mhurhangee/patent-ind-claim-en huggingface dataset:
A β-hydroxyphosphonate functionalized polyol represented by the following Formula: where R is selected from: H or R 1 and R 2 are each independently selected from: H or CH 3 , Ar is: C 6 H 2 , n is: 1-5. R is selected from: H or R 1 and R 2 are each independently selected from: H or CH 3 , Ar is: C 6 H 2 , n is: 1-5.
A method of producing a compostable film, comprising: blending a mixture of polypropiolactone (PPL) polymers having different average molecular weights; and blowing the mixture by blown film extrusion to form the film, wherein the film has a biocontent of at least 60% (w/w), determined as described in the description. blending a mixture of polypropiolactone (PPL) polymers having different average molecular weights; and blowing the mixture by blown film extrusion to form the film, wherein the film has a biocontent of at least 60% (w/w), determined as described in the description.
A method for receiving a multimedia content message by a vehicle to everything, V2X, communication apparatus, the method comprising: receiving (S38010) a multimedia content message; and acquiring (S3 8030) a multimedia content included in the multimedia content message or a content segment which is a part of the multimedia content, wherein the multimedia content message includes a header including a protocol version and a message ID, a management container including information of multimedia content message, MCM, management and multimedia content dissemination, MCD, protocol, a situation container including information for describing an event, a location container including information of the location of the event, and a multimedia container including the multimedia content, the management container includes multimedia data unit number, numberOfMultimediaUnit, information which indicates the number of multimedia data units included in the multimedia container, uniform resource locator, URL, information and multimedia format type, multimediaFormatType, information regarding the multimedia content included in the multimedia container, and the URL information includes an URL that is accessed for receiving the multimedia content. receiving (S38010) a multimedia content message; and acquiring (S3 8030) a multimedia content included in the multimedia content message or a content segment which is a part of the multimedia content, wherein the multimedia content message includes a header including a protocol version and a message ID, a management container including information of multimedia content message, MCM, management and multimedia content dissemination, MCD, protocol, a situation container including information for describing an event, a location container including information of the location of the event, and a multimedia container including the multimedia content, the management container includes multimedia data unit number, numberOfMultimediaUnit, information which indicates the number of multimedia data units included in the multimedia container, uniform resource locator, URL, information and multimedia format type, multimediaFormatType, information regarding the multimedia content included in the multimedia container, and the URL information includes an URL that is accessed for receiving the multimedia content.
Nebulizer for a fluid , comprising: a container containing the fluid , a delivery mechanism for dispensing the fluid , wherein the delivery mechanism is in form of a pressure generator comprising a holder for holding the container and a drive spring associated to the holder , wherein the nebulizer is in a tensioned or loaded state when the nebulizer is ready to dispense a dose of the fluid and wherein the nebulizer is in a non-tensioned state after atomization or discharge of a dose of the fluid , and wherein in the tensioned state of the nebulizer, the holder is caught by a stop element so that the drive spring is kept compressed and the stop element can be actuated to release the holder allowing the drive spring to expand, wherein the nebulizer comprises an indicator device for indicating the tensioned or loaded state of the nebulizer , and the indicator device comprises a moveable or pivotable indicator element , wherein the preferably pivotal position of the indicator element depends on the state of the nebulizer and the nebulizer comprises a window for viewing at least part of the indicator element to indicate the state of the nebulizer . a container containing the fluid , a delivery mechanism for dispensing the fluid , wherein the delivery mechanism is in form of a pressure generator comprising a holder for holding the container and a drive spring associated to the holder , wherein the nebulizer is in a tensioned or loaded state when the nebulizer is ready to dispense a dose of the fluid and wherein the nebulizer is in a non-tensioned state after atomization or discharge of a dose of the fluid , and wherein in the tensioned state of the nebulizer, the holder is caught by a stop element so that the drive spring is kept compressed and the stop element can be actuated to release the holder allowing the drive spring to expand, wherein the nebulizer comprises an indicator device for indicating the tensioned or loaded state of the nebulizer , and the indicator device comprises a moveable or pivotable indicator element , wherein the preferably pivotal position of the indicator element depends on the state of the nebulizer and the nebulizer comprises a window for viewing at least part of the indicator element to indicate the state of the nebulizer .
