mhurhangee/patent-ind-claim-en huggingface dataset:
A system for delivery of a flow of air to a patient's airways comprising: a first flow generator and a second flow generator , each configured to provide air to a patient via a patient interface, the patient interface comprising a mask portion that includes a vent associated with a vent flow rate (Qvent) through the vent; and one or more controllers configured to: determine a pressure and a flow rate of the air being provided to the patient via the patient interface with a plurality of sensors (4272; 4274); determine the vent flow rate (Qvent); and control the first flow generator and the second flow generator so as to simultaneously control the pressure and the flow rate of the air at the patient interface to correspond with a predetermined pressure and a predetermined flow rate, respectively, wherein the one or more controllers are further configured to limit the predetermined flow rate to be less than a maximum flow rate, and wherein the one or more controllers are configured to determine the maximum flow rate by subtracting a peak expiratory flow rate of the patient from a vent flow rate (Qvent). a first flow generator and a second flow generator , each configured to provide air to a patient via a patient interface, the patient interface comprising a mask portion that includes a vent associated with a vent flow rate (Qvent) through the vent; and one or more controllers configured to: determine a pressure and a flow rate of the air being provided to the patient via the patient interface with a plurality of sensors (4272; 4274); determine the vent flow rate (Qvent); and control the first flow generator and the second flow generator so as to simultaneously control the pressure and the flow rate of the air at the patient interface to correspond with a predetermined pressure and a predetermined flow rate, respectively, wherein the one or more controllers are further configured to limit the predetermined flow rate to be less than a maximum flow rate, and wherein the one or more controllers are configured to determine the maximum flow rate by subtracting a peak expiratory flow rate of the patient from a vent flow rate (Qvent). determine a pressure and a flow rate of the air being provided to the patient via the patient interface with a plurality of sensors (4272; 4274); determine the vent flow rate (Qvent); and control the first flow generator and the second flow generator so as to simultaneously control the pressure and the flow rate of the air at the patient interface to correspond with a predetermined pressure and a predetermined flow rate, respectively, wherein the one or more controllers are further configured to limit the predetermined flow rate to be less than a maximum flow rate, and wherein the one or more controllers are configured to determine the maximum flow rate by subtracting a peak expiratory flow rate of the patient from a vent flow rate (Qvent).
A garbage can comprising: a main body provided with a pressurizing panel , an upper cap having an inlet for garbage, and a cover for opening and closing the inlet for garbage in a casement method; and an airtight means for preventing odor leakage, the airtight means being provided at each position where the upper cap and the cover corresponds to each other and composed of a first attachment part and a second attachment part , which are magnetically attachable to each other; characterized in that the garbage can comprises an opening member connected to pass through the first attachment part of the upper cap, moving up and down in connection with pressurizing and returning operation of the pressurizing panel , and pushing the second attachment part of the cover to be separated from the first attachment part when raised. a main body provided with a pressurizing panel , an upper cap having an inlet for garbage, and a cover for opening and closing the inlet for garbage in a casement method; and an airtight means for preventing odor leakage, the airtight means being provided at each position where the upper cap and the cover corresponds to each other and composed of a first attachment part and a second attachment part , which are magnetically attachable to each other; characterized in that the garbage can comprises an opening member connected to pass through the first attachment part of the upper cap, moving up and down in connection with pressurizing and returning operation of the pressurizing panel , and pushing the second attachment part of the cover to be separated from the first attachment part when raised.
A coated granular material, comprising: a water-soluble granular substance; a coating layer applied to at least a surface of the water-soluble granular substance; and a protection layer applied to the coating layer, characterized in that : the coating layer comprises a thermosetting resin A formed from a resin liquid having a molar ratio A of isocyanate groups to hydroxyl groups of 0.5 to 0.9; the protection layer comprises a thermosetting resin B formed from a resin liquid having a molar ratio B of isocyanate groups to hydroxyl groups of 0.75 to 2.0; the thermosetting resin A of the coating layer and the thermosetting resin B of the protection layer contain the same components at different mixing ratios such that the molar ratio B of the protection layer is greater than the molar ratio A of the coating layer; and a difference between the molar ratio A and the molar ratio B is 0.1 or more. a water-soluble granular substance; a coating layer applied to at least a surface of the water-soluble granular substance; and a protection layer applied to the coating layer, characterized in that : the coating layer comprises a thermosetting resin A formed from a resin liquid having a molar ratio A of isocyanate groups to hydroxyl groups of 0.5 to 0.9; the protection layer comprises a thermosetting resin B formed from a resin liquid having a molar ratio B of isocyanate groups to hydroxyl groups of 0.75 to 2.0; the thermosetting resin A of the coating layer and the thermosetting resin B of the protection layer contain the same components at different mixing ratios such that the molar ratio B of the protection layer is greater than the molar ratio A of the coating layer; and a difference between the molar ratio A and the molar ratio B is 0.1 or more. the coating layer comprises a thermosetting resin A formed from a resin liquid having a molar ratio A of isocyanate groups to hydroxyl groups of 0.5 to 0.9; the protection layer comprises a thermosetting resin B formed from a resin liquid having a molar ratio B of isocyanate groups to hydroxyl groups of 0.75 to 2.0; the thermosetting resin A of the coating layer and the thermosetting resin B of the protection layer contain the same components at different mixing ratios such that the molar ratio B of the protection layer is greater than the molar ratio A of the coating layer; and a difference between the molar ratio A and the molar ratio B is 0.1 or more.
