mhurhangee/ep-ind-claims huggingface dataset:
A wireless network communication method using a wireless body area network WBAN, MAC protocol capable of processing emergency data, wherein a coordinator processes emergency data using the WBAN MAC protocol, wherein the WBAN MAC protocol uses a superframe structure, the WBAN MAC protocol being capable of processing the emergency data, wherein a Mixed Period, MP, for processing the emergency data substitutes for a Contention Free Period, CFP, of the superframe structure, characterized by, when a Guaranteed Time Slot, GTS, which is not additionally allocated and guaranteed occurs upon processing of the emergency data in the Mixed Period, MP, an inactive period of the superframe structure is set as an Extended Period, EP, for reallocating the Guaranteed Time Slot, GTS, which is not additionally allocated and guaranteed due to processing of the emergency data, wherein the Extended Period, EP, includes an ER-ACK period, a reallocated GTS period, and a Contention Access Period, CAP, period.
Tool for cleaning a drilled hole, having a shank which, in relation to a shank axis, has an axial actuating end and an opposite axial cleaning end, at least one feeding member for removing drilling swarf from the drilled hole, which feeding member is fastened to the shank of the tool and in the axial direction is arranged around the shank in a helix, the feeding member taking the form of a trough which is open in the direction of the actuating end, and at least one brush extending outwards radially for cleaning a wall of the drilled hole, which brush is fastened to the shank of the tool, characterised in that, from the brush, an axial spacing to the feeding member is less in the direction of the actuating end than in the direction of the cleaning end.
A method, comprising: providing, by a user equipment to a serving network node, capability information indicating at least the user equipment's capability to search for sounding reference signal timing; receiving sounding reference signal configuration in a measurement request from the serving network node; performing, by the user equipment, at least one cross link interference sounding reference signal reference signal received power measurement as specified in the sounding reference signal configuration; and reporting, to the serving network node, cross link interference sounding reference signal reference signal received power measurement results. providing, by a user equipment to a serving network node, capability information indicating at least the user equipment's capability to search for sounding reference signal timing; receiving sounding reference signal configuration in a measurement request from the serving network node; performing, by the user equipment, at least one cross link interference sounding reference signal reference signal received power measurement as specified in the sounding reference signal configuration; and reporting, to the serving network node, cross link interference sounding reference signal reference signal received power measurement results.
An electrical control and power supply system for at least one helicopter motor/generator connected with the turbomachine or the main gearbox of an helicopter, the system comprising a first DC/AC converter for selectively delivering AC electrical power to said at least one motor/generator, depending on the respective positions of contactors (320, 322, 324, 326, 328, 330, 332) of a connection matrix actuated from an electronic control circuit, the first DC/AC converter being powered with DC by a DC power supply device that is formed either by a circuit for rectifying an AC voltage delivered via a first contactor by a starter/generator of an APU, or else by a voltage booster DC/DC converter powered from a battery via a contactor and obtained by connecting in series a three-phase inductor and a second DC/AC converter via at least one contactor (320, 322) of said connection matrix, system in which so as to make it possible, once at least one of said motors/generators has started, to inject additional power from said starter/generator of the APU, said connection matrix further includes a contactor for connecting said first DC/AC converter in parallel with said second DC/AC converter.
A method of preparing a sample of faecal microbiota from a donor subject, comprising the following steps: a) taking ex vivo at least one sample of faecal microbiota from the donor subject, b) within 5 minutes following taking of the sample, placing said sample obtained in a) in an oxygen-tight collecting device, c) mixing the sample obtained in b) with at least one saline aqueous solution comprising at least one cryoprotectant chosen from trehalose, galactose-lactose and mixtures thereof and one bulking agent, d) optionally, filtering the mixture obtained in c), in particular using a filter comprising pores of diameter less than or equal to 0.7 mm, preferably less than or equal to 0.5 mm, and e) storing the mixture obtained in c) or d) by freezing at a temperature between -15°C and -100°C, preferably between -60°C and -90°C, steps b) to e) being carried out under anaerobiosis. a) taking ex vivo at least one sample of faecal microbiota from the donor subject, b) within 5 minutes following taking of the sample, placing said sample obtained in a) in an oxygen-tight collecting device, c) mixing the sample obtained in b) with at least one saline aqueous solution comprising at least one cryoprotectant chosen from trehalose, galactose-lactose and mixtures thereof and one bulking agent, d) optionally, filtering the mixture obtained in c), in particular using a filter comprising pores of diameter less than or equal to 0.7 mm, preferably less than or equal to 0.5 mm, and e) storing the mixture obtained in c) or d) by freezing at a temperature between -15°C and -100°C, preferably between -60°C and -90°C, steps b) to e) being carried out under anaerobiosis.