A method for varying magnetization values in different regions of a magnetic component, comprising: disposing a coating comprising a nitrogen stop-off material on at least one portion of the magnetic component to form a mask; and heat-treating the magnetic component in a nitrogen-rich atmosphere at a temperature greater than 700 °C to form a first region and a second region, wherein the first region and the second region are defined by a nitrogen content that is different from each other; and at least one of the first and second region has a nitrogen content in a range from 0.1 weight % to 0.4 weight % of that region, has a nitrogen content and saturation magnetization that is substantially constant across the volume within that region, and has from 10 volume % to 99 volume % of that region being magnetic with a relative permeability greater than 1; characterized in that : the difference in nitrogen content of the first region and the second region is achieved by one or both of: disposing the coating with a variable thickness; and selectively removing portions of the coating before the step of heat-treating. disposing a coating comprising a nitrogen stop-off material on at least one portion of the magnetic component to form a mask; and heat-treating the magnetic component in a nitrogen-rich atmosphere at a temperature greater than 700 °C to form a first region and a second region, wherein the first region and the second region are defined by a nitrogen content that is different from each other; and at least one of the first and second region has a nitrogen content in a range from 0.1 weight % to 0.4 weight % of that region, has a nitrogen content and saturation magnetization that is substantially constant across the volume within that region, and has from 10 volume % to 99 volume % of that region being magnetic with a relative permeability greater than 1; characterized in that : the difference in nitrogen content of the first region and the second region is achieved by one or both of: disposing the coating with a variable thickness; and selectively removing portions of the coating before the step of heat-treating. disposing the coating with a variable thickness; and selectively removing portions of the coating before the step of heat-treating.
A particle detection sensor that is disposed on a substrate to detect particles in a gas, the particle detection sensor comprising: a substrate ; a light source member disposed on the substrate and configured to emit light parallel to the substrate and toward a flow path through which gas containing the particles flows; a condensing lens attached to the substrate and disposed between the substrate and light emitted from the light source member as well as configured to allow light scattered by the particles to pass through; a photodetector disposed on the substrate and under the condensing lens as well as configured to detect light that has passed through the condensing lens ; characterised in that the condensing lens is disposed parallel to the substrate . a substrate ; a light source member disposed on the substrate and configured to emit light parallel to the substrate and toward a flow path through which gas containing the particles flows; a condensing lens attached to the substrate and disposed between the substrate and light emitted from the light source member as well as configured to allow light scattered by the particles to pass through; a photodetector disposed on the substrate and under the condensing lens as well as configured to detect light that has passed through the condensing lens ; characterised in that the condensing lens is disposed parallel to the substrate .
An impeller assembly for a solid-liquid mixing device, comprising an impeller , the impeller comprising a truncated conical body , and multiple mixing blades being formed from top to bottom on an inclined surface of the body , wherein the impeller assembly further comprises at least two blocking plates arranged on an outer side of a lower portion of the body , wherein one of the at least two blocking plates is fixed on the impeller of the impeller assembly, and another one of the at least two blocking plates is fixed on a housing of the mixing device, wherein holes are formed in at least one of said at least two blocking plates , and wherein gaps between said at least two blocking plates , gaps between said one of the at least two blocking plates on the impeller and the housing , gaps between said another one of the at least two blocking plates on the housing and the impeller , and the holes jointly form flow channels of a suspension, wherein the impeller assembly further comprises multiple discharging blades provided on an outer side of the outermost blocking plate in the radial direction, and the discharging blades being fixedly connected with the impeller and synchronously rotating along with the impeller . wherein one of the at least two blocking plates is fixed on the impeller of the impeller assembly, and another one of the at least two blocking plates is fixed on a housing of the mixing device, wherein holes are formed in at least one of said at least two blocking plates , and wherein gaps between said at least two blocking plates , gaps between said one of the at least two blocking plates on the impeller and the housing , gaps between said another one of the at least two blocking plates on the housing and the impeller , and the holes jointly form flow channels of a suspension, wherein the impeller assembly further comprises multiple discharging blades provided on an outer side of the outermost blocking plate in the radial direction, and the discharging blades being fixedly connected with the impeller and synchronously rotating along with the impeller .
