mhurhangee/patent-ind-claim-en huggingface dataset:
A fire detector base , comprising a pedestal for attaching thereto a detector body of a fire detector configured to detect fire, the pedestal including: a bottom wall ; and a circumference wall having a tubular shape and protruding from a circumferential edge of the bottom wall , the bottom wall having a first surface and a second surface that are disposed opposite to each other along a protruding direction of the circumference wall , the circumference wall including an end in the protruding direction of the circumference wall , the end being closer to the first surface than the second surface in the protruding direction , the pedestal further including: a water collecting surface adjacent to the first surface in a direction orthogonal to the protruding direction ; and a hole penetrating from the water collecting surface to an outside of the pedestal , that is, the space outside the inside space of the circumference wall , and the first surface including an inclined surface that is inclined to be closer to the second surface at its end adjacent to the water collecting surface than at its end remote from the water collecting surface along the direction orthogonal to the protruding direction . a bottom wall ; and a circumference wall having a tubular shape and protruding from a circumferential edge of the bottom wall , a water collecting surface adjacent to the first surface in a direction orthogonal to the protruding direction ; and a hole penetrating from the water collecting surface to an outside of the pedestal , that is, the space outside the inside space of the circumference wall , and
A method for processing fruit that has a central stone and flesh surrounding the stone, said method comprising the steps of: - positioning the fruit inside a casing in which a rotating element rotates, the casing comprising at least one outlet hole for letting out the stone and the flesh detached from the stone; - removing from the stone at least a part of the flesh attached to the stone ; the step of removing from the stone at least a part of the flesh attached to the stone comprising the step of pushing the fruit by centrifugal force against the casing and bringing said rotating element into contact with the flesh until the stone manages to pass through said at least one outlet hole ; the step of removing the flesh from the stone comprising the step of positioning by centrifugal effect the stone between the casing and an imaginary circumference travelled by the outer diameter of a blade element being part of the rotating element ; said blade element removing at least a part of the flesh attached to the stone without coming into contact with the stone ; said method also comprising the steps of: -obtaining a semi-processed product downstream of the casing comprising the stone and the flesh that was separated from the stone ; -making said semi-processed product pass through a sieve that retains the stone allowing the passage of the flesh . - positioning the fruit inside a casing in which a rotating element rotates, the casing comprising at least one outlet hole for letting out the stone and the flesh detached from the stone; - removing from the stone at least a part of the flesh attached to the stone ; the step of removing from the stone at least a part of the flesh attached to the stone comprising the step of pushing the fruit by centrifugal force against the casing and bringing said rotating element into contact with the flesh until the stone manages to pass through said at least one outlet hole ; the step of removing the flesh from the stone comprising the step of positioning by centrifugal effect the stone between the casing and an imaginary circumference travelled by the outer diameter of a blade element being part of the rotating element ; said blade element removing at least a part of the flesh attached to the stone without coming into contact with the stone ; said method also comprising the steps of: -obtaining a semi-processed product downstream of the casing comprising the stone and the flesh that was separated from the stone ; -making said semi-processed product pass through a sieve that retains the stone allowing the passage of the flesh . -obtaining a semi-processed product downstream of the casing comprising the stone and the flesh that was separated from the stone ; -making said semi-processed product pass through a sieve that retains the stone allowing the passage of the flesh .
A laser-optic system for laser-structuring surfaces or interference-based laser processing, which results in a locally defined modification on a surface of a substrate (S), comprising a laser beam source in which a laser beam (A) emitted by the laser beam source is divided by at least one beam splitter (BS1) into at least two partial beams (B1, B2), and the partial beams (B1, B2) are directed at reflective elements (M1, M2) and at least one further beam splitter (BS2) in such a way that at least two partial beams (C and D) interfering with one another impinge on a surface of a substrate (S) to be processed and/or a second beam path , characterized in that at least one of the beam splitters (BS1, BS2) or at least one of the reflective elements (M1, M2) can be pivoted, or is pivoted, about an axis that is oriented perpendicularly to an optical axis of a partial beam (B1, B2) at an angle θ of 45°, at which the beam splitters (BS1, BS2) and reflective elements (M1, M2) are oriented with respect to the particular optical axis of the laser beam (A) or of the particular partial beam (B1, B2), so that a phase difference is achievable between the interfering partial beams (C, D), and the partial beams (B1, B2) interfere starting with the beam splitter (BS2) arranged last in the beam path of the partial beams (B1, B2), proceeding from the first beam splitter (BS1). characterized in that at least one of the beam splitters (BS1, BS2) or at least one of the reflective elements (M1, M2) can be pivoted, or is pivoted, about an axis that is oriented perpendicularly to an optical axis of a partial beam (B1, B2) at an angle θ of 45°, at which the beam splitters (BS1, BS2) and reflective elements (M1, M2) are oriented with respect to the particular optical axis of the laser beam (A) or of the particular partial beam (B1, B2), so that a phase difference is achievable between the interfering partial beams (C, D), and the partial beams (B1, B2) interfere starting with the beam splitter (BS2) arranged last in the beam path of the partial beams (B1, B2), proceeding from the first beam splitter (BS1).