A mouthwash product for removing a preservative from a mouthwash formulation prior to use, wherein the mouthwash product comprises a container having: a first component comprising the mouthwash formulation, and a second component comprising a means for filtering the mouthwash formulation prior to use, wherein the mouthwash formulation is orally acceptable and comprises the preservative, and wherein the filtering means comprises a material capable of removing the preservative from the mouthwash formulation prior to use, wherein the filter comprises activated charcoal, wherein the mouthwash formulation comprises one or more of an orally acceptable antiplaque agent, a desensitizing agent and an antioxidant, and wherein the preservative is selected from C 1-4 alkyl esters of para-hydroxybenzoic acid and benzoic acid in free or base addition salt form. a first component comprising the mouthwash formulation, and a second component comprising a means for filtering the mouthwash formulation prior to use, wherein the mouthwash formulation is orally acceptable and comprises the preservative, and wherein the filtering means comprises a material capable of removing the preservative from the mouthwash formulation prior to use, wherein the filter comprises activated charcoal, wherein the mouthwash formulation comprises one or more of an orally acceptable antiplaque agent, a desensitizing agent and an antioxidant, and wherein the preservative is selected from C 1-4 alkyl esters of para-hydroxybenzoic acid and benzoic acid in free or base addition salt form.
Chimeric gallinaceous bird embryo comprising both types of exogenous cells: a. At least one population of cancer cells, and b. At least one population of immune cells, wherein said exogenous cancer cells are present in at least one tissue of said embryo, and said exogenous immune cells are present in at least one tissue of said embryo and/or circulate in the blood vessels of said embryo, wherein the gallinaceous bird embryo is from a chicken ( Gallus gallus) or from a quail ( Coturnix japonica), and wherein said embryo tissue designates any tissue of the embryo with the exception of the extra-embryonic annexes and the lumen of tubes and vessels. a. At least one population of cancer cells, and b. At least one population of immune cells, wherein said exogenous cancer cells are present in at least one tissue of said embryo, and said exogenous immune cells are present in at least one tissue of said embryo and/or circulate in the blood vessels of said embryo, wherein the gallinaceous bird embryo is from a chicken ( Gallus gallus) or from a quail ( Coturnix japonica), and wherein said embryo tissue designates any tissue of the embryo with the exception of the extra-embryonic annexes and the lumen of tubes and vessels.
A fluid treatment unit comprising a chamber accommodating a fluid treatment medium, the chamber being defined by a cylindrical outer cylinder, two ends (43, 44) thereof respectively forming an inlet and an outlet of the chamber, wherein a guide plate (45, 46; 52) is formed within the chamber, an extension direction of the guide plate (45, 46; 52) being not parallel to an axis of the cylindrical outer cylinder, so that the fluid is guided to flow along a direction oblique relative to the axis, characterized in that the fluid treatment unit further comprises a cylindrical inner cylinder (41; 51) provided inside of the outer cylinder and coaxial therewith, thereby forming an annular space between the inner cylinder (41; 51) and the outer cylinder, wherein the guide plate (45, 46; 52) is located within the annular space, wherein the guide plate (45, 46; 52) extends in a spiral direction or an oblique direction around a central axis of the cylindrical outer cylinder, wherein a plurality of guide plates (45, 46; 52) are formed within the chamber and the plurality of guide plates (45, 46; 52) are distributed in a circumferential direction of the outer cylinder, and each of the plurality of guide plates has an inner edge close to or in contact with the inner cylinder (41; 51), an outer edge close to or in contact with the outer cylinder, and end edges located on two ends of the guide plate along an axial direction, wherein the plurality of guide plates (45, 46; 52) are connected into one piece through an annular connect piece, thereby forming a guide unit as an individual piece, wherein the fluid treatment unit comprises a plurality of vertically stacked guide units therein, wherein a separating ring for separating any two adjacent guide units in the plurality of guide units is provided between the any two adjacent guide units
A method of sorting objects comprising the following steps: introducing a plurality of cells through an input channel disposed between and parallel to two buffer channels (302, 303); flowing buffer solution through said two buffer channels (302,303); maintaining laminar flow in said input channel and in said two buffer channels (302,303) providing a plurality of optical traps generated by an optical trapping apparatus, and trapping said cells using said optical traps in said input channel; examining each of the trapped cells in a sorting region of said input channel to determine its identity and whether the trapped cells meet a predetermined sorting criteria; sorting the identified cells by diverting each of said identified cells that meet the predetermined criteria using said optical traps into one of said buffer channels (302, 303). introducing a plurality of cells through an input channel disposed between and parallel to two buffer channels (302, 303); flowing buffer solution through said two buffer channels (302,303); maintaining laminar flow in said input channel and in said two buffer channels (302,303) providing a plurality of optical traps generated by an optical trapping apparatus, and trapping said cells using said optical traps in said input channel; examining each of the trapped cells in a sorting region of said input channel to determine its identity and whether the trapped cells meet a predetermined sorting criteria; sorting the identified cells by diverting each of said identified cells that meet the predetermined criteria using said optical traps into one of said buffer channels (302, 303).
