mhurhangee/patent-ind-claim-en huggingface dataset:
A heat production plant configured to be supplied with wood fuel, wood-shell fruit residues and other similar vegetable residues, comprising: - a first containment tank for storing standard wood chips (A); - a shredding mill, or refiner configured to reduce the size of said standard wood chips (A), said shredding mill, or refiner comprising an outlet chamber for collecting reduced wood chips (B) exiting the shredding mill itself, or refiner ; - first transfer means for conveying said standard wood chips (A) from the bottom of said first containment tank to said shredding mill, or refiner ; - a second containment tank for storing the reduced wood chips (B); - second transfer means for conveying the reduced wood chips (B) from said outlet chamber to said second containment tank ; - a combustion module , comprising a pellet burner ; - third transfer means for conveying said reduced wood chips (B) from the bottom of said second containment tank to said pellet burner ; - a heat exchange module , configured for heat exchange between the flue gases exiting said combustion module and a flow of a fluid to be heated; - a module for pumping said fluid to be heated, configured to draw said fluid to be heated and to push it through said heat exchange module , wherein said third transfer means comprise a third auger , said combustion module comprising an arrival chamber wherein said reduced wood chips (B) lifted by said third auger arrive. - a first containment tank for storing standard wood chips (A); - a shredding mill, or refiner configured to reduce the size of said standard wood chips (A), said shredding mill, or refiner comprising an outlet chamber for collecting reduced wood chips (B) exiting the shredding mill itself, or refiner ; - first transfer means for conveying said standard wood chips (A) from the bottom of said first containment tank to said shredding mill, or refiner ; - a second containment tank for storing the reduced wood chips (B); - second transfer means for conveying the reduced wood chips (B) from said outlet chamber to said second containment tank ; - a combustion module , comprising a pellet burner ; - third transfer means for conveying said reduced wood chips (B) from the bottom of said second containment tank to said pellet burner ; - a heat exchange module , configured for heat exchange between the flue gases exiting said combustion module and a flow of a fluid to be heated; - a module for pumping said fluid to be heated, configured to draw said fluid to be heated and to push it through said heat exchange module ,
A pressing operation detection device including a touch detection unit configured for detecting a touch on an operation unit by a user and a pressing amount detection unit configured for detecting a pressing amount of pressing performed by the user on the operation unit , the pressing operation detection device further comprising: a pressing operation determination unit configured to determine whether a pressing operation has been performed on the operation unit based on a result of a determination as to whether the touch detection unit detects the touch and a result of a determination as to whether the pressing amount detected by the pressing amount detection unit reaches a pressing amount threshold value; an increase-and-decrease frequency detection unit configured to detect occurrence frequency of increase and decrease of a pressing amount detected by the pressing amount detection unit every predetermined period of time; and a determination controller configured to determine whether the occurrence frequency of increase and decrease of a pressing amount detected by the increase-and-decrease frequency detection unit is larger than a frequency threshold value every predetermined period of time in a state in which the touch detection unit does not detect a touch on the operation unit , and to change the pressing amount threshold value used for the determination performed by the pressing operation determination unit in accordance with a result of the determination. a pressing operation determination unit configured to determine whether a pressing operation has been performed on the operation unit based on a result of a determination as to whether the touch detection unit detects the touch and a result of a determination as to whether the pressing amount detected by the pressing amount detection unit reaches a pressing amount threshold value; an increase-and-decrease frequency detection unit configured to detect occurrence frequency of increase and decrease of a pressing amount detected by the pressing amount detection unit every predetermined period of time; and a determination controller configured to determine whether the occurrence frequency of increase and decrease of a pressing amount detected by the increase-and-decrease frequency detection unit is larger than a frequency threshold value every predetermined period of time in a state in which the touch detection unit does not detect a touch on the operation unit , and to change the pressing amount threshold value used for the determination performed by the pressing operation determination unit in accordance with a result of the determination.
Image processing method, comprising: receiving (S210) i) an image volume, ii) a 2D profile shape and iii) a propagation curve; propagating (S220) said 2D profile shape across the image volume along said propagation curve to thereby generate a sub-volume in said volume; and displaying (S230) of said sub-volume on a display device, wherein the image volume is stratified, wherein the propagation of said 2D profile shape automatically terminates at an interface between two strata in the volume so that the sub-volume does not extend across said interface. receiving (S210) i) an image volume, ii) a 2D profile shape and iii) a propagation curve; propagating (S220) said 2D profile shape across the image volume along said propagation curve to thereby generate a sub-volume in said volume; and displaying (S230) of said sub-volume on a display device, wherein the image volume is stratified, wherein the propagation of said 2D profile shape automatically terminates at an interface between two strata in the volume so that the sub-volume does not extend across said interface.
