mhurhangee/ep-ind-claims huggingface dataset:
A User Equipment for a cellular network, the User Equipment being configured so that a connection between the User Equipment and the cellular network is managed by a predetermined User Equipment of a User Equipment Group to which the User Equipment and the predetermined User Equipment belong, wherein the User Equipment is configured to operate in a group connected mode in which the User Equipment is connected to the predetermined User Equipment and in which a cell selection and/or a handover and/or group relay reselection related procedure for said User Equipment is managed by the predetermined User Equipment, characterized in that in said group connected mode the User Equipment is configured to indirectly connect to a base station via the predetermined User Equipment, wherein said group connected mode comprises a group lightly connected mode in which the User Equipment remains a member of the User Equipment Group while being configured to transmit data to a base station of the cellular network in the uplink without being directly connected to said base station, if a decision criterion is fulfilled, and wherein said group connected mode comprises a group directly connected mode in which the User Equipment remains a member of the User Equipment Group while being configured to directly connect to a base station of the cellular network, if the decision criterion is not fulfilled. wherein the User Equipment is configured to operate in a group connected mode in which the User Equipment is connected to the predetermined User Equipment and in which a cell selection and/or a handover and/or group relay reselection related procedure for said User Equipment is managed by the predetermined User Equipment, characterized in that in said group connected mode the User Equipment is configured to indirectly connect to a base station via the predetermined User Equipment, wherein said group connected mode comprises a group lightly connected mode in which the User Equipment remains a member of the User Equipment Group while being configured to transmit data to a base station of the cellular network in the uplink without being directly connected to said base station, if a decision criterion is fulfilled, and wherein said group connected mode comprises a group directly connected mode in which the User Equipment remains a member of the User Equipment Group while being configured to directly connect to a base station of the cellular network, if the decision criterion is not fulfilled.
A planet carrier for a planetary gear transmission for driving a wheel, the planet carrier comprising a rotatable housing for accommodating a sun wheel and planet wheels of a planetary gear transmission, the housing having an inner end and an opposite outer end, the inner end of the housing being provided with an inner end wall having an opening for receiving a drive shaft for driving the sun wheel, wherein the outer end of the housing is provided with an outer end wall having through holes for mounting the planet wheels axially into the housing in the direction from the outer end towards the inner end, wherein the housing comprises an intermediate portion extending in a longitudinal direction, the intermediate portion comprising radial openings, wherein the planet wheels protrude radially through the radial openings of the intermediate portion, wherein the planet carrier is provided with a removable cover for covering the through holes of the outer end wall, characterized in that the cover has at least one protrusion for engagement with planet gear shafts of the planet wheels for locking planet wheel shafts against rotation relative to each other and the housing, the protrusion protruding from the cover in the axial direction from the outer end towards the inner end and is arranged in a recess of an outer end of each planet wheel shaft.
A method for spatially modulating electromagnetic radiation comprising the steps of collecting the electromagnetic radiation to be spatially modulated; directing said radiation onto an ordered array of optical elements on a substrate of a spatial modulator; translating said substrate to cause at least two different optical elements to engage the incident radiation at two different times; wherein the array of optical elements of the spatial modulator has at least three optical elements and at least two different types of optical elements thereof which modulate said radiation incident thereon differently; and wherein each of the different types of optical elements causes electromagnetic radiation incident on that element to leave that element in a different state than electromagnetic radiation incident on an optical element of a different type; measuring the substrate position at said two different times; and transmitting said positions to a user. collecting the electromagnetic radiation to be spatially modulated; directing said radiation onto an ordered array of optical elements on a substrate of a spatial modulator; translating said substrate to cause at least two different optical elements to engage the incident radiation at two different times; wherein the array of optical elements of the spatial modulator has at least three optical elements and at least two different types of optical elements thereof which modulate said radiation incident thereon differently; and wherein each of the different types of optical elements causes electromagnetic radiation incident on that element to leave that element in a different state than electromagnetic radiation incident on an optical element of a different type; measuring the substrate position at said two different times; and transmitting said positions to a user.