A method of determining a power curve of a first wind turbine having a rotor, wherein - the power curve specifies a relationship between wind speed (Vw) and a power output that can be generated by the first wind turbine , - in order to measure the wind speed (Vw), the wind speed is calculated on the basis of a measurement correlation (M) derived from a behavior of the rotor, wherein - the measurement correlation (M) specifies a correlation between the rotor behavior and the wind speed (Vw), and - the measurement correlation (M) is trained by means of a second wind turbine of identical construction, wherein - the second wind turbine has a reference wind sensor for training purposes and - while the second wind turbine is being operated at varying wind speeds, the reference wind sensor repeatedly records a wind speed (Vw) and assigns it to a simultaneously recorded behavior of the rotor of the second wind turbine , in order to produce the measurement correlation (M), wherein - the power curve of the first wind turbine is produced by - repeatedly and simultaneously recording a power output generated by the first wind turbine and an associated wind speed (Vw) while operating the first wind turbine at varying wind speeds, - the wind speed (Vw) being calculated from a behavior of the rotor of the first wind turbine on the basis of the measurement correlation (M) trained by means of the second wind turbine . - the power curve specifies a relationship between wind speed (Vw) and a power output that can be generated by the first wind turbine , - in order to measure the wind speed (Vw), the wind speed is calculated on the basis of a measurement correlation (M) derived from a behavior of the rotor, wherein - the measurement correlation (M) specifies a correlation between the rotor behavior and the wind speed (Vw), and - the measurement correlation (M) is trained by means of a second wind turbine of identical construction, wherein - the second wind turbine has a reference wind sensor for training purposes and - while the second wind turbine is being operated at varying wind speeds, the reference wind sensor repeatedly records a wind speed (Vw) and assigns it to a simultaneously recorded behavior of the rotor of the second wind turbine , in order to produce the measurement correlation (M), wherein - the power curve of the first wind turbine is produced by - repeatedly and simultaneously recording a power output generated by the first wind turbine and an associated wind speed (Vw) while operating the first wind turbine at varying wind speeds, - the wind speed (Vw) being calculated from a behavior of the rotor of the first wind turbine on the basis of the measurement correlation (M) trained by means of the second wind turbine .
Ultrasonic transducer device comprising a piezoelectric element , a damping device and a carrier element , wherein the piezoelectric element is mechanically coupled to the carrier element by means of the damping device , characterized in that the carrier element is a printed circuit board comprising electronics to control the ultrasonic transducer device, the damping device is placed on the printed circuit board and the piezoelectric element is placed on the damping device , and in that the ultrasonic transducer device comprises a heating device , the heating device comprising, a temperature sensor element situated inside the damping device and configured to measure a temperature of the damping device , a heating element situated inside the damping device and configured to heat the damping device by means of a heating current , a control circuit configured to supply the heating current to the heating element as a function of the measured temperature of the damping device and a predefined target temperature , wherein the temperature sensor element and the heating element are connected to the control circuit by electrical connections embedded in the printed circuit board.
