mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: establishing a session to a remote desktop determined for a user of a client device, the session allowing the client device to remotely access the remote desktop to have one or more services performed for the user of the client device using resources of the remote desktop; sending, from the client device, a request for a service in the one or more services to be performed on the remote desktop in the session; receiving (512, 516) a result set determined from the service being performed by the remote desktop; characterized by: based on a type of the result set, selecting, from a plurality of native viewers on the client device, a said native viewer to render the result set for the client device; and invoking the selected native viewer to render the result set for the client device. establishing a session to a remote desktop determined for a user of a client device, the session allowing the client device to remotely access the remote desktop to have one or more services performed for the user of the client device using resources of the remote desktop; sending, from the client device, a request for a service in the one or more services to be performed on the remote desktop in the session; receiving (512, 516) a result set determined from the service being performed by the remote desktop; characterized by: based on a type of the result set, selecting, from a plurality of native viewers on the client device, a said native viewer to render the result set for the client device; and invoking the selected native viewer to render the result set for the client device. based on a type of the result set, selecting, from a plurality of native viewers on the client device, a said native viewer to render the result set for the client device; and invoking the selected native viewer to render the result set for the client device.
A method of packaging and sterilizing a medical device, comprising: providing a pre-filled medical device; providing a pouch using a heat-sealable film, the film including a gas permeable section attached to a separate gas-impermeable section to form a gas impermeable chamber and a gas-permeable header; the pouch having a front panel and a back panel, the front panel and the back panel each having a top edge, a bottom edge, two side edges (16, 18), at least one of the front panel or the back panel has a portion containing the gas permeable header; placing the medical device in the gas-impermeable section of the film; sealing the top edge, bottom edge, and two side edges (16, 18) of the front panel to the respective top edge, bottom edge, and two side edges (16, 18) of the back panel creating a completely enclosed pouch; interior seals are used around the medical device, leaving an opening toward the gas-permeable header; sterilizing the medical device with a first sterilizing agent provided through the gas-permeable header to the gas impermeable chamber, the first sterilizing agent being free of ethylene oxide; sealing opening to form a gas impermeable chamber around medical device within the pouch; removing the gas permeable header resulting in a medical device packaged within the gas impermeable chamber such that the medical device is fully enclosed in the pouch consisting only of sealed gas-impermeable film; and sterilizing the gas impermeable chamber with a second sterilizing agent. providing a pouch using a heat-sealable film, the film including a gas permeable section attached to a separate gas-impermeable section to form a gas impermeable chamber and a gas-permeable header; the pouch having a front panel and a back panel, the front panel and the back panel each having a top edge, a bottom edge, two side edges (16, 18), at least one of the front panel or the back panel has a portion containing the gas permeable header; placing the medical device in the gas-impermeable section of the film; sealing the top edge, bottom edge, and two side edges (16, 18) of the front panel to the respective top edge, bottom edge, and two side edges (16, 18) of the back panel creating a completely enclosed pouch; interior seals are used around the medical device, leaving an opening toward the gas-permeable header; sterilizing the medical device with a first sterilizing agent provided through the gas-permeable header to the gas impermeable chamber, the first sterilizing agent being free of ethylene oxide; sealing opening to form a gas impermeable chamber around medical device within the pouch; removing the gas permeable header resulting in a medical device packaged within the gas impermeable chamber such that the medical device is fully enclosed in the pouch consisting only of sealed gas-impermeable film; and sterilizing the gas impermeable chamber with a second sterilizing agent.
Method for the prevention of a flashback during a combustion of a premixed fuel/air mixture in a burner assembly, wherein a first component is provided, whose temperature is influenced by a combustion, and is made from a material which expands as a function of the temperature, and wherein a measurement value for a thermal expansion of the first component is measured by at least one sensor, and as a function of the measurement value, the supply of at least fuel or air is at least changed or switched off when a predeterminable threshold value is exceeded, characterized in that the expansion of the first component is measured relative to a second component, the expansion of which is influenced to a lesser extent by the combustion.
A method of synthetic aperture radar autofocus for ground penetration radar, the method comprising: transmitting a signal via an antenna; receiving a reflected signal comprising a plurality of image blocks via the antenna; reading each image block from the reflected signal via a processor; locating prominent targets in each image block via the processor; estimating ground penetration phase error via the processor in each image block according to a fourier series model from phase error inputs comprising pulling range and quantization level by generating a 1 D phase error and converting the 1 D phase error into a 2D phase error of an image spectra; refocusing each image block according to estimated ground penetration phase error for that image block via the processor; and forming an image mosaic comprising each refocused image block via the processor. transmitting a signal via an antenna; receiving a reflected signal comprising a plurality of image blocks via the antenna; reading each image block from the reflected signal via a processor; locating prominent targets in each image block via the processor; estimating ground penetration phase error via the processor in each image block according to a fourier series model from phase error inputs comprising pulling range and quantization level by generating a 1 D phase error and converting the 1 D phase error into a 2D phase error of an image spectra; refocusing each image block according to estimated ground penetration phase error for that image block via the processor; and forming an image mosaic comprising each refocused image block via the processor.
