mhurhangee/ep-ind-claims huggingface dataset:
A method for information transmission, applied to a terminal device, characterized by the method comprising: if a sidelink, SL, Buffer Status Report, BSR, is triggered by an event, and if a first condition is met, performing at least one of the following: triggering a scheduling request, SR; or transmitting a first uplink channel comprising the SR; wherein the first condition comprises SL data that triggers the SR meets a second preset condition, and the second preset condition comprises a priority of the SL data that triggers the SR is higher than a threshold; characterized in that the method further comprises: when there is a conflicting UL transmission, determining whether to transmit the first uplink channel comprising the SR based on an attribute of a logical channel that triggers the SL BSR and an attribute of the conflicting UL transmission, the attribute being determined based on an attribute of a logical channel of a data Radio Link Control Protocol Data Unit, RLC PDU, included in the conflicting UL transmission. triggering a scheduling request, SR; or transmitting a first uplink channel comprising the SR; wherein the first condition comprises SL data that triggers the SR meets a second preset condition, and the second preset condition comprises a priority of the SL data that triggers the SR is higher than a threshold; characterized in that the method further comprises: when there is a conflicting UL transmission, determining whether to transmit the first uplink channel comprising the SR based on an attribute of a logical channel that triggers the SL BSR and an attribute of the conflicting UL transmission, the attribute being determined based on an attribute of a logical channel of a data Radio Link Control Protocol Data Unit, RLC PDU, included in the conflicting UL transmission.
An optical fiber comprising: a first core at a center thereof; a second core adjacent to the first core to cover a circumference of the first core; a third core adjacent to the second core to cover a circumference of the second core; and a cladding adjacent to the third core to cover a circumference of the third core, wherein conditions of 0.28%≤Δ 1 ≤0.4%, -0.05%≤ Δ 2 ≤0.05%, -1.0%≤ Δ 3 ≤-0.5%, 3.8μm≤ a ≤4.5μm, 12μm≤ b ≤21μm, and 1.5μm≤c-b≤10μm hold, and loss increase resulting when the optical fiber is wound on a mandrel having a diameter of 20mm is 0.1dB/turn or smaller at a wavelength of 1625nm, where Δ 1 is a specific refractive index difference of the first core from the cladding refractive index, Δ 2 is a specific refractive index difference of the second core from the cladding refractive index, Δ is a specific refractive index difference of the third core from the cladding refractive index, "a" is a radius of a boundary between the first core and the second core with respect to a center of the first core, "b" is a radius of a boundary between the second core and the third core with respect to the center of the first core, and "c" is a radius of a boundary between the third core and the cladding with respect to the center of the first core, and the first core has an α shape characterized in that the radius "b" is 1.8 times or more of a mode field diameter at a wavelength of 1310 nm. a first core at a center thereof; a second core adjacent to the first core to cover a circumference of the first core; a third core adjacent to the second core to cover a circumference of the second core; and a cladding adjacent to the third core to cover a circumference of the third core, wherein conditions of 0.28%≤Δ 1 ≤0.4%, -0.05%≤ Δ 2 ≤0.05%, -1.0%≤ Δ 3 ≤-0.5%, 3.8μm≤ a ≤4.5μm, 12μm≤ b ≤21μm, and 1.5μm≤c-b≤10μm hold, and loss increase resulting when the optical fiber is wound on a mandrel having a diameter of 20mm is 0.1dB/turn or smaller at a wavelength of 1625nm, where Δ 1 is a specific refractive index difference of the first core from the cladding refractive index, Δ 2 is a specific refractive index difference of the second core from the cladding refractive index, Δ is a specific refractive index difference of the third core from the cladding refractive index, "a" is a radius of a boundary between the first core and the second core with respect to a center of the first core, "b" is a radius of a boundary between the second core and the third core with respect to the center of the first core, and "c" is a radius of a boundary between the third core and the cladding with respect to the center of the first core, and the first core has an α shape characterized in that the radius "b" is 1.8 times or more of a mode field diameter at a wavelength of 1310 nm.
