mhurhangee/patent-ind-claim-en huggingface dataset:
An elevator arrangement comprising an elevator group, a local elevator system group controller and a communications unit for connecting the elevator arrangement to a remote elevator system group controller , wherein the local elevator system group controller is connected to the elevator group and communications unit to cause: monitoring a connection to the remote elevator system group controller , characterized in that the local elevator system group controller is further arranged to cause: serving traffic by the elevator group as controlled by the local elevator system group controller on the basis of a local operating model , when the connection is down, wherein the local operating model is formed on the basis of data sources that are internal to the elevator arrangement and external data sources; and serving traffic by the elevator group as controlled by the remote elevator system group controller , when the connection is up. monitoring a connection to the remote elevator system group controller , characterized in that the local elevator system group controller is further arranged to cause: serving traffic by the elevator group as controlled by the local elevator system group controller on the basis of a local operating model , when the connection is down, wherein the local operating model is formed on the basis of data sources that are internal to the elevator arrangement and external data sources; and serving traffic by the elevator group as controlled by the remote elevator system group controller , when the connection is up.
Endovascular apparatus for determining the condition of a vessel in a body , the apparatus comprising: an elongate waveguide element, being a wire ; an activation unit comprising a source of ultrasonic energy and a coupling for coupling the source to the wire to activate the wire , thereby transmitting ultrasonic energy from the source along the wire to an active distal section of the wire ; and a signal acquisition system that is configured to acquire feedback signals from the apparatus for interpretation of vessel condition; wherein the signal acquisition system comprises at least one acoustic sensor for acquiring acoustic feedback signals generated by interaction of the active distal section of the wire with neighbouring tissues or obstructions when the wire is activated; characterised in that the at least one acoustic sensor is outside a housing of the activation unit , the at least one acoustic sensor further being: - an extra-corporeal sensor arranged to lie against a part of the body , or - an intra-corporeal sensor arranged to be inserted into the body , or - mounted on a catheter surrounding the wire . an elongate waveguide element, being a wire ; an activation unit comprising a source of ultrasonic energy and a coupling for coupling the source to the wire to activate the wire , thereby transmitting ultrasonic energy from the source along the wire to an active distal section of the wire ; and a signal acquisition system that is configured to acquire feedback signals from the apparatus for interpretation of vessel condition; wherein the signal acquisition system comprises at least one acoustic sensor for acquiring acoustic feedback signals generated by interaction of the active distal section of the wire with neighbouring tissues or obstructions when the wire is activated; characterised in that the at least one acoustic sensor is outside a housing of the activation unit , the at least one acoustic sensor further being: - an extra-corporeal sensor arranged to lie against a part of the body , or - an intra-corporeal sensor arranged to be inserted into the body , or - mounted on a catheter surrounding the wire . - an extra-corporeal sensor arranged to lie against a part of the body , or - an intra-corporeal sensor arranged to be inserted into the body , or - mounted on a catheter surrounding the wire .
An isochronous cyclotron , comprising: at least two superconducting primary coils that are substantially symmetric about a central axis , wherein the superconducting primary coils are on opposite sides of a median acceleration plane ; a magnetic yoke surrounding the superconducting primary coils and containing at least a portion of a beam chamber , wherein the median acceleration plane extends through the beam chamber ; a plurality of superconducting flutter coils on each side of the median acceleration plane , wherein each superconducting flutter coil or pair of superconducting flutter coils serves as a sector pole tip with valleys between the sector pole tips on each side of the median acceleration plane , and wherein the sector pole tips are radially separated across the median acceleration plane by a gap that is narrower than a non-magnetic gap that separates the valleys across the median acceleration plane ; a non-magnetic external reinforcement structure filling the valleys between the superconducting flutter coils so as to maintain the positioning of the superconducting flutter coils ; internal reinforcement structures mounted inside the superconducting flutter coils ; and at least one cryogenic refrigerator thermally coupled with the superconducting primary coils , with the superconducting flutter coils , and with the magnetic yoke . at least two superconducting primary coils that are substantially symmetric about a central axis , wherein the superconducting primary coils are on opposite sides of a median acceleration plane ; a magnetic yoke surrounding the superconducting primary coils and containing at least a portion of a beam chamber , wherein the median acceleration plane extends through the beam chamber ; a plurality of superconducting flutter coils on each side of the median acceleration plane , wherein each superconducting flutter coil or pair of superconducting flutter coils serves as a sector pole tip with valleys between the sector pole tips on each side of the median acceleration plane , and wherein the sector pole tips are radially separated across the median acceleration plane by a gap that is narrower than a non-magnetic gap that separates the valleys across the median acceleration plane ; a non-magnetic external reinforcement structure filling the valleys between the superconducting flutter coils so as to maintain the positioning of the superconducting flutter coils ; internal reinforcement structures mounted inside the superconducting flutter coils ; and at least one cryogenic refrigerator thermally coupled with the superconducting primary coils , with the superconducting flutter coils , and with the magnetic yoke .
