mhurhangee/patent-ind-claim-en huggingface dataset:
A method for controlling a plurality of vehicles which are repeating a cycle of driving along a route, which has at least one single vehicle area (SLTA1, .. , SLTAm, SP, TP), characterized by - determining speed profiles for the vehicles, - creating a set of different activation times (t11, t21, tr11, tr21) for the vehicles, from an activation position (SP, TP) of the cycle, - simulating vehicle movements through the cycle, with the speed profiles, and the created set of activation times (t11, t21, tr11, tr21), - repeating, a plurality of times, the steps of creating a set of activation times, and simulating vehicle movements, wherein the created set of activation times are different from one repetition to another, - selecting, for controlling the vehicles, from the sets of activation times created by the repetition of the step of creating a set of activation times, a set of activation times (t12, t22, tr12, tr22) for which the simulation shows that there is a minimum time overlap (to21) of vehicles at any of the at least one single vehicle area, and - controlling the vehicles according to the speed profiles and the selected set of activation times. - determining speed profiles for the vehicles, - creating a set of different activation times (t11, t21, tr11, tr21) for the vehicles, from an activation position (SP, TP) of the cycle, - simulating vehicle movements through the cycle, with the speed profiles, and the created set of activation times (t11, t21, tr11, tr21), - repeating, a plurality of times, the steps of creating a set of activation times, and simulating vehicle movements, wherein the created set of activation times are different from one repetition to another, - selecting, for controlling the vehicles, from the sets of activation times created by the repetition of the step of creating a set of activation times, a set of activation times (t12, t22, tr12, tr22) for which the simulation shows that there is a minimum time overlap (to21) of vehicles at any of the at least one single vehicle area, and - controlling the vehicles according to the speed profiles and the selected set of activation times.
Portable hard surface cleaning appliance for drawing off and sucking up liquid from a hard surface, in particular from a window pane, comprising a suction nozzle with a suction opening on which at least one drawing-off lip is arranged, a suction unit which is in flow connection with the suction nozzle for sucking up a liquid-air mixture from the suction opening , a separation chamber which is positioned in the flow path between the suction nozzle and the suction unit and in which a separation device is arranged for separating liquid from the liquid-air mixture, and a tank accommodating compartment in which a dirty liquid tank for receiving the liquid separated off in the separation chamber is releasably held, the tank accommodating compartment comprising at least one supporting element and at least one holding element, the at least one supporting element engaging under a lower tank section of the dirty liquid tank and the at least one holding element being releasably connectable to an upper tank section of the dirty liquid tank , characterized in that the hard surface cleaning appliance comprises two holding elements which receive between them the upper tank section of the dirty liquid tank .
An electric curtain track structure, comprising: a guiding track assembly comprising a guiding track main body having a first bending section and a second bending section opposite from each other; a first electrical actuator installed on the first bending section ; a transmission assembly comprising a transmission cable and a plurality of first hooks ; the transmission cable being inserted into the guiding track main body and driven by the first electrical actuator in order to move along the guiding track main body together with the plurality of first hooks ; and a decorative assembly comprising a decorative panel and a pair of decorative heads ; the decorative panel being disposed at an outer side surface of the guiding track main body , and two ends of the decorative panel being extended beyond the guiding track main body in order to allow the decorative heads to be correspondingly disposed at an outer side of the first bending section and the second bending section respectively. a guiding track assembly comprising a guiding track main body having a first bending section and a second bending section opposite from each other; a first electrical actuator installed on the first bending section ; a transmission assembly comprising a transmission cable and a plurality of first hooks ; the transmission cable being inserted into the guiding track main body and driven by the first electrical actuator in order to move along the guiding track main body together with the plurality of first hooks ; and a decorative assembly comprising a decorative panel and a pair of decorative heads ; the decorative panel being disposed at an outer side surface of the guiding track main body , and two ends of the decorative panel being extended beyond the guiding track main body in order to allow the decorative heads to be correspondingly disposed at an outer side of the first bending section and the second bending section respectively.
