mhurhangee/patent-ind-claim-en huggingface dataset:
A protective helmet comprising - a helmet shell , - a fitting space in which an electronic device for communication is disposed, - a supporting cage disposed in an interior of the helmet shell , and - a microphone disposed in or on the supporting cage and comprising a sensor for electronically detecting sound waves, - wherein the microphone comprises a sound receiver for capturing and for transmitting the sound waves to the sensor , - wherein the sound receiver is capable of capturing the sound waves generated by an organ of speech of the wearer of the helmet and propagating above the head of the wearer of the helmet, - wherein the microphone is connected to the electronic device via a signal connection to transmit the captured sound waves to the electronic device as a signal, characterized in that the fitting space is disposed on the outside of the helmet shell and enclosed by a housing . - a helmet shell , - a fitting space in which an electronic device for communication is disposed, - a supporting cage disposed in an interior of the helmet shell , and - a microphone disposed in or on the supporting cage and comprising a sensor for electronically detecting sound waves, - wherein the microphone comprises a sound receiver for capturing and for transmitting the sound waves to the sensor , - wherein the sound receiver is capable of capturing the sound waves generated by an organ of speech of the wearer of the helmet and propagating above the head of the wearer of the helmet, - wherein the microphone is connected to the electronic device via a signal connection to transmit the captured sound waves to the electronic device as a signal,
A bi-directional cannula feature capture mechanism , comprising: an inner housing having a proximal cannula feature mating component and a distal cannula feature mating component ; an outer housing having an inner surface adapted to slidably receive the inner housing ; and a cannula that extends into the inner housing and comprises a cannula feature having a proximal engagement surface and a distal engagement surface , wherein a tip of the cannula is shielded when the distal engagement surface is captured by the distal cannula feature mating component , and further comprising means for locking the inner housing to the outer housing when the cannula tip is shielded, wherein the inner housing is configured to shield the cannula tip when the proximal engagement surface contacts the proximal cannula feature mating component , characterized in that said inner housing has an outer surface having a first interlocking surface to selectively maintain a first position of the inner housing, and said inner surface of the outer housing further has a second interlocking surface for receiving said first interlocking surface whereby to selectively interlock the inner housing to the outer housing at the first position of the inner housing, wherein when the cannula tip is shielded, the second interlocking surface is configured to prevent the inner housing from moving distally in the outer housing. an inner housing having a proximal cannula feature mating component and a distal cannula feature mating component ; an outer housing having an inner surface adapted to slidably receive the inner housing ; and a cannula that extends into the inner housing and comprises a cannula feature having a proximal engagement surface and a distal engagement surface , wherein a tip of the cannula is shielded when the distal engagement surface is captured by the distal cannula feature mating component , and further comprising means for locking the inner housing to the outer housing when the cannula tip is shielded, wherein the inner housing is configured to shield the cannula tip when the proximal engagement surface contacts the proximal cannula feature mating component , characterized in that said inner housing has an outer surface having a first interlocking surface to selectively maintain a first position of the inner housing, and said inner surface of the outer housing further has a second interlocking surface for receiving said first interlocking surface whereby to selectively interlock the inner housing to the outer housing at the first position of the inner housing, wherein when the cannula tip is shielded, the second interlocking surface is configured to prevent the inner housing from moving distally in the outer housing.
A multilayer structure comprising a base (X) and a layer (Y), wherein the layer (Y) comprises an aluminum-containing compound (A) and a phosphorus compound (BH) represented by the following formula [III] U 1 -R 5 -U 2 [III] in which U 1 comprises a phosphorus atom having at least one hydroxy group, R 5 is a linear or branched alkylene group having 3 to 20 carbon atoms or a polyoxyalkylene group based on a linear or branched alkylene having 3 to 20 carbon atoms, and U 2 is a polar group, and the aluminum-containing compound (A) is a compound (Ab) comprising a reaction product (D) of an aluminum-containing metal oxide (Aa) and an inorganic phosphorus compound (BI).
