mhurhangee/patent-ind-claim-en huggingface dataset:
An extracting method of extracting a beverage liquid from an extraction target, comprising: a pouring step (S12) of pouring a liquid into an extraction container , in which the extraction target is stored, wherein a temperature of the liquid is higher than a boiling point of the liquid at atmospheric pressure, a pressure raising step (S13) of raising an air pressure in the extraction container by opening and closing a solenoid valve which is arranged on a pipe (L1) connecting the extraction container and a reserve tank to a first air pressure, at which the liquid does not boil, higher than atmospheric pressure at which the liquid boils, a pressure reduction step (S15), after the pouring step, of reducing the air pressure in the extraction container from the first air pressure to the atmospheric pressure; and an extraction step (S17) of extracting the beverage liquid from the extraction target, wherein the pressure reduction step (S 15) is done by an atmosphere-release, in which the air pressure in the extraction container is released into the atmosphere. a pouring step (S12) of pouring a liquid into an extraction container , in which the extraction target is stored, wherein a temperature of the liquid is higher than a boiling point of the liquid at atmospheric pressure, a pressure raising step (S13) of raising an air pressure in the extraction container by opening and closing a solenoid valve which is arranged on a pipe (L1) connecting the extraction container and a reserve tank to a first air pressure, at which the liquid does not boil, higher than atmospheric pressure at which the liquid boils, a pressure reduction step (S15), after the pouring step, of reducing the air pressure in the extraction container from the first air pressure to the atmospheric pressure; and an extraction step (S17) of extracting the beverage liquid from the extraction target, wherein the pressure reduction step (S 15) is done by an atmosphere-release, in which the air pressure in the extraction container is released into the atmosphere.
A battery health monitoring method, applicable to an electronic cigarette, wherein said electronic cigarette comprises a battery , a detector , and a controller , said detector connected to said controller , and both said detector and said controller connected to said battery ; wherein said battery health monitoring method comprises the steps of: said controller acquiring battery information from said detector based on a state of said battery ; said controller determining whether said battery is abnormal based on said battery information; and if said battery is abnormal, said controller controlling said electronic cigarette to issue an alarm signal and/or controlling said battery to stop working; wherein said state of said battery 920) comprises: a working state and an idle state; wherein when said state of the battery enters the idle state from the working state, said controller acquires from said detector a first battery voltage when the battery enters the idle state and acquires a second battery voltage when the battery enters the working state from the idle state; characterized in that : the step of said controller determines whether said battery is abnormal based on said battery information specifically comprises: said controller determining an actual voltage drop based on said first battery voltage and said second battery voltage; said controller determining whether said actual voltage drop is greater than a preset value of voltage drop, and said controller determining that said battery is abnormal if said actual voltage drop is greater than said preset value. said controller acquiring battery information from said detector based on a state of said battery ; said controller determining whether said battery is abnormal based on said battery information; and if said battery is abnormal, said controller controlling said electronic cigarette to issue an alarm signal and/or controlling said battery to stop working; wherein said state of said battery 920) comprises: a working state and an idle state; wherein when said state of the battery enters the idle state from the working state, said controller acquires from said detector a first battery voltage when the battery enters the idle state and acquires a second battery voltage when the battery enters the working state from the idle state; characterized in that : the step of said controller determines whether said battery is abnormal based on said battery information specifically comprises: said controller determining an actual voltage drop based on said first battery voltage and said second battery voltage; said controller determining whether said actual voltage drop is greater than a preset value of voltage drop, and said controller determining that said battery is abnormal if said actual voltage drop is greater than said preset value. said controller determining an actual voltage drop based on said first battery voltage and said second battery voltage; said controller determining whether said actual voltage drop is greater than a preset value of voltage drop, and said controller determining that said battery is abnormal if said actual voltage drop is greater than said preset value.
A communication apparatus (UE) characterized by comprising: a receiver, adapted to receive an incremented freshness counter from a master base station, the incremented freshness counter being prepared in response to a change request of a secondary security key from a secondary base station when a value of the freshness counter exceeds a threshold value, wherein the secondary security key is a security key for the secondary base station; and control circuitry, adapted to derive an updated secondary security key by using the received incremented freshness counter and a currently active security key of the communication apparatus, corresponding to a currently active security key of the master base station, without refreshing the currently active security key of the communication apparatus, and uses the derived updated secondary security key in a communication link with the secondary base station.