A treatment device for periodically treating a lens included in an operational device, the treatment device comprising: a housing defining an internal volume and having an opening: an actuator configured to displace the operational device relative to the housing so as to enable a surface of the lens to be sealed within the internal volume or not to be sealed within the internal volume; a first electrode located in close proximity to the lens, when the surface of the lens is sealed in the internal volume; a second electrode located at a predetermined distance from the first electrode, the predetermined distance is determined to allow an ionization of a gas between the first and the second electrode; and an RF generator electrically associated with the first electrode and the second electrode. an actuator configured to displace the operational device relative to the housing so as to enable a surface of the lens to be sealed within the internal volume or not to be sealed within the internal volume; a first electrode located in close proximity to the lens, when the surface of the lens is sealed in the internal volume; a second electrode located at a predetermined distance from the first electrode, the predetermined distance is determined to allow an ionization of a gas between the first and the second electrode; and an RF generator electrically associated with the first electrode and the second electrode.
A method, comprising: maintaining, by a router, a communication session between a local terminal unit and a remote terminal unit, the local terminal unit interconnected to the router over a local serial data link, the remote terminal unit interconnected to the router over an Internet Protocol session via a remote router and a corresponding remote serial data link; monitoring, by the router, a state of the local serial data link; communicating, between the router and remote router over the IP session, the state of the local serial data link and a remote state of the remote serial data link; and controlling the state of the local serial data link by the router to match the remote state of the remote serial data link. maintaining, by a router, a communication session between a local terminal unit and a remote terminal unit, the local terminal unit interconnected to the router over a local serial data link, the remote terminal unit interconnected to the router over an Internet Protocol session via a remote router and a corresponding remote serial data link; monitoring, by the router, a state of the local serial data link; communicating, between the router and remote router over the IP session, the state of the local serial data link and a remote state of the remote serial data link; and controlling the state of the local serial data link by the router to match the remote state of the remote serial data link.
A construction machine (100, 100B) comprising: an object detector configured to obtain position information of an object in a work area in an area surrounding the construction machine (100, 100B); an obtaining part configured to derive a positional relationship between the object and another construction machine in the area surrounding the construction machine (100, 100B) based on the position information obtained by the object detector; and a transmitter part configured to transmit the positional relationship between the object and said another construction machine in the area surrounding the construction machine (100, 100B) to said another construction machine based on the positional relationship obtained by the obtaining part. an object detector configured to obtain position information of an object in a work area in an area surrounding the construction machine (100, 100B); an obtaining part configured to derive a positional relationship between the object and another construction machine in the area surrounding the construction machine (100, 100B) based on the position information obtained by the object detector; and a transmitter part configured to transmit the positional relationship between the object and said another construction machine in the area surrounding the construction machine (100, 100B) to said another construction machine based on the positional relationship obtained by the obtaining part.