Procedure for operating at least one algorithm for a control unit of a motor vehicle , whereby the control unit is designed to perform an automated or autonomous driving function by interfering with the aggregates of the motor vehicle on the basis of input data using at least one algorithm , the algorithm training by a self-learning neural network , including the following steps: a) Providing a computer program product module for the automated or autonomous driving function, where the computer program product module contains the algorithm to be trained and the self-learning neural network , b) embedding the trained computer program product module to the control unit of the motor vehicle , c) driving the motor vehicle in a real existing traffic environment by a human driver, the journey determining a trajectory category (Tr) driven, d) feeding data from an environmental sensor (10, 11, 12, 13, 11, and motor vehicle tracing to the control unit and calculation of virtual trajectory (Tv) by the algorithm , e) derivation of a metric (d) from a comparison of trajectory theory (Tr) and virtual trajectory (Tv) and storage of data from sensory orientation and motor vehicle cords in a storage space , if certain metrics (d > dmin) are met for a traffic situation, (f) provision of traffic situation information to traffic simulation , (g) traffic simulation analysis , using map data, environmental sensors and motor vehicle cords to produce a virtual mapping of the traffic situation, using traffic simulation ( h) train the algorithm by the variation of the traffic situation. a) Providing a computer program product module for the automated or autonomous driving function, where the computer program product module contains the algorithm to be trained and the self-learning neural network , b) embedding the trained computer program product module to the control unit of the motor vehicle , c) driving the motor vehicle in a real existing traffic environment by a human driver, the journey determining a trajectory category (Tr) driven, d) feeding data from an environmental sensor (10, 11, 12, 13, 11, and motor vehicle tracing to the control unit and calculation of virtual trajectory (Tv) by the algorithm , e) derivation of a metric (d) from a comparison of trajectory theory (Tr) and virtual trajectory (Tv) and storage of data from sensory orientation and motor vehicle cords in a storage space , if certain metrics (d > dmin) are met for a traffic situation, (f) provision of traffic situation information to traffic simulation , (g) traffic simulation analysis , using map data, environmental sensors and motor vehicle cords to produce a virtual mapping of the traffic situation, using traffic simulation ( h) train the algorithm by the variation of the traffic situation.
A method for mapping a plurality of lighting fixtures of a lighting system to a plurality of spatial locations, each lighting fixture having an occupancy sensor, the method comprising: generating a first dataset corresponding to a first environmental profile for the plurality of lighting fixtures based on measurements by the occupancy sensor of each of the plurality of lighting fixtures, wherein the first environmental profile comprises at least one of a distribution of occupant motion over time, a flow of occupancy traffic over a period of time, or a pattern of occupancy and motion over a period of time; and a second dataset corresponding to a second environmental profile for the plurality of spatial locations based on a floor plan including the plurality of spatial locations, wherein the second environmental profile comprises an estimated occupancy profile for the lighting system based on the floor plan; identify one or more possible mappings of the plurality of lighting fixtures to the plurality of spatial locations; and when more than one possible mapping is identified, identifying a single mapping from the possible mappings based on matching the first dataset to the second dataset. generating a first dataset corresponding to a first environmental profile for the plurality of lighting fixtures based on measurements by the occupancy sensor of each of the plurality of lighting fixtures, wherein the first environmental profile comprises at least one of a distribution of occupant motion over time, a flow of occupancy traffic over a period of time, or a pattern of occupancy and motion over a period of time; and a second dataset corresponding to a second environmental profile for the plurality of spatial locations based on a floor plan including the plurality of spatial locations, wherein the second environmental profile comprises an estimated occupancy profile for the lighting system based on the floor plan; identify one or more possible mappings of the plurality of lighting fixtures to the plurality of spatial locations; and when more than one possible mapping is identified, identifying a single mapping from the possible mappings based on matching the first dataset to the second dataset.
A gas turbine engine , comprising: a compressor section and a turbine section drivingly engaged with a drive shaft , the drive shaft being rotatable about a center axis of the gas turbine engine ; a radial air inlet in fluid communication with the compressor section , the radial air inlet having an inlet duct defined between two axially-spaced radially-extending annular walls and having a plurality of circumferentially-spaced axially-extending struts extending between the annular walls adjacent a radially-outer portion of the air inlet , at least one of the struts having an internal passage extending between a first opening in a forward end of the strut and a second opening in an aft end of the strut , and the first and second openings being axially spaced apart; and a transmission shaft extending through the internal passage of said strut . a compressor section and a turbine section drivingly engaged with a drive shaft , the drive shaft being rotatable about a center axis of the gas turbine engine ; a radial air inlet in fluid communication with the compressor section , the radial air inlet having an inlet duct defined between two axially-spaced radially-extending annular walls and having a plurality of circumferentially-spaced axially-extending struts extending between the annular walls adjacent a radially-outer portion of the air inlet , at least one of the struts having an internal passage extending between a first opening in a forward end of the strut and a second opening in an aft end of the strut , and the first and second openings being axially spaced apart; and a transmission shaft extending through the internal passage of said strut .