A method for providing passive positioning information to a first user equipment, UE, , comprising: receiving , at a first station and at a first time (T2), a first positioning reference signal from a second station wherein the first and second stations are base stations, UEs, other than the first UE, or a combination; transmitting by the first station a second positioning reference signal to the second station at a second time (T4), wherein the second time is after the first time; and providing to the first user equipment a turnaround time value as the difference between the first time and the second time, and a distance value indicating a distance between the first station and the second station ; wherein the turnaround time value is provided to the first user equipment by one of the following: broadcast from one of the first station, the second station or a serving station, or network signalling from the serving station, or higher layer protocols from a location server; wherein the distance value is determined by the first station, or the second station, or the location server, based at least in part on a first transmission time, the first time, the second time, and a second receive time (T5) indicating a time the first station received the second positioning reference signal, wherein the first transmission time (T1) indicates a time the second station transmitted the first positioning reference signal. receiving , at a first station and at a first time (T2), a first positioning reference signal from a second station wherein the first and second stations are base stations, UEs, other than the first UE, or a combination; transmitting by the first station a second positioning reference signal to the second station at a second time (T4), wherein the second time is after the first time; and providing to the first user equipment a turnaround time value as the difference between the first time and the second time, and a distance value indicating a distance between the first station and the second station ; wherein the turnaround time value is provided to the first user equipment by one of the following: broadcast from one of the first station, the second station or a serving station, or network signalling from the serving station, or higher layer protocols from a location server; wherein the distance value is determined by the first station, or the second station, or the location server, based at least in part on a first transmission time, the first time, the second time, and a second receive time (T5) indicating a time the first station received the second positioning reference signal, wherein the first transmission time (T1) indicates a time the second station transmitted the first positioning reference signal.
Method for starting an internal combustion engine in a hand-held, portable working device , wherein a tool of the working device is drive-connected to the crankshaft of the internal combustion engine via a centrifugal-force clutch and the centrifugal-force clutch drives the tool when the rotation speed (n) of the internal combustion engine exceeds an engagement rotation speed (EKD) of the centrifugal-force clutch , and with a control unit for controlling the rotation speed (n) of the internal combustion engine , wherein to adjust the rotation speed (n) the control unit controls an ignition system of the internal combustion engine and, depending on the rotation speed (n) of the internal combustion engine , varies the ignition system , characterised in that (i) a starting rotation speed limitation is provided, which intervenes in the ignition system when the rotation speed (n) of the internal combustion engine exceeds an activation rotation speed (ADZ) that lies above the engagement rotation speed (EKD), (ii) the starting rotation speed limitation for at least one working cycle (ASP) of the internal combustion engine intervenes in the ignition system in such manner that the rotation speed (n) of the internal combustion engine decreases, (iii) and after the decrease of the rotation speed (n) of the internal combustion engine to less than a lower intervention rotation speed that lies below an upper intervention rotation speed by a rotation speed interval , the intervention in the ignition system takes place in such manner that the rotation speed increases, (iv) and when the rotation speed (n) of the internal combustion engine exceeds the upper intervention rotation speed the intervention in the ignition system takes place in such manner that the rotation speed (n) decreases again, (v) and as the number of consecutive working cycles (ASP) increases, the upper intervention rotation speed and/or the lower intervention rotation speed is or are varied. (i) a starting rotation speed limitation is provided, which intervenes in the ignition system when the rotation speed (n) of the internal combustion engine exceeds an activation rotation speed (ADZ) that lies above the engagement rotation speed (EKD), (ii) the starting rotation speed limitation for at least one working cycle (ASP) of the internal combustion engine intervenes in the ignition system in such manner that the rotation speed (n) of the internal combustion engine decreases, (iii) and after the decrease of the rotation speed (n) of the internal combustion engine to less than a lower intervention rotation speed that lies below an upper intervention rotation speed by a rotation speed interval , the intervention in the ignition system takes place in such manner that the rotation speed increases, (iv) and when the rotation speed (n) of the internal combustion engine exceeds the upper intervention rotation speed the intervention in the ignition system takes place in such manner that the rotation speed (n) decreases again, (v) and as the number of consecutive working cycles (ASP) increases, the upper intervention rotation speed and/or the lower intervention rotation speed is or are varied.
