mhurhangee/patent-ind-claim-en huggingface dataset:
An energy generation module, comprising a pressure transducer with at least one pressure-to-displacement converter having a cavity confined with a membrane susceptible to deformation under a pressure difference between fluid inside and outside the cavity , and at least one piezoelectric element mechanically coupled with the at least one pressure-to-displacement converter for converting energy resulting from a movement caused by deformation of the membrane to electrical energy, characterized in that the cavity closed with the membrane is airtight, and the membrane is selected so that the pressure difference corresponds to a range of daily atmospheric pressure changes, the at least one piezoelectric element comprises a plurality of spatially distributed piezoelectric elongated members engageable with the at least one pressure-to-displacement converter so that an energy is released when pressure change since a previous release exceeds a predetermined value falling within a range of 30 Pa to 80 Pa. a pressure transducer with at least one pressure-to-displacement converter having a cavity confined with a membrane susceptible to deformation under a pressure difference between fluid inside and outside the cavity , and at least one piezoelectric element mechanically coupled with the at least one pressure-to-displacement converter for converting energy resulting from a movement caused by deformation of the membrane to electrical energy, characterized in that the cavity closed with the membrane is airtight, and the membrane is selected so that the pressure difference corresponds to a range of daily atmospheric pressure changes, the at least one piezoelectric element comprises a plurality of spatially distributed piezoelectric elongated members engageable with the at least one pressure-to-displacement converter so that an energy is released when pressure change since a previous release exceeds a predetermined value falling within a range of 30 Pa to 80 Pa. the cavity closed with the membrane is airtight, and the membrane is selected so that the pressure difference corresponds to a range of daily atmospheric pressure changes, the at least one piezoelectric element comprises a plurality of spatially distributed piezoelectric elongated members engageable with the at least one pressure-to-displacement converter so that an energy is released when pressure change since a previous release exceeds a predetermined value falling within a range of 30 Pa to 80 Pa.
A vehicle seat including a side air bag device (10; 60) disposed in a side portion, in a vehicle width direction, on an outer side of a seatback of a vehicle seat comprising: a gas generator disposed in the side portion of the seatback of the vehicle seat and configured to be activated to generate gas for expansion and unfolding; a reaction plate (26; 64) disposed in the side portion in a state where its longitudinal direction is along a height direction of the seatback; and an air bag disposed in a folded state in the side portion and fixed to a side frame portion of a seatback frame together with the gas generator and the reaction plate (26; 64), the air bag being expanded and unfolded toward a vehicle front side of the side portion when the gas is supplied thereinside, wherein the reaction plate (26; 64) is fixed to the outer side frame portion ; the air bag includes an upper insertion portion which is formed by attaching a cloth forming an upper flap to a base cloth constituting the air bag , the upper insertion portion placed outside the air bag and provided on an upper side relative to a fixed part to the side frame portion and configured such that the reaction plate (26; 64) is inserted between the base cloth and the cloth forming the upper flap , characterized in that the upper flap is attached to a rear end of the air bag and placed outside the air bag , and in that an upper part of the air bag is locked by the reaction plate (26; 64) the upper end of which is passed between the upper flap and the base cloth . a gas generator disposed in the side portion of the seatback of the vehicle seat and configured to be activated to generate gas for expansion and unfolding; a reaction plate (26; 64) disposed in the side portion in a state where its longitudinal direction is along a height direction of the seatback; and an air bag disposed in a folded state in the side portion and fixed to a side frame portion of a seatback frame together with the gas generator and the reaction plate (26; 64), the air bag being expanded and unfolded toward a vehicle front side of the side portion when the gas is supplied thereinside, wherein the reaction plate (26; 64) is fixed to the outer side frame portion ; the air bag includes an upper insertion portion which is formed by attaching a cloth forming an upper flap to a base cloth constituting the air bag , the upper insertion portion placed outside the air bag and provided on an upper side relative to a fixed part to the side frame portion and configured such that the reaction plate (26; 64) is inserted between the base cloth and the cloth forming the upper flap , characterized in that the upper flap is attached to a rear end of the air bag and placed outside the air bag , and in that an upper part of the air bag is locked by the reaction plate (26; 64) the upper end of which is passed between the upper flap and the base cloth .