Arrangement comprising a motor vehicle opening panel of boot lid type, a lock reinforcement fixed onto this opening panel and a lock , the opening panel comprising: - a lining provided with a first face and a second face , the first face being opposite the second face , - a panel comprising an inner face and an outer face , the inner face being opposite the outer face , the second face of the lining being fixed to the inner face of the panel , the lock reinforcement being obtained by folding of a metal sheet, the lock reinforcement being fixed onto the first face of the lining , such that the lock reinforcement has the overall shape of a box comprising a fixing wall for fixing the reinforcement onto the first face of the lining of the opening panel, notably a flat or substantially flat fixing wall and in that the reinforcement comprises a receiving wall for receiving the lock on the reinforcement that is distinct from the fixing wall , the receiving wall being at right angles or substantially at right angles to the fixing wall . - a lining provided with a first face and a second face , the first face being opposite the second face , - a panel comprising an inner face and an outer face , the inner face being opposite the outer face , the second face of the lining being fixed to the inner face of the panel , the lock reinforcement being obtained by folding of a metal sheet, the lock reinforcement being fixed onto the first face of the lining , such that the lock reinforcement has the overall shape of a box comprising a fixing wall for fixing the reinforcement onto the first face of the lining of the opening panel, notably a flat or substantially flat fixing wall and in that the reinforcement comprises a receiving wall for receiving the lock on the reinforcement that is distinct from the fixing wall , the receiving wall being at right angles or substantially at right angles to the fixing wall .
A terminal comprising: a sending means configured to send, to a Mobility Management Entity, MME , in a network, a Tracking Area Update Request message including a first Extended Idle Mode DRX, eDRX, parameter; and a receiving means configured to receive, from the MME running a timer T3450 and in a case where a second eDRX parameter is provided from the network, a Tracking Area Update Accept message including a new Globally Unique Temporary UE Identity, GUTI, assigned for the terminal and the second eDRX parameter which is different from the first eDRX parameter in response to the first eDRX parameter being updated to the second eDRX parameter, wherein the terminal is configured to use the new GUTI and to use the second eDRX parameter to calculate an updated eDRX cycle, and wherein the sending means is configured to send, to the MME , a complete message. a sending means configured to send, to a Mobility Management Entity, MME , in a network, a Tracking Area Update Request message including a first Extended Idle Mode DRX, eDRX, parameter; and a receiving means configured to receive, from the MME running a timer T3450 and in a case where a second eDRX parameter is provided from the network, a Tracking Area Update Accept message including a new Globally Unique Temporary UE Identity, GUTI, assigned for the terminal and the second eDRX parameter which is different from the first eDRX parameter in response to the first eDRX parameter being updated to the second eDRX parameter, wherein the terminal is configured to use the new GUTI and to use the second eDRX parameter to calculate an updated eDRX cycle, and wherein the sending means is configured to send, to the MME , a complete message.
A gas distributor for a rebreather , the gas distributor being configured for connection with an inhale hose and with an exhale hose with a mouthpiece in between, wherein the gas distributor comprises: a gas distributor housing ; an inhale chamber at the gas distributor housing and comprising a first inhale port for connection with an inhale counterlung or with a scrubber , a second inhale port for connection with the inhale hose , and a gas supply valve for supplying gas on demand; an exhale chamber at the gas distributor housing and comprising a first exhale port for connection with an exhale counterlung or with a scrubber , a second exhale port for connection with the exhale hose , and an overpressure valve for opening in an event of overpressure; and a switch arranged at the gas distributor housing and configured for being switchable between an open circuit mode and a closed circuit mode, wherein the gas distributor comprises an inhale valve biased for closing the first inhale port and an exhale valve biased for closing the first exhale port , characterized in that , the switch comprises an actuator body configured for opening the inhale valve and the exhale valve when the switch is actuated, so that the actuator body displaces the inhale valve and the exhale valve outwardly. a gas distributor housing ; an inhale chamber at the gas distributor housing and comprising a first inhale port for connection with an inhale counterlung or with a scrubber , a second inhale port for connection with the inhale hose , and a gas supply valve for supplying gas on demand; an exhale chamber at the gas distributor housing and comprising a first exhale port for connection with an exhale counterlung or with a scrubber , a second exhale port for connection with the exhale hose , and an overpressure valve for opening in an event of overpressure; and a switch arranged at the gas distributor housing and configured for being switchable between an open circuit mode and a closed circuit mode, wherein the gas distributor comprises an inhale valve biased for closing the first inhale port and an exhale valve biased for closing the first exhale port , characterized in that , the switch comprises an actuator body configured for opening the inhale valve and the exhale valve when the switch is actuated, so that the actuator body displaces the inhale valve and the exhale valve outwardly.