A computer-implemented method for determining a suggested implant component to be implanted into a patient during an orthopedic surgery, the method comprising: applying, by a computing system, a first machine learning model to determine a suggested pathology, wherein an input vector of the first machine learning model includes a set of input data, the set of input data including anatomic parameters of the patient; applying, by the computing system, a second machine learning model to determine a suggested surgery, wherein an input vector of the second machine learning model includes an element that indicates the suggested pathology; applying, by the computing system, a third machine learning model to determine the suggested implant component to implant into the patient during the orthopedic surgery, wherein an input vector of the third machine learning model includes an element that indicates the suggested pathology and an element that indicates the suggested surgery; and outputting, by the computing system, an indication of the suggested implant component. applying, by a computing system, a first machine learning model to determine a suggested pathology, wherein an input vector of the first machine learning model includes a set of input data, the set of input data including anatomic parameters of the patient; applying, by the computing system, a second machine learning model to determine a suggested surgery, wherein an input vector of the second machine learning model includes an element that indicates the suggested pathology; applying, by the computing system, a third machine learning model to determine the suggested implant component to implant into the patient during the orthopedic surgery, wherein an input vector of the third machine learning model includes an element that indicates the suggested pathology and an element that indicates the suggested surgery; and outputting, by the computing system, an indication of the suggested implant component.
A coffee extracting device comprising: a pump connected to a water supply source and pressurizing water supplied from the water supply source; a heater heating water pressurized by the pump ; a coffee extracting unit extracting coffee using water heated by the heater ; and a discharge member externally discharging coffee which has been extracted by the coffee extracting unit , wherein a first vent valve is provided between the heater and the coffee extracting unit , the first vent valve being closed during coffee extraction and being opened after coffee extraction, characterized in that an ambient air intake pipe is connected to the coffee extracting unit to allow ambient air to be introduced to the coffee extracting unit after coffee extraction. a pump connected to a water supply source and pressurizing water supplied from the water supply source; a heater heating water pressurized by the pump ; a coffee extracting unit extracting coffee using water heated by the heater ; and a discharge member externally discharging coffee which has been extracted by the coffee extracting unit , wherein a first vent valve is provided between the heater and the coffee extracting unit , the first vent valve being closed during coffee extraction and being opened after coffee extraction, characterized in that an ambient air intake pipe is connected to the coffee extracting unit to allow ambient air to be introduced to the coffee extracting unit after coffee extraction.
A compound having the structure of or a salt thereof, wherein n is 1.
A curable epoxy resin composition, comprising: an alicyclic diepoxy compound (A); a photocationic polymerization initiator (B) or an acid anhydride (C); and an additional epoxy resin (D) which may be added optionally, wherein the alicyclic diepoxy compound (A) is bicyclohexyl-3,3'-diepoxide, the photocationic polymerization initiator (B) is a sulfonium salt-based photocationic polymerization initiator, and the acid anhydride (C) is methylhexahydrophthalic anhydride. an alicyclic diepoxy compound (A); a photocationic polymerization initiator (B) or an acid anhydride (C); and an additional epoxy resin (D) which may be added optionally, wherein the alicyclic diepoxy compound (A) is bicyclohexyl-3,3'-diepoxide, the photocationic polymerization initiator (B) is a sulfonium salt-based photocationic polymerization initiator, and the acid anhydride (C) is methylhexahydrophthalic anhydride.
A reception apparatus , comprising: a reception section adapted to receive AV content; a trigger extraction section adapted to extract trigger information including AV content identification information and time position information transmitted together with the AV content, the time position information regarding a temporal insertion position of the trigger information in the AV content; a command acquisition section adapted to acquire a command from a command server based on command server specification information obtained based on the AV content identification information and the time position information; and a control section adapted to control the operation of an application program in accordance with the acquired command. a reception section adapted to receive AV content; a trigger extraction section adapted to extract trigger information including AV content identification information and time position information transmitted together with the AV content, the time position information regarding a temporal insertion position of the trigger information in the AV content; a command acquisition section adapted to acquire a command from a command server based on command server specification information obtained based on the AV content identification information and the time position information; and a control section adapted to control the operation of an application program in accordance with the acquired command.