A modular filter for ventilation air vents comprising a filtering fabric roll housed within a casing provided with anchoring means engaging the surface (S) of the container which has the air intake port (B) to be filtered; the casing has a slot for extracting the filtering fabric (T); characterised in that it has a casing comprised of a shaped wall enclosed at the ends by covers or end supports of this wall having a shape corresponding to the shaped wall and maintaining a longitudinal slot at the front edges of the shaped wall to allow the passage for the extraction of the front (F) of the filtering fabric (T) unwound from the filtering fabric roll ; at least one screw stay rod is placed between two covers or end supports of the shaped wall and is tightened to define the proper distance between the two end supports or covers , by tightening the end supports or covers to the shaped wall , one at each end, to close the access to the casing, and containing the filtering fabric roll floating and free to rotate when the filtering fabric is dragged from the outside of the modular filter.
A network access method, wherein the method comprises: receiving , by an access gateway, a point-to-point Over Ethernet, PPPoE, message or an internet Protocol over Ethernet, IPoE, message from a user terminal; obtaining , by the access gateway, access information of the user terminal comprised in the PPPoE message or the IPoE message; encapsulating , by the access gateway, the access information into a non-access stratum, NAS, message; sending , by the access gateway, the NAS message to a control plane, CP, function entity; and receiving , by the access gateway, network interface information from the CP function entity, and sending the network interface information to the user terminal to enable the user terminal to access a network. receiving , by an access gateway, a point-to-point Over Ethernet, PPPoE, message or an internet Protocol over Ethernet, IPoE, message from a user terminal; obtaining , by the access gateway, access information of the user terminal comprised in the PPPoE message or the IPoE message; encapsulating , by the access gateway, the access information into a non-access stratum, NAS, message; sending , by the access gateway, the NAS message to a control plane, CP, function entity; and receiving , by the access gateway, network interface information from the CP function entity, and sending the network interface information to the user terminal to enable the user terminal to access a network.
A method of extending a wireless network through a range extender, the method being performed by the range extender and comprising: receiving , via a wired communication path from a network controller comprised in a wireless access point, wireless configuration information associated with the wireless access point in response to connecting the range extender via the wired communication path to the network controller; configuring, based on the wireless configuration information associated with the wireless access point, at least one wireless property associated with the range extender; detecting , based on the configured at least one wireless property, at least one wireless device to be connected via a wireless communication path to the wireless network; transmitting network parameters to the detected at least one wireless device; and receiving an indication that the detected at least one wireless device is connected via the wireless communication path to the wireless network. receiving , via a wired communication path from a network controller comprised in a wireless access point, wireless configuration information associated with the wireless access point in response to connecting the range extender via the wired communication path to the network controller; configuring, based on the wireless configuration information associated with the wireless access point, at least one wireless property associated with the range extender; detecting , based on the configured at least one wireless property, at least one wireless device to be connected via a wireless communication path to the wireless network; transmitting network parameters to the detected at least one wireless device; and receiving an indication that the detected at least one wireless device is connected via the wireless communication path to the wireless network.
Sealing ring for sealing a second component rotating against a first component, preferably for sealing a distribution channel of a rotary media distributor in a beverage filling machinery, comprising an annular sealing base body for the reception on the first component and a wear profile disposed radially within the sealing base body for the sealing abutment on the second component, characterised in that the sealing base body has at least one region of reduced radius in order to enable a deformation of the sealing base body at the installation with the first component, wherein the region of reduced radius is provided on the outer side of the sealing base body such that the sealing base body in the region of reduced radius is narrower in radius direction than in the adjacent regions.