A computer-implemented method, operable on a telecommunications device in a system comprising one or more servers, wherein said device is a client device in said system, said method comprising: providing a client configuration state for said client device to said one or more servers, wherein the client configuration state for the client device includes or is based on identification information about the client device or on information about other devices with which the client can communicate in at least one direction, or both; obtaining from said one or more servers a first sub-network configuration, said first sub-network configuration comprising at least one path from said one or more servers to said client device, said first sub-network configuration being based on said client configuration state and on at least one other client configuration state of at least one other client device, wherein said at least one path comprises one or more intermediate clients, and wherein the client device uses the at least one path specified in said first sub-network configuration to obtain at least one resource via said one or more servers. providing a client configuration state for said client device to said one or more servers, wherein the client configuration state for the client device includes or is based on identification information about the client device or on information about other devices with which the client can communicate in at least one direction, or both; obtaining from said one or more servers a first sub-network configuration, said first sub-network configuration comprising at least one path from said one or more servers to said client device, said first sub-network configuration being based on said client configuration state and on at least one other client configuration state of at least one other client device, wherein said at least one path comprises one or more intermediate clients, and wherein the client device uses the at least one path specified in said first sub-network configuration to obtain at least one resource via said one or more servers.
A conveyor for a beverage container recycler, comprising: an inlet for receiving the beverage container ; and a base for the conveyor; characterized by comprising: a ladder frame , comprising two longitudinal beams spaced apart from each other, allowing the beverage container to fit transversely between the longitudinal beams ; and plural transverse beams connecting the two longitudinal beams ; an actuator for reciprocating the ladder frame between a flat position and a raised position; plural fixed stops for retaining the beverage container at the base , between the transverse beams when the ladder frame is in the flat position; wherein the ladder frame is configured to push the beverage container over one fixed stop when moving from the flat position to the raised position and multiple reciprocations cause the beverage container to travel over plural fixed stops through the conveyor. an inlet for receiving the beverage container ; and a base for the conveyor; characterized by comprising: a ladder frame , comprising two longitudinal beams spaced apart from each other, allowing the beverage container to fit transversely between the longitudinal beams ; and plural transverse beams connecting the two longitudinal beams ; an actuator for reciprocating the ladder frame between a flat position and a raised position; plural fixed stops for retaining the beverage container at the base , between the transverse beams when the ladder frame is in the flat position; wherein the ladder frame is configured to push the beverage container over one fixed stop when moving from the flat position to the raised position and multiple reciprocations cause the beverage container to travel over plural fixed stops through the conveyor. a ladder frame , comprising two longitudinal beams spaced apart from each other, allowing the beverage container to fit transversely between the longitudinal beams ; and plural transverse beams connecting the two longitudinal beams ; an actuator for reciprocating the ladder frame between a flat position and a raised position; plural fixed stops for retaining the beverage container at the base , between the transverse beams when the ladder frame is in the flat position; wherein the ladder frame is configured to push the beverage container over one fixed stop when moving from the flat position to the raised position and multiple reciprocations cause the beverage container to travel over plural fixed stops through the conveyor.
Method for producing homogenized tobacco material, comprising the steps of: - selecting a first target value for a first tobacco characteristic; - separately grinding different tobacco types so as to obtain a plurality of different ground tobacco powders; - blending at least two of the plurality of different ground tobacco powders so as to form a first tobacco powder blend; - blending at least two of the plurality of different ground tobacco powders so as to form a second tobacco powder blend; - checking a value of the first tobacco characteristic in the first tobacco powder blend; - if the value of the first characteristic of the first tobacco powder blend is different from the first target value, adding the second tobacco powder blend to the first tobacco powder blend in order to obtain a value of the first tobacco characteristic in a mixture of the first and the second tobacco powder blends different from the value of the first tobacco characteristic in the first tobacco powder blend; and - adding the second tobacco powder blend while mixing the first tobacco powder blend. - selecting a first target value for a first tobacco characteristic; - separately grinding different tobacco types so as to obtain a plurality of different ground tobacco powders; - blending at least two of the plurality of different ground tobacco powders so as to form a first tobacco powder blend; - blending at least two of the plurality of different ground tobacco powders so as to form a second tobacco powder blend; - checking a value of the first tobacco characteristic in the first tobacco powder blend; - if the value of the first characteristic of the first tobacco powder blend is different from the first target value, adding the second tobacco powder blend to the first tobacco powder blend in order to obtain a value of the first tobacco characteristic in a mixture of the first and the second tobacco powder blends different from the value of the first tobacco characteristic in the first tobacco powder blend; and - adding the second tobacco powder blend while mixing the first tobacco powder blend.