A packaging box comprising a box body with a top opening and an openable cover connected at a top of the box body; wherein the box body comprises a bottom wall and a side wall connected to a peripheral edge of the bottom wall, wherein a top of the side wall forms an arc top edge folding outward; wherein the openable cover further comprises a top wall and a fastening part connected to a peripheral edge of the top wall; wherein the arc top edge comprises a first inner side connected with the side wall and extending upward, a first outer side, and a first arc part connected with the first inner side at one end and connected with the first outer side with the other end; wherein the first arc part protrudes upward and the first outer side extends downward from the first arc part; wherein the fastening part comprises a second inner side extending upward from the peripheral edge of the top wall, a second outer side, and a second arc part connected with the second inner side at one end and connected with the second outer side with the other end; the second arc part protrudes upward and the second outer side extends downward from the second arc part; a recessed transition part is formed between the top wall and the fastening part; characterised in that the recessed transition part surrounds the top wall and has a downward concave arc structure, and its lowest point is lower than the top wall; a plurality of convex ribs are arranged on the second outer side of the fastening part and protruding towards the second inner side; wherein a distance between the upper edge of the plurality of convex ribs and the second arc part of the fastening part is equal to or slightly greater than a corresponding distance between a lower edge of the first outer side and a top surface of the first arc part of the arc top edge; when the cover is fastened onto the box body, the first outer side of the arc top edge would squeeze the convex ribs on the fastening part, which would slightly deform the second outer side of the fastening part outward; when the fastening is in place, the convex ribs block at the lower edge of the first outer side of the box; a ring-shaped protrusion protruding towards the second outer side is formed at a lower end of the second inner side; wherein the ring-shaped protrusion surrounds the second inner side and contacts with the arc top edge of the box body.
A method of operating an aircraft having an autoflight system comprising flight guidance functionality and autoland functionality providing input to a flight control system, the method comprising: flying the aircraft by providing input to the flight control system from a design assurance level B or lower flight guidance program; and in response to a request for autoland functionality, switching from the flight guidance program to a DAL A autoland program for providing input to the flight control system; wherein the DAL A program resides in memory of a computer in the aircraft in a software partition separate from the flight guidance program; and wherein the switching ceases data communication from the flight guidance program to the flight control system. flying the aircraft by providing input to the flight control system from a design assurance level B or lower flight guidance program; and in response to a request for autoland functionality, switching from the flight guidance program to a DAL A autoland program for providing input to the flight control system; wherein the DAL A program resides in memory of a computer in the aircraft in a software partition separate from the flight guidance program; and wherein the switching ceases data communication from the flight guidance program to the flight control system.
A downhole safety device for a downhole tool for controlling a delivery of electricity from a power device to an electrical component in the tool, comprising: - a first member comprising a plurality of conductors, and - a second member comprising a plurality of conductors, characterised in that the downhole safety device further comprises: - a moving device for moving the first member in relation to the second member, wherein the conductors of the first member are first and second conductors, and at least two of the first conductors have a greater surface area than the second conductors, enabling the first conductors to transfer more power to the conductors of the second member than the second conductors. - a first member comprising a plurality of conductors, and - a second member comprising a plurality of conductors, characterised in that the downhole safety device further comprises: - a moving device for moving the first member in relation to the second member,
Gas pressure spring having an essentially hollow chamber which has a first axial end portion and a second axial end portion, wherein the chamber has an opening at the second axial end portion; having an axially displaceably, first piston rod, which extends through the opening; having a first piston, which is connected to the first piston rod at an axial end portion of the first piston rod, said axial end portion being arranged in the chamber, characterized by a second piston, which is arranged in the chamber between the first axial end portion and the first piston; and means for arresting and freeing the second piston in the chamber for the purpose of adjusting an amount of travel of the first piston rod; characterized in that the first piston rod is essentially hollow, wherein an essentially hollow second piston rod is arranged, at least in part, in a cavity of the first piston rod, wherein the second piston is connected to the second piston rod at an axial end portion of the second piston rod, said axial end portion being directed towards the first axial end portion of the chamber.
A method for dyeing/bleaching hair, characterised in that it comprises the steps of applying to the hair at least one strip of adhesive material in a direction which is longitudinal to the hair, in such a way as to form and retain by means of adhesion a random lock of hair; lifting the lock of hair to be dyed/bleached so as to isolate it from the rest of the hair; turning over the strip with the lock of hair adhering to it; dyeing/bleaching the lock of hair; protecting the dyed/bleached lock of hair; waiting for the colour to develop; and removing the strip.
Extraction apparatus for cleaning air during a cooking operation, wherein the extraction apparatus is equipped with at least one filter and a grease collection channel, wherein the grease collection channel has a number of removable segments, which support the at least one filter, characterised in that - the segments are embodied as respective troughs, - the at least one filter consists of a filter element and a peripheral filter frame that holds the filter element, - the troughs each have at least one insertion recess, into which the filter can be inserted. - the segments are embodied as respective troughs, - the at least one filter consists of a filter element and a peripheral filter frame that holds the filter element, - the troughs each have at least one insertion recess, into which the filter can be inserted.
