mhurhangee/ep-ind-claims huggingface dataset:
A method for replicating a virtual machine (130, 135, 140, 145), the method characterized by the steps of: determining (S520, S625), by a network element, a class corresponding to a data packet associated with the virtual machine; and one of buffering (S530, S635) the data packet and transmitting (S535, S640) the data packet based on the determined class. determining (S520, S625), by a network element, a class corresponding to a data packet associated with the virtual machine; and one of buffering (S530, S635) the data packet and transmitting (S535, S640) the data packet based on the determined class.
A combustion device comprising a plurality of burners arranged on a furnace wall of a furnace, each burner comprising: a cylindrical fuel nozzle that injects a mixture of a fuel and a carrier gas therefor into the furnace; one or more cylindrical combustion gas nozzles (8, 11) that are provided on the outer circumference of the fuel nozzle and inject a combustion gas into the furnace; and a wind box that supplies the combustion gas to the combustion gas nozzles (8, 11), wherein the wind box has a combustion gas inflow opening portion (12a, 12b) into which the combustion gas flows from one direction vertical to the axial direction of the burner and is partitioned to form a plurality of parallel flow paths through which the combustion gas flows in from the combustion gas inflow opening portion (12a, 12b), wherein one duct through which the combustion gas is collectively supplied to the plurality of wind boxes from the outside of the furnace is installed on the outer side of the furnace wall on which the wind boxes are installed, wherein the plurality of wind boxes are aligned and installed entirely inside the one duct such that the combustion gas flows into the combustion gas inflow opening portion (12a, 12b) from one direction common to all burners, and wherein some of the plurality of flow paths in the wind box are connected to an upper side of the combustion gas nozzles (8, 11), the other flow paths are connected to a lower side of the combustion gas nozzles (8, 11), and first flow rate adjusting means for adjusting a flow rate of the combustion gas is independently provided to each of the plurality of flow paths in the wind box.
A pharmaceutical composition for use in preventing, suppressing, alleviating, ameliorating or treating pruritus induced by thymic stromal lymphopoietin (TSLP), the pharmaceutical composition comprising stem cell-derived exosomes as an active ingredient.
A packaged catheter equipped with a dispensing device, comprising: (a) packaging defining a product retention chamber, (b) a catheter defining a longitudinal axis retained within the product retention chamber, and (c) a pair of separately translatable movement control devices (31, 32), each configured to operably engage the catheter for permitting unidirectional movement of the catheter in a first axial direction relative to the movement control devices (31, 32), wherein each movement control device (31, 32) is configured to slide along the longitudinal length of the catheter in a second axial direction (69 X2) coupled with an inability to slide along the longitudinal length of the catheter in the opposite first axial direction along the longitudinal length of the catheter. (a) packaging defining a product retention chamber, (b) a catheter defining a longitudinal axis retained within the product retention chamber, and (c) a pair of separately translatable movement control devices (31, 32), each configured to operably engage the catheter for permitting unidirectional movement of the catheter in a first axial direction relative to the movement control devices (31, 32), wherein each movement control device (31, 32) is configured to slide along the longitudinal length of the catheter in a second axial direction (69 X2) coupled with an inability to slide along the longitudinal length of the catheter in the opposite first axial direction along the longitudinal length of the catheter.
Door lock for a door of a machine or an escalator, the door lock comprising a housing and a lock bar, which is movable into a locking position and into an unlocking position with respect to the door and which is supported in the housing, the door lock comprising a manually operable emergency unlocking arrangement (11, 12, 14, 30) for moving the lock bar into its unlocking position, wherein said emergency unlocking arrangement (11, 12, 14, 30) includes a cam, which can be operated by means of an emergency unlocking key under the movement of said lock bar into the unlocking position, wherein on or in said housing are provided a positively driven safety switch (19, 33) and an associated manually operable cam for operating said safety switch which is different from or identical with the cam of the emergency unlocking arrangement, characterized in that the lock comprises a locking mechanism switch which controls the locking position of the lock bolt and that the safety switch is mechanically coupled to the emergency unlocking arrangement in such a manner that the positively driven safety switch (19, 33) is forcibly triggered and only upon actuation of the door lock by means of the cam of the emergency unlocking arrangement (11, 12, 14, 30), but not by the regular operation, and that a safety function can be triggered through said safety switch (19, 33), i.e. normal operation of an installation associated with the door can be interrupted and/or resumed.
