mhurhangee/patent-ind-claim-en huggingface dataset:
A roller bracket for cooperation with a cylindrical paint roller , comprising a handle and a bracket rod , in which said roller bracket comprises an outer roller end piece arranged at the end of the bracket rod, and an inner roller end piece arranged at a distance from the outer roller end piece , said roller end pieces being arranged to removably carry the paint roller , said inner roller end piece comprising a wheel and a push-off element , whereby the wheel is rotatably mounted and axially movable between two positions, characterized in that the push-off element is rotatably mounted on the wheel and axially movable between two positions on the wheel , wherein said positions for the push-off element is defined by two stop elements on the wheel .
Burner for a gas turbine , wherein the burner comprises a combustion chamber , a burner axis , a burner plate that confines the combustion chamber in an axial direction, an annular array of swirler vanes located on the burner plate , a wall , the annular array of swirler vanes , the burner plate and the wall defining a swirler with an annular array of passageways , the passageways have a central axis that is radially aligned, a premixing tube , located downstream of the swirler and upstream of the combustion chamber , having a constant diameter (D2) and a length (X2), a first injector adapted to inject a first fuel into the combustion chamber and a second injector adapted to inject a second fuel being less reactive than the first fuel into the combustion chamber , wherein the burner is adapted to premix these fuels with an air flow before the fuel enters a reaction zone of the combustion chamber such that a first fuel flow of the first fuel has a first premixing stream line and a second fuel flow of the second fuel has a second premixing stream line , wherein each of the premixing stream lines begins with the beginning of the premixing with the air flow and ends at the location where the fuel enters the reaction zone and the length (L 2 ) of the second premixing stream line is longer than the length (L 1 ) of the first premixing stream line , characterised in that the length (L 1 ) of the first premixing stream line is between and including 0.25 x D 2 and 1 x D 2 and the length (L 2 ) of the second premixing stream line is between and including 0.5 x D 2 and 1.5 x D 2 , wherein the burner comprises a third injector adapted to inject a third fuel being less reactive than the second fuel into the combustion chamber , wherein a third fuel flow of the third fuel has a third premixing stream line with a length (L 3 ) that is longer than the length (L 2 ) of the second premixing stream line .
A combination weighing device comprising: an article conveyance part having a loading part of articles and a driving part configured to drive the loading part , the article conveyance part configured to drive the driving part and thereby cause the articles to be conveyed to a hopper arranged downstream in a conveyance direction, the loading part being formed by a plurality of regions; a sensing part configured to sense, in non-contact manner, for the plurality of regions along the conveyance direction, a state in which the articles are loaded on the loading part ; and a supply control part configured to control supply of the articles by controlling driving of the article conveyance part based on a sensing result of the sensing part , wherein the supply control part is configured to calculate a physical quantity relating to a height of the articles on the loading part for each of the regions, each physical quantity being ascertained from the state in which the articles are loaded on each corresponding region, and the supply control part is further configured to control the driving based on the physical quantity relating to a height of the articles on a furthest-downstream region (RK-1-1, RK-1-2) in the conveyance direction of the loading part . an article conveyance part having a loading part of articles and a driving part configured to drive the loading part , the article conveyance part configured to drive the driving part and thereby cause the articles to be conveyed to a hopper arranged downstream in a conveyance direction, the loading part being formed by a plurality of regions; a sensing part configured to sense, in non-contact manner, for the plurality of regions along the conveyance direction, a state in which the articles are loaded on the loading part ; and a supply control part configured to control supply of the articles by controlling driving of the article conveyance part based on a sensing result of the sensing part , wherein the supply control part is configured to calculate a physical quantity relating to a height of the articles on the loading part for each of the regions, each physical quantity being ascertained from the state in which the articles are loaded on each corresponding region, and the supply control part is further configured to control the driving based on the physical quantity relating to a height of the articles on a furthest-downstream region (RK-1-1, RK-1-2) in the conveyance direction of the loading part .
A management method in a management server enabling the management server to manage at least one video device , wherein the said at least one video device is adapted to receive a digital terrestrial television signal through radio frequency and to receive control commands from the management server through an Internet Protocol network, the method comprising transmitting by the management server through the Internet Protocol network a control command, characterised by said control command requesting the at least one video device to set at least a digital terrestrial television parameter related to scanning by said at least one video device of at least a digital terrestrial television frequency, for service list installation by said at least one video device.