A power transmission device (G1) comprising: a gear speed reduction mechanism which includes an input shaft , an input pinion provided on the input shaft , a rotary shaft other than the input shaft , and a gear incorporated in the rotary shaft and in meshing engagement with the input pinion ; and a casing which accommodates the gear speed reduction mechanism , wherein the casing is made of resin and includes a casing body which includes an incorporating opening for incorporating the gear and a cover which closes the incorporating opening , wherein the casing body includes an input side opening with the opening being sized larger than the input pinion such that the input pinion can be inserted but smaller than the gear such that the gear cannot be inserted, wherein the rotary shaft is supported by a bearing support which is formed in the casing body , and the bearing support of the rotary shaft is not formed on the cover , and wherein the input pinion is a hypoid pinion, characterized in that the input side opening and the incorporating opening are provided on opposite surfaces of the casing body , respectively, and the bearing support is formed on a surface which intersects a surface on which the input side opening is provided and a surface on which the incorporating opening is provided. a gear speed reduction mechanism which includes an input shaft , an input pinion provided on the input shaft , a rotary shaft other than the input shaft , and a gear incorporated in the rotary shaft and in meshing engagement with the input pinion ; and a casing which accommodates the gear speed reduction mechanism , wherein the casing is made of resin and includes a casing body which includes an incorporating opening for incorporating the gear and a cover which closes the incorporating opening , wherein the casing body includes an input side opening with the opening being sized larger than the input pinion such that the input pinion can be inserted but smaller than the gear such that the gear cannot be inserted, wherein the rotary shaft is supported by a bearing support which is formed in the casing body , and the bearing support of the rotary shaft is not formed on the cover , and wherein the input pinion is a hypoid pinion, characterized in that the input side opening and the incorporating opening are provided on opposite surfaces of the casing body , respectively, and the bearing support is formed on a surface which intersects a surface on which the input side opening is provided and a surface on which the incorporating opening is provided.
A damping fluid mount comprising: an inner member ; an elastomer section that is affixed to an outer surface of the inner member , wherein the elastomer section has an outer diameter that is variable along an elastomer contour ; and a cup containing viscous fluid , wherein a crimped portion of the cup is radially crimped into the elastomer section such that the crimped portion radially precompresses the elastomer section and decreases an inner diameter of the crimped portion of the cup ; characterized in that the damping fluid mount further comprises: a ring integrated within the elastomer contour and crimped to conform to the elastomer contour ; wherein a diameter of the ring is greater than an inner diameter of the crimped portion of the cup . an inner member ; an elastomer section that is affixed to an outer surface of the inner member , wherein the elastomer section has an outer diameter that is variable along an elastomer contour ; and a cup containing viscous fluid , wherein a crimped portion of the cup is radially crimped into the elastomer section such that the crimped portion radially precompresses the elastomer section and decreases an inner diameter of the crimped portion of the cup ; characterized in that the damping fluid mount further comprises: a ring integrated within the elastomer contour and crimped to conform to the elastomer contour ; wherein a diameter of the ring is greater than an inner diameter of the crimped portion of the cup . a ring integrated within the elastomer contour and crimped to conform to the elastomer contour ; wherein a diameter of the ring is greater than an inner diameter of the crimped portion of the cup .
A combination therapy comprising an anti-cancer agent and an isolated peptide comprising the amino acid sequence denoted by SEQ ID NO. 1 or a pharmaceutically acceptable salt of said isolated peptide for use in a method of treating cancer, wherein said anti-cancer agent is selected from Taxol and doxorubicin.