A speaker system including an audio source and a speaker housing having therein at least a primary two-dimensional array of high frequency speakers and at least a secondary two-dimensional array of low frequency speakers disposed behind said primary two-dimensional array, said primary two-dimensional array having a space between the high frequency speakers of at least 10% of the total area of the primary two-dimensional array to allow acoustic transparency so that a wavefront from said secondary two-dimensional array of low frequency speakers can pass through said primary two-dimensional array of high frequency speakers, wherein each of the speakers of the primary two-dimensional array and the secondary two-dimensional array is in communication with the audio source to receive a processed and amplified signal therefrom such that each of the speakers of the primary two-dimensional array and the secondary two-dimensional array cooperate to create an amplitude and phase controlled horizontal and vertical sound pattern, wherein the primary two-dimensional array of high-frequency speakers comprises a greater number of speakers than the secondary two-dimensional array of low frequency speakers, and wherein the primary two-dimensional array and the secondary two-dimensional array are of substantially identical shape, size and orientation.
A method for execution on the system of claim 9 of simulating an optical effect and/or characteristic of a selected ophthalmic lens design for a wearer, which characteristic has a bearing on the overall optical properties of the selected ophthalmic lens design or on an optical interaction between the selected ophthalmic lens design and the wearer, the method including: retrieving simulation information for the selected ophthalmic lens design, wherein the simulation information includes lens model information including a blur matrix and a distortion matrix for the selected ophthalmic lens design; and receiving input image information from a camera comprised in a head-mounted lens simulator unit (108, 500, 600) worn by the wearer, wherein the head-mounted lens simulator unit (108, 500, 600) further comprises a head movement/position sensor; processing the input image information and the simulation information to generate output image data for an output image simulating the optical effect and/or characteristic of the selected ophthalmic lens design, wherein the output image is stabilised relative to head movements; and displaying, using the head-mounted lens simulator unit (108, 500, 600) worn by the wearer, the output image for viewing by the wearer. retrieving simulation information for the selected ophthalmic lens design, wherein the simulation information includes lens model information including a blur matrix and a distortion matrix for the selected ophthalmic lens design; and receiving input image information from a camera comprised in a head-mounted lens simulator unit (108, 500, 600) worn by the wearer, wherein the head-mounted lens simulator unit (108, 500, 600) further comprises a head movement/position sensor; processing the input image information and the simulation information to generate output image data for an output image simulating the optical effect and/or characteristic of the selected ophthalmic lens design, wherein the output image is stabilised relative to head movements; and displaying, using the head-mounted lens simulator unit (108, 500, 600) worn by the wearer, the output image for viewing by the wearer.
An intravascular sensor delivery device (10; 210) comprising: a distal sleeve (20; 220) having an outer surface and a guidewire lumen (22; 222) configured to slide over and receive a separate medical guidewire (30; 230); a sensor (40; 240; 242) coupled to the distal sleeve (20; 220), the sensor (40; 240; 242) adapted to measure a physiological parameter of a patient and generate a signal representative of the physiological parameter suitable for calculating Fractional Flow Reserve; and a proximal portion (50; 250) having a main section and a distal transition, the distal transition extending distally from the main section and being coupled to the outer surface of the distal sleeve (20; 220), the distal transition having a smaller cross-sectional area than the main section, the proximal portion (50; 250) comprising a communication channel (60; 260) for communicating the signal from the sensor (40; 240; 242) to a location outside of the patient, the proximal portion (50; 250) being adapted to facilitate positioning of the sensor (40; 240; 242) within an anatomical structure of the patient. a distal sleeve (20; 220) having an outer surface and a guidewire lumen (22; 222) configured to slide over and receive a separate medical guidewire (30; 230); a sensor (40; 240; 242) coupled to the distal sleeve (20; 220), the sensor (40; 240; 242) adapted to measure a physiological parameter of a patient and generate a signal representative of the physiological parameter suitable for calculating Fractional Flow Reserve; and a proximal portion (50; 250) having a main section and a distal transition, the distal transition extending distally from the main section and being coupled to the outer surface of the distal sleeve (20; 220), the distal transition having a smaller cross-sectional area than the main section, the proximal portion (50; 250) comprising a communication channel (60; 260) for communicating the signal from the sensor (40; 240; 242) to a location outside of the patient, the proximal portion (50; 250) being adapted to facilitate positioning of the sensor (40; 240; 242) within an anatomical structure of the patient.