In-line printing device for printing at least one textile with a printed image, having - a base body on which a conveying device is provided, wherein the at least one textile is provided on at least one printed material carrier , which holds the textile on the conveying device, - a pre-treatment device on the base body, which has a spraying station, a drying device and a pressing station and is designed to pre-treat a surface of the textile for printing, - at least one first printing device , which is provided on the base body and is designed to print the textile with an ink, and - a drying device , which is provided on the base body, is arranged downstream of the printing device in the conveying direction and is designed to dry the print on the finished printed textile, characterised in that - at least one second printing device is provided in addition to the at least one first printing device , each of which has at least one digital print head and is designed to produce in each case a part of the intended printed image, - in that an intermediate drying device is provided, which is arranged on the base body between the at least one first printing device and the at least one second printing device and is designed to dry the ink of the at least one first printing device on the textile before the ink of the at least one second printing device is applied. - a base body on which a conveying device is provided, wherein the at least one textile is provided on at least one printed material carrier , which holds the textile on the conveying device, - a pre-treatment device on the base body, which has a spraying station, a drying device and a pressing station and is designed to pre-treat a surface of the textile for printing, - at least one first printing device , which is provided on the base body and is designed to print the textile with an ink, and - a drying device , which is provided on the base body, is arranged downstream of the printing device in the conveying direction and is designed to dry the print on the finished printed textile, - at least one second printing device is provided in addition to the at least one first printing device , each of which has at least one digital print head and is designed to produce in each case a part of the intended printed image, - in that an intermediate drying device is provided, which is arranged on the base body between the at least one first printing device and the at least one second printing device and is designed to dry the ink of the at least one first printing device on the textile before the ink of the at least one second printing device is applied.
A method, comprising: holding available , by at least a first apparatus , data associated with each road segment of at least one road segment, said data comprising: - a representative of a first metric associated with spatial properties associated with the respective road segment; - at least one representative of a second metric associated with at least one dynamic event associated with the respective road segment; and - at least one representative of a third metric associated with a speed associated with the respective road segment, wherein the method comprises, for at least one road segment of the at least one road segment, providing , by said at least one first apparatus , a safety data of the respective road segment at least partially based on the representative of the first metric, the at least one representative of the second metric and the at least one representative of the third metric associated with the respective road segment, characterized in that - the speed associated with the respective road segment represents an average speed of objects on this road segment; and - the at least one dynamic event comprises movement of objects on the road segment, wherein said movement of objects on the road segment includes at least one of movement of pedestrians and movement of bicycles. - a representative of a first metric associated with spatial properties associated with the respective road segment; - at least one representative of a second metric associated with at least one dynamic event associated with the respective road segment; and - at least one representative of a third metric associated with a speed associated with the respective road segment, wherein the method comprises, for at least one road segment of the at least one road segment, providing , by said at least one first apparatus , a safety data of the respective road segment at least partially based on the representative of the first metric, the at least one representative of the second metric and the at least one representative of the third metric associated with the respective road segment, characterized in that - the speed associated with the respective road segment represents an average speed of objects on this road segment; and - the at least one dynamic event comprises movement of objects on the road segment, wherein said movement of objects on the road segment includes at least one of movement of pedestrians and movement of bicycles. - the speed associated with the respective road segment represents an average speed of objects on this road segment; and - the at least one dynamic event comprises movement of objects on the road segment, wherein said movement of objects on the road segment includes at least one of movement of pedestrians and movement of bicycles.
Fistula adapter device for the management of enteroatmospheric fistulas without vacuum assistance, comprising a tube which serves to remove the fistula liquid and is of variable height (H2) and/or variable cross-sectional area (Q2), a rim which is arranged at one end of the tube and serves as a wound contact surface of variable cross-sectional area or contact area (QA4), and/or a gel layer as fistula support surface or adjoining fistula contact surface, and an endpiece which is arranged at the other end of the tube and serves for sealing and/or coupling to other medical devices, wherein the tube and the rim are produced from a flexible material, preferably from standard elastomers or from thermoplastic elastomers, wherein the rim is more flexible than the tube , characterized in that the tube is designed as a telescopic tube or as a bellows.