Method for sphering a cell of a medical sample by means of heating in an automatic analyser for analysing a medical sample, the sample comprising a cell, the analyser comprising an analysis cell for the sample, wherein the analysis cell is a microfluidic flow cell, a piezo element and an analysis device, wherein the piezo element can be operated by application of a voltage and a frequency and generates an acoustic wave field, wherein a sample situated in the analysis cell is situated in the acoustic wave field during operation of the piezo element and is heated by the wave field to at least 48 degrees Celsius, particularly preferably to at least 50 degrees Celsius, wherein the cell is situated in the analysis cell , and wherein an acoustic wave field is generated by means of the piezo element operated at a voltage and a frequency and wherein the cell is situated in the wave field and is heated by the wave field to at least 48 degrees Celsius, particularly preferably to at least 50 degrees Celsius, and thereby sphered, wherein the cell is analyzed and/or imaged by means of the analysis device comprising an optical microscope after the sphering, wherein the cell is analyzed and/or imaged immediately after the sphering, preferably within 0.05 to 1 second after the sphering.
A semiconductor laser, comprising: a. at least one semiconductor substrate ; b. at least one active layer arranged on the semiconductor substrate ; c. a front laser mirror which is arranged at a first end of the active layer and through which a first part of the radiation generated in the active layer emerges; d. a one rear laser mirror which is arranged at a second end of the active layer and lying opposite the first end and through which a second part of the radiation generated in the active layer emerges, wherein the rear laser mirror is provided with a layer of absorbing material , which is suitable for reducing a gradient of the luminous-power/current characteristic for radiation emerging through the rear laser mirror , relative to a rear laser mirror without a layer of absorbing material ; wherein a layer thickness of the layer of absorbing material is adapted to reduce the gradient of the luminous-power/current characteristic by a factor of 10,000; and wherein at least one reflection layer is arranged between the rear laser mirror and the layer of absorbing material , and wherein the reflection coefficient of the reflection layer is ≥ 90% in the emitted wavelength range. a. at least one semiconductor substrate ; b. at least one active layer arranged on the semiconductor substrate ; c. a front laser mirror which is arranged at a first end of the active layer and through which a first part of the radiation generated in the active layer emerges; d. a one rear laser mirror which is arranged at a second end of the active layer and lying opposite the first end and through which a second part of the radiation generated in the active layer emerges, wherein the rear laser mirror is provided with a layer of absorbing material , which is suitable for reducing a gradient of the luminous-power/current characteristic for radiation emerging through the rear laser mirror , relative to a rear laser mirror without a layer of absorbing material ; wherein a layer thickness of the layer of absorbing material is adapted to reduce the gradient of the luminous-power/current characteristic by a factor of 10,000; and wherein at least one reflection layer is arranged between the rear laser mirror and the layer of absorbing material , and wherein the reflection coefficient of the reflection layer is ≥ 90% in the emitted wavelength range.
Method for installing a single power cable span in a deployment site comprising a rail (1; 30) for supporting the single cable span by trolleys , the method being characterised in comprising the steps of: - providing a conveyor belt outside of the deployment site, the conveyor belt having a plurality of locations set at a predetermined distance one from the other along a longitudinal movement direction of the conveyor belt and moving integrally with the latter; - repeating the following steps until the single cable span reaches a predetermined position: o while the conveyor belt is moving, positioning a first part of a holder at one of the locations ; o while advancing the single cable span , laying a portion thereof on said first part of the holder positioned at the location moving with the conveyor belt ; o connecting a second part (13") of the holder to the first one to lock the cable span portion in between; o while the cable span portion locked by the holder is leaving the conveyor belt , removing the first part of the holder from the location moving with the conveyor belt . - providing a conveyor belt outside of the deployment site, the conveyor belt having a plurality of locations set at a predetermined distance one from the other along a longitudinal movement direction of the conveyor belt and moving integrally with the latter; - repeating the following steps until the single cable span reaches a predetermined position: o while the conveyor belt is moving, positioning a first part of a holder at one of the locations ; o while advancing the single cable span , laying a portion thereof on said first part of the holder positioned at the location moving with the conveyor belt ; o connecting a second part (13") of the holder to the first one to lock the cable span portion in between; o while the cable span portion locked by the holder is leaving the conveyor belt , removing the first part of the holder from the location moving with the conveyor belt . o while the conveyor belt is moving, positioning a first part of a holder at one of the locations ; o while advancing the single cable span , laying a portion thereof on said first part of the holder positioned at the location moving with the conveyor belt ; o connecting a second part (13") of the holder to the first one to lock the cable span portion in between; o while the cable span portion locked by the holder is leaving the conveyor belt , removing the first part of the holder from the location moving with the conveyor belt .