A base station, wherein the base station comprises: a processor , configured to determine a first transmission configuration, wherein the first transmission configuration comprises a group of transmission parameters and a moment for using the group of transmission parameters, the group of transmission parameters comprises a control channel scheduling indication, and the control channel scheduling indication is used to indicate whether the base station uses a control channel to schedule and send a common message, wherein the common message comprises a paging message or a random access response message; and a transceiver circuit , configured to transmit the common message to a target machine type communication, MTC, device according to the first transmission configuration, wherein when the control channel scheduling indication indicates that the base station uses the control channel to send the common message, the transceiver circuit is configured to send, according to the moment for using the group of transmission parameters, the common message using the control channel, and when the control channel scheduling indication indicates that the base station does not use the control channel to send the common message, the transceiver circuit is configured to send the common message without using the control channel; wherein the transceiver circuit is further configured to send the first transmission configuration to the target MTC device. a processor , configured to determine a first transmission configuration, wherein the first transmission configuration comprises a group of transmission parameters and a moment for using the group of transmission parameters, the group of transmission parameters comprises a control channel scheduling indication, and the control channel scheduling indication is used to indicate whether the base station uses a control channel to schedule and send a common message, wherein the common message comprises a paging message or a random access response message; and a transceiver circuit , configured to transmit the common message to a target machine type communication, MTC, device according to the first transmission configuration, wherein when the control channel scheduling indication indicates that the base station uses the control channel to send the common message, the transceiver circuit is configured to send, according to the moment for using the group of transmission parameters, the common message using the control channel, and when the control channel scheduling indication indicates that the base station does not use the control channel to send the common message, the transceiver circuit is configured to send the common message without using the control channel; wherein the transceiver circuit is further configured to send the first transmission configuration to the target MTC device.
A displaying method of a user terminal device comprising a display which is divided by a folding line into a first area and a second area , the second area being larger than the first area and comprising an exposure area that is exposed while the display is folded along the folding line such that the first area faces the second area , the method comprising: in response to an incoming telephone call while the display is unfolded, displaying a first screen for indicating the telephone call on the first area and the second area ; detecting one of a first folding interaction of folding the display from an unfolded state to a first folded state such that the first area faces the second area and a second folding interaction of folding the display from the unfolded state to a second folded state such that a first cover corresponding to the first area faces a second cover corresponding to the second area while the first screen is displayed; and in response to detecting the first folding interaction, displaying a second screen for indicating refuse of the telephone call on the exposure area , and in response to detecting the second folding interaction, displaying a third screen for indicating accept of the telephone call on one of the first area and the second area . in response to an incoming telephone call while the display is unfolded, displaying a first screen for indicating the telephone call on the first area and the second area ; detecting one of a first folding interaction of folding the display from an unfolded state to a first folded state such that the first area faces the second area and a second folding interaction of folding the display from the unfolded state to a second folded state such that a first cover corresponding to the first area faces a second cover corresponding to the second area while the first screen is displayed; and in response to detecting the first folding interaction, displaying a second screen for indicating refuse of the telephone call on the exposure area , and in response to detecting the second folding interaction, displaying a third screen for indicating accept of the telephone call on one of the first area and the second area .