Device for monitoring the alignment of a laser beam , comprising: a detector having an opening for passage of the laser beam , at least two temperature sensors (24a-d) which are mounted on the detector , and a temperature monitoring device which is connected to the at least two temperature sensors (24a-d), for monitoring the alignment of the laser beam relative to the opening , wherein the at least two temperature sensors (24a-d) have a temperature-dependent resistance which either increases as the temperature increases or decreases as the temperature increases, characterized in that the at least two temperature sensors (24a-d) are connected in series with the temperature monitoring device . a detector having an opening for passage of the laser beam , at least two temperature sensors (24a-d) which are mounted on the detector , and a temperature monitoring device which is connected to the at least two temperature sensors (24a-d), for monitoring the alignment of the laser beam relative to the opening , wherein the at least two temperature sensors (24a-d) have a temperature-dependent resistance which either increases as the temperature increases or decreases as the temperature increases, characterized in that the at least two temperature sensors (24a-d) are connected in series with the temperature monitoring device .
One or more computer-readable media having instructions, stored thereon, that when executed by one or more processors, are to cause a user equipment, UE, to: determine that the UE is to transition to a coverage enhancement, CE, mode B based on radio conditions on a wireless communication network; transition the UE to the CE mode B based on the determination; process a session initiation protocol, SIP, invite received from an internet protocol, IP, multimedia services, IMS, server , the SIP invite to request initiation of a voice call; and reject the SIP invite and deregister the UE from voice services on the wireless communication network, by sending a request message to deregister, in response to the SIP invite and based on operation of the UE in the CE mode B. determine that the UE is to transition to a coverage enhancement, CE, mode B based on radio conditions on a wireless communication network; transition the UE to the CE mode B based on the determination; process a session initiation protocol, SIP, invite received from an internet protocol, IP, multimedia services, IMS, server , the SIP invite to request initiation of a voice call; and reject the SIP invite and deregister the UE from voice services on the wireless communication network, by sending a request message to deregister, in response to the SIP invite and based on operation of the UE in the CE mode B.
An ultrasound diagnosis apparatus capable of receiving an operation instruction via a touch panel, the apparatus comprising: a storage configured to store association information (T1, T2) in which operation instructions are each associated with a finger type; and processing circuitry configured to identify finger type of a finger that has touched any position on the touch panel , and perform one of the operation instructions associated with the finger type identified based on the association information (T1, T2), wherein the processing circuitry is further configured to detect, by the touch panel, positions of a plurality of fingers of a hand that are touching the touch panel , identify finger type of each of the fingers based on a comparison of the detected positions of the fingers with stored statistical information on the shape of the hand, and compare position of one of the fingers that is released from the touch panel and then touches the touch panel again with the detected positions of the plurality of fingers to identify finger type of the finger, wherein the processing circuitry is further configured to display the association information (T1, T2) on a display . a storage configured to store association information (T1, T2) in which operation instructions are each associated with a finger type; and processing circuitry configured to identify finger type of a finger that has touched any position on the touch panel , and perform one of the operation instructions associated with the finger type identified based on the association information (T1, T2), wherein identify finger type of a finger that has touched any position on the touch panel , and perform one of the operation instructions associated with the finger type identified based on the association information (T1, T2), wherein the processing circuitry is further configured to detect, by the touch panel, positions of a plurality of fingers of a hand that are touching the touch panel , identify finger type of each of the fingers based on a comparison of the detected positions of the fingers with stored statistical information on the shape of the hand, and compare position of one of the fingers that is released from the touch panel and then touches the touch panel again with the detected positions of the plurality of fingers to identify finger type of the finger, detect, by the touch panel, positions of a plurality of fingers of a hand that are touching the touch panel , identify finger type of each of the fingers based on a comparison of the detected positions of the fingers with stored statistical information on the shape of the hand, and compare position of one of the fingers that is released from the touch panel and then touches the touch panel again with the detected positions of the plurality of fingers to identify finger type of the finger,