A tracked ATV , comprising: a frame ; a body supported on the frame ; a track coupled to the frame ; a power source supported by the frame and drivingly coupled to the track; and a suspension system coupled to the frame and supporting the track, the suspension system comprising : at least one shock absorber operably coupled to the frame and having a first end and a second end, and both the first and second ends of the shock absorber are positioned within the track; a plurality of control arms , each of the control arms being operably coupled to a portion of the body positioned lower than an upper portion of the track and higher than a lower portion of the track; and a front drive wheel operably coupled to a forward portion of the frame and the track ; characterized by a carriage positioned along the lower portion of the track; and a plurality of carrier rollers , and each carrier roller is rotatably coupled to the carriage, at least some of the carrier rollers moving independently of the other carrier rollers. a frame ; a body supported on the frame ; a track coupled to the frame ; a power source supported by the frame and drivingly coupled to the track; and a suspension system coupled to the frame and supporting the track, the suspension system comprising : at least one shock absorber operably coupled to the frame and having a first end and a second end, and both the first and second ends of the shock absorber are positioned within the track; a plurality of control arms , each of the control arms being operably coupled to a portion of the body positioned lower than an upper portion of the track and higher than a lower portion of the track; and a front drive wheel operably coupled to a forward portion of the frame and the track ; characterized by a carriage positioned along the lower portion of the track; and a plurality of carrier rollers , and each carrier roller is rotatably coupled to the carriage, at least some of the carrier rollers moving independently of the other carrier rollers. at least one shock absorber operably coupled to the frame and having a first end and a second end, and both the first and second ends of the shock absorber are positioned within the track; a plurality of control arms , each of the control arms being operably coupled to a portion of the body positioned lower than an upper portion of the track and higher than a lower portion of the track; and a front drive wheel operably coupled to a forward portion of the frame and the track ; characterized by a carriage positioned along the lower portion of the track; and a plurality of carrier rollers , and each carrier roller is rotatably coupled to the carriage, at least some of the carrier rollers moving independently of the other carrier rollers.
A mobile pallet scale comprising: a lower frame comprising an upper platform having a first top surface and a second bottom surface and having at least one load cell ; and an upper deck having a first upper surface and a second lower surface and at least one load cell engagement surface for engaging the at least one load cell , wherein the upper deck is movable from a first position where the at least one load cell engagement surface is engaged with the at least one load cell to a second position where the at least one load cell engagement surface is disengaged from the at least one load cell , and characterized in that , the load cell engagement surface is on the second lower surface of the upper deck , in the first position, at least a portion of the upper deck extends through at least one opening in the upper platform of the lower frame and extends below the second bottom surface of the upper platform of the lower frame such that, when the mobile pallet scale is moved using a pallet carrier comprising a trailer and the trailer is raised, the trailer first contacts the portion of the upper deck , and as the trailer is further raised, the trailer contacts the second bottom surface of the upper platform of the lower frame . a lower frame comprising an upper platform having a first top surface and a second bottom surface and having at least one load cell ; and an upper deck having a first upper surface and a second lower surface and at least one load cell engagement surface for engaging the at least one load cell , wherein the upper deck is movable from a first position where the at least one load cell engagement surface is engaged with the at least one load cell to a second position where the at least one load cell engagement surface is disengaged from the at least one load cell , and characterized in that , the load cell engagement surface is on the second lower surface of the upper deck , in the first position, at least a portion of the upper deck extends through at least one opening in the upper platform of the lower frame and extends below the second bottom surface of the upper platform of the lower frame such that, when the mobile pallet scale is moved using a pallet carrier comprising a trailer and the trailer is raised, the trailer first contacts the portion of the upper deck , and as the trailer is further raised, the trailer contacts the second bottom surface of the upper platform of the lower frame .
A process for forming a plurality of apertures in a fiber-reinforced composite object using a laser , wherein the apertures include at least a first aperture and a second aperture, the process comprising: operating a scanner head of the laser from a location to selectively scan a laser beam over the object to form a first portion of the first aperture and to form a first portion of the second aperture; and operating the scanner head from the location to selectively scan the laser beam over the object to form a second portion of the first aperture and to form a second portion of the second aperture, characterized in that the laser comprises an infrared fiber laser and that the first portion of the first aperture comprises a layer cut into the object , and the second portion of the first aperture is an annular cut into the object . operating a scanner head of the laser from a location to selectively scan a laser beam over the object to form a first portion of the first aperture and to form a first portion of the second aperture; and operating the scanner head from the location to selectively scan the laser beam over the object to form a second portion of the first aperture and to form a second portion of the second aperture, characterized in that the laser comprises an infrared fiber laser and that the first portion of the first aperture comprises a layer cut into the object , and the second portion of the first aperture is an annular cut into the object .
