mhurhangee/patent-ind-claim-en huggingface dataset:
A coffee processing method comprising: performing a first working mode of the coffee machine to heat the coffee liquid with an initial temperature T 0 the method being characterized by calculating a heating rate V t at the first working mode by V t =(T 1 -T 0 )/t when the temperature of the coffee liquid reaches a sampling temperature T 1 , wherein t represents the time taken for the temperature of the coffee liquid to rise from T 0 to T 1 ; determining a starting control temperature T x according to T x =a 0 +a 1 V t +a 2 V t 2 , wherein each of a 0 , a 1 and a 2 represents a given value; determining a proportional coefficient for power adjustment K p according to K p =b 0 +b 1 V t +b 2 V t 2 , wherein each of b 0 , b 1 and b 2 represents a given value; determining a power adjustment time t x according to t x =c 0 +c 1 V t +c 2 V t 2 , wherein each of c 0 , c 1 and c 2 represents a given value; and performing a second working mode of the coffee machine according to the proportional coefficient for power adjustment K p and the power adjustment time t x when the coffee liquid reaches the starting control temperature T x , wherein the second working mode is different from the first working mode. performing a first working mode of the coffee machine to heat the coffee liquid with an initial temperature T 0 the method being characterized by calculating a heating rate V t at the first working mode by V t =(T 1 -T 0 )/t when the temperature of the coffee liquid reaches a sampling temperature T 1 , wherein t represents the time taken for the temperature of the coffee liquid to rise from T 0 to T 1 ; determining a starting control temperature T x according to T x =a 0 +a 1 V t +a 2 V t 2 , wherein each of a 0 , a 1 and a 2 represents a given value; determining a proportional coefficient for power adjustment K p according to K p =b 0 +b 1 V t +b 2 V t 2 , wherein each of b 0 , b 1 and b 2 represents a given value; determining a power adjustment time t x according to t x =c 0 +c 1 V t +c 2 V t 2 , wherein each of c 0 , c 1 and c 2 represents a given value; and performing a second working mode of the coffee machine according to the proportional coefficient for power adjustment K p and the power adjustment time t x when the coffee liquid reaches the starting control temperature T x , wherein the second working mode is different from the first working mode.
A current sensing coil , comprising: a double-sided board ; a first set of radial elements, formed on a first side of the board, including short elements and long elements arranged in an alternating arrangement; a second set of radial elements, formed on a second side of the board, including short elements and long elements arranged in an alternating arrangement; and a plurality of vias , formed in the double-sided board, and arranged to connect ends of the first set of radial elements to respective ends of the second set of radial elements so as to form the current sensing coil, the current sensing coil progressing in a circumferential direction around the board; wherein each radial element on the first side of the board is aligned with a respective radial element on the second side of the board, such that the respective radial elements form a radial plane which is orthogonal to the surfaces of the board and wherein the outer ends of the shorter and longer radial elements are circumferentially aligned, the inner ends of the shorter radial elements are aligned, and the inner ends of the longer radial elements are aligned. a double-sided board ; a first set of radial elements, formed on a first side of the board, including short elements and long elements arranged in an alternating arrangement; a second set of radial elements, formed on a second side of the board, including short elements and long elements arranged in an alternating arrangement; and a plurality of vias , formed in the double-sided board, and arranged to connect ends of the first set of radial elements to respective ends of the second set of radial elements so as to form the current sensing coil, the current sensing coil progressing in a circumferential direction around the board; wherein each radial element on the first side of the board is aligned with a respective radial element on the second side of the board, such that the respective radial elements form a radial plane which is orthogonal to the surfaces of the board and wherein the outer ends of the shorter and longer radial elements are circumferentially aligned, the inner ends of the shorter radial elements are aligned, and the inner ends of the longer radial elements are aligned.