A footwear article comprising: an outsole configured to engage the ground; a comfort midsole disposed adjacent the outsole ; and a support plate disposed such that the comfort midsole is interposed between the support plate and the outsole ; wherein the support plate comprises a sidewall extending from at least a portion of a periphery of a bottom of the support plate , wherein the sidewall comprises a plurality of notches formed therein, characterized in that the support plate is formed from a composition having a melt temperature of 70°C or lower. an outsole configured to engage the ground; a comfort midsole disposed adjacent the outsole ; and a support plate disposed such that the comfort midsole is interposed between the support plate and the outsole ; wherein the support plate comprises a sidewall extending from at least a portion of a periphery of a bottom of the support plate , wherein the sidewall comprises a plurality of notches formed therein, characterized in that the support plate is formed from a composition having a melt temperature of 70°C or lower. wherein the support plate comprises a sidewall extending from at least a portion of a periphery of a bottom of the support plate , wherein the sidewall comprises a plurality of notches formed therein, characterized in that the support plate is formed from a composition having a melt temperature of 70°C or lower.
A vehicular air conditioner that performs air conditioning of a vehicle interior by blowing air flowing in an air conditioning duct out to the vehicle interior, the vehicular air conditioner comprising: the air conditioning duct ; a blower device that blows the air in the air conditioning duct; a filter that collects particulates included in the air flowing in the air conditioning duct; a particulate sensor that detects a particulate concentration of the air flowing in the air conditioning duct; and a determination section that determines whether collecting performance of the filter is reduced based on the particulate concentration detected by the particulate sensor, wherein the determination section has a first threshold concentration set for the particulate concentration detected by the particulate sensor, and a second threshold concentration lower than the first threshold concentration, characterized in that the determination section determines whether the collecting performance of the filter is reduced based on an elapsed time required for the particulate concentration detected by the particulate sensor to reduce from the first threshold concentration to the second threshold concentration, and the determination section reduces the first threshold concentration and the second threshold concentration with increase in air blowing volume of the blower device . the air conditioning duct ; a blower device that blows the air in the air conditioning duct; a filter that collects particulates included in the air flowing in the air conditioning duct; a particulate sensor that detects a particulate concentration of the air flowing in the air conditioning duct; and a determination section that determines whether collecting performance of the filter is reduced based on the particulate concentration detected by the particulate sensor, wherein the determination section has a first threshold concentration set for the particulate concentration detected by the particulate sensor, and a second threshold concentration lower than the first threshold concentration, characterized in that the determination section determines whether the collecting performance of the filter is reduced based on an elapsed time required for the particulate concentration detected by the particulate sensor to reduce from the first threshold concentration to the second threshold concentration, and the determination section reduces the first threshold concentration and the second threshold concentration with increase in air blowing volume of the blower device .
Road verge comprising a cover formed as a verge strip which extends along a paving , said cover being composed of concrete stones , forming a bond which may or may not be fixed, said bond being oriented transversely and longitudinally to the direction of travel (A) or main direction of the paving , characterized in that transition areas or joints between the stones parallel to the direction of travel (A) are staggered with respect to each other, wherein the stones are arranged in equal groups , the groups being composed of a number of first stones with longitudinal and lateral sides and a number of second stones with longitudinal sides which correspond with the lateral sides of the first stones , wherein the first stones have equal lateral and longitudinal sides and wherein the second stones have lateral sides of half a longitudinal side; and wherein each group is composed of five first stones and two second stones , wherein when considered in the direction of travel (A), two first stones , which are adjacent to each other transversely to the direction of travel (A), are succeeded by set formed by a first stone having at longitudinal sides which are opposite when considered in a direction transverse to the direction of travel (A), connecting second stones which are located with their longitudinal direction parallel to the direction of travel (A), and wherein when considered in the direction of travel (A), the set is succeeded by two first stones , which are adjacent to each other transversely to the direction of travel (A) ; and wherein the groups are placed in a connecting series in the direction of travel (A).
An urban heat relief installation, comprising: a water-retaining surface coating disposed at an area to be cooled , a water distribution network , a water supply system connected to the water distribution network , a pilot system configured to control the water supply system in order to authorize or prohibit the supply of water to the water distribution network , wherein the pilot system comprises at least two separate sensors configured to measure two different climatic parameters of the environment of the installation , and characterized in that the pilot system is configured to control the supply system as a function of the temperature of the ground in the area to be cooled and of the temperature of the ground in a reference area devoid of the water-retaining surface coating and adjacent to the area to be cooled . a water-retaining surface coating disposed at an area to be cooled , a water distribution network , a water supply system connected to the water distribution network , a pilot system configured to control the water supply system in order to authorize or prohibit the supply of water to the water distribution network , wherein the pilot system comprises at least two separate sensors configured to measure two different climatic parameters of the environment of the installation , and characterized in that the pilot system is configured to control the supply system as a function of the temperature of the ground in the area to be cooled and of the temperature of the ground in a reference area devoid of the water-retaining surface coating and adjacent to the area to be cooled .
