mhurhangee/patent-ind-claim-en huggingface dataset:
A tire, comprising a tread surface divided into a plurality of land portions by at least one circumferential groove extending along a tire equator (CL) and tread edges (TE), wherein at least an outline (LX, LY) on one side of the tire equator (CL) of the tread surface comprises a plurality of arcs (AR1, AR2, AR3, BR1, BR2, BR3) each having a different radius of curvature (ARcl, ARc2, ARc3, BRc1, BRc2, BRc3) in a width direction cross-sectional view of the tire; an arc (AR2) having a minimum radius of curvature (ARc2) among the plurality of arcs (AR1, AR2, AR3, BR1, BR2, BR3) lies in a land portion having a maximum tread width direction length among the plurality of land portions ; an arc (AR3) having a larger radius of curvature (ARc3) is disposed on a tread edge side of the arc (AR2) having the minimum radius of curvature (ARc2); the radii of curvature (ARcl, ARc2, ARc3) of the at least three arcs (AR1, AR2, AR3) satisfies a relationship of ARc1>ARc3>ARc2, when the at least three arcs (AR1, AR2, AR3) are disposed in an order of AR1, AR2 and AR3 from the tire equator (CL) toward the tread edge (TE); and the tread edge refers to a ground end when a tire is mounted on an applicable rim, filled with a prescribed internal pressure and applied with a prescribed load.
A luggage article comprising: a hard-sided luggage case defining an internal compartment , and including a first split line defining a first shell and a second shell , each shell having a major face and opposing sidewalls ; a closure mechanism releasably securing the first shell and the second shell along the first split line; a second split line formed across the major face and the opposing sidewalls of the first shell and defining first and second shell portions of the first shell, each shell portion having a peripheral edge along the second split line, the second split line extending from a portion of the first split line on one sidewall to another portion of the first split line on the opposing sidewall; and a hinge band secured to the peripheral edges of the first and second shell portions along at least a portion of the length of the second split line, wherein the first shell portion is pivotable about the hinge band when the closure mechanism is disengaged along the first split line extending along the first shell portion; and wherein the hinge band collapses or deforms along a height (H HB ) of the hinge band to pivot the first shell portion about the hinge band; and characterised in that the hinge band is a wide band of resilient material, corrugated with corrugations running substantially parallel to the second split line. a hard-sided luggage case defining an internal compartment , and including a first split line defining a first shell and a second shell , each shell having a major face and opposing sidewalls ; a closure mechanism releasably securing the first shell and the second shell along the first split line; a second split line formed across the major face and the opposing sidewalls of the first shell and defining first and second shell portions of the first shell, each shell portion having a peripheral edge along the second split line, the second split line extending from a portion of the first split line on one sidewall to another portion of the first split line on the opposing sidewall; and a hinge band secured to the peripheral edges of the first and second shell portions along at least a portion of the length of the second split line, wherein the first shell portion is pivotable about the hinge band when the closure mechanism is disengaged along the first split line extending along the first shell portion; and wherein the hinge band collapses or deforms along a height (H HB ) of the hinge band to pivot the first shell portion about the hinge band; and characterised in that the hinge band is a wide band of resilient material, corrugated with corrugations running substantially parallel to the second split line.
A method of oxygen-free coupling of methane to olefins, wherein: methane of a feed gas is directly converted to olefins, aromatics and hydrogen by a catalyst having a metal element doped in the lattice of a material made from Si bonded with one or more of C, N and O; wherein the catalyst has a structure exhibiting long-range disorder and short-range order, the catalyst is formed by a process having a melting step at 1300-2200 °C and a cooling step wherein the rate of cooling is 50 to 800 °C per second; and the amount of the metal element is more than 0.001wt.%, but less than 10wt.% of total weight of the catalyst; wherein the dopant metal elements of the said catalysts are one or more of alkali metals, alkaline earth metals and transition metals, aluminium (Al), lanthanum (La), cerium (Ce), germanium (Ge), indium (In), tin (Sn), lead (Pb) and bismuth (Bi). methane of a feed gas is directly converted to olefins, aromatics and hydrogen by a catalyst having a metal element doped in the lattice of a material made from Si bonded with one or more of C, N and O; wherein the catalyst has a structure exhibiting long-range disorder and short-range order, the catalyst is formed by a process having a melting step at 1300-2200 °C and a cooling step wherein the rate of cooling is 50 to 800 °C per second; and the amount of the metal element is more than 0.001wt.%, but less than 10wt.% of total weight of the catalyst; wherein the dopant metal elements of the said catalysts are one or more of alkali metals, alkaline earth metals and transition metals, aluminium (Al), lanthanum (La), cerium (Ce), germanium (Ge), indium (In), tin (Sn), lead (Pb) and bismuth (Bi).
