mhurhangee/ep-ind-claims huggingface dataset:
A multimedia broadcast multicast communication method, comprising: receiving, by a base station, first indication information at a first time, wherein the first indication information indicates that transmitting service data in a multimedia broadcast multicast service single frequency network, MBSFN, manner is to be suspended; and sending, by the base station, second indication information to user equipment, UE, according to the first indication information, wherein the second indication information is sent to the UE by adding corresponding indication information into a medium access control, MAC, data packet of the service data sent on a multicast channel, MCH, wherein the second indication information includes a second time, such that the UE suspends, at the second time according to the second indication information, receiving the service data in the MBSFN manner; wherein the first time is earlier than the second time, and duration between the first time and the second time is less than a multicast control channel, MCCH, modification period; wherein the second indication information is added to a MAC header of the MAC data packet; wherein the second indication information is added to a MAC sub-header corresponding to the service data in the MAC header. receiving, by a base station, first indication information at a first time, wherein the first indication information indicates that transmitting service data in a multimedia broadcast multicast service single frequency network, MBSFN, manner is to be suspended; and sending, by the base station, second indication information to user equipment, UE, according to the first indication information, wherein the second indication information is sent to the UE by adding corresponding indication information into a medium access control, MAC, data packet of the service data sent on a multicast channel, MCH, wherein the second indication information includes a second time, such that the UE suspends, at the second time according to the second indication information, receiving the service data in the MBSFN manner; wherein the first time is earlier than the second time, and duration between the first time and the second time is less than a multicast control channel, MCCH, modification period; wherein the second indication information is added to a MAC header of the MAC data packet; wherein the second indication information is added to a MAC sub-header corresponding to the service data in the MAC header.
A method of grounding a braided shield of an implantable medical lead, comprising: providing at least one point along the lead where a thickness of a jacket covering the braided shield is within a range of zero to less than a thickness of the jacket at areas on either side of the at least one point; establishing a ground path at the at least one point; attaching a metal ring around the at least one point, the metal ring having an inner side facing toward the shield and an outer side facing away from the shied; and wherein attaching the metal ring comprises attaching a metal ring that includes a non-conductive coating on the inner side of the metal ring that creates a capacitive coupling to the metal ring. providing at least one point along the lead where a thickness of a jacket covering the braided shield is within a range of zero to less than a thickness of the jacket at areas on either side of the at least one point; establishing a ground path at the at least one point; attaching a metal ring around the at least one point, the metal ring having an inner side facing toward the shield and an outer side facing away from the shied; and wherein attaching the metal ring comprises attaching a metal ring that includes a non-conductive coating on the inner side of the metal ring that creates a capacitive coupling to the metal ring.
A method of designing a profile grinding process, characterized by - determining on the basis of the material to be removed in a normal direction from the overmeasure of the workpiece a required power relative to the tool and/or to the workpiece for each profile point s of the development of the active workpiece surface; - comparing the value so determined with a technological limit value; and - selecting the infeed travel and the relative speed of advance between the tool and the workpiece in dependence on the required power so that the latter is equal to or lower than the aforesaid technological limit value. - determining on the basis of the material to be removed in a normal direction from the overmeasure of the workpiece a required power relative to the tool and/or to the workpiece for each profile point s of the development of the active workpiece surface; - comparing the value so determined with a technological limit value; and - selecting the infeed travel and the relative speed of advance between the tool and the workpiece in dependence on the required power so that the latter is equal to or lower than the aforesaid technological limit value.
A computer-readable medium comprising instructions which, when executed by a computer, cause the computer to carry out the following steps for quantitative evaluation: delineating a volume of interest in a four-dimensional "4D" Digital Subtraction Angiography "DSA" dataset; extracting a centerline of the volume of interest characterized by the following steps: in response to receiving a single user-selected point along the centerline, determining a differential volumetric flow rate at the single user-selected point; in response to receiving at least two user-selected points along the centerline, determining a volumetric flow rate between the two user-selected points; and generating a visualization based on the differential volumetric flow rate at the single user-selected point or the volumetric flow rate between the two user-selected points. delineating a volume of interest in a four-dimensional "4D" Digital Subtraction Angiography "DSA" dataset; extracting a centerline of the volume of interest characterized by the following steps: in response to receiving a single user-selected point along the centerline, determining a differential volumetric flow rate at the single user-selected point; in response to receiving at least two user-selected points along the centerline, determining a volumetric flow rate between the two user-selected points; and generating a visualization based on the differential volumetric flow rate at the single user-selected point or the volumetric flow rate between the two user-selected points. in response to receiving a single user-selected point along the centerline, determining a differential volumetric flow rate at the single user-selected point; in response to receiving at least two user-selected points along the centerline, determining a volumetric flow rate between the two user-selected points; and generating a visualization based on the differential volumetric flow rate at the single user-selected point or the volumetric flow rate between the two user-selected points.