An integrated circuit comprising: one or more processors; at least one memory controller; and a first circuit coupled to the one or more processors and to the memory controller, wherein the first circuit is configured to remain powered up during times that the one or more processors and the memory controller are powered down, and wherein the first circuit is configured to receive audio samples captured by one or more audio input devices (26A, 26B) and to detect a predetermined pattern in the audio samples during a time that the one or more processors and the memory controller are powered down, and wherein the first circuit is configured to cause the memory controller and the one or more processors to power up responsive to detecting the predetermined pattern, and characterised in that the first circuit is configured to write the audio samples that match the predetermined pattern and subsequently-received samples to memory through the memory controller during a time that the memory controller is available to receive write operations but the one or more processors are not ready to process samples. one or more processors; at least one memory controller; and a first circuit coupled to the one or more processors and to the memory controller, wherein the first circuit is configured to remain powered up during times that the one or more processors and the memory controller are powered down, and wherein the first circuit is configured to receive audio samples captured by one or more audio input devices (26A, 26B) and to detect a predetermined pattern in the audio samples during a time that the one or more processors and the memory controller are powered down, and wherein the first circuit is configured to cause the memory controller and the one or more processors to power up responsive to detecting the predetermined pattern, and characterised in that the first circuit is configured to write the audio samples that match the predetermined pattern and subsequently-received samples to memory through the memory controller during a time that the memory controller is available to receive write operations but the one or more processors are not ready to process samples.
A synthetic resin bottle with a handle, which comprises: a biaxially drawn and blow-molded bottle made of a polyethylene terephthalate resin; and a handle, an injection-molded product of a polyethylene terephthalate resin, which is fitted firmly to the bottle as an insert, wherein the surfaces of insert portions of said handle, which come in contact with the bottle, have an up-and-down pattern that gives the surfaces high slidability for the polyethylene terephthalate resin in the softened and drawn state in which the preform is biaxially drawn and blow-molded into the bottle, wherein said handle comprises: a pair of fitting beams disposed in parallel to each other in the standing position; a grip plate integrally disposed to connect between the pair of said fitting beams at both the upper and lower ends; embedded projecting pieces disposed on the outer end face of each fitting beam; a pair of engaging ridges, disposed face-to-face to each other on the opposed surfaces of the fitting beams; characterised in that said up-and-down pattern is formed by many lateral, narrow grooves disposed on the front sides of said engaging ridges, which are a part of the inserts of said handle that comes in contact with the bottle during the process of biaxial drawing and blow molding. a biaxially drawn and blow-molded bottle made of a polyethylene terephthalate resin; and a handle, an injection-molded product of a polyethylene terephthalate resin, which is fitted firmly to the bottle as an insert, wherein the surfaces of insert portions of said handle, which come in contact with the bottle, have an up-and-down pattern that gives the surfaces high slidability for the polyethylene terephthalate resin in the softened and drawn state in which the preform is biaxially drawn and blow-molded into the bottle, wherein said handle comprises: a pair of fitting beams disposed in parallel to each other in the standing position; a grip plate integrally disposed to connect between the pair of said fitting beams at both the upper and lower ends; embedded projecting pieces disposed on the outer end face of each fitting beam; a pair of engaging ridges, disposed face-to-face to each other on the opposed surfaces of the fitting beams; characterised in that said up-and-down pattern is formed by many lateral, narrow grooves disposed on the front sides of said engaging ridges, which are a part of the inserts of said handle that comes in contact with the bottle during the process of biaxial drawing and blow molding. a pair of fitting beams disposed in parallel to each other in the standing position; a grip plate integrally disposed to connect between the pair of said fitting beams at both the upper and lower ends; embedded projecting pieces disposed on the outer end face of each fitting beam; a pair of engaging ridges, disposed face-to-face to each other on the opposed surfaces of the fitting beams; characterised in that said up-and-down pattern is formed by many lateral, narrow grooves disposed on the front sides of said engaging ridges, which are a part of the inserts of said handle that comes in contact with the bottle during the process of biaxial drawing and blow molding.
A method of amplifying a whole genome, the method comprising, exposing cells to alkaline conditions to form a cell lysate, wherein the cell lysate comprises a whole genome, reducing the pH of the cell lysate to form a stabilized cell lysate, and incubating the stabilized cell lysate under conditions that promote replication of the genome, wherein replication of the genome results in replicated strands, wherein during replication at least one of the replicated strands is displaced from the genome by strand displacement replication of another replicated strand.