Device for generating a standing wave with at least one outlet device for generating a laminar flow, wherein the outlet device comprises an outlet opening , wherein the outlet device comprises an outlet space , wherein the outlet device comprises a flow rectifier with a number of baffle plates , and wherein a height of the outlet space decreases iteratively and/or continuously along the outlet opening, characterized in that the device further comprises a ramp directly adjacent to the outlet opening of the outlet device and inclined downwardly in the flow direction.
A safety door lock using a door handle, comprising: the door handle configured to be rotatable in the vertical direction and to elastically reciprocate in the horizontal direction and provided adjacent to the front end of the door at one side of a door , rotated by a designated angle in the vertical direction and then pushed to be opened or pulled to be closed; wherein the safety door lock using the door handle further comprises: a body configured to form a rotating shaft with another door handle provided at the other side of the door or to support the door handle so as to be rotatable by a designated angle in connection with a door latch ; an elastic unit interposed between the body and the door handle and providing restoring force to elastically reciprocate the door handle on the body around the rotating shaft; characterized in that the safety door lock further comprises a shock absorption unit provided at a bent part of the door handle so as to elastically rotate the door handle in the horizontal direction. the door handle configured to be rotatable in the vertical direction and to elastically reciprocate in the horizontal direction and provided adjacent to the front end of the door at one side of a door , rotated by a designated angle in the vertical direction and then pushed to be opened or pulled to be closed; wherein the safety door lock using the door handle further comprises: a body configured to form a rotating shaft with another door handle provided at the other side of the door or to support the door handle so as to be rotatable by a designated angle in connection with a door latch ; an elastic unit interposed between the body and the door handle and providing restoring force to elastically reciprocate the door handle on the body around the rotating shaft; characterized in that the safety door lock further comprises a shock absorption unit provided at a bent part of the door handle so as to elastically rotate the door handle in the horizontal direction. a body configured to form a rotating shaft with another door handle provided at the other side of the door or to support the door handle so as to be rotatable by a designated angle in connection with a door latch ; an elastic unit interposed between the body and the door handle and providing restoring force to elastically reciprocate the door handle on the body around the rotating shaft; characterized in that the safety door lock further comprises a shock absorption unit provided at a bent part of the door handle so as to elastically rotate the door handle in the horizontal direction.
A topical formulation for use in a method of treating or preventing an inflammatory skin condition, said method comprising topically administrating a formulation comprising (i) 0.1-3 wt.% cannabidiol and (ii) 0.05-2 wt.% of flavonolignans selected from silibinin, isosilibinin, silicristin, silidianin and combinations thereof, the concentrations of these flavonolignans being calculated as silibinin.
A tire comprising a tread portion provided with a first circumferential groove and a second circumferential groove each extending in the tire circumferential direction, and lateral grooves connecting between the first circumferential groove and the second circumferential groove , wherein the first circumferential groove is a zigzag groove, and comprises a radially outer first portion having a smallest groove width, and a radially inner second portion which is positioned inside the first portion in a tire radial direction and is wider in groove width than the first portion , characterized in that with respect to a tire equator (CL), the second circumferential groove is disposed outside the first circumferential groove in the tire axial direction. the first circumferential groove is a zigzag groove, and comprises a radially outer first portion having a smallest groove width, and a radially inner second portion which is positioned inside the first portion in a tire radial direction and is wider in groove width than the first portion , characterized in that with respect to a tire equator (CL), the second circumferential groove is disposed outside the first circumferential groove in the tire axial direction.