A method of controlling a rotation speed of a motor of a speed-controllable hoist drive, the hoist drive comprising a cable, a hoisting member connected to the cable, a speed-controllable motor which is operationally connected to the cable for lifting a load by means of the hoisting member, and a hoist controller, the method comprising receiving a lift speed instruction ( ω̂' m); forming a final speed instruction ( ω̂ m) by using initial information containing the lift speed instruction ( ω̂' m); using the final speed instruction ( ω̂ m) as a speed instruction for the rotation speed of the motor of the speed-controllable hoist drive; the method being characterized by further comprising monitoring a position derivative of an actual value of a cable force (dF/dz), which is a derivative of an actual value of a cable force with respect to position of the hoisting member, the position of the hoisting member being determined by the hoist controller by using as initial information an information (n m) relating to the rotation of the motor as well as a known transmission ratio between the rotation of the motor and the position of the hoisting member, and the initial information for forming the final speed instruction ( ω̂ m) comprising the position derivative of the actual value of the cable force (dF/dz).
Sports shoe (11; 211) to be used for sports involving a sliding movement, comprising: - a rigid shell (10; 210) inside which the foot may be inserted; - two support-pieces (60, 60a; 260, 270), i.e. a heel member (60; 260) and a toe member (60a; 270), situated on the bottom of the shell (10; 210) and adapted to fix it to the bindings (21 a, 31 a) of sports equipment for performing a sliding movement (41; 241), at least one support-piece (60, 60a; 260, 270) being rotatably movable with respect to the shell (10; 210) so as to be able to move towards the shell (10; 210) through a rotational displacement in response to an external force causing said at least one support-piece (60, 60a; 260, 270) to get nearer said shell (10; 210), further comprising limiting means (64, 70, 74, 76) adapted to limit the rotational movement of said at least one support-piece (60, 60a; 260, 270) relative to said shell (10, 210) when performing said sliding movement with said sports equipment, so that said rotational movement of said at least one support piece (60, 60a; 260, 270) occurs with a limited travel movement, characterized in that the limiting means are formed by means of a projection of the at least one support-piece confined slidably between the walls of a groove formed externally in the shell. - a rigid shell (10; 210) inside which the foot may be inserted; - two support-pieces (60, 60a; 260, 270), i.e. a heel member (60; 260) and a toe member (60a; 270), situated on the bottom of the shell (10; 210) and adapted to fix it to the bindings (21 a, 31 a) of sports equipment for performing a sliding movement (41; 241), at least one support-piece (60, 60a; 260, 270) being rotatably movable with respect to the shell (10; 210) so as to be able to move towards the shell (10; 210) through a rotational displacement in response to an external force causing said at least one support-piece (60, 60a; 260, 270) to get nearer said shell (10; 210),
A negative electrode including a lithium nitride of a power storage device, comprising: a current collector; and a stack including: a first lithium nitride layer represented by Li a M b N z (M is a transition metal; 0.6 < a ≤ 2.4, 0.6 < b ≤ 2.4, 0.6 ≤ z ≤ 1.4; that is, a is greater than 0.6 and less than or equal to 2.4, b is greater than 0.6 and less than or equal to 2.4, and z is greater than or equal to 0.6 and less than or equal to 1.4); and a second lithium nitride layer represented by Li x M y N z (M is a transition metal; 0.6 < x ≤ 2.9, 0.1 < y ≤ 0.6, 0.6 ≤ z ≤ 1.4; that is, x is greater than 0.6 and less than or equal to 2.9, y is greater than 0.1 and less than or equal to 0.6, and z is greater than or equal to 0.6 and less than or equal to 1.4), wherein a is less than x and b is greater than y; and wherein the first lithium nitride layer is on a side closer to the current collector. a current collector; and a stack including: a first lithium nitride layer represented by Li a M b N z (M is a transition metal; 0.6 < a ≤ 2.4, 0.6 < b ≤ 2.4, 0.6 ≤ z ≤ 1.4; that is, a is greater than 0.6 and less than or equal to 2.4, b is greater than 0.6 and less than or equal to 2.4, and z is greater than or equal to 0.6 and less than or equal to 1.4); and a second lithium nitride layer represented by Li x M y N z (M is a transition metal; 0.6 < x ≤ 2.9, 0.1 < y ≤ 0.6, 0.6 ≤ z ≤ 1.4; that is, x is greater than 0.6 and less than or equal to 2.9, y is greater than 0.1 and less than or equal to 0.6, and z is greater than or equal to 0.6 and less than or equal to 1.4), a first lithium nitride layer represented by Li a M b N z (M is a transition metal; 0.6 < a ≤ 2.4, 0.6 < b ≤ 2.4, 0.6 ≤ z ≤ 1.4; that is, a is greater than 0.6 and less than or equal to 2.4, b is greater than 0.6 and less than or equal to 2.4, and z is greater than or equal to 0.6 and less than or equal to 1.4); and a second lithium nitride layer represented by Li x M y N z (M is a transition metal; 0.6 < x ≤ 2.9, 0.1 < y ≤ 0.6, 0.6 ≤ z ≤ 1.4; that is, x is greater than 0.6 and less than or equal to 2.9, y is greater than 0.1 and less than or equal to 0.6, and z is greater than or equal to 0.6 and less than or equal to 1.4), wherein a is less than x and b is greater than y; and wherein the first lithium nitride layer is on a side closer to the current collector.