A method for wireless communication, comprising: determining (1302; 1402), by a base station, a random number to be used in association with performing a clear channel assessment, CCA, in a licensed assisted access, LAA, network; and modifying (1404, 1406) the random number using an offset value; determining, by the base station and based on the modified random number, a time to perform the CCA, wherein at least one of determining the random number and modifying the random number is performed in coordination with one or more other base stations so that the determined time to perform CCA does not conflict with the one or more other base stations. determining (1302; 1402), by a base station, a random number to be used in association with performing a clear channel assessment, CCA, in a licensed assisted access, LAA, network; and modifying (1404, 1406) the random number using an offset value; determining, by the base station and based on the modified random number, a time to perform the CCA, wherein at least one of determining the random number and modifying the random number is performed in coordination with one or more other base stations so that the determined time to perform CCA does not conflict with the one or more other base stations.
A pharmaceutical composition for use in the prevention or treatment of inflammatory disease or asthma comprising a Lagerstroemia ovalifolia extract or a fraction thereof as an active ingredient, wherein the extract is prepared by extraction with water, a C 1 -C 4 alcohol, or a mixture thereof, wherein the fraction is prepared by fractionation with water, a C 1 -C 4 alcohol, chloroform, ethyl acetate, hexane, or a mixture thereof; and wherein the inflammatory disease is any one or more selected from the group consisting of systemic lupus erythematosus, scleroderma, ulcerative colitis, Crohn's disease, atopic dermatitis, psoriasis, anaphylaxis, dermatitis, retinitis, uveitis, conjunctivitis, arthritis, rheumatoid arthritis, ankylosing spondylitis, osteoarthritis, allergy, nephritis, Sjögren's syndrome, autoimmune pancreatitis, graft-versus-host disease, chronic pelvic inflammatory disease, endometritis, nasitis, tonsillitis, otitis media, pharyngitis, cystitis, and chronic prostatitis.
Tobacco packaging for a cigarette self-assembly device with - a tub-shaped tobacco receiver which has a removable seal closure on its opening side and in which there is tobacco, - an adapter element for mounting the packaging on the cigarette self-assembly device, and with - an unlocking element (5, 6) for a safety lock on the cigarette self-assembly device, characterised in that - at least one part of the unlocking element, which is configured separable from the tobacco packaging, is connected to the seal closure for the removal thereof, wherein the separable part is connected to the rest of the tobacco packaging by a pre-determined break connection. - a tub-shaped tobacco receiver which has a removable seal closure on its opening side and in which there is tobacco, - an adapter element for mounting the packaging on the cigarette self-assembly device, and with - an unlocking element (5, 6) for a safety lock on the cigarette self-assembly device, - at least one part of the unlocking element, which is configured separable from the tobacco packaging, is connected to the seal closure for the removal thereof, wherein the separable part is connected to the rest of the tobacco packaging by a pre-determined break connection.
An injection molding machine comprising: a motion conversion mechanism which is used in at least one of an injection unit and a mold clamping unit and has a screw shaft and a screw nut lubricated by a lubricant (L1, L2); and a first cover into which the screw shaft is inserted and which is fixed to one end side of the screw nut, characterized in that the first cover includes a cover body, a supply path through which air compressed by a compressed air supply unit is blown to the screw shaft in an internal space of the cover body, a first collection path connected to a suction unit through which the lubricant (L1, L2) is collected in the internal space of the cover body, and a seal member which seals a portion between the cover body and the screw shaft. a motion conversion mechanism which is used in at least one of an injection unit and a mold clamping unit and has a screw shaft and a screw nut lubricated by a lubricant (L1, L2); and a first cover into which the screw shaft is inserted and which is fixed to one end side of the screw nut, characterized in that the first cover includes a cover body, a supply path through which air compressed by a compressed air supply unit is blown to the screw shaft in an internal space of the cover body, a first collection path connected to a suction unit through which the lubricant (L1, L2) is collected in the internal space of the cover body, and a seal member which seals a portion between the cover body and the screw shaft.