A method comprising: receiving, at a computing device , a spoken query by a user of the computing device; obtaining, by the computing device, a list of search results that are relevant to the spoken query, each search result comprising a corresponding telephone number and a corresponding score indicating a quality of the search result; determining, by the computing device, whether a first score for a first search result having the highest score of the list of search results exceeds a second score for a second search result having a next highest score of the list of search results by a threshold difference; and when the first score for the first search result exceeds the second score for the second search result by the threshold difference, and without receiving a further input from the user after receiving the spoken query, calling, by the computing device, the telephone number that corresponds to the first search result automatically; wherein calling the telephone number that corresponds to the first search result automatically comprises presenting a user interface element that, when selected with user input, causes a cancellation of the automatic calling of the telephone number. obtaining, by the computing device, a list of search results that are relevant to the spoken query, each search result comprising a corresponding telephone number and a corresponding score indicating a quality of the search result; determining, by the computing device, whether a first score for a first search result having the highest score of the list of search results exceeds a second score for a second search result having a next highest score of the list of search results by a threshold difference; and when the first score for the first search result exceeds the second score for the second search result by the threshold difference, and without receiving a further input from the user after receiving the spoken query, calling, by the computing device, the telephone number that corresponds to the first search result automatically;
A nozzle for fast inflation and deflation, comprising: a flexible plastic body having a horn shape and provided with a valve sheet in an internal chamber of the flexible plastic body ; and an air tube having a bottom jointed to the flexible plastic body ; wherein a region where the valve sheet and the air tube are not in contact forms an air channel for air inflation and deflation, and wherein the air tube can be pushed until the flexible plastic body is deformed and bent toward the valve sheet for keeping or storing air to avoid air leakage for a short period of time, an inner port of the air tube being sealed by the valve sheet; characterised in that a sealing plug is movably connected to an outer port of the air tube for plugging and sealing the outer port , and in that the valve sheet has an arc thin shape, and is provided with a mediate sealing part and two connection parts extending from the mediate sealing part , each of the connection parts having an end narrower than the mediate sealing part . a flexible plastic body having a horn shape and provided with a valve sheet in an internal chamber of the flexible plastic body ; and an air tube having a bottom jointed to the flexible plastic body ; wherein a region where the valve sheet and the air tube are not in contact forms an air channel for air inflation and deflation, and wherein the air tube can be pushed until the flexible plastic body is deformed and bent toward the valve sheet for keeping or storing air to avoid air leakage for a short period of time, an inner port of the air tube being sealed by the valve sheet; characterised in that a sealing plug is movably connected to an outer port of the air tube for plugging and sealing the outer port , and in that the valve sheet has an arc thin shape, and is provided with a mediate sealing part and two connection parts extending from the mediate sealing part , each of the connection parts having an end narrower than the mediate sealing part .
A method for simultaneously manufacturing and sterilizing a product comprising: holding a metal product component within a mold; injecting a plastic within the mold to substantially encapsulate the metal product component; and maintaining the plastic at a specified minimum mold temperature of at least about 188°C (370° Fahrenheit) for a specified minimum cycle time of at least about 10 seconds effective to sterilize the metal product component, wherein one or more heating elements for heating the mold are provided. holding a metal product component within a mold; injecting a plastic within the mold to substantially encapsulate the metal product component; and maintaining the plastic at a specified minimum mold temperature of at least about 188°C (370° Fahrenheit) for a specified minimum cycle time of at least about 10 seconds effective to sterilize the metal product component, wherein one or more heating elements for heating the mold are provided.