A method of deep-drawing a tray from fiber-based sheet material comprising the steps of: (i) bringing the sheet material between a female moulding tool , which comprises a cavity for forming the tray bottom outwardly, and a male moulding tool , which comprises a plunger plate for forming the tray bottom inwardly, (ii) clamping the sheet material along the circumference of the female and male moulding tools by clamping means , to hold the material during the deep-drawing step, (iii) moving the plunger plate with respect to the cavity for forming the tray, the method being characterized in that the moulding tools are arranged so that between the cavity bottom and the clamp interface the male moulding tool is laterally distanced from the sheet material, to avoid the surfaces of the male moulding tool becoming to a snug fit with the sheet material and leave free open space inside of the tray side wall being formed, thus allowing free forming of unwrinkled side walls for the produced deep-drawn tray. (i) bringing the sheet material between a female moulding tool , which comprises a cavity for forming the tray bottom outwardly, and a male moulding tool , which comprises a plunger plate for forming the tray bottom inwardly, (ii) clamping the sheet material along the circumference of the female and male moulding tools by clamping means , to hold the material during the deep-drawing step, (iii) moving the plunger plate with respect to the cavity for forming the tray, the method being characterized in that the moulding tools are arranged so that between the cavity bottom and the clamp interface the male moulding tool is laterally distanced from the sheet material, to avoid the surfaces of the male moulding tool becoming to a snug fit with the sheet material and leave free open space inside of the tray side wall being formed, thus allowing free forming of unwrinkled side walls for the produced deep-drawn tray.
A cooking device comprising internal elements including at least one heating means, control and/or monitoring means and at least one light-emitting device, said internal elements being covered with at least one glass-ceramic plate colored using vanadium oxide said plate having a wight content of vanadium oxide, expressed as V 2 O 5 , from 0.01 to 0.2%, at least one light-emitting device not being of red color seen through said plate, said plate having a thickness from 2 to 6 mm and intrinsically having a light transmission ranging from 2.3% to 40% and an optical transmission of at least 0.6% for at least one wavelength within the region ranging from 420 to 480 nm, said cooking device being such that at least one masking means intended to mask at least one part of said internal elements is placed on top of, underneath or within said plate.
A spacer for a compressor of a gas turbine engine , comprising: a first side portion ; a second side portion spaced apart from the first side portion ; and a middle web arranged between the first and second side portions , wherein the middle web includes at least one web orifice to communicate flow in a direction that is opposite from a core flowpath flow direction (C), characterised in that : one of the first and second side portions includes at least one side portion orifice in a direction that is perpendicular to the core flowpath direction, wherein the at least one web orifice or the at least one side portion orifice includes an inertia-activated valve , the inertia-activated valve configured to vary a flowrate of the flow through the at least one web or side portion orifice . a first side portion ; a second side portion spaced apart from the first side portion ; and a middle web arranged between the first and second side portions , wherein the middle web includes at least one web orifice to communicate flow in a direction that is opposite from a core flowpath flow direction (C), characterised in that : one of the first and second side portions includes at least one side portion orifice in a direction that is perpendicular to the core flowpath direction, wherein the at least one web orifice or the at least one side portion orifice includes an inertia-activated valve , the inertia-activated valve configured to vary a flowrate of the flow through the at least one web or side portion orifice .
An autonomous tunnel surface cleaning system comprising: a guidance system ; and a cleaning apparatus ; wherein the guidance system is capable of guiding the cleaning apparatus along at least a portion of a tunnel and the cleaning apparatus is capable of autonomously traveling along the tunnel under guidance of the guidance system and cleaning a length of the tunnel while it travels along the tunnel , characterized in that the autonomous tunnel surface cleaning system further comprises a gap straddling system coupled to the cleaning apparatus to enable the cleaning apparatus to straddle a gap along the length of the tunnel . a guidance system ; and a cleaning apparatus ; wherein the guidance system is capable of guiding the cleaning apparatus along at least a portion of a tunnel and the cleaning apparatus is capable of autonomously traveling along the tunnel under guidance of the guidance system and cleaning a length of the tunnel while it travels along the tunnel ,
Membrane module containing at least one permeable or semi-permeable membrane layer and a device for detecting deposits in the membrane module, wherein at least one polymer-optical fibre is incorporated into the membrane module to record deposits on the at least one membrane layer , characterised in that the polymer-optical fibre is in contact with the at least one membrane layer .