A circuit breaker for an electricity transport installation, the circuit breaker comprising: • a tank filled with a dielectric gas under pressure; • a vacuum bottle arranged in the tank, the vacuum bottle comprising an enclosure in which a vacuum is made, a stationary contact and a movable contact arranged in the enclosure of the vacuum bottle, in which the movable contact includes a drive rod that passes through an opening formed in an end wall of the enclosure and that is connected to drive means for driving the movable contact, and sealing means between the edge of the opening in said end wall of the enclosure and the movable contact; • a casing arranged in the tank and electrically connecting the movable contact to an electrical conductor, which casing co-operates with said end wall of the enclosure of the vacuum bottle to define a volume that is isolated from the inside volumes of the tank and of the enclosure of the vacuum bottle, which isolated volume is taken to a pressure close to atmospheric pressure; and • feeder means for feeding the inside volume of the casing, which feeder means pass through the inside volume of the tank; wherein the feeder means for feeding the inside volume of the casing comprise a tubular element (38, 54, 56) made of insulating material, the circuit breaker being characterized in that said tubular element consists in a motion transmission bar that extends from the drive means to the rod of the movable contact, having one end connected to the rod of the movable contact and opening out inside the inside volume of the casing. • a tank filled with a dielectric gas under pressure; • a vacuum bottle arranged in the tank, the vacuum bottle comprising an enclosure in which a vacuum is made, a stationary contact and a movable contact arranged in the enclosure of the vacuum bottle, in which the movable contact includes a drive rod that passes through an opening formed in an end wall of the enclosure and that is connected to drive means for driving the movable contact, and sealing means between the edge of the opening in said end wall of the enclosure and the movable contact; • a casing arranged in the tank and electrically connecting the movable contact to an electrical conductor, which casing co-operates with said end wall of the enclosure of the vacuum bottle to define a volume that is isolated from the inside volumes of the tank and of the enclosure of the vacuum bottle, which isolated volume is taken to a pressure close to atmospheric pressure; and • feeder means for feeding the inside volume of the casing, which feeder means pass through the inside volume of the tank;
A movement controlling system for enabling the movement of a comb member of a hair trimmer to be controlled relative to the cutting blades (51 & 52) thereof, said movement controlling system comprising:- a slider movably mounted in the hair trimmer, and a wheel member rotationally mounted in the hair trimmer, characterised in that the slider comprises:- a) at least one pin member (42, 43) formed thereon and positioned for cooperative engagement with a cam slot (33, 34), and b) at least one comb engaging member mounted to the slider and positioned for cooperative engagement with the comb member of the hair trimmer for controllably moving the comb member relative to the hair trimmer in response to movement of the slider; and that the wheel member comprises at least one cam slot (33, 34) positioned for cooperative engagement with the pin member (42, 43) of the slider for controllably moving the pin member (42, 43) and the slider along a longitudinal path in response to rotational movement of the wheel member, whereby the movement of the slider and the comb member into any desired position is quickly and easily attained merely by rotating the wheel member. a slider movably mounted in the hair trimmer, and a wheel member rotationally mounted in the hair trimmer, a) at least one pin member (42, 43) formed thereon and positioned for cooperative engagement with a cam slot (33, 34), and b) at least one comb engaging member mounted to the slider and positioned for cooperative engagement with the comb member of the hair trimmer for controllably moving the comb member relative to the hair trimmer in response to movement of the slider; and that
Drive system comprising a first module, in particular a power supply module (7, 20) or axis module (8, 21), wherein an insulating part is arranged on a sheet-metal part of the first module that functions as a housing part, in which insulating part a metal threaded bushing is connected and/or arranged in a cohesive manner, in particular in a manner encapsulated by injection moulding with plastic, wherein a busbar is received at least partially in an elongate recess, in particular a groove, of the insulating part, wherein a busbar bracket is placed and arranged on the busbar on the side of the busbar facing away from the insulating part, wherein a screw (3, 22), in particular a screw head of the screw (3, 22), presses the busbar bracket part against the busbar, in particular via a washer, and the busbar is thus pressed against the insulating part, wherein a cable shoe, which is connected to a cable, is screwed onto the busbar bracket part by means of a further srew(3, 22), characterized in that, by means of two oppositely right-angled bends, a sub-region of the busbar bracket part is oriented parallel to the busbar and is arranged at a distance from the busbar, wherein, by means of the further screw (3, 22), the cable shoe is screw-connected to the sub-region on the side of the sub-region facing away from the busbar. wherein an insulating part is arranged on a sheet-metal part of the first module that functions as a housing part, in which insulating part a metal threaded bushing is connected and/or arranged in a cohesive manner, in particular in a manner encapsulated by injection moulding with plastic, wherein a busbar is received at least partially in an elongate recess, in particular a groove, of the insulating part, wherein a busbar bracket is placed and arranged on the busbar on the side of the busbar facing away from the insulating part, wherein a screw (3, 22), in particular a screw head of the screw (3, 22), presses the busbar bracket part against the busbar, in particular via a washer, and the busbar is thus pressed against the insulating part, wherein a cable shoe, which is connected to a cable, is screwed onto the busbar bracket part by means of a further srew(3, 22), characterized in that, by means of two oppositely right-angled bends, a sub-region of the busbar bracket part is oriented parallel to the busbar and is arranged at a distance from the busbar, wherein, by means of the further screw (3, 22), the cable shoe is screw-connected to the sub-region on the side of the sub-region facing away from the busbar.
