mhurhangee/patent-ind-claim-en huggingface dataset:
A valve device forming a portion of a ventilation flow channel of a fuel tank, comprising: a float valve ; a case housing the float valve ; and an outside member housing at least an upper portion side of the case and including an attachment portion to a fuel tank side, wherein one portion of a cylindrical seal member fitted in a first through hole of the case to communicate an inner portion thereof to a second through hole is pinched between a top portion of the case wherein the first through hole is formed, and a top portion of the outside member wherein the second through hole communicating to an outside of the tank is formed, and a lower end of the cylindrical seal member becomes a valve seat of the float valve , wherein the second through hole is positioned directly above the upper end of the cylindrical seal member , and an outer flange portion of the cylindrical seal member is pinched by the outer face of the top portion of the case , and a portion which is an inner face of the top portion of the outside member surrounds the second through hole , wherein from a state wherein the cylindrical seal member is fitted in the first through hole of the case , the case is entered into the outside member from below such that a pair of plate-shaped protruding portions formed in the top portion of the case respectively fits into a corresponding engagement hole formed in the top portion of the outside member . a float valve ; a case housing the float valve ; and an outside member housing at least an upper portion side of the case and including an attachment portion to a fuel tank side, wherein one portion of a cylindrical seal member fitted in a first through hole of the case to communicate an inner portion thereof to a second through hole is pinched between a top portion of the case wherein the first through hole is formed, and a top portion of the outside member wherein the second through hole communicating to an outside of the tank is formed, and a lower end of the cylindrical seal member becomes a valve seat of the float valve , wherein the second through hole is positioned directly above the upper end of the cylindrical seal member , and an outer flange portion of the cylindrical seal member is pinched by the outer face of the top portion of the case , and a portion which is an inner face of the top portion of the outside member surrounds the second through hole , wherein from a state wherein the cylindrical seal member is fitted in the first through hole of the case , the case is entered into the outside member from below such that a pair of plate-shaped protruding portions formed in the top portion of the case respectively fits into a corresponding engagement hole formed in the top portion of the outside member .
A system for fastening a first component having a through-opening to a second component, in particular a second component of a vehicle, comprising the first component and a fastening bolt , wherein - a first limiting sleeve (20") having a first abutment flange (22") and a second limiting sleeve having a second abutment flange are provided, wherein the first limiting sleeve (20") and the second limiting sleeve can be inserted from opposite sides into the through-opening of the first component and can be connected to one another by inserting the first limiting sleeve (20") into the second limiting sleeve such that the first abutment flange (22") and the second abutment flange abut against the first component from opposite sides, wherein the fastening bolt can be inserted through the limiting sleeves (20", 30) and into a fastening receptacle of the second component, and wherein - the outer diameter of the second limiting sleeve is less than the inner diameter of the through-opening of the first component , characterized in that - retaining means are provided for retaining the fastening bolt in the first limiting sleeve (20") in a pre-assembly position without an additional retaining sleeve, wherein the retaining means comprises locking means on the inner circumferential surface of the first limiting sleeve (20") and wherein the retaining means comprises locking means on the outer circumferential surface of the fastening bolt . - a first limiting sleeve (20") having a first abutment flange (22") and a second limiting sleeve having a second abutment flange are provided, wherein the first limiting sleeve (20") and the second limiting sleeve can be inserted from opposite sides into the through-opening of the first component and can be connected to one another by inserting the first limiting sleeve (20") into the second limiting sleeve such that the first abutment flange (22") and the second abutment flange abut against the first component from opposite sides, wherein the fastening bolt can be inserted through the limiting sleeves (20", 30) and into a fastening receptacle of the second component, and wherein - the outer diameter of the second limiting sleeve is less than the inner diameter of the through-opening of the first component , characterized in that - retaining means are provided for retaining the fastening bolt in the first limiting sleeve (20") in a pre-assembly position without an additional retaining sleeve,
Method for detecting a leak from a tyre of a vehicle, said tyre including a member for surveillance of said tyre with sensors for measuring the pressure and the temperature and having a driving operating mode and a stationary operating mode , in which: - it is determined that the vehicle is stationary ; then - said stationary operating mode is launched to detect when the vehicle is stationary the presence or the absence of a leak of inflating gas from the tyre, characterized in that after the stationary operating mode of the member has been launched: - there are periodically measured the pressure p g and the temperature θ of the gas in the internal cavity of said tyre ; - the series of pressure and temperature values and the measurement times are stored in nonvolatile memory; - the measured pressure p g is converted to an absolute pressure P and the measured temperature θ is converted to an absolute temperature T, the ratio P/T is calculated and a series of values is obtained; - if said series of values decreases by an amount above a given threshold (S), an alert is triggered . - it is determined that the vehicle is stationary ; then - said stationary operating mode is launched to detect when the vehicle is stationary the presence or the absence of a leak of inflating gas from the tyre, - there are periodically measured the pressure p g and the temperature θ of the gas in the internal cavity of said tyre ; - the series of pressure and temperature values and the measurement times are stored in nonvolatile memory; - the measured pressure p g is converted to an absolute pressure P and the measured temperature θ is converted to an absolute temperature T, the ratio P/T is calculated and a series of values is obtained; - if said series of values decreases by an amount above a given threshold (S), an alert is triggered .