A coated article including a coating supported by a glass substrate , the coating comprising: a layer comprising zinc oxide ; an infrared (IR) reflecting layer comprising silver located on the substrate over and contacting the layer comprising zinc oxide ; a layer comprising titanium oxide located over the IR reflecting layer ; a layer comprising silicon nitride and/or metal oxide located over the layer comprising titanium oxide ; and wherein the IR reflecting layer has a specific resistivity (SR) of no greater than 5.0 micro-ohms.cm, wherein the layer comprising titanium oxide is more oxided at a central portion thereof with respect to thickness, than at respective upper and lower portions thereof. a layer comprising zinc oxide ; an infrared (IR) reflecting layer comprising silver located on the substrate over and contacting the layer comprising zinc oxide ; a layer comprising titanium oxide located over the IR reflecting layer ; a layer comprising silicon nitride and/or metal oxide located over the layer comprising titanium oxide ; and wherein the IR reflecting layer has a specific resistivity (SR) of no greater than 5.0 micro-ohms.cm, wherein the layer comprising titanium oxide is more oxided at a central portion thereof with respect to thickness, than at respective upper and lower portions thereof.
An air conditioner including an indoor unit , an outdoor unit , and a remote controller configured to instruct the indoor unit to control air conditioning, the air conditioner comprising: a first sensor configured to detect a first anomaly in the indoor unit , the first anomaly being an anomaly relating to leakage of a refrigerant; a second sensor configured to detect a second anomaly, the second anomaly being an anomaly other than the first anomaly; a control unit configured to activate the first sensor and the second sensor during an operation period in which the air conditioner provides air conditioning control and to activate the first sensor during a non-operation period in which the air conditioner does not provide air conditioning control; and a storage unit configured to store control information including information for a time period in which the air conditioner activates the first sensor during a non-operation period, wherein, if the air conditioner is not in operation, the control unit refers to the control information, and activates the first sensor continuously when a refrigerant leakage amount of a previous measurement by the first sensor does not exceed a second threshold, which is a threshold for determining that the refrigerant leaks, but exceeds a first threshold, which is lower than the second threshold, and activates the first sensor intermittently when the refrigerant leakage amount of the previous measurement by the first sensor does not exceed the first threshold. a first sensor configured to detect a first anomaly in the indoor unit , the first anomaly being an anomaly relating to leakage of a refrigerant; a second sensor configured to detect a second anomaly, the second anomaly being an anomaly other than the first anomaly; a control unit configured to activate the first sensor and the second sensor during an operation period in which the air conditioner provides air conditioning control and to activate the first sensor during a non-operation period in which the air conditioner does not provide air conditioning control; and a storage unit configured to store control information including information for a time period in which the air conditioner activates the first sensor during a non-operation period, wherein, if the air conditioner is not in operation, the control unit refers to the control information, and activates the first sensor continuously when a refrigerant leakage amount of a previous measurement by the first sensor does not exceed a second threshold, which is a threshold for determining that the refrigerant leaks, but exceeds a first threshold, which is lower than the second threshold, and activates the first sensor intermittently when the refrigerant leakage amount of the previous measurement by the first sensor does not exceed the first threshold.
A pharmaceutical composition comprising a compound of Formula IV, its individual enantiomers, its individual diastereoisomers, its hydrates, its solvates, its crystal forms, its individual tautomers or a pharmaceutically acceptable salt thereof: wherein R is selected from the group consisting of iso-propyl, tert-butyl, methyl, phenyl, 2-methyl-propyl, 2-phenyl-ethyl, 1-amino-2-methyl-propyl, 1-(2-amino-3-methyl-butyrylamino)-2-methyl-propyl, 1-(2-amino-acetylamino)-2-methyl-propyl; and 1-amino-2-phenyl-ethyl, wherein the composition is provided in the form of (i) topical eye drops, (ii) a directly injectable formulation; (iii) a slow releasing pellet, suspension, gel, or sustained delivery device; or (iv) an intraocular implant.