An apparatus of the tobacco industry for rejection of defective rod-like articles (Rd) from a mass flow of rod-like articles on a conveyor, comprising a monitoring unit adapted to optically determine geometrical parameters of rod-like articles, and at least one rejecting unit adapted to remove a defective rod-like article (Rd) from the mass flow of rod-like articles, the unit configured for being placed downstream of the mass flow of the rod-like articles in the moving direction of the conveyor from the monitoring unit, a controller, wherein the monitoring unit has optical recorders adapted to record images of opposite front surfaces of the mass flow of rod-like articles on a conveyor, moreover wherein the controller is adapted to identify defective rod-like articles (Rd) in the mass flow, and determine the position of the defective rod-like articles (Rd) in the mass flow, based on the recorded images, and with criteria concerning the geometrical parameters of the opposite front surfaces of rod-like articles, and adapted to generate control signals for a rejecting unit to move a pushing element to the position enabling to push out the defective rod-like article (Rd), and the rejecting unit comprises at least one pushing element adapted to reject the defective rod-like article (Rd), the rejection unit is adapted to move along together with the mass flow into a position enabling it to push out the defective rod-like article (Rd) and to move along together with the mass flow during the course of rejection in response to the controls signal as received from the controller. a monitoring unit adapted to optically determine geometrical parameters of rod-like articles, and at least one rejecting unit adapted to remove a defective rod-like article (Rd) from the mass flow of rod-like articles, the unit configured for being placed downstream of the mass flow of the rod-like articles in the moving direction of the conveyor from the monitoring unit, a controller, wherein the monitoring unit has optical recorders adapted to record images of opposite front surfaces of the mass flow of rod-like articles on a conveyor, moreover the controller is adapted to identify defective rod-like articles (Rd) in the mass flow, and determine the position of the defective rod-like articles (Rd) in the mass flow, based on the recorded images, and with criteria concerning the geometrical parameters of the opposite front surfaces of rod-like articles, and adapted to generate control signals for a rejecting unit to move a pushing element to the position enabling to push out the defective rod-like article (Rd), and the rejecting unit comprises at least one pushing element adapted to reject the defective rod-like article (Rd), the rejection unit is adapted to move along together with the mass flow into a position enabling it to push out the defective rod-like article (Rd) and to move along together with the mass flow during the course of rejection in response to the controls signal as received from the controller.
An apparatus for measuring a heart rate of a target in a field of view of a radar sensor, the apparatus comprising processing circuitry configured to: determine a frequency spectrum corresponding to time-domain data based on a receive signal generated by the radar sensor; determine a breathing rate frequency based on a maximum amplitude of the frequency spectrum; determine a plurality of section-frequency-spectra, each corresponding to a respective section of the time-domain data, based on the breathing rate frequency; determine an average of the section-frequency-spectra to obtain an averaged-frequency-spectrum; subtract the averaged-frequency-spectrum from the frequency spectrum to obtain a difference spectrum; and estimate a heart rate of the target based on a maximum amplitude of the difference spectrum. determine a frequency spectrum corresponding to time-domain data based on a receive signal generated by the radar sensor; determine a breathing rate frequency based on a maximum amplitude of the frequency spectrum; determine a plurality of section-frequency-spectra, each corresponding to a respective section of the time-domain data, based on the breathing rate frequency; determine an average of the section-frequency-spectra to obtain an averaged-frequency-spectrum; subtract the averaged-frequency-spectrum from the frequency spectrum to obtain a difference spectrum; and estimate a heart rate of the target based on a maximum amplitude of the difference spectrum.
Antenna module for a motor vehicle comprising an external housing, equipped with external radio frequency interfaces for communication with remote stations, and an internal housing, equipped with transceivers for communication with stations on board and remote from the vehicle, the housings (5, 7) being assembled on either side of a bodywork element of the vehicle, the orientation of the external housing and the internal housing being defined with respect to the bodywork element, wherein: the external housing comprises a projecting pin having at least one conductive section connected to the external radio frequency interfaces, and, at a free end, a threaded section; the internal housing comprises a pin complementary to the conductive section of the pin, this pin being connected to the internal transceiver; the module comprises a nut screwed onto the threaded section of the pin of the external housing, over the pin, to secure the internal housing to the external housing, The module being characterized in that the conductive section comprises conductors coming into contact with terminals integral with the pin to ensure electrical continuity between the external housing and the internal housing. the external housing comprises a projecting pin having at least one conductive section connected to the external radio frequency interfaces, and, at a free end, a threaded section; the internal housing comprises a pin complementary to the conductive section of the pin, this pin being connected to the internal transceiver; the module comprises a nut screwed onto the threaded section of the pin of the external housing, over the pin, to secure the internal housing to the external housing, The module being characterized in that the conductive section comprises conductors coming into contact with terminals integral with the pin to ensure electrical continuity between the external housing and the internal housing.