A vehicle system comprising: a vehicle configured to store a public key of the vehicle and a private key of the vehicle ; a portable terminal configured to generate a public key of the portable terminal and a private key of the portable terminal in response to receiving a create token command via a terminal input device , and to store the public key of the vehicle , the public key of the portable terminal , and the private key of the portable terminal in a terminal storage device ; and a server configured to generate a token (t) in response to receiving the token creation request signal and to encrypt the token (t) with the public key of the vehicle and separately encrypt the token (t) with the public key of the portable terminal , wherein the portable terminal is further configured to transmit the public key of the portable terminal and the public key of the vehicle to the server , to transmit a token creation request signal to the server , to receives a token (a+t) encrypted with the public key of the vehicle and a token (b+t) encrypted with the public key of the portable terminal from the server , to transmit the token (b+t) encrypted with the public key of the vehicle to the vehicle , and to decrypt the token encrypted with the public key of the portable terminal using the private key of the portable terminal , and wherein the vehicle is further configured to receive the token encrypted with the public key of the vehicle from the portable terminal , and to decrypt the token encrypted with the public key of the vehicle using the private key of the vehicle . a vehicle configured to store a public key of the vehicle and a private key of the vehicle ; a portable terminal configured to generate a public key of the portable terminal and a private key of the portable terminal in response to receiving a create token command via a terminal input device , and to store the public key of the vehicle , the public key of the portable terminal , and the private key of the portable terminal in a terminal storage device ; and a server configured to generate a token (t) in response to receiving the token creation request signal and to encrypt the token (t) with the public key of the vehicle and separately encrypt the token (t) with the public key of the portable terminal , wherein the portable terminal is further configured to transmit the public key of the portable terminal and the public key of the vehicle to the server , to transmit a token creation request signal to the server , to receives a token (a+t) encrypted with the public key of the vehicle and a token (b+t) encrypted with the public key of the portable terminal from the server , to transmit the token (b+t) encrypted with the public key of the vehicle to the vehicle , and to decrypt the token encrypted with the public key of the portable terminal using the private key of the portable terminal , and wherein the vehicle is further configured to receive the token encrypted with the public key of the vehicle from the portable terminal , and to decrypt the token encrypted with the public key of the vehicle using the private key of the vehicle .