A textile sleeve (10; 10'; 10"; 110) for routing and protecting elongate members , comprising: an elongate, woven wall (14; 14'; 14") having a circumferentially continuous, tubular outer periphery bounding a central cavity extending along a central axis between opposite open ends , said wall including warp yarns extending generally parallel to the central axis and fill yarns extending generally transversely to said warp yarns, at least some of said fill yarns include shrinkable yarn allowing said wall to be radially constricted from a diametrically enlarged first state to a diametrically constricted second state, and said wall has separate first and second portions each extending about separate portions of said outer periphery , characterised in that said first portion has a plurality of layers overlying and abutting one another along a common side of the central axis with one another and being attached to one another along a pair of interconnect regions that extend between said first and second portions and between said opposite ends and further including at least one stitch interconnecting via at least one fill yarn and/or at least one warp yarn common to the plurality of abutting layers said plurality of layers to one another between said interconnect regions . an elongate, woven wall (14; 14'; 14") having a circumferentially continuous, tubular outer periphery bounding a central cavity extending along a central axis between opposite open ends , said wall including warp yarns extending generally parallel to the central axis and fill yarns extending generally transversely to said warp yarns, at least some of said fill yarns include shrinkable yarn allowing said wall to be radially constricted from a diametrically enlarged first state to a diametrically constricted second state, and said wall has separate first and second portions each extending about separate portions of said outer periphery , characterised in that said first portion has a plurality of layers overlying and abutting one another along a common side of the central axis with one another and being attached to one another along a pair of interconnect regions that extend between said first and second portions and between said opposite ends and further including at least one stitch interconnecting via at least one fill yarn and/or at least one warp yarn common to the plurality of abutting layers said plurality of layers to one another between said interconnect regions .
A method of forming a wick using a mandrel, the method comprising: positioning a wick mesh about the mandrel ; positioning a sheath about the mandrel and the wick mesh ; coupling a first fitting to the mandrel , wherein the first fitting comprises an adapter configured to couple with a source of pressure; and pressurizing the mandrel with the source of pressure to hydraulically expand the mandrel such that that mandrel compresses the wick mesh against the sheath and forms the wick; characterized by pressurizing the mandrel such that the mandrel is permanently deformed into the wick. positioning a wick mesh about the mandrel ; positioning a sheath about the mandrel and the wick mesh ; coupling a first fitting to the mandrel , wherein the first fitting comprises an adapter configured to couple with a source of pressure; and pressurizing the mandrel with the source of pressure to hydraulically expand the mandrel such that that mandrel compresses the wick mesh against the sheath and forms the wick; characterized by pressurizing the mandrel such that the mandrel is permanently deformed into the wick.
A yard waste collection system comprising: a yard waste collector configured to receive yard waste ; a sensor (63;800) operably coupled to a top internal surface of the yard waste collector and configured to provide an indication of a fill level of the yard waste collector ; processing circuitry configured to cause a collector fill indication to be displayed on a user interface based on the indication of the fill level; and being characterised by an auger configured to convey the yard waste to the yard waste collector , and in that the sensor (63;800) is disposed offset by a predetermined lateral distance in a direction of rotation of the auger . a yard waste collector configured to receive yard waste ; a sensor (63;800) operably coupled to a top internal surface of the yard waste collector and configured to provide an indication of a fill level of the yard waste collector ; processing circuitry configured to cause a collector fill indication to be displayed on a user interface based on the indication of the fill level; and being characterised by an auger configured to convey the yard waste to the yard waste collector , and in that the sensor (63;800) is disposed offset by a predetermined lateral distance in a direction of rotation of the auger .