An actuator comprising: a guide that extends in one direction; and a slider that is movable in an axial direction with respect to the guide, wherein at least one part of one surface of the guide is open, wherein the slider has an air pad that ejects compression gas, and at least two air servo chambers for driving the slider, and is configured so as to be floated with respect to the guide and guided by the guide, characterised in that the two air servo chambers are formed so as to face an inner surface and another inner surface of the guide that face each other with the slider interposed therebetween. a guide that extends in one direction; and a slider that is movable in an axial direction with respect to the guide, wherein at least one part of one surface of the guide is open, wherein the slider has an air pad that ejects compression gas, and at least two air servo chambers for driving the slider, and is configured so as to be floated with respect to the guide and guided by the guide,
A plasma reactor assembly comprising: an outer casing comprising: a fluid inlet ; a fluid outlet ; and an electric power connector ; at least one step-up transformer ; the transformer in electric communication with the electric power connector ; a plurality of parallel dielectric tubes in electric communication with the transformer ; and at least one electrode divider positioned between each dielectric tube with a fluid gap between each electrode divider and each adjacent dielectric tube wherein each divider has an arcuate v-shaped cross-section, wherein there is no fluid path between the fluid inlet and the fluid outlet except between the dielectric tubes and the electrode dividers in a direction transverse to the parallel dielectric tubes, wherein the dielectric tubes comprise an outer non-conductive cylinder and an inner conductive cylinder , the inner conductive cylinder being electrically coupled to the transformer and the electrode divider being coupled to the ground. an outer casing comprising: a fluid inlet ; a fluid outlet ; and an electric power connector ; a fluid inlet ; a fluid outlet ; and an electric power connector ; at least one step-up transformer ; the transformer in electric communication with the electric power connector ; a plurality of parallel dielectric tubes in electric communication with the transformer ; and at least one electrode divider positioned between each dielectric tube with a fluid gap between each electrode divider and each adjacent dielectric tube wherein each divider has an arcuate v-shaped cross-section, there is no fluid path between the fluid inlet and the fluid outlet except between the dielectric tubes and the electrode dividers in a direction transverse to the parallel dielectric tubes, wherein the dielectric tubes comprise an outer non-conductive cylinder and an inner conductive cylinder , the inner conductive cylinder being electrically coupled to the transformer and the electrode divider being coupled to the ground.
A method of adhesive bonding, comprising: a) providing an adherent structure including one or more rubber compounds on a surface of an element to be bonded, wherein providing an adherent structure comprises applying a primer to said surface of the element to be bonded, wherein said primer is selected from the group consisting of silane / silanol functional materials, polymeric isocyanates, energy curable polymers, solvent based epoxy functional, solvent based synthetic rubber, ethyl acetates, chlorinated polymers, hydroxyl terminated polymers, isocyanate terminated oligomers, amine functional polymers, metal titanates, phosphate esters, phosphonate esters, metal salts, and combinations thereof; b) placing a polymerizable adhesive composition, including at least one photoinitiator and at least one energy converting material, in contact with the adherent structure and two or more components to be bonded to form an assembly; c) irradiating the assembly with radiation at a first wavelength, capable of conversion by the at least one energy converting material to a second wavelength capable of activating the at least one photoinitiator to produce from the polymerizable adhesive composition a cured adhesive composition; and d) adhesively joining the two or more components by way of the adherent structure and the cured adhesive composition. a) providing an adherent structure including one or more rubber compounds on a surface of an element to be bonded, wherein providing an adherent structure comprises applying a primer to said surface of the element to be bonded, wherein said primer is selected from the group consisting of silane / silanol functional materials, polymeric isocyanates, energy curable polymers, solvent based epoxy functional, solvent based synthetic rubber, ethyl acetates, chlorinated polymers, hydroxyl terminated polymers, isocyanate terminated oligomers, amine functional polymers, metal titanates, phosphate esters, phosphonate esters, metal salts, and combinations thereof; b) placing a polymerizable adhesive composition, including at least one photoinitiator and at least one energy converting material, in contact with the adherent structure and two or more components to be bonded to form an assembly; c) irradiating the assembly with radiation at a first wavelength, capable of conversion by the at least one energy converting material to a second wavelength capable of activating the at least one photoinitiator to produce from the polymerizable adhesive composition a cured adhesive composition; and d) adhesively joining the two or more components by way of the adherent structure and the cured adhesive composition.
Method for the determination of the geometric position of at least one room controller for the regulation of building functions, in particular for the regulation of the room temperature, air humidity, room lighting, and/or blind position, wherein the at least one room controller is assigned to a region between two adjacent axes (A1 to A7), of a building with a plurality of regions , wherein the at least one room controller communicates with a BIM model of the building , characterised in that the at least one room controller determines its geometric position in the building , namely its position relative to the other room controllers , assigned in particular to adjacent, and to other, regions of the building , by communicating with the BIM model, and a rough determination of data concerning the geometric position of the at least one room controller takes place - by the use of topology data of a network, extending in the building, made up from a plurality of room controllers , and communication lines connecting the latter, and - from measurement data of a brightness sensor, which is arranged in the region assigned to the at least one room controller , wherein the measurement data is preferably recorded over a sufficiently long period of a day, such that it is possible to determine the course of the position of the sun, wherein communication takes place by cable between the at least one room controller and the BIM model. - by the use of topology data of a network, extending in the building, made up from a plurality of room controllers , and communication lines connecting the latter, and - from measurement data of a brightness sensor, which is arranged in the region assigned to the at least one room controller , wherein