A communication method, comprising: receiving (S210), configuration information, wherein the configuration information is used to configure a first physical uplink control channel, PUCCH, resource set, and each PUCCH resource in the first PUCCH resource set is configured at a subslot-level; determining (S220), a second PUCCH resource set of a subslot from the first PUCCH resource set, wherein the second PUCCH resource set comprises an available PUCCH resource of the first PUCCH resource set in the subslot, and a quantity of PUCCH resources in the second PUCCH resource set is less than or equal to a quantity of PUCCH resources in the first PUCCH resource set; and sending (S230), feedback information for downlink data on the available PUCCH resource in the second PUCCH resource set, wherein the determining (S220), a second PUCCH resource set of a subslot from the first PUCCH resource set comprises: obtaining a first parameter, wherein the first parameter is a maximum quantity of available PUCCH resources in the second PUCCH resource set; and determining the second PUCCH resource set from the first PUCCH resource set based on the first parameter. receiving (S210), configuration information, wherein the configuration information is used to configure a first physical uplink control channel, PUCCH, resource set, and each PUCCH resource in the first PUCCH resource set is configured at a subslot-level; determining (S220), a second PUCCH resource set of a subslot from the first PUCCH resource set, wherein the second PUCCH resource set comprises an available PUCCH resource of the first PUCCH resource set in the subslot, and a quantity of PUCCH resources in the second PUCCH resource set is less than or equal to a quantity of PUCCH resources in the first PUCCH resource set; and sending (S230), feedback information for downlink data on the available PUCCH resource in the second PUCCH resource set, wherein the determining (S220), a second PUCCH resource set of a subslot from the first PUCCH resource set comprises: obtaining a first parameter, wherein the first parameter is a maximum quantity of available PUCCH resources in the second PUCCH resource set; and determining the second PUCCH resource set from the first PUCCH resource set based on the first parameter. obtaining a first parameter, wherein the first parameter is a maximum quantity of available PUCCH resources in the second PUCCH resource set; and determining the second PUCCH resource set from the first PUCCH resource set based on the first parameter.
A composition comprising a carrier liquid and lignin or lignin derivatives solubilized in said carrier liquid; wherein at least one of the hydroxyl groups of the lignin or lignin derivatives have been substituted with ester groups forming esterified lignin or lignin derivatives, and wherein the carrier liquid is a mixture of a fatty acid and a crude oil, or a hydrocarbon oil or a mineral oil, the fatty acid being fatty acid or esterified fatty acid.
A laundry treatment apparatus comprising: a cabinet ; a laundry receiving space provided in the cabinet and providing a predetermined space for accommodating laundry; a laundry introduction opening provided in a front surface of the cabinet and formed in communication with the laundry receiving space; a supply unit configured to supply at least one of air and vapors to the laundry receiving space; a laundry support unit movably coupled to the cabinet and having a hanger (H) hung thereon; a door body rotatably coupled to the cabinet and configured to open and close the laundry introduction opening ; a window provided in a body through hole penetrating the door body and made of a transparent material; a knock sensing unit configured to sense at least one of a sound or vibration that is generated when a user knocks or taps; a lamp configured to emit light to the inside of the laundry receiving space when the knock sensing unit senses the sound or vibration generated when the window is knocked; a door sensing unit configured to sense whether the door body opens the laundry introduction opening ; and a conveying part configured to move the laundry support unit towards the laundry introduction opening when the door body opens the laundry introduction opening and move the laundry support unit away from the laundry introduction opening when the door body closes the laundry introduction opening . a cabinet ; a laundry receiving space provided in the cabinet and providing a predetermined space for accommodating laundry; a laundry introduction opening provided in a front surface of the cabinet and formed in communication with the laundry receiving space; a supply unit configured to supply at least one of air and vapors to the laundry receiving space; a laundry support unit movably coupled to the cabinet and having a hanger (H) hung thereon; a door body rotatably coupled to the cabinet and configured to open and close the laundry introduction opening ; a window provided in a body through hole penetrating the door body and made of a transparent material; a knock sensing unit configured to sense at least one of a sound or vibration that is generated when a user knocks or taps; a lamp configured to emit light to the inside of the laundry receiving space when the knock sensing unit senses the sound or vibration generated when the window is knocked; a door sensing unit configured to sense whether the door body opens the laundry introduction opening ; and a conveying part configured to move the laundry support unit towards the laundry introduction opening when the door body opens the laundry introduction opening and move the laundry support unit away from the laundry introduction opening when the door body closes the laundry introduction opening .