A discharge-lamp driving device comprising: a discharge-lamp driving section configured to supply a driving current to a discharge lamp including electrodes (92, 93); and a control section configured to control the discharge-lamp driving section, wherein the control section is configured to control the discharge-lamp driving section such that a mixed period is provided in which a first period and a second period are alternately repeated, an alternating current being supplied to the discharge lamp in the first period and a direct current being supplied to the discharge lamp in the second period, the first period includes a plurality of sequential AC periods (P11-P14), characterized in that the frequencies of the alternating current supplied to the discharge lamp within the respective AC periods (P11-P14) are different from one another, and the control section is configured to change a length of the first period. a discharge-lamp driving section configured to supply a driving current to a discharge lamp including electrodes (92, 93); and a control section configured to control the discharge-lamp driving section, wherein the control section is configured to control the discharge-lamp driving section such that a mixed period is provided in which a first period and a second period are alternately repeated, an alternating current being supplied to the discharge lamp in the first period and a direct current being supplied to the discharge lamp in the second period, the first period includes a plurality of sequential AC periods (P11-P14), characterized in that the frequencies of the alternating current supplied to the discharge lamp within the respective AC periods (P11-P14) are different from one another, and the control section is configured to change a length of the first period.
A vertical takeoff and landing (VTOL) unmanned aerial vehicle comprising: a flight control system configured to provide avionic control of the VTOL UAV in a hover mode and in a level-flight mode; a body encapsulating an engine and the flight control system, the body comprising a fixed body portion and a plurality of retractable wings; a rotor disk coupled to the engine and configured to provide vertical thrust and cyclic pitch control in the hover mode and to provide horizontal thrust for flight during the level-flight mode; the plurality of retractable wings comprising a first pair of control flaps providing avionic direction control during the level-flight mode; and a second pair of control flaps coupled to the fixed body portion, the second pair being arranged entirely within a rotor wash of the rotor disk that is defined by a diameter of the rotor disk, said second pair of control flaps providing avionic control authority for the vehicle during the hover mode. a flight control system configured to provide avionic control of the VTOL UAV in a hover mode and in a level-flight mode; a body encapsulating an engine and the flight control system, the body comprising a fixed body portion and a plurality of retractable wings; a rotor disk coupled to the engine and configured to provide vertical thrust and cyclic pitch control in the hover mode and to provide horizontal thrust for flight during the level-flight mode; the plurality of retractable wings comprising a first pair of control flaps providing avionic direction control during the level-flight mode; and a second pair of control flaps coupled to the fixed body portion, the second pair being arranged entirely within a rotor wash of the rotor disk that is defined by a diameter of the rotor disk, said second pair of control flaps providing avionic control authority for the vehicle during the hover mode.
A method of forming an electrode, the method comprising: providing a byproduct of a Fluidized Bed Reactor, wherein the byproduct comprises a plurality of silicon particles having an average particle size between 0.1 μm and 30 μm and a surface comprising nanometer-sized features having an average feature size between 10 nm and 250 nm; forming a mixture comprising a precursor and the plurality of silicon particles; and pyrolysing the precursor to convert the precursor into one or more types of carbon phases to form a composite material. providing a byproduct of a Fluidized Bed Reactor, wherein the byproduct comprises a plurality of silicon particles having an average particle size between 0.1 μm and 30 μm and a surface comprising nanometer-sized features having an average feature size between 10 nm and 250 nm; forming a mixture comprising a precursor and the plurality of silicon particles; and pyrolysing the precursor to convert the precursor into one or more types of carbon phases to form a composite material.