A fastener delivery tool comprising: a sheath assembly having a position retention member proximate a distal end of the sheath assembly ; a handle assembly coupled to a proximal end of the sheath assembly , the handle assembly comprising a housing , a trigger handle , and an insert connector ; and a cam follower connected to the insert connector, wherein the trigger handle imparts force on the insert connector through the cam follower when the trigger handle is displaced from a rest position, thereby causing the insert connector to translate in the proximal direction, wherein an external force applied to the trigger handle in a proximal direction (P) causes displacement of the trigger handle relative to the rest position; and when a fastener insert (290; 600) is received within the sheath assembly , the force imparted by the trigger handle on the insert connector imparts a force in a proximal direction on the proximal end of the received fastener insert, wherein displacement of the trigger handle from the rest position within a first displacement range imparts a first amount of force on the insert connector by the trigger handle relative to the applied external force and displacement of the trigger handle from the rest position within a second displacement range imparts a second amount of force on the insert connector by the trigger handle relative to the applied external force, and wherein the first amount of force is greater than the second amount of force. a sheath assembly having a position retention member proximate a distal end of the sheath assembly ; a handle assembly coupled to a proximal end of the sheath assembly , the handle assembly comprising a housing , a trigger handle , and an insert connector ; and a cam follower connected to the insert connector, wherein the trigger handle imparts force on the insert connector through the cam follower when the trigger handle is displaced from a rest position, thereby causing the insert connector to translate in the proximal direction, wherein an external force applied to the trigger handle in a proximal direction (P) causes displacement of the trigger handle relative to the rest position; and when a fastener insert (290; 600) is received within the sheath assembly , the force imparted by the trigger handle on the insert connector imparts a force in a proximal direction on the proximal end of the received fastener insert, wherein displacement of the trigger handle from the rest position within a first displacement range imparts a first amount of force on the insert connector by the trigger handle relative to the applied external force and displacement of the trigger handle from the rest position within a second displacement range imparts a second amount of force on the insert connector by the trigger handle relative to the applied external force, and wherein the first amount of force is greater than the second amount of force.
A transcutaneous analyte sensor assembly for measuring an analyte in a host, the assembly comprising: a housing comprising a base , wherein the housing is configured for mounting on a skin of a host; a contact subassembly ; a sensor comprising a distal portion and a proximal portion, wherein the distal portion is adapted to be inserted through the skin of a host, and wherein the proximal portion is operably connected to the housing; and electronics configured for measuring an analyte in the host, wherein the electronics are associated with the housing, wherein the electronics are connected to the sensor via at least one electrical contact , and wherein the electrical contact is substantially sealed from moisture in an external environment by at least one sealing member ; wherein the at least one contact is mounted on or in the contact subassembly which includes the sealing member , the at least one contact , the sensor , a contact holder configured to fit within the base and a hinge that allows the contact subassembly to pivot, articulate and/or hinge between a first position for insertion and a second position relative to the housing .
A preparation method of a coffee additive comprising preparing a black garlic extract caramel using a black garlic extract and adding milk and then stirring and heating the mixture at 85°C to 90°C for 5 to 10 minutes.
A photovoltaic unit comprising: a biological interface for sensing an electrical signal from the biological tissue, the biological interface including a multilayered piezoelectric amplifier including a composite impulse generating layer including a matrix of a piezo polymeric material and dispersed phases including piezo nanocrystals and carbon nanotubes ; carbon nanotube funnels for receiving the electrical signal from the biological interface ; and a transducer structure comprising a fiber substrate having quantum dots present on a receiving end of the fiber substrate , the receiving end of the fiber substrate receiving the electrical signal from the carbon nanotube funnels , the quantum dots converting the electrical signal to a light signal. a biological interface for sensing an electrical signal from the biological tissue, the biological interface including a multilayered piezoelectric amplifier including a composite impulse generating layer including a matrix of a piezo polymeric material and dispersed phases including piezo nanocrystals and carbon nanotubes ; carbon nanotube funnels for receiving the electrical signal from the biological interface ; and a transducer structure comprising a fiber substrate having quantum dots present on a receiving end of the fiber substrate , the receiving end of the fiber substrate receiving the electrical signal from the carbon nanotube funnels , the quantum dots converting the electrical signal to a light signal.
A fertilizer particle comprising a core and an outside layer of a conditioning agent comprising an iron chelate component dissolved in a solvent, characterized in that the solvent is selected from the group of glycols, glycol ethers and mixtures thereof, and the solvent represents from about 30 to about 90 weight% of the conditioning agent.