An isolated humanized monoclonal antibody for use in treating or preventing a flavivirus infection or delaying the onset of one or more symptoms of a flavivirus infection, wherein the flavivirus causing the infection is selected from the group consisting of Dengue virus, West Nile virus, St. Louis encephalitis virus, yellow fever virus, Japanese encephalitis virus and Murray Valley encephalitis virus, wherein the antibody recognizes the West Nile virus envelope protein E (WNE) and wherein the antibody comprises: a. a heavy chain with the CDRs 1-3 comprising the amino acid sequences GYSTH (SEQ ID NO:21), WDNPSSGDTTYAENFRG (SEQ ID NO:22), and GGDDYSFDH (SEQ ID NO:23) respectively; b. a light chain with the CDRs 1-3 comprising the amino acid sequences RGDSLRSYYAS (SEQ ID NO:24), GENNRPS (SEQ ID NO:25), and NSRDSSDHLLL (SEQ ID NO:26) respectively; and c. a modified Fc region comprising CH2 and CH3 domains and mutations at amino acid positions 234 and 235, such that the Fc region does not bind to the Fcy receptor, wherein the mutations are L234A and L235A, and positions 234 and 235 correspond to positions 240 and 241 of SEQ ID NO: 20, wherein the antibody does not contribute to antibody-dependent enhancement of the flavivirus infection and wherein the antibody binds and neutralizes the flavivirus. a. a heavy chain with the CDRs 1-3 comprising the amino acid sequences GYSTH (SEQ ID NO:21), WDNPSSGDTTYAENFRG (SEQ ID NO:22), and GGDDYSFDH (SEQ ID NO:23) respectively; b. a light chain with the CDRs 1-3 comprising the amino acid sequences RGDSLRSYYAS (SEQ ID NO:24), GENNRPS (SEQ ID NO:25), and NSRDSSDHLLL (SEQ ID NO:26) respectively; and c. a modified Fc region comprising CH2 and CH3 domains and mutations at amino acid positions 234 and 235, such that the Fc region does not bind to the Fcy receptor, wherein the mutations are L234A and L235A, and positions 234 and 235 correspond to positions 240 and 241 of SEQ ID NO: 20,
Method for determining a substance concentration, in particular an H 2 O 2 concentration, in a gas mixture in a sterilization process of a production machine, wherein in at least one method step at least one environment-specific and/or process-specific parameter which is different from the substance concentration is detected by means of a sensor of a monitoring device of the production machine, and wherein in at least one method step the at least one detected environment-specific and/or process-specific parameter is supplied to an evaluation model, which is created by means of a machine learning process, for evaluation and the substance concentration, in particular the H 2 O 2 concentration, in the gas mixture is inferred as a function of the evaluation.
A method of indicating radio resources in accordance with a radio resource allocation mode to a mobile radio communications device that supports device to device communication within a wireless communication network environment, wherein the mobile radio communications device can operate in two modes for resource allocation for device to device communication, the two modes comprising a scheduled resource allocation mode and an autonomous resource selection mode, and wherein the mobile radio communication device is configured to use scheduled resource allocation for device to device communication, the method including the steps of: signalling from a base station to the mobile radio communications device first configuration data identifying a pool of radio resources that the mobile radio communications device is allowed to use in the autonomous resource selection mode, when at least one condition is met, for the device to device communication, and second configuration data defining a time period; the mobile radio communications device moving to using said autonomous resource selection for device to device communication when the at least one condition is met, using said pool identified by said first configuration data, when currently configured to use scheduled resource allocation for device to device communication; wherein said mobile radio communications device uses said pool identified by said first configuration data for the time period defined by second configuration data signaled by the base station . signalling from a base station to the mobile radio communications device first configuration data identifying a pool of radio resources that the mobile radio communications device is allowed to use in the autonomous resource selection mode, when at least one condition is met, for the device to device communication, and second configuration data defining a time period; the mobile radio communications device moving to using said autonomous resource selection for device to device communication when the at least one condition is met, using said pool identified by said first configuration data, when currently configured to use scheduled resource allocation for device to device communication; wherein said mobile radio communications device uses said pool identified by said first configuration data for the time period defined by second configuration data signaled by the base station .