A communication method in a home-automation installation (INST) comprising at least one sending element, a self-powered receiving element and an element for substituting for the receiving element, the sending element, the receiving element and the substitution element belonging to one and the same network, the method being such that, the receiving element can communicate directly with the various other elements of the network when it is active, the sending element, the receiving element and the substitution using a same authentication key, making it possible to recognize the membership of the home automation network, where the substitution element listens permanently, or operates at least with a sufficient duty ratio to guarantee receipt of any radio message, the method comprising a step in which the substitution element makes sure that the receiving element is in sleep mode, a step in which, when the receiving element is in a sleep mode, the substitution element receives and records information sent by the sending element for the attention of the receiving element, a step in which, when the receiving element is not in sleep mode, the information is transmitted directly between the sending element and the receiving element, a step in which the receiving element informs the substitution element that it is active again and a step in which, when the receiving element is no longer in sleep mode, the substitution element sends the information for the attention of the receiving element.
A return valve in the form of a directly controlled, spring-loaded conical seat valve, comprising a valve piston which is guided such as to be able to move longitudinally within a valve housing with a valve seat and which, against the effect of an energy accumulator, in different switching positions, clears or blocks the fluid-conveying path between two connection points (14, 16) within the valve housing by lifting from the valve seat or by resting against the valve seat, the individual switching positions of the valve piston within the valve housing being monitored by means of a monitoring device, a signal only being directed to the monitoring device by a measuring arrangement after covering a pre-definable stretch (s 1) of the valve piston after lifting from the valve seat, the valve piston having a cylindrically formed guide on its free front side, characterised in that with the interposition of a recessed circumferential groove, the guide merges into a conical inclined surface which, with correspondingly formed contact surfaces within the valve housing forms the tightly seated valve seat.
A liquid supply assembly for a printing system, the liquid supply assembly comprising: a disposable cup insert that defines a liquid reservoir for holding ink, the disposable cup insert having a closed base and an opposite open outlet that is positioned at a first end of the disposable cup insert, the first end of the disposable cup insert including a channeled seat extending around the open outlet; a scraping element shaped to be positioned inside the channeled seat of the first end of the disposable cup insert, the scraping element defines a conduit through which the ink flows from the liquid reservoir of the disposable cup insert to a cliché plate for applying the ink to one or more objects via the cliché plate; and a sealing material bonded to and positioned between the disposable cup insert and the scraping element, characterized in that the sealing material is a flexible body that is bonded to the disposable cup insert and the scraping element when the scraping element is at least partially positioned in the sealing material when the sealing material is in a fluid state and the sealing material cures around the scraping element, and that the channeled seat of the disposable cup insert is defined by three sides (1202, 1204, 1206) of the disposable cup insert at the first end of the disposable cup insert, and the sealing material is disposed between the scraping element and each of the three sides of the disposable cup insert. a disposable cup insert that defines a liquid reservoir for holding ink, the disposable cup insert having a closed base and an opposite open outlet that is positioned at a first end of the disposable cup insert, the first end of the disposable cup insert including a channeled seat extending around the open outlet; a scraping element shaped to be positioned inside the channeled seat of the first end of the disposable cup insert, the scraping element defines a conduit through which the ink flows from the liquid reservoir of the disposable cup insert to a cliché plate for applying the ink to one or more objects via the cliché plate; and a sealing material bonded to and positioned between the disposable cup insert and the scraping element,
A system, comprising: a. a heat source operable to provide an amount of energy to be used to cook a food item; and b. one or more processors communicatively coupled to the heat source, and operable, when executed, to: i. receive an indication of a requested cooking temperature; ii. receive a plurality of indications of measured temperature associated with the food item at different times; iii. determine an integral term based on differences between the requested cooking temperature and the measured temperatures; iv. determine a heat loss term based on the integral term; and v. determine an energy adjustment based on the heat loss term; c. wherein the heat source is further operable to modify the amount of energy provided by the heat source in accordance with the determined energy adjustment. a. a heat source operable to provide an amount of energy to be used to cook a food item; and b. one or more processors communicatively coupled to the heat source, and operable, when executed, to: i. receive an indication of a requested cooking temperature; ii. receive a plurality of indications of measured temperature associated with the food item at different times; iii. determine an integral term based on differences between the requested cooking temperature and the measured temperatures; iv. determine a heat loss term based on the integral term; and v. determine an energy adjustment based on the heat loss term; i. receive an indication of a requested cooking temperature; ii. receive a plurality of indications of measured temperature associated with the food item at different times; iii. determine an integral term based on differences between the requested cooking temperature and the measured temperatures; iv. determine a heat loss term based on the integral term; and v. determine an energy adjustment based on the heat loss term; c. wherein the heat source is further operable to modify the amount of energy provided by the heat source in accordance with the determined energy adjustment.