A wire brush comprising: a brush body having a proximal end and a distal end, the brush body comprising: a head on the distal end of the brush body; a handle on the proximal end of the brush body; and, only one finger separator that is suitable to separate two fingers from an associated typical person's hand; and, that extends at least 6.35 mm (0.25 in) downwardly from a bottom surface of the handle; wherein a plurality of wire type tufts extend downwardly from a bottom surface of the head; wherein the handle comprises a first finger receiving area on the bottom surface of the proximal side of the finger separator that is suitable to receive at least four fingers from the associated typical person's hand; wherein the handle comprises a second finger receiving area on the bottom surface of the distal side of the finger separator that is suitable to receive at least one finger from the associated typical person's hand and wherein the proximal end of the handle comprises a metal hammer surface. a head on the distal end of the brush body; a handle on the proximal end of the brush body; and, only one finger separator that is suitable to separate two fingers from an associated typical person's hand; and, that extends at least 6.35 mm (0.25 in) downwardly from a bottom surface of the handle; wherein a plurality of wire type tufts extend downwardly from a bottom surface of the head; wherein the handle comprises a first finger receiving area on the bottom surface of the proximal side of the finger separator that is suitable to receive at least four fingers from the associated typical person's hand; wherein the handle comprises a second finger receiving area on the bottom surface of the distal side of the finger separator that is suitable to receive at least one finger from the associated typical person's hand and wherein the proximal end of the handle comprises a metal hammer surface.
A solid pharmaceutical composition comprising: (a) nanoparticles comprising a poorly water soluble drug and a poorly aqueous soluble polymer, wherein (i) said drug has a solubility in water of less than 5 mg/mL over the pH range of 6.5 to 7.5; (ii) at least 90 wt% of said drug in said nanoparticles is in a non-crystalline form; and (iii) said nanoparticles have an average size of less than 500 nm; and (b) a resuspending material selected from the group consisting of hydroxypropyl methyl cellulose acetate succinate, carboxymethyl ethylcellulose, and pharmaceutically acceptable salt forms thereof; wherein said resuspending material constitutes from 5 wt% to 90 wt% of the combined mass of said resuspending material and said nanoparticles. (a) nanoparticles comprising a poorly water soluble drug and a poorly aqueous soluble polymer, wherein (i) said drug has a solubility in water of less than 5 mg/mL over the pH range of 6.5 to 7.5; (ii) at least 90 wt% of said drug in said nanoparticles is in a non-crystalline form; and (iii) said nanoparticles have an average size of less than 500 nm; and (i) said drug has a solubility in water of less than 5 mg/mL over the pH range of 6.5 to 7.5; (ii) at least 90 wt% of said drug in said nanoparticles is in a non-crystalline form; and (iii) said nanoparticles have an average size of less than 500 nm; and (b) a resuspending material selected from the group consisting of hydroxypropyl methyl cellulose acetate succinate, carboxymethyl ethylcellulose, and pharmaceutically acceptable salt forms thereof;
A conduit (100, 400) comprising: a multilayer wall (115, 425) including: an outer layer (120, 405) having a first color; an intermediate layer (125, 410) having a second color; and an inner (130, 420) layer having a third color, wherein: the intermediate layer (125, 410) is between the outer layer and the inner layer, and comprises a glue that bonds the outer layer (120, 405) and inner layer (130, 420) together; the outer layer (120, 405), the intermediate layer (125, 410) and the inner layer (130, 420) are opaque; the first color, the second color, and the third color are different from each other; and each of the first color, the second color, and the third color indicates a different level of wear of the multilayer wall (115, 425) when one of the first color, the second color, or the third color is exposed, each level of wear indicating the time period for replacing the conduit (100, 400). an outer layer (120, 405) having a first color; an intermediate layer (125, 410) having a second color; and an inner (130, 420) layer having a third color, the intermediate layer (125, 410) is between the outer layer and the inner layer, and comprises a glue that bonds the outer layer (120, 405) and inner layer (130, 420) together; the outer layer (120, 405), the intermediate layer (125, 410) and the inner layer (130, 420) are opaque; the first color, the second color, and the third color are different from each other; and each of the first color, the second color, and the third color indicates a different level of wear of the multilayer wall (115, 425) when one of the first color, the second color, or the third color is exposed, each level of wear indicating the time period for replacing the conduit (100, 400).