Door drive, in particular a swing door drive, having a housing, an output shaft that can be coupled to a door leaf or to an outer frame, a drive unit for driving the drive axle, and a spring unit, which is tensioned during a respective opening movement of the door leaf and which is relaxed during a respective closing movement of the door leaf, wherein the output shaft can be driven by the drive unit via a spindle and a spindle nut, and having a piston, which is provided with an internal toothing which interacts with an external toothing of the output shaft, characterized in that the spindle nut forms an integral unit with the piston, and the closing force of the door drive is settable, wherein the spring unit is supported, on the one hand, on the integral unit comprising the piston and the spindle nut, and is supported, on the other hand, on the housing via a stop which, in order to set the spring force of the spring unit, is settable relative to the housing.
A fan section of a gas turbine engine comprising: a fan case structure having a first coefficient of thermal expansion; a fan blade arranged within the fan case structure and having second coefficient of thermal expansion; a continuous ring-shaped liner surrounding the fan blade and having a third coefficient of thermal expansion that is substantially similar to the second coefficient of thermal expansion and substantially different than the first coefficient of thermal expansion, and a desired radial tip clearance between the liner and the fan blade; and an elastomeric adhesive operatively connecting the liner to the fan case structure, the adhesive configured to accommodate diametrical change in the liner and maintain the desired radial tip clearance throughout various fan section operating temperatures. a fan case structure having a first coefficient of thermal expansion; a fan blade arranged within the fan case structure and having second coefficient of thermal expansion; a continuous ring-shaped liner surrounding the fan blade and having a third coefficient of thermal expansion that is substantially similar to the second coefficient of thermal expansion and substantially different than the first coefficient of thermal expansion, and a desired radial tip clearance between the liner and the fan blade; and an elastomeric adhesive operatively connecting the liner to the fan case structure, the adhesive configured to accommodate diametrical change in the liner and maintain the desired radial tip clearance throughout various fan section operating temperatures.
Method for supplementing and calculating energy consumed by a vehicle comprising a receiving area for a first energy accumulator, wherein a) the first energy accumulator is removed from the vehicle, b) a second energy accumulator with a preset level is introduced into the vehicle, c) the difference in the amount of energy between the first and the second accumulator is determined, and d) a value indicating the difference is transmitted to a data acquisition device, characterized in that e) after exchange of energy accumulator, withdrawal of energy from the second energy accumulator is prevented and a drive-away inhibition prevents driving the vehicle away, and energy withdrawal and drive-away inhibition is released via a signal. a) the first energy accumulator is removed from the vehicle, b) a second energy accumulator with a preset level is introduced into the vehicle, c) the difference in the amount of energy between the first and the second accumulator is determined, and d) a value indicating the difference is transmitted to a data acquisition device, characterized in that e) after exchange of energy accumulator, withdrawal of energy from the second energy accumulator is prevented and a drive-away inhibition prevents driving the vehicle away, and
A method of handling user plane traffic in a communication network, the method comprising: a node of the communication network determining a mapping between a network address (200-e) of a server and a replacement network address (200-i) matching a packet classification rule (62, 64, 72, 74) implemented in the communication network, a further node (50; 80) of the communication network being configured to perform redirection of a query from a user equipment to provide the user equipment with the replacement network address (200-i); the node receiving an uplink data packet (403; 707) of the user plane data traffic, a source address identifier in the uplink data packet (403; 707) corresponding to a network address (10-i) of the user equipment, and a destination address identifier in the uplink data packet (403; 707) corresponding to the replacement network address (200-i); according to the mapping, the node performing network address translation of the received uplink data packet (403; 707) by modifying the destination address identifier in the uplink data packet (403; 707) to correspond to the network address (200-e) of the server; and after said network address translation of the uplink data packet (403; 707), the node sending the modified uplink data packet (405; 709) toward the server. a node of the communication network determining a mapping between a network address (200-e) of a server and a replacement network address (200-i) matching a packet classification rule (62, 64, 72, 74) implemented in the communication network, a further node (50; 80) of the communication network being configured to perform redirection of a query from a user equipment to provide the user equipment with the replacement network address (200-i); the node receiving an uplink data packet (403; 707) of the user plane data traffic, a source address identifier in the uplink data packet (403; 707) corresponding to a network address (10-i) of the user equipment, and a destination address identifier in the uplink data packet (403; 707) corresponding to the replacement network address (200-i); according to the mapping, the node performing network address translation of the received uplink data packet (403; 707) by modifying the destination address identifier in the uplink data packet (403; 707) to correspond to the network address (200-e) of the server; and after said network address translation of the uplink data packet (403; 707), the node sending the modified uplink data packet (405; 709) toward the server.
