises a pawl operable to engage with a protrusion disposed on the rotatable shaft; a first rotational limit switch disposed in the housing and operable to be activated by the exterior surface of the triggering device to arrest rotation of the rotatable shaft upon relative rotation of the rotatable shaft and the housing in a first rotation direction greater than 180 degrees from a zero position; and a second rotational limit switch disposed in the housing and operable to be activated by the exterior surface of the triggering device to arrest rotation of the rotatable shaft upon relative rotation of the rotatable shaft and the housing in a second rotation direction greater than 180 degrees from the zero position, the second rotation direction being opposite the first rotation direction.
A service station for servicing machines, comprising: a first inlet line including an electric conduit and configured to connect to a power source; a second inlet line (391; 391x) including a fluid conduit and configured to connect to a cleaning liquid source (390; 390x); a control unit; a charging unit electrically connected to the first inlet line and to the control unit, the charging unit being configured to provide a charging current; a first flow controller fluidly connected to the second inlet line (391; 391x); a first supply line electrically connected to the charging unit and configured to receive the charging current and to deliver the charging current to a first connector plug for providing the charging current to a machine to be serviced; a second supply line fluidly connected to the first flow controller and to a second connector plug for providing cleaning liquid to the machine to be serviced; wherein the control unit is configured to: - control the first flow controller to cause delivery of cleaning liquid from the second inlet line (391; 391x) to the second supply line; and - control the charging unit to supply the charging current to the first supply line. a first inlet line including an electric conduit and configured to connect to a power source; a second inlet line (391; 391x) including a fluid conduit and configured to connect to a cleaning liquid source (390; 390x); a control unit; a charging unit electrically connected to the first inlet line and to the control unit, the charging unit being configured to provide a charging current; a first flow controller fluidly connected to the second inlet line (391; 391x); a first supply line electrically connected to the charging unit and configured to receive the charging current and to deliver the charging current to a first connector plug for providing the charging current to a machine to be serviced; a second supply line fluidly connected to the first flow controller and to a second connector plug for providing cleaning liquid to the machine to be serviced; wherein the control unit is configured to: - control the first flow controller to cause delivery of cleaning liquid from the second inlet line (391; 391x) to the second supply line; and - control the charging unit to supply the charging current to the first supply line. - control the first flow controller to cause delivery of cleaning liquid from the second inlet line (391; 391x) to the second supply line; and - control the charging unit to supply the charging current to the first supply line.