A method for wireless communication at a user equipment, UE, comprising: receiving a directional synchronization subframe comprising a set of directional synchronization signals from a base station; identifying a scheduling request for transmission to the base station; identifying a set of time resources for a random access procedure based at least in part on a directional synchronization signal of the set of directional synchronization signals, wherein a first frequency region during the set of time resources is used for random access message transmissions; identifying a second frequency region during the set of time resources, wherein the second frequency region is different to the first frequency region; transmitting the scheduling request to the base station in the second frequency region during the set of time resources; receiving a grant to transmit a buffer status report, BSR, based at least in part on the scheduling request; and transmitting the BSR to the base station using resources indicated in the grant. receiving a directional synchronization subframe comprising a set of directional synchronization signals from a base station; identifying a scheduling request for transmission to the base station; identifying a set of time resources for a random access procedure based at least in part on a directional synchronization signal of the set of directional synchronization signals, wherein a first frequency region during the set of time resources is used for random access message transmissions; identifying a second frequency region during the set of time resources, wherein the second frequency region is different to the first frequency region; transmitting the scheduling request to the base station in the second frequency region during the set of time resources; receiving a grant to transmit a buffer status report, BSR, based at least in part on the scheduling request; and transmitting the BSR to the base station using resources indicated in the grant.
An amusement park pyrotechnic show tracking and control system, comprising: an emitter configured to emit electromagnetic radiation into a pyrotechnic show area; ordnance having pyrotechnic show elements encased within an enclosure, wherein the ordnance comprises a retro-reflective marker positioned on the enclosure and configured to retro-reflect the electromagnetic radiation emitted by the emitter; a detection camera having a view of the pyrotechnic show area and configured to detect retro-reflection of the electromagnetic radiation from the retro-reflective marker; and a control system communicatively coupled to the detection camera and comprising processing circuitry configured to: monitor the retro-reflected electromagnetic radiation from the retro-reflective marker to track movement of the retro-reflective marker in space and time; and correlate movement of the retro-reflective marker to movement of the ordnance to track the movement of the ordnance through space and time; and control the height at which ignition is desired. an emitter configured to emit electromagnetic radiation into a pyrotechnic show area; ordnance having pyrotechnic show elements encased within an enclosure, wherein the ordnance comprises a retro-reflective marker positioned on the enclosure and configured to retro-reflect the electromagnetic radiation emitted by the emitter; a detection camera having a view of the pyrotechnic show area and configured to detect retro-reflection of the electromagnetic radiation from the retro-reflective marker; and a control system communicatively coupled to the detection camera and comprising processing circuitry configured to: monitor the retro-reflected electromagnetic radiation from the retro-reflective marker to track movement of the retro-reflective marker in space and time; and correlate movement of the retro-reflective marker to movement of the ordnance to track the movement of the ordnance through space and time; and control the height at which ignition is desired. monitor the retro-reflected electromagnetic radiation from the retro-reflective marker to track movement of the retro-reflective marker in space and time; and correlate movement of the retro-reflective marker to movement of the ordnance to track the movement of the ordnance through space and time; and control the height at which ignition is desired.
A method of making a firelog, wherein the firelog comprises a fibre component, a wax component and an aqueous binder, the method comprising the steps of: (a) mixing the fibre component and the wax component together at a temperature above the drop point of the wax component; (b) simultaneously stirring and cooling the mixture of the fibre component and the wax component from step (a) to below the congealing temperature of the wax component; (c) mixing the cooled mixture of the fibre component and the wax component from step (b) with the aqueous binder; and then (d) extruding the mixture of the fibre component, the wax component and the aqueous binder from step (c) to form a firelog. (a) mixing the fibre component and the wax component together at a temperature above the drop point of the wax component; (b) simultaneously stirring and cooling the mixture of the fibre component and the wax component from step (a) to below the congealing temperature of the wax component; (c) mixing the cooled mixture of the fibre component and the wax component from step (b) with the aqueous binder; and then (d) extruding the mixture of the fibre component, the wax component and the aqueous binder from step (c) to form a firelog.
Torsion wringer (1, 1'), comprising a receiving device (2, 2') for receiving a mop head of a mop, wherein the receiving device (2, 2') has an upper part (3, 3') and a lower part (4, 4') which are connected to one another by elements (5, 5'), wherein the elements (5, 5') are designed, and/or articulated on the parts (3, 3', 4, 4'), such that the parts (3, 3', 4, 4') are rotatable relative to one another, characterized in that the receiving device (2, 2') is assigned a guide (6, 6', 11, 11') which, during linear insertion of the mop into the receiving device (2, 2'), rotates one part (3, 3', 4, 4') relative to the other.