A monopile foundation guiding device, comprising a first guide unit , wherein the first guide unit comprises a single first drive unit , a first transmission unit and a first clamping unit , wherein the first clamping unit comprises at least two clamping arms, and a clamping space for clamping a monopile foundation is formed between the at least two clamping arms, wherein the first drive unit transmits power to the first transmission unit , and the first transmission unit drives the at least two clamping arms to operate synchronously to open or close the first clamping unit , characterized in that , the first transmission unit comprises a push block , wherein the first drive unit pushes the push block to move, so that the first clamping unit is driven to be closed to hold the monopile foundation tightly.
A modified conjugated diene rubber having a modifying structure derived from a siloxane compound at at least one terminal of a polymer chain containing conjugated diene monomer unit and a monomer unit of a vinyl compound having a functional group interactive with silica, wherein the monomer unit of a vinyl compound having a functional group interactive with silica is represented by General Formula : where X 1 represents a chemical single bond or a hydrocarbylene group, and X 2 , X 3 , and X 4 each independently represent a hydroxyl group, a substituted amino group, a hydrocarbyloxy group, or an optionally substituted hydrocarbyl group; excluding a modified conjugated diene rubber obtained by using a functionalizing lithium initiator obtained by reacting an organolithium compound, a secondary amine and a diene-containing compound as a polymerization initiator.
Device for accommodating an electronic component , comprising a closed housing with a housing wall , at least one electronic component and a fan with a fan housing , wherein the electronic component and the fan are arranged inside the housing , wherein the fan is designed as a ventilator , wherein the fan generates a continuous air flow for cooling the electronic component during operation and wherein the electronic component is arranged on at least one printed circuit board wherein at least one holder is present, wherein the holder is arranged inside the housing , wherein the fan is arranged in the holder , wherein more than one printed circuit board is provided and wherein at least one connecting element is provided for connecting and/or receiving the printed circuit boards and wherein the holder is connected to the connecting element , characterized in that the connecting element is designed as a printed circuit board which is arranged as a rear wall inside the housing, that at least one ducting element is present, wherein the ducting element is arranged such that the air flow flows from the fan into the housing via the ducting element during operation, wherein the ducting element is formed partly by the holder and partly by the connecting element , that a device insert or a plurality of independent circuit boards is connected to the circuit board designed as a rear wall, wherein the fan is arranged in such a way that the air flow flows at least partially between the circuit boards . wherein at least one holder is present, wherein the holder is arranged inside the housing , wherein the fan is arranged in the holder , wherein more than one printed circuit board is provided and wherein at least one connecting element is provided for connecting and/or receiving the printed circuit boards and wherein the holder is connected to the connecting element , characterized in that the connecting element is designed as a printed circuit board which is arranged as a rear wall inside the housing, that at least one ducting element is present, wherein the ducting element is arranged such that the air flow flows from the fan into the housing via the ducting element during operation, wherein the ducting element is formed partly by the holder and partly by the connecting element , that a device insert or a plurality of independent circuit boards is connected to the circuit board designed as a rear wall, wherein the fan is arranged in such a way that the air flow flows at least partially between the circuit boards .