An electronic device comprising: a first housing ; a second housing that is configured to slide in a first direction to be pulled out of the first housing and to slide in a second direction opposite to the first direction to be pulled into an inside of the first housing ; a flexible display disposed in the first housing and the second housing ; a printed circuit board that is disposed in the second housing and is configured to move according to sliding of the second housing ; an antenna radiator disposed on a side surface of the first housing ; and a flexible printed circuit board electrically connecting the printed circuit board and the antenna radiator , characterised in that the first housing includes a through hole formed in the side surface thereof, and at least a portion of the antenna radiator is inserted via the through hole into the inside of the first housing , and the antenna radiator is configured to move inside the through hole of the first housing according to the sliding of the second housing . a first housing ; a second housing that is configured to slide in a first direction to be pulled out of the first housing and to slide in a second direction opposite to the first direction to be pulled into an inside of the first housing ; a flexible display disposed in the first housing and the second housing ; a printed circuit board that is disposed in the second housing and is configured to move according to sliding of the second housing ; an antenna radiator disposed on a side surface of the first housing ; and a flexible printed circuit board electrically connecting the printed circuit board and the antenna radiator , characterised in that the first housing includes a through hole formed in the side surface thereof, and at least a portion of the antenna radiator is inserted via the through hole into the inside of the first housing , and the antenna radiator is configured to move inside the through hole of the first housing according to the sliding of the second housing .
An inspection method, comprising steps of: scanning an inspected object using X-rays to obtain an image of the inspected object ; processing the image using a first neural network to obtain a semantic description of the inspected object ; reading text information of a manifest of the inspected object ; processing the text information of the manifest of the inspected object using a second neural network to obtain a semantic feature of the inspected object ; and determining whether the inspected object is allowed to pass based on the semantic description and the semantic feature, characterized in that , the first neural network comprises a region convolutional neural network, and the step of processing the image comprises: using the region convolutional neural network to detect objects in the image and to obtain confidence levels of the objects; and using detection positions of a preset number of objects whose confidence levels are higher than those of other objects detected in the image to calculate a picture representation according to all pixels in each boundary box. scanning an inspected object using X-rays to obtain an image of the inspected object ; processing the image using a first neural network to obtain a semantic description of the inspected object ; reading text information of a manifest of the inspected object ; processing the text information of the manifest of the inspected object using a second neural network to obtain a semantic feature of the inspected object ; and determining whether the inspected object is allowed to pass based on the semantic description and the semantic feature, characterized in that , the first neural network comprises a region convolutional neural network, and the step of processing the image comprises: using the region convolutional neural network to detect objects in the image and to obtain confidence levels of the objects; and using detection positions of a preset number of objects whose confidence levels are higher than those of other objects detected in the image to calculate a picture representation according to all pixels in each boundary box.
A laundry washing/drying system comprising a drying machine having a condenser which dehumidifies the drying air and a collection tank wherein the condensate formed in the condenser is collected; a washing machine having a tub wherein the washing process is performed, a mains line through which the mains water is taken and at least one feeding line which carries the water to be delivered to the tub ; and a delivery line which enables the condensate in the collection tank to be delivered to the washing machine , characterized by a water delivery member having a casing , a mains water inlet pipe which is provided on the casing and through which the mains water coming from the mains line enters, a condensate inlet pipe which is provided on the casing and through which the condensate coming from the delivery line enters, at least one discharge pipe which is provided on the casing and which is connected to the feeding line , a mains water drive wheel which is connected to a shaft , which has a plurality of blades thereon and which rotates together with the shaft as the water coming from mains line hits the first blades , and a condensate drive wheel which is connected to the shaft , which has a plurality of second blades thereon, which rotates with the rotational movement of the shaft so as to move the condensate coming from the delivery line towards the discharge pipe by means of the second blades .