A measurements signals validation method for detecting dependencies of at least two data streams of sensor measurements, which are recorded on an energy generation device or on other technical devices , wherein the method comprises the following steps: - Capturing the streams of sensor data, stemming from the energy generation device or other technical devices or parts thereof; wherein the method is characterized by : - Defining a data structure with configurable length and breadth for analysis in form of a sliding window which is incrementally moved over the respective streams of sensor data so that there is an overlap between consecutive windows; - Applying an entropy-based algorithm on the data within the sliding window for calculating data stream dependencies, while incrementally moving the sliding window, wherein only updated data in the sliding window is processed by the entropy based algorithm, wherein as the window over the data moves on, elements m t of the streams that are out of date drop out and new elements m t+w+1 enter, probabilities p (m t ) and p(m t+w+1 ) for each stream and the respective joint probabilities are adjusted and all joint probabilities are updated in a conditional entropy summation. - Capturing the streams of sensor data, stemming from the energy generation device or other technical devices or parts thereof; - Defining a data structure with configurable length and breadth for analysis in form of a sliding window which is incrementally moved over the respective streams of sensor data so that there is an overlap between consecutive windows; - Applying an entropy-based algorithm on the data within the sliding window for calculating data stream dependencies, while incrementally moving the sliding window, wherein only updated data in the sliding window is processed by the entropy based algorithm, wherein as the window over the data moves on, elements m t of the streams that are out of date drop out and new elements m t+w+1 enter, probabilities p (m t ) and p(m t+w+1 ) for each stream and the respective joint probabilities are adjusted and all joint probabilities are updated in a conditional entropy summation.
An enclosure for electronics, the enclosure comprising: a shell defining an exterior of the enclosure and accommodating a main chamber inside the shell; a partition defining a relief chamber extending inwardly of the shell and having an aperture communicating between the relief chamber and the main chamber; and a gas-permeable membrane arranged to cover the aperture, characterised in that the shell has first and second openings communicating between the relief chamber and the exterior of the enclosure, the first and second openings being arranged on adjacent sidewalls of the enclosure and communicating with the relief chamber by respective tunnels extending at an angle one to the other. a shell defining an exterior of the enclosure and accommodating a main chamber inside the shell; a partition defining a relief chamber extending inwardly of the shell and having an aperture communicating between the relief chamber and the main chamber; and a gas-permeable membrane arranged to cover the aperture, characterised in that the shell has first and second openings communicating between the relief chamber and the exterior of the enclosure, the first and second openings being arranged on adjacent sidewalls of the enclosure and communicating with the relief chamber by respective tunnels extending at an angle one to the other.
A method for decontaminating a volume of a gaseous medium, such as air, contaminated by contaminating species in suspension, said volume of a gaseous medium being in contact with at least one surface of a solid substrate, said method comprising the following successive steps: a) fine droplets of an inorganic gel consisting of a colloidal solution comprising an inorganic viscosifying agent and a solvent are sprayed into said volume of a gaseous medium, thus forming a mist; b) the contaminating species in suspension are captured, caught by said droplets of the inorganic gel; c) the droplets of the inorganic gel containing the captured contaminating species in suspension are deposited on said surface of the solid substrate; d) the gel is maintained on the surface of the solid substrate at least for a period of time sufficient for the gel to dry and form a dry and solid residue containing the captured contaminating species in suspension; e) the dry and solid residue containing said captured contaminating species in suspension is recovered, the method characterized in that the volume of a gaseous medium is an enclosed volume defined by sidewalls, such as a floor, a ceiling and walls, forming said surface, the mist of fine droplets filling the entire enclosed volume, and the fine droplets of the inorganic gel containing the captured contaminating species in suspension are deposited on at least one of the sidewalls, preferably on all sidewalls. a) fine droplets of an inorganic gel consisting of a colloidal solution comprising an inorganic viscosifying agent and a solvent are sprayed into said volume of a gaseous medium, thus forming a mist; b) the contaminating species in suspension are captured, caught by said droplets of the inorganic gel; c) the droplets of the inorganic gel containing the captured contaminating species in suspension are deposited on said surface of the solid substrate; d) the gel is maintained on the surface of the solid substrate at least for a period of time sufficient for the gel to dry and form a dry and solid residue containing the captured contaminating species in suspension; e) the dry and solid residue containing said captured contaminating species in suspension is recovered,
A pharmaceutical formulation comprising an effective amount of a compound having β2 integrin agonist activity, the compound having an inherent end-to-end polarity such that the compound is more polar at one end of the molecule compared to the other end of the molecule, the compound being a furanyl substituted thiazolidine selected from and pharmaceutically acceptable salts thereof, the compound being a substantially pure single conformer and being together with a pharmaceutically acceptable carrier; the pharmaceutical formulation being for use in treating a condition associated with the activity of β2 integrins, characterised in that the condition is selected from inflammation mediated by CD11b/CD18, conditions associated with tumor infiltration modulated by leukocytic β2 integrins, and an autoimmune disease, and wherein the use comprises activating CD11b/CD18.