An alkylating agent for use in treating multiple myeloma in a mammal, wherein myeloma cells obtained from said mammal are determined to lack cereblon expression following administration of thalidomide, lenalidomide, or pomalidomide.
A method in an operation administration and maintenance, OAM system for coordinating cell outage compensation, COC, and capacity and coverage optimization, CCO, comprising: determining a cell to be coordinated, wherein the cell to be coordinated is a cell that needs coordination of COC action and CCO action; comparing priorities of the COC action and the CCO action; and determining, in the COC action and the CCO action, a high-priority action and a low-priority action; and for the cell to be coordinated, performing, the high-priority action and suspending the low priority action; the method characterized in that comparing priorities of the COC action and the CCO action, and determining, in the COC action and the CCO action, the high-priority action and a low-priority action, comprises: determining whether preset priorities of the COC action and the CCO action exist; and when the preset priorities of the COC action and the CCO action exist, determining, in the COC action and the CCO action, the high-priority action and the low-priority action based on the preset priorities; or when the preset priorities of the COC action and the CCO action do not exist, acquiring default priorities of the COC action and the CCO action, and determining, in the COC action and the CCO action, the high-priority action and the low-priority action based on the default priorities. determining a cell to be coordinated, wherein the cell to be coordinated is a cell that needs coordination of COC action and CCO action; comparing priorities of the COC action and the CCO action; and determining, in the COC action and the CCO action, a high-priority action and a low-priority action; and for the cell to be coordinated, performing, the high-priority action and suspending the low priority action; the method characterized in that comparing priorities of the COC action and the CCO action, and determining, in the COC action and the CCO action, the high-priority action and a low-priority action, comprises: determining whether preset priorities of the COC action and the CCO action exist; and when the preset priorities of the COC action and the CCO action exist, determining, in the COC action and the CCO action, the high-priority action and the low-priority action based on the preset priorities; or when the preset priorities of the COC action and the CCO action do not exist, acquiring default priorities of the COC action and the CCO action, and determining, in the COC action and the CCO action, the high-priority action and the low-priority action based on the default priorities. determining whether preset priorities of the COC action and the CCO action exist; and when the preset priorities of the COC action and the CCO action exist, determining, in the COC action and the CCO action, the high-priority action and the low-priority action based on the preset priorities; or when the preset priorities of the COC action and the CCO action do not exist, acquiring default priorities of the COC action and the CCO action, and determining, in the COC action and the CCO action, the high-priority action and the low-priority action based on the default priorities.
A method of identifying an error in performing a test with a test strip, wherein the error is a double dosing event, the method comprising: introducing a sample to an electrochemical cell in the form of a test strip that includes a first electrode and a second electrode; applying, with a test meter, a first test voltage V 1 for a first test time interval T 1 between a first electrode and a second electrode; measuring, with the test meter, consecutively a first test current i 1, a second test current i 2, and a third test current i 3 during the first test time interval T 1; and determining, with the test meter, whether an error was performed by determining Y = 2*abs(i(t)) - abs(i(t-x)) - abs(i(t+x)), where i(t) is the second test current, i(t-x) is the first test current, i(t+x) is the third test current, t is a time, and x is an increment of time, and abs represents an absolute function; and providing an error message if the result, Y, is greater than a first predetermined threshold. applying, with a test meter, a first test voltage V 1 for a first test time interval T 1 between a first electrode and a second electrode; measuring, with the test meter, consecutively a first test current i 1, a second test current i 2, and a third test current i 3 during the first test time interval T 1; and determining, with the test meter, whether an error was performed by determining Y = 2*abs(i(t)) - abs(i(t-x)) - abs(i(t+x)), where i(t) is the second test current, i(t-x) is the first test current, i(t+x) is the third test current, t is a time, and x is an increment of time, and abs represents an absolute function; and providing an error message if the result, Y, is greater than a first predetermined threshold.
Formwork device for a battery formwork for producing construction elements, in particular precast concrete components (27, 28), which battery formwork has at least two partition walls, the formwork device having two formwork panels which are preferably hingedly interconnected in order to be transferred from an unfolded state into a folded state, wherein each formwork panel has a formwork front side for attaching formwork elements and a formwork rear side, and the formwork rear sides of the two formwork panels face one another in the folded state, and the formwork device is designed to be positioned between the partition walls in the folded state.