An electronic device comprising: a plurality of input ports configured to receive at least two serial communication signals ; an encoder circuit configured to encode the at least two serial communication signals based on signal edges of the at least two serial communication signals to generate an encoded serial communication signal , wherein the encoder circuit comprises: a signal edge detector circuit configured to detect a set of the signal edges of the at least two serial communication signals for a time period, and a modulator circuit configured to obtain a predetermined code that corresponds to the detected set of signal edges, wherein the encoded serial communication signal comprises the predetermined code, wherein the encoded serial communication signal enables reconstruction of the at least two serial communication signals independent of a clock signal; and a transmitter configured to transmit the encoded serial communication signal , wherein the modulator circuit is configured to obtain a predetermined code for each detected set of signal edges of the at least two serial communication signals , each predetermined code being a unique combination of bits. a plurality of input ports configured to receive at least two serial communication signals ; an encoder circuit configured to encode the at least two serial communication signals based on signal edges of the at least two serial communication signals to generate an encoded serial communication signal , wherein the encoder circuit comprises: a signal edge detector circuit configured to detect a set of the signal edges of the at least two serial communication signals for a time period, and a modulator circuit configured to obtain a predetermined code that corresponds to the detected set of signal edges, wherein the encoded serial communication signal comprises the predetermined code, wherein the encoded serial communication signal enables reconstruction of the at least two serial communication signals independent of a clock signal; and a transmitter configured to transmit the encoded serial communication signal , wherein the modulator circuit is configured to obtain a predetermined code for each detected set of signal edges of the at least two serial communication signals , each predetermined code being a unique combination of bits. a signal edge detector circuit configured to detect a set of the signal edges of the at least two serial communication signals for a time period, and a modulator circuit configured to obtain a predetermined code that corresponds to the detected set of signal edges, wherein the encoded serial communication signal comprises the predetermined code, wherein the encoded serial communication signal enables reconstruction of the at least two serial communication signals independent of a clock signal; and a transmitter configured to transmit the encoded serial communication signal , wherein the modulator circuit is configured to obtain a predetermined code for each detected set of signal edges of the at least two serial communication signals , each predetermined code being a unique combination of bits.
A luggage rack for fitting to a passenger compartment of a public transport vehicle, comprising a structural part for receiving luggage, the structural part having a generally elongated shape in a longitudinal direction (X), and extending transversely between a connecting edge for connection to a wall of the passenger compartment, and a free edge , the luggage rack comprising a shock-absorbing element carried by the free edge and extending substantially across the entire length of that free edge , characterised in that the structural part is formed by a lower panel and an upper panel joined together, the lower and upper panels defining, in the vicinity of the free edge, a groove in which the shock-absorbing element is partially housed.
A data collection system, comprising: a meter configured to monitor usage of a resource provided by a utility service provider; a collection device configured to collect usage information from the meter and to provide the usage information to the utility service provider , wherein: the collection device is configured to convey data frames of a sequential series in a maintenance window in accordance with a schedule; the collection device is configured to adhere to the schedule according to a global absolute time source; the meter is configured to initiate a listening session in accordance with the schedule; the meter is configured to adhere to the schedule according to a native clock of the meter; the meter is configured to adjust the native clock to correspond to the global absolute time source by determining a position of the first of the data frames received during the listening session. a meter configured to monitor usage of a resource provided by a utility service provider; a collection device configured to collect usage information from the meter and to provide the usage information to the utility service provider , wherein: the collection device is configured to convey data frames of a sequential series in a maintenance window in accordance with a schedule; the collection device is configured to adhere to the schedule according to a global absolute time source; the meter is configured to initiate a listening session in accordance with the schedule; the meter is configured to adhere to the schedule according to a native clock of the meter; the meter is configured to adjust the native clock to correspond to the global absolute time source by determining a position of the first of the data frames received during the listening session. the collection device is configured to convey data frames of a sequential series in a maintenance window in accordance with a schedule; the collection device is configured to adhere to the schedule according to a global absolute time source; the meter is configured to initiate a listening session in accordance with the schedule; the meter is configured to adhere to the schedule according to a native clock of the meter; the meter is configured to adjust the native clock to correspond to the global absolute time source by determining a position of the first of the data frames received during the listening session.