An apparatus comprising: a liquid tank structured to enclose a working liquid within an interior of the tank , the tank including a port on top of the tank through which a robotic submersible can be inserted into the tank from an exterior position, the port coupled with a launching tube attached opposite the interior of the liquid tank , the launching tube having an outside valve configured to be opened and closed, a launching chamber sized to receive the robotic submersible through the outside valve , and a tank-side valve placed opposite the launching chamber from the outside valve and structured to be open to permit ingress of the robotic submersible into the interior of the tank , and an air release passage in fluid communication with the launching chamber to enable air to escape from the launching tube as liquid fills into the launching tube . a liquid tank structured to enclose a working liquid within an interior of the tank , the tank including a port on top of the tank through which a robotic submersible can be inserted into the tank from an exterior position, the port coupled with a launching tube attached opposite the interior of the liquid tank , the launching tube having an outside valve configured to be opened and closed, a launching chamber sized to receive the robotic submersible through the outside valve , and a tank-side valve placed opposite the launching chamber from the outside valve and structured to be open to permit ingress of the robotic submersible into the interior of the tank , and an air release passage in fluid communication with the launching chamber to enable air to escape from the launching tube as liquid fills into the launching tube .
Food cooking oven, in particular of the kind intended for use in commercial foodservice and mass-catering applications, provided with a steam generator comprising: - a boiler , - a gas burner , - means for generating a forced air flow through said gas burner , - an outer conduit branching out from said gas burner and adapted to convey through said boiler flue gases produced by and issuing from said gas burner , and - injector means to inject gas into said gas burner , an assembly formed of a first inner body and a second outer body that is so made and arranged as to accommodate said first inner body therewithin, characterized in that said gas burner comprises: a pre-mixing region for forming an air-gas mixture being formed in a hollow gap created between said first inner body and said second outer body , wherein an outer surface of said first inner body is provided with a plurality of first apertures , which are evenly and regularly distributed substantially all over said outer surface, and said second outer body is provided with a plurality of second apertures , said second apertures are solely provided to cover just a single, delimited portion of the outer surface of said second outer body , and said outer conduit is directly communicating with said second apertures . - a boiler , - a gas burner , - means for generating a forced air flow through said gas burner , - an outer conduit branching out from said gas burner and adapted to convey through said boiler flue gases produced by and issuing from said gas burner , and - injector means to inject gas into said gas burner , an assembly formed of a first inner body and a second outer body that is so made and arranged as to accommodate said first inner body therewithin,
A wireless communication method , applied to a communications system using a frequency domain resource with a specified bandwidth, wherein the frequency domain resource is divided into at least two frequency domain resource groups, each frequency domain resource group comprises at least one resource block, the at least two frequency domain resource groups belong to a same cell, and the method comprises: • determining, by a network device, from the at least two frequency domain resource groups a target frequency domain resource group to be allocated to a target terminal device, wherein the target frequency domain resource group is one frequency domain resource group, wherein the at least two frequency domain resource groups comprise a first frequency domain resource group and at least one second frequency domain resource group, and a control channel is configured in the first frequency domain resource group, the control channel in the first frequency domain resource group is used to transmit scheduling information of all frequency domain resource groups used in one scheduling period (S110); • sending, by the network device, first indication information to the target terminal device by using the control channel in the first frequency domain resource group, wherein the first indication information is used to indicate the target frequency domain resource group (S120); and • sending, by the network device, scheduling information of the target frequency domain resource group to the target terminal device by using the control channel in the first frequency domain resource group (S130), wherein the first frequency domain resource group is used for performing access processing. • determining, by a network device, from the at least two frequency domain resource groups a target frequency domain resource group to be allocated to a target terminal device, wherein the target frequency domain resource group is one frequency domain resource group, wherein the at least two frequency domain resource groups comprise a first frequency domain resource group and at least one second frequency domain resource group, and a control channel is configured in the first frequency domain resource group, the control channel in the first frequency domain resource group is used to transmit scheduling information of all frequency domain resource groups used in one scheduling period (S110); • sending, by the network device, first indication information to the target terminal device by using the control channel in the first frequency domain resource group, wherein the first indication information is used to indicate the target frequency domain resource group (S120); and • sending, by the network device, scheduling information of the target frequency domain resource group to the target terminal device by using the control channel in the first frequency domain resource group (S130), wherein the first frequency domain resource group is used for performing access processing.