Food preparation apparatus comprising a food preparation vessel , a heating element for heating a food in the food preparation vessel , a tool for mixing and/or chopping a food in the food preparation vessel , a lid for the food preparation vessel and an electric motor for rotating the tool , a monitoring unit configured such that the monitoring unit can monitor a power consumption of the electric motor for detecting an overpressure in the food preparation vessel , characterized in that the food preparation apparatus is configured such that during operation the heat output is influenced, in particular increased or reduced, depending on the power consumption of the electric motor .
An airfoil for a gas turbine engine, comprising: a body having rib nodes ; and a cover panel carried on the body over the rib nodes , characterised in that : the rib nodes each define a node cavity therein; the cover panel includes tabs that project into the node cavities ; and the airfoil further comprises plugs disposed in the node cavities and pinching the tabs against the node cavities , locking the cover panel on the body . a body having rib nodes ; and a cover panel carried on the body over the rib nodes , characterised in that : the rib nodes each define a node cavity therein; the cover panel includes tabs that project into the node cavities ; and the airfoil further comprises plugs disposed in the node cavities and pinching the tabs against the node cavities , locking the cover panel on the body . the rib nodes each define a node cavity therein; the cover panel includes tabs that project into the node cavities ; and the airfoil further comprises plugs disposed in the node cavities and pinching the tabs against the node cavities , locking the cover panel on the body .
A method for manufacturing a rotor blade of a wind turbine , the method comprising: forming an outer frame of a first spar cap of the rotor blade via at least one of three-dimensional pultrusion or 3D printing, the outer frame having a varying cross-section that corresponds to a varying cross-section of the rotor blade along a span thereof; arranging a plurality of structural materials within the outer frame of the first spar cap , the plurality of structural materials comprising at least one of thermoplastic or thermoset plies or pultruded members; securing the plurality of structural materials and the outer frame together so as to form the first spar cap ; and, joining the first spar cap to an inner surface of at least one of a pressure side or a suction side of the rotor blade . forming an outer frame of a first spar cap of the rotor blade via at least one of three-dimensional pultrusion or 3D printing, the outer frame having a varying cross-section that corresponds to a varying cross-section of the rotor blade along a span thereof; arranging a plurality of structural materials within the outer frame of the first spar cap , the plurality of structural materials comprising at least one of thermoplastic or thermoset plies or pultruded members; securing the plurality of structural materials and the outer frame together so as to form the first spar cap ; and, joining the first spar cap to an inner surface of at least one of a pressure side or a suction side of the rotor blade .
A split mechanical seal for mounting to a housing containing a rotating shaft , comprising a gland assembly configured for mounting to the housing and forming a chamber , a holder assembly disposed in the chamber and positioned so as to be in a cooperative sealing relationship with the gland assembly , the holder assembly defining a space and capable of rotating with the shaft , a rotary seal ring disposed within the space of the holder assembly and is coupled thereto, a stationary seal ring seated within the chamber of the gland assembly and coupled thereto, the stationary seal ring having a sealing surface , an axially outer top surface disposed opposite to the sealing surface, an inner surface , characterized by a groove formed in the inner surface, wherein the groove is continuous, and wherein the groove is sized and configured for receiving a portion of a biasing clip assembly for mounting and retaining the stationery seal ring to the gland assembly .
A radio base station including a remote device and a central aggregation device and that is configured to perform radio communication with a user device , wherein the central aggregation device includes a paging controlling unit configured to generate paging information, which is information used to perform paging on the user device , based on the contents of a paging request; and an information transmitting unit configured to transmit to the remote device the paging information that is generated by the paging controlling unit , the remote device includes an information receiving unit that is configured to receive the paging information; and a paging executing unit that is configured to perform the paging based on the paging information received by the information receiving unit . the central aggregation device includes a paging controlling unit configured to generate paging information, which is information used to perform paging on the user device , based on the contents of a paging request; and an information transmitting unit configured to transmit to the remote device the paging information that is generated by the paging controlling unit , the remote device includes an information receiving unit that is configured to receive the paging information; and a paging executing unit that is configured to perform the paging based on the paging information received by the information receiving unit . an information receiving unit that is configured to receive the paging information; and a paging executing unit that is configured to perform the paging based on the paging information received by the information receiving unit .