A leather inkjet printing device comprising - a vacuum flatbed table configured to support flat substrates with applied vacuum power and while printing, in a hold down area between 3 m 2 and 50 m 2 , against the vacuum flatbed table ; and - a print head ; and - a leather: and; - wherein said leather inkjet printing device is a flatbed table inkjet printer wherein the vacuum flatbed table moves under the print head or a gantry moves the print head over the vacuum flatbed table ; and - a removable flat substrate support device configured to support the leather while printing, in a contact area between 3 m 2 and 50 m 2 ; and wherein the vacuum flatbed table is configured for coupling the removable flat substrate support device stationary to the vacuum flatbed table by applied vacuum power. - a vacuum flatbed table configured to support flat substrates with applied vacuum power and while printing, in a hold down area between 3 m 2 and 50 m 2 , against the vacuum flatbed table ; and - a print head ; and - a leather: and; - wherein said leather inkjet printing device is a flatbed table inkjet printer wherein the vacuum flatbed table moves under the print head or a gantry moves the print head over the vacuum flatbed table ; and - a removable flat substrate support device configured to support the leather while printing, in a contact area between 3 m 2 and 50 m 2 ; and wherein the vacuum flatbed table is configured for coupling the removable flat substrate support device stationary to the vacuum flatbed table by applied vacuum power.
A data sending method, comprising: receiving (S201), by a first terminal device at a first moment, first indication information sent by a network device , wherein the first indication information is used to indicate a resource that is of a sidelink over an unlicensed spectrum and that is configured by the network device , and the first indication information comprises a channel listening parameter and first time period information; performing (S202), by the first terminal device , channel listening on the sidelink over the unlicensed spectrum based on the channel listening parameter; and determining (S203), by the first terminal device based on a channel listening result, whether to send first data to a second terminal device on the sidelink over the unlicensed spectrum within a first time period, wherein the first indication information further comprises third moment information, and the method further comprises: reporting, by the first terminal device , a data transmission status between the first terminal device and the second terminal device to the network device at a third moment. receiving (S201), by a first terminal device at a first moment, first indication information sent by a network device , wherein the first indication information is used to indicate a resource that is of a sidelink over an unlicensed spectrum and that is configured by the network device , and the first indication information comprises a channel listening parameter and first time period information; performing (S202), by the first terminal device , channel listening on the sidelink over the unlicensed spectrum based on the channel listening parameter; and determining (S203), by the first terminal device based on a channel listening result, whether to send first data to a second terminal device on the sidelink over the unlicensed spectrum within a first time period, wherein the first indication information further comprises third moment information, and the method further comprises: reporting, by the first terminal device , a data transmission status between the first terminal device and the second terminal device to the network device at a third moment.
A refrigeration cycle apparatus comprising a refrigerant circuit including a compressor , a condenser , a pressure reducing device , and an evaporator connected by a refrigerant pipe, a refrigerant including a refrigerant having flammability being used as refrigerant circulating in the refrigerant circuit , a unit , the condenser , and the pressure reducing device being accommodated in the unit , the condenser being disposed in the unit in such a manner that a linear distance between a refrigerant outlet of the condenser and a refrigerant inlet of the pressure reducing device is shorter than a linear distance between a refrigerant inlet of the condenser and the refrigerant inlet of the pressure reducing device wherein the unit includes a first compartment in which the compressor is disposed and a second compartment in which the pressure reducing device is disposed, and the condenser is disposed between the first compartment and the second compartment in the unit . a refrigerant circuit including a compressor , a condenser , a pressure reducing device , and an evaporator connected by a refrigerant pipe, a refrigerant including a refrigerant having flammability being used as refrigerant circulating in the refrigerant circuit , a unit , the condenser , and the pressure reducing device being accommodated in the unit , the condenser being disposed in the unit in such a manner that a linear distance between a refrigerant outlet of the condenser and a refrigerant inlet of the pressure reducing device is shorter than a linear distance between a refrigerant inlet of the condenser and the refrigerant inlet of the pressure reducing device wherein the unit includes a first compartment in which the compressor is disposed and a second compartment in which the pressure reducing device is disposed, and the condenser is disposed between the first compartment and the second compartment in the unit .