An aircraft comprising a power unit adapted for generating electric, pneumatic and/or hydraulic power for the aircraft, wherein the power unit comprises: a heat engine having at least one drive shaft and an exhaust pipe for evacuating combustion gases out of the heat engine , at least one load compressor mechanically coupled with the drive shaft to provide a flow of compressed air to the aircraft, a Ram-air intake in fluid communication with the load compressor to feed Ram air to the load compressor , a Rankine cycle system for recovering thermal energy from the combustion gases and the compressed air provided by the load compressor as mechanical energy for the assistance of the heat engine , wherein the Rankine cycle system comprises: an expander mechanically coupled with the drive shaft , a first Ram-air intake and a condenser thermally coupled with the Ram-air intake to cool down a Rankine system fluid, and a first heat exchanger thermally coupled with the output of the load compressor , and a second heat exchanger thermally coupled with the exhaust pipe , both heat exchangers for transferring heat to the Rankine system fluid. a heat engine having at least one drive shaft and an exhaust pipe for evacuating combustion gases out of the heat engine , at least one load compressor mechanically coupled with the drive shaft to provide a flow of compressed air to the aircraft, a Ram-air intake in fluid communication with the load compressor to feed Ram air to the load compressor , a Rankine cycle system for recovering thermal energy from the combustion gases and the compressed air provided by the load compressor as mechanical energy for the assistance of the heat engine , wherein the Rankine cycle system comprises: an expander mechanically coupled with the drive shaft , a first Ram-air intake and a condenser thermally coupled with the Ram-air intake to cool down a Rankine system fluid, and a first heat exchanger thermally coupled with the output of the load compressor , and a second heat exchanger thermally coupled with the exhaust pipe , both heat exchangers for transferring heat to the Rankine system fluid.
A hydraulic fluid sampler (20; 20') comprising: a supply line ; a valve fluidly coupled to the supply line ; a sample container ; a drain line ; a sample container holder configured to support the sample container in an inverted position and a non-inverted position, the sample container holder including a first orifice and a second orifice , the first orifice being configured to flush the sample container with hydraulic fluid when the sample container is in the inverted position, the second orifice configured to receive the flushing hydraulic fluid when the sample container is in the inverted position, the second orifice being fluidly connected to the drain line ; a frame configured to support the sample container holder in the inverted position and the non-inverted position; and a swivel allowing fluid flow therethrough, the swivel coupling the sample container holder to the frame and allowing rotation of the sample container holder to obtain the inverted position and the non-inverted position of the sample container . a supply line ; a valve fluidly coupled to the supply line ; a sample container ; a drain line ; a sample container holder configured to support the sample container in an inverted position and a non-inverted position, the sample container holder including a first orifice and a second orifice , the first orifice being configured to flush the sample container with hydraulic fluid when the sample container is in the inverted position, the second orifice configured to receive the flushing hydraulic fluid when the sample container is in the inverted position, the second orifice being fluidly connected to the drain line ; a frame configured to support the sample container holder in the inverted position and the non-inverted position; and a swivel allowing fluid flow therethrough, the swivel coupling the sample container holder to the frame and allowing rotation of the sample container holder to obtain the inverted position and the non-inverted position of the sample container .
Method of testing performance of a computerized infrastructure , this method comprising a first phase of defining a load testing scenario including a plurality of requests (R1-Rn), each request (Ri) being followed by a waiting time (Ti), and a second phase of executing the said load testing scenario by a load testing means by injecting the said plurality of requests destined for the computerized infrastructure , the phase of defining the said load testing scenario comprising the following steps: - determination of the total duration (T) of the load testing scenario so that the load injection rate is equal to a predefined load injection rate; - definition of an interval of variation for each waiting time (Ti) so that the sum of the upper bounds of the said intervals of variation is equal to the total duration (T) of the load testing scenario ; - choice of a value for each waiting time (Ti), this value being chosen randomly in the corresponding interval of variation; - calculation of the sum of the values chosen for the said waiting times; - insertion of a final timeout (Tf) of waiting in the load testing scenario so that the sum of the values of the said waiting times and the said final timeout (Tf) is equal to the total duration of the load testing scenario (T). - determination of the total duration (T) of the load testing scenario so that the load injection rate is equal to a predefined load injection rate; - definition of an interval of variation for each waiting time (Ti) so that the sum of the upper bounds of the said intervals of variation is equal to the total duration (T) of the load testing scenario ; - choice of a value for each waiting time (Ti), this value being chosen randomly in the corresponding interval of variation; - calculation of the sum of the values chosen for the said waiting times; - insertion of a final timeout (Tf) of waiting in the load testing scenario so that the sum of the values of the said waiting times and the said final timeout (Tf) is equal to the total duration of the load testing scenario (T).