Audio data processor for processing packetized audio data, the audio data processor comprising: a receiver interface for receiving encoded audio data comprising audio elements and metadata related to the audio elements ; a metadata parser for parsing the metadata to determine an audio data manipulation possibility of the audio elements ; an interaction interface for receiving an interaction input and for generating, from the interaction input , interaction control data related to the audio data manipulation possibility for manipulating the audio elements externally from a decoder; wherein from the interaction interface a user can select and manipulate the audio elements to adapt the audio presentation to his personal preferences; and a data stream generator for obtaining the interaction control data and the encoded audio data and the metadata and for generating an output data stream , the output data stream being again a valid encoded audio stream comprising the still encoded audio data , the metadata , and the added interaction control data . a receiver interface for receiving encoded audio data comprising audio elements and metadata related to the audio elements ; a metadata parser for parsing the metadata to determine an audio data manipulation possibility of the audio elements ; an interaction interface for receiving an interaction input and for generating, from the interaction input , interaction control data related to the audio data manipulation possibility for manipulating the audio elements externally from a decoder; wherein from the interaction interface a user can select and manipulate the audio elements to adapt the audio presentation to his personal preferences; and a data stream generator for obtaining the interaction control data and the encoded audio data and the metadata and for generating an output data stream , the output data stream being again a valid encoded audio stream comprising the still encoded audio data , the metadata , and the added interaction control data .
Structural panel , comprising - a space frame assembly having a three-dimensional shape with two longitudinal sides and at least one lateral side , - a pair of truss members , wherein one truss member is attached to each longitudinal side of the space frame assembly , - a pair of stud members , wherein one stud member is attached to each longitudinal side of the arrangement of the space frame assembly and the pair of truss members , and - a filler material , which is provided throughout the arrangement of the space frame assembly , the pair of truss members and the pair of stud members 32A, 32B), characterized in that the filler material has a density of 50 kg/m 3 to 100 kg/m 3 . - a space frame assembly having a three-dimensional shape with two longitudinal sides and at least one lateral side , - a pair of truss members , wherein one truss member is attached to each longitudinal side of the space frame assembly , - a pair of stud members , wherein one stud member is attached to each longitudinal side of the arrangement of the space frame assembly and the pair of truss members , and - a filler material , which is provided throughout the arrangement of the space frame assembly , the pair of truss members and the pair of stud members 32A, 32B), characterized in that the filler material has a density of 50 kg/m 3 to 100 kg/m 3 .
Machine tool, having a base body , with at least one plate member (16, 83, 114, 132, 170, 172 174, 176) arranged in a plate seat on the base body , wherein said plate element has at least one plate edge protruding freely outwardly over the plate seat and abutting against a bottom support surface of the plate seat , and which can be fixed by means of a screw reaching through a bore in the plate member to the insert seat , in which, for the plate member on the plate seat , at least one adjustable abutment is provided which has a bearing surface on which the plate member frictionally rests with a lateral plate surface , and which has a flat outer portion surface and a curved outer portion surface , wherein the adjustable abutment is guided in a linear guide , which has a circular arcuate guide portion and a guide surface designed as a flat portion , in which, on the plate seat a further adjustable abutment having a bearing surface for the frictional abutment a lateral plate surface of the plate member is formed, wherein for setting of the plate edge of the plate member an adjusting device is associated with the adjustable abutment , wherein the adjusting device, which, with respect to the bottom support surface of the plate seat , allows a raising and lowering of this abutment , and wherein the curved outer portion surface of the adjustable abutment is located with little play on the arcuate curved guide portion and the planar outer section surface of the adjustable abutment lies on the guide surface of the linear guide configured as a flat surface, in order to compensate the forces and moments occurring on this abutment during the setting of the plate member and to introduce them into the base body , characterized in that the bearing surface of the adjustable abutment or the lateral plate surface of the plate member is convexly curved in a plane parallel to the bottom support surface of the plate seat or is prismatically curved in the form of surface portions juxtaposed in a segment shaped manner.