A Z-axis test coupon structure (1, 1a) having a cylindrical axis, comprising: a plurality of tensile specimens (2, 28), each tensile specimen having a longitudinal axis and a generally elongated middle section and a lower grip and an upper grip at respective ends of the middle section, said tensile specimens (2, 28) being circumferentially spaced about a circle having a center on the cylindrical axis such that the longitudinal axes of the tensile specimens are parallel to the cylindrical axis of the Z-axis test coupon structure, the tensile specimens (2, 28) extending either radially or circumferentially with respect to the cylindrical axis; and at least one web (16,22)connecting adjacent ones of said plurality of tensile specimens. a plurality of tensile specimens (2, 28), each tensile specimen having a longitudinal axis and a generally elongated middle section and a lower grip and an upper grip at respective ends of the middle section, said tensile specimens (2, 28) being circumferentially spaced about a circle having a center on the cylindrical axis such that the longitudinal axes of the tensile specimens are parallel to the cylindrical axis of the Z-axis test coupon structure, the tensile specimens (2, 28) extending either radially or circumferentially with respect to the cylindrical axis; and at least one web (16,22)connecting adjacent ones of said plurality of tensile specimens.
A method of wireless communication performed by a node, comprising: determining whether a supervising node coexists with one or more neighbor supervising nodes; determining whether a portion of medium access deferrals not caused by a default ED threshold exceeds a time deferral threshold; activating a relaxed energy detection, ED, threshold for establishing medium access suitability for an unlicensed spectrum based on a determination that the supervising node coexists with the one or more neighbor supervising nodes, and further on a determination that the portion of medium access deferrals not caused by the default ED threshold exceeds the time deferral threshold; and performing an access procedure for the unlicensed spectrum based on the relaxed ED threshold, which is higher in value than the default ED threshold. determining whether a supervising node coexists with one or more neighbor supervising nodes; determining whether a portion of medium access deferrals not caused by a default ED threshold exceeds a time deferral threshold; activating a relaxed energy detection, ED, threshold for establishing medium access suitability for an unlicensed spectrum based on a determination that the supervising node coexists with the one or more neighbor supervising nodes, and further on a determination that the portion of medium access deferrals not caused by the default ED threshold exceeds the time deferral threshold; and performing an access procedure for the unlicensed spectrum based on the relaxed ED threshold, which is higher in value than the default ED threshold.
Seal for sealing a gap between a bulkhead and a wall of a cargo hold, wherein the seal comprises a rigid spine with two lateral flexible foils (12, 13) characterized in that the flexible foils (12, 13) comprise magnetic parts.
A method of single-cell polynucleotide sequencing, the method comprising: enriching a sample comprising a plurality of cells for cells of interest to produce an enriched cell sample, wherein enriching the sample comprises acoustic focusing the plurality of cells of interest to increase the concentration of the plurality of cells of interest; isolating one or more cells of interest from the enriched cell sample, wherein the isolating comprises sorting cells in the enriched cell sample with a flow cytometer; and obtaining sequence information of one or more polynucleotides from each of the one or more isolated cells, wherein obtaining sequence information comprises generating a molecularly indexed polynucleotide library from the one or more isolated cells. enriching a sample comprising a plurality of cells for cells of interest to produce an enriched cell sample, wherein enriching the sample comprises acoustic focusing the plurality of cells of interest to increase the concentration of the plurality of cells of interest; isolating one or more cells of interest from the enriched cell sample, wherein the isolating comprises sorting cells in the enriched cell sample with a flow cytometer; and obtaining sequence information of one or more polynucleotides from each of the one or more isolated cells, wherein obtaining sequence information comprises generating a molecularly indexed polynucleotide library from the one or more isolated cells.