Method for real-time detection of an intrusion into an on-board communication network of a vehicle, comprising steps consisting in observing a stream of messages travelling across said on-board network and in detecting an intrusion when the observed stream contains a prohibited message, characterized in that it comprises at least one step consisting in: - accessing, in the memory of at least one on-board computer of the vehicle, at least one data structure coding forbidden sequences of messages travelling across said on-board network by means of a proscribed formal language comprising an alphabet of symbols each identifying a message which is in accordance with one or more structural specifications of the vehicle, the data structure including a set of proscribed words which are not part of a regular formal language comprising the same alphabet of symbols as the proscribed formal language and a set of regular words each in accordance with at least one functional specification of the vehicle, said data structure implementing said proscribed formal language by means of an automaton stored in the memory of said at least one on-board computer, comprising transitions each associated with a symbol of the alphabet and at least one end state accessible by a transition chain validated by one of said proscribed words, - detecting an intrusion when observation of the stream reveals a prohibited message as being a last message of a forbidden sequence. - accessing, in the memory of at least one on-board computer of the vehicle, at least one data structure coding forbidden sequences of messages travelling across said on-board network by means of a proscribed formal language comprising an alphabet of symbols each identifying a message which is in accordance with one or more structural specifications of the vehicle, the data structure including a set of proscribed words which are not part of a regular formal language comprising the same alphabet of symbols as the proscribed formal language and a set of regular words each in accordance with at least one functional specification of the vehicle, said data structure implementing said proscribed formal language by means of an automaton stored in the memory of said at least one on-board computer, comprising transitions each associated with a symbol of the alphabet and at least one end state accessible by a transition chain validated by one of said proscribed words, - detecting an intrusion when observation of the stream reveals a prohibited message as being a last message of a forbidden sequence.
Process for the industrial synthesis of the compound of formula: characterised in that 7-methoxy-naphthalen-2-ol of formula: is reacted, wherein a formyl group is introduced at position 1 to yield the compound of formula: which compound of formula is subjected to a sulfonylation reaction to yield the compound of formula: wherein R represents a group -CH 3, -(CH 2) 2 -CH 3, -CF 3 or toluyl; which compound of formula is subjected to a deoxygenation reaction in the presence of a transition metal and a reducing agent to yield the compound of formula, which is isolated in the form of a solid.
A portable handheld flavor delivery device which ejects a consumable flavored hydrosol comprising a foam for oral consumption, the portable handheld flavor delivery device comprising: one or more liquids (216,218); one or more propellants; a pressure valve that expels at least a portion of the one or more liquids (216,218) and at least a portion of the one or more propellants from the portable handheld flavor delivery device while dispersing the one or more propellants into the one or more liquids, thus forming a consumable flavored hydrosol comprising a foam, the hydrosol comprising one or more gases mixed within one or more liquids (216,218), the pressure valve being activated by a pressure drop in the flavor delivery device; and a nozzle for delivery of the consumable flavored hydrosol, wherein the pressure drop in the flavor delivery device is created by applying a suction force to the nozzle. one or more liquids (216,218); one or more propellants; a pressure valve that expels at least a portion of the one or more liquids (216,218) and at least a portion of the one or more propellants from the portable handheld flavor delivery device while dispersing the one or more propellants into the one or more liquids, thus forming a consumable flavored hydrosol comprising a foam, the hydrosol comprising one or more gases mixed within one or more liquids (216,218), the pressure valve being activated by a pressure drop in the flavor delivery device; and a nozzle for delivery of the consumable flavored hydrosol, wherein the pressure drop in the flavor delivery device is created by applying a suction force to the nozzle.
A compound of the formula wherein: Cy is chosen from each R 1 is independently chosen from hydrogen or methyl; R 2 is L-Ar, wherein Ar is phenyl or pyridinyl and each is optionally substituted by one or more of halogen, halo C 1-4 alkyl, C 1-4 alkyl, C 1-4 alkoxy, -CN, halo C 1-4 alkoxy, or cycloalkyl; L is -(CH 2)- or -(CHCH 3)-; Y is C 6 -C 8 spirocycle containing 1 ring nitrogen atom, and is substituted by one R 3; R 3 is chosen from each R 4 is independently chosen from hydrogen, C 1-4 alkyl, or C 3-4 cycloalkyl; each group defined above for R 1 -R 4 and Y can be where possible partially or fully halogenated; or a pharmaceutically acceptable salt or hydrate thereof. Cy is chosen from each R 1 is independently chosen from hydrogen or methyl; R 2 is L-Ar, wherein Ar is phenyl or pyridinyl and each is optionally substituted by one or more of halogen, halo C 1-4 alkyl, C 1-4 alkyl, C 1-4 alkoxy, -CN, halo C 1-4 alkoxy, or cycloalkyl; L is -(CH 2)- or -(CHCH 3)-; Y is C 6 -C 8 spirocycle containing 1 ring nitrogen atom, and is substituted by one R 3; R 3 is chosen from each R 4 is independently chosen from hydrogen, C 1-4 alkyl, or C 3-4 cycloalkyl; each group defined above for R 1 -R 4 and Y can be where possible partially or fully halogenated;