A method for reducing a read latency in a redundant array of independent disks, RAID, system comprising multiple flash chips, the method characterized by comprising: when one or more flash chips corresponding to a read command are in a busy state , setting data read from the one or more flash chips in a busy state to wrong data by constructing data that do not comply with a flash data check rule; and obtaining , according to the wrong data and data read from other flash chips, reconstructed correct data, and reporting the correct data; wherein the determining that the flash chips are in a busy state comprises: determining whether the flash chips are in a busy state by detecting busy/idle signal levels of each flash chip, by delivering a read state command, or by detecting busy/idle signal levels of each flash chip and delivering a read state command concurrently. when one or more flash chips corresponding to a read command are in a busy state , setting data read from the one or more flash chips in a busy state to wrong data by constructing data that do not comply with a flash data check rule; and obtaining , according to the wrong data and data read from other flash chips, reconstructed correct data, and reporting the correct data; wherein the determining that the flash chips are in a busy state comprises: determining whether the flash chips are in a busy state by detecting busy/idle signal levels of each flash chip, by delivering a read state command, or by detecting busy/idle signal levels of each flash chip and delivering a read state command concurrently.
Use of a door comprising: a door leaf that is movable between an open position and a closed position, in which it is arranged approximately in a vertical plane, and two edge strips which are arranged in the region of the side edges of the opening to be closed with the door leaf, extend substantially over the entire height of the door leaf from the bottom of said opening and are configured as an angle profile which comprises a support arm laid against the wall having the opening and a fastening arm extending approximately perpendicular thereto in a horizontal sectional plane running perpendicular to the longitudinal axis, wherein in the case of at least one of the edge strips at least a section of the lower edge of the corresponding fastening arm is arranged vertically offset above the lower edge of the corresponding support arm , characterised in that this at least one edge strip only stands with the support arm on the floor of the room to be closed by the door and, in the region of the fastening arm that protrudes therefrom into said room, there is still space for a possible camber of the floor. a door leaf that is movable between an open position and a closed position, in which it is arranged approximately in a vertical plane, and two edge strips which are arranged in the region of the side edges of the opening to be closed with the door leaf, extend substantially over the entire height of the door leaf from the bottom of said opening and are configured as an angle profile which comprises a support arm laid against the wall having the opening and a fastening arm extending approximately perpendicular thereto in a horizontal sectional plane running perpendicular to the longitudinal axis, wherein in the case of at least one of the edge strips at least a section of the lower edge of the corresponding fastening arm is arranged vertically offset above the lower edge of the corresponding support arm , characterised in that this at least one edge strip only stands with the support arm on the floor of the room to be closed by the door and, in the region of the fastening arm that protrudes therefrom into said room, there is still space for a possible camber of the floor.
An apparatus for dispensing at least one material comprising a quantity of dry particles to a periodontal pocket (P), the apparatus comprising: a barrel including a body portion and a tube portion , the tube portion extending from the body portion and including a tip that tapers inward, such that the inward tapering provides the tip with a reduced inner wall thickness, the tip comprising an opening having a circular cross section; and a plunger , at least a portion of the plunger slidably housed within the barrel , the plunger configured for contacting a portion of an external force applying member , and at least one material comprising a quantity of dry particles; characterized in that said material comprising a quantity of dry particles is located within the tip and; the opening and at least a portion of said tip are configured to be flattened to fit within the periodontal pocket by manual manipulation by a dental professional or contact with a tooth or tissue. a barrel including a body portion and a tube portion , the tube portion extending from the body portion and including a tip that tapers inward, such that the inward tapering provides the tip with a reduced inner wall thickness, the tip comprising an opening having a circular cross section; and a plunger , at least a portion of the plunger slidably housed within the barrel , the plunger configured for contacting a portion of an external force applying member , and at least one material comprising a quantity of dry particles; characterized in that said material comprising a quantity of dry particles is located within the tip and; the opening and at least a portion of said tip are configured to be flattened to fit within the periodontal pocket by manual manipulation by a dental professional or contact with a tooth or tissue.
A method of measuring the depth of a wellbore , the method characterized by the steps of: generating infrasound waves ; directing the infrasound waves into the wellbore , wherein the wellbore is a multilateral wellbore having a motherbore and a lateral bore ; observing the infrasound waves for resonance indicating that the waves have reached the bottom of the motherbore and the lateral bore of the wellbore ; and calculating the depth of each of the motherbore and the lateral bore of the wellbore based on the number of wavelengths of infrasound waves that have entered the wellbore when the resonance is observed. generating infrasound waves ; directing the infrasound waves into the wellbore , wherein the wellbore is a multilateral wellbore having a motherbore and a lateral bore ; observing the infrasound waves for resonance indicating that the waves have reached the bottom of the motherbore and the lateral bore of the wellbore ; and calculating the depth of each of the motherbore and the lateral bore of the wellbore based on the number of wavelengths of infrasound waves that have entered the wellbore when the resonance is observed.