A refrigerant composition comprising FO-1216 and a halogenated ethylene, wherein the halogenated ethylene is at least one member selected from the group consisting of HCFO-1122a, FO-1114, HFO-1132(E), HFO-1132(Z), HFO-1132a, and HFO-1141.
A communication chip, comprising a baseband central processing unit, CPU, , a first protocol interface , a selector switch and a subscriber identity module zone unit , wherein the selector switch is in a state of communication with the subscriber identity module zone unit all the time and is connected to the subscriber identity module zone unit and the first protocol interface , wherein the baseband CPU is connected to the first protocol interface and the selector switch is connected to a third interface; and when the selector switch is in a state of communication with the first protocol interface , the subscriber identity module zone unit is configured to provide a subscriber identity module, SIM, card functionality for the baseband CPU ; when the selector switch is in a state of communication with the third interface, the subscriber identity module zone unit is configured to receive data written from the third interface, characterized in that the first protocol interface is a protocol interface based on a smart card international standard ISO7816, wherein the subscriber identity module zone unit comprises a random access memory RAM , a chip operating system COS storage unit , a micro-control unit MCU , a second protocol interface and a personalization data storage unit ; the RAM , the COS storage unit , the second protocol interface and the personalization data storage unit are connected to the MCU , respectively; the subscriber identity module zone unit is connected to the selector switch through the second protocol interface ; the RAM is configured to store temporary data for running of the COS on the MCU ; the COS storage unit is configured to store program codes of the COS; the MCU is configured to run the COS; the second protocol interface is configured to provide a communication function which enables the subscriber identity module zone unit to be in communication with the baseband CPU and a programming function which enables the programming of the COS storage unit and the writing of personalization data into the personalization data storage unit through the third interface; and the personalization data storage unit is configured to store the personalization data; the third interface is a COS programming interface or a personalization data writing interface; and in a second-generation 2G network, the personalization data comprises one of International Mobile Subscriber Identity IMSI, Integrate Circuit Card Identity ICCID, personal identity numbers PIN1 and PIN2, PIN Unlocking Keys PUK1 and PUK2, Key Identifier KI and Short Message Service Platform SMSP, or a combination thereof; and in a third-generation 3G network, the personalization data comprises one of IMSI, ICCID, PIN1, PIN2, PUK1, PUK2, key K, Operator Key OPC and SMSP, or a combination thereof.
A hot forming die assembly for shaping and subsequently cooling a component, comprising: a cap having an outer surface with a three-dimensionally contoured profile for shaping the component and an inner surface having a profile that generally matches said three-dimensionally contoured profile of said outer surface ; a cap insert having an upper surface with a profile that generally matches said three-dimensionally contoured profile of said outer and inner surfaces of said cap ; said upper surface of said cap insert adjacent said inner surface of said cap ; said cap insert presenting a first aperture for receiving coolant and a second aperture for conveying coolant; said inner surface of said cap and said upper surface of said cap insert cooperating with one another to define a cooling channel for conveying coolant to cool the component, said cooling channel having a length extending from said first aperture to said second aperture ; and wherein a portion of said cooling channel at said inner surface of said cap is offset from said outer surface of said cap in a direction parallel to a die action direction by a consistent distance along said length of said cooling channel . a cap having an outer surface with a three-dimensionally contoured profile for shaping the component and an inner surface having a profile that generally matches said three-dimensionally contoured profile of said outer surface ; a cap insert having an upper surface with a profile that generally matches said three-dimensionally contoured profile of said outer and inner surfaces of said cap ; said upper surface of said cap insert adjacent said inner surface of said cap ; said cap insert presenting a first aperture for receiving coolant and a second aperture for conveying coolant; said inner surface of said cap and said upper surface of said cap insert cooperating with one another to define a cooling channel for conveying coolant to cool the component, said cooling channel having a length extending from said first aperture to said second aperture ; and wherein a portion of said cooling channel at said inner surface of said cap is offset from said outer surface of said cap in a direction parallel to a die action direction by a consistent distance along said length of said cooling channel .