Method for managing radio resources by a User Equipment, comprising the steps of: - receiving a control signal indicating a subset of radio resources which are radio resources reserved for the User Equipment for dedicated applications, - determining if the dedicated applications will need the reserved radio resources during a certain forthcoming time period, and if such reserved radio resources will not be used during a certain forthcoming time period, sending a release signal for the reserved radio resources, characterized in that the release signal is sent on at least one of the reserved resources. - receiving a control signal indicating a subset of radio resources which are radio resources reserved for the User Equipment for dedicated applications, - determining if the dedicated applications will need the reserved radio resources during a certain forthcoming time period, and
A method for diagnosis of a combustion engine, such that a post-treatment system comprising at least one particle filter is provided to post-treat an exhaust flow arising from combustion in said combustion engine, which method comprises - using a PM sensor situated upstream of said particle filter to determine, at a location upstream of said filter, a first particle content (P 1) of said exhaust flow arising from said engine, and - using said first particle content (P 1) determined as a basis for determining whether said engine is malfunctioning, which method is characterised by that it further comprises, when it is determined that said combustion engine is malfunctioning: - determining the cause of said engine malfunctioning by actively influencing the fuel supply and/or the air supply to said engine, said cause of the engine malfunctioning being determined on the basis of the effect upon said first particle content (P 1) of said active influencing of the fuel supply and/or the air supply. - using a PM sensor situated upstream of said particle filter to determine, at a location upstream of said filter, a first particle content (P 1) of said exhaust flow arising from said engine, and - using said first particle content (P 1) determined as a basis for determining whether said engine is malfunctioning, - determining the cause of said engine malfunctioning by actively influencing the fuel supply and/or the air supply to said engine, said cause of the engine malfunctioning being determined on the basis of the effect upon said first particle content (P 1) of said active influencing of the fuel supply and/or the air supply.
A semi-open bathing device (100, 200), comprising: a chair assembly having a seat (102, 202) with a hole (112, 204), wherein a backrest (104, 206) and two sidewalls (108, 214) are coupled to the seat (102, 202) respectively thereby forming a front opening for the chair assembly; a plurality of first dispensers (106/106a, 220/222) being positioned onto the sidewalls (108, 214) and/or the backrest (104, 206), for dispensing water or air; a supply assembly, for connecting to a water supply and an electricity supply; a temperature regulator being coupled to the chair assembly for regulating the temperature of the dispensed water or air; and a waste water management assembly comprising a water collector arranged below or coupled to the hole (112, 204) of the seat (102, 202); wherein the seat (102, 202), the sidewalls (108, 214), and the backrest (104, 206) are coupled in such a manner to contain and guide the waste water to the hole (112, 204) and then the waste water management assembly, characterized in that the plurality of first dispensers (106/106a, 220/222) each comprises an adjustable nozzle which is rotatable at angles for dispensing water or air at different angles. a chair assembly having a seat (102, 202) with a hole (112, 204), wherein a backrest (104, 206) and two sidewalls (108, 214) are coupled to the seat (102, 202) respectively thereby forming a front opening for the chair assembly; a plurality of first dispensers (106/106a, 220/222) being positioned onto the sidewalls (108, 214) and/or the backrest (104, 206), for dispensing water or air; a supply assembly, for connecting to a water supply and an electricity supply; a temperature regulator being coupled to the chair assembly for regulating the temperature of the dispensed water or air; and a waste water management assembly comprising a water collector arranged below or coupled to the hole (112, 204) of the seat (102, 202); wherein the seat (102, 202), the sidewalls (108, 214), and the backrest (104, 206) are coupled in such a manner to contain and guide the waste water to the hole (112, 204) and then the waste water management assembly, characterized in that the plurality of first dispensers (106/106a, 220/222) each comprises an adjustable nozzle which is rotatable at angles for dispensing water or air at different angles.