A continuous flow device for the preparation of nanoparticles comprising: a first feeding unit with a first feed pump connected to a first raw material source ; a first reactor unit with a first heatable reactor-zone configured to be heated to a first temperature value; a second reactor unit with a second heatable reactor-zone configured to be heated to a second temperature value, each of said units connected into a flow path in the listed series order; at least one pressure controller arranged in said flow path; a mixing unit inserted into said flow path between said first and second reactor units ; a second feeding unit with a second feed pump connected to a second raw material source , said second feed pump being in fluid communication with the mixing unit ; a control unit configured to be capable of controlling at least one of the pressure value set by said pressure controller and the temperature values of said heatable reactor-zones , characterized in that said device further comprises a final product analyzer unit with an optical detector connected to said flow path after the last reactor unit to analyze a property of the nanoparticles leaving the last reactor unit , said analyzer unit is connected to the control unit to provide said control unit with results obtained by the analyzer unit regarding the analyzed property to adjust operating parameters of the device based on said results when the nanoparticles are under preparation, each heatable reactor-zone is followed by a respective cooling unit inserted in cascade with the respective reactor-zone within said flow path. a first feeding unit with a first feed pump connected to a first raw material source ; a first reactor unit with a first heatable reactor-zone configured to be heated to a first temperature value; a second reactor unit with a second heatable reactor-zone configured to be heated to a second temperature value, each of said units connected into a flow path in the listed series order; at least one pressure controller arranged in said flow path; a mixing unit inserted into said flow path between said first and second reactor units ; a second feeding unit with a second feed pump connected to a second raw material source , said second feed pump being in fluid communication with the mixing unit ; a control unit configured to be capable of controlling at least one of the pressure value set by said pressure controller and the temperature values of said heatable reactor-zones , characterized in that said device further comprises a final product analyzer unit with an optical detector connected to said flow path after the last reactor unit to analyze a property of the nanoparticles leaving the last reactor unit , said analyzer unit is connected to the control unit to provide said control unit with results obtained by the analyzer unit regarding the analyzed property to adjust operating parameters of the device based on said results when the nanoparticles are under preparation, each heatable reactor-zone is followed by a respective cooling unit inserted in cascade with the respective reactor-zone within said flow path.
An aerial vehicle comprising a fuselage skin structure and at least a door structure , which is configured to be closable arranged in an aperture of the fuselage skin structure and secured to the fuselage skin structure , the fuselage skin structure comprises an aperture perimeter surrounding the aperture , at least one stationary latch fitting is arranged at the door structure , wherein at least a portion of the aperture perimeter comprises; - a door latch fitting securing device comprising at least one elongated latch bar configured for linear motion and engagement with the stationary latch fitting in a latched position when the door structure is closed; characterised by : - the door latch fitting securing device further comprises a rotatable lock member configured for rotary motion for engagement with and for locking the elongated latch bar in the latched position; - an actuator device is coupled to the door latch fitting securing device via a translation mechanism configured to convert rotary motion of the actuator device into said linear motion and into said rotary motion. - a door latch fitting securing device comprising at least one elongated latch bar configured for linear motion and engagement with the stationary latch fitting in a latched position when the door structure is closed; characterised by : - the door latch fitting securing device further comprises a rotatable lock member configured for rotary motion for engagement with and for locking the elongated latch bar in the latched position; - an actuator device is coupled to the door latch fitting securing device via a translation mechanism configured to convert rotary motion of the actuator device into said linear motion and into said rotary motion.
Operator control device for an electrical appliance with: - an operator control panel , - a holding device on the operator control panel, - an operator control element which is secured on the holding device, wherein: - the operator control element or the holding device has at least one magnet element with a field of magnetic effect under an upper side of the operator control element, - the operator control element has above the at least one magnet element magnetochromic material visible on an upper side of the operator control element in such a way that it is at least partially subjected to a change of the field of effect of the magnet element in the basic position and/or in one of the operating positions of the operator control element in such a way that its visual appearance is influenced by the at least one magnet element or by the field of magnetic effect thereof, - in the holding device means for influencing the magnetochromic material by the field of effect are provided, wherein the means are configured in such a way that, depending on an operating position of the operator control element on the holding device, the visual appearance of the magnetochromic material is influenced, characterized in that - the operator control element is movable on the holding device between a basic position and a number of operating positions, and - the operator control device has detecting means for detecting a position and/or movement of the operator control element , in order to cause operation for the electrical appliance. - an operator control panel , - a holding device on the operator control panel, - an operator control element which is secured on the holding device, wherein: - the operator control element or the holding device has at least one magnet element with a field of magnetic effect under an upper side of the operator control element, - the operator control element has above the at least one magnet element magnetochromic material visible on an upper side of the operator control element in such a way that it is at least partially subjected to a change of the field of effect of the magnet element in the basic position and/or in one of the operating positions of the operator control element in such a way that its visual appearance is influenced by the at least one magnet element or by the field of magnetic effect thereof, - in the holding device means for influencing the magnetochromic material by the field of effect are provided, wherein the means are configured in such a way that, depending on an operating position of the operator control element on the holding device, the visual appearance of the magnetochromic material is influenced, characterized in that - the operator control element is movable on the holding device between a basic position and a number of operating positions, and - the operator control device has detecting means for detecting a position and/or movement of the operator control element , in order to cause operation for the electrical appliance.