A robot cleaner comprising: a cleaner main body defining an external appearance of the robot cleaner ; a suction unit provided in the cleaner main body for suctioning air containing dust; a dust separation unit for separating the dust from the air suctioned through the suction unit; a fan unit connected to the dust separation unit for providing suction force to the suction unit , and a guide having an opening for guiding the air guided from the dust separation unit to the fan unit , wherein the fan unit includes: a drive motor ; a first chamber surrounding the drive motor and provided with a first suction hole and a first exhaust hole ; and a second chamber surrounding the first chamber and provided with a second suction hole and a second exhaust hole , wherein the fan unit includes a cover placed at an upper side of the second suction hole for preventing noise generated from the drive motor from being emitted through the second suction hole , and wherein the cover includes: a cover part for blocking a path of noise transmitted through the second suction hole ; and a support part for seating the cover part on a top of the second chamber . a cleaner main body defining an external appearance of the robot cleaner ; a suction unit provided in the cleaner main body for suctioning air containing dust; a dust separation unit for separating the dust from the air suctioned through the suction unit; a fan unit connected to the dust separation unit for providing suction force to the suction unit , and a guide having an opening for guiding the air guided from the dust separation unit to the fan unit , wherein the fan unit includes: a drive motor ; a first chamber surrounding the drive motor and provided with a first suction hole and a first exhaust hole ; and a second chamber surrounding the first chamber and provided with a second suction hole and a second exhaust hole , a drive motor ; a first chamber surrounding the drive motor and provided with a first suction hole and a first exhaust hole ; and a second chamber surrounding the first chamber and provided with a second suction hole and a second exhaust hole , a cover part for blocking a path of noise transmitted through the second suction hole ; and a support part for seating the cover part on a top of the second chamber .
A wiper strip for a wiper blade of a road milling machine, having a carrier which has a front side and a rear mounting surface , the carrier having a cutting element receptacle , wherein cutting elements are held in a row on or in the cutting element receptacle along a longitudinal axis (L) extending in the width direction of the carrier , and wherein the cutting elements have a cutting edge (35.1) which passes over directly or indirectly into a rake face , characterised in that , in at least some of the cutting elements , the cutting edge (35.1) is not parallel to the longitudinal axis (L) (angle of inclination (μ)) at least in some areas.
A method of generating motion vector predictor candidates for a block to decode forming a part of a current video frame that is to be decoded, wherein, if available, the number of temporal motion vector predictor candidates generated is not more than one and the number of spatial motion vector predictor candidates generated is at least one, the method comprising: generating the spatial motion vector predictor candidate by, if available, selecting as the spatial motion vector predictor candidate a motion vector associated with a block neighboring and diagonally above and to the right of the block to decode; and generating the one temporal motion vector predictor candidate by, if available, selecting as the one temporal motion vector predictor candidate a motion vector associated with a top left position in a block neighboring and diagonally below and to the right of an area of a reference frame, the reference frame being different from the current video frame and said area having the same position and the same size as the block to decode. generating the spatial motion vector predictor candidate by, if available, selecting as the spatial motion vector predictor candidate a motion vector associated with a block neighboring and diagonally above and to the right of the block to decode; and generating the one temporal motion vector predictor candidate by, if available, selecting as the one temporal motion vector predictor candidate a motion vector associated with a top left position in a block neighboring and diagonally below and to the right of an area of a reference frame, the reference frame being different from the current video frame and said area having the same position and the same size as the block to decode.
A method of wireless communications by a victim base station, BS, comprising: detecting interference from one or more aggressor BSs; transmitting distinguishable victim reference signals, RSs; monitoring for distinguishable aggressor RSs from the aggressor BSs; and determining to stop transmitting one or more of the distinguishable victim RSs based on the monitoring; and further comprising: determining that at least one of the aggressor BSs has not received a corresponding one of the distinguishable victim RSs if a corresponding distinguishable aggressor RS is not received; and in response, retransmitting the corresponding distinguishable victim RS using a coverage extension mechanism. detecting interference from one or more aggressor BSs; transmitting distinguishable victim reference signals, RSs; monitoring for distinguishable aggressor RSs from the aggressor BSs; and determining to stop transmitting one or more of the distinguishable victim RSs based on the monitoring; and determining that at least one of the aggressor BSs has not received a corresponding one of the distinguishable victim RSs if a corresponding distinguishable aggressor RS is not received; and in response, retransmitting the corresponding distinguishable victim RS using a coverage extension mechanism.
A rocking chair, comprising a rear support frame , a front rocking frame pivoted to the rear support frame and used as a front support frame, and an electric rocking drive mechanism driving the front rocking frame to continuously rock back and forth relative to the rear support frame , a rotating part arranged on a bottom of the rear support frame , a moving part arranged on a bottom of the front rocking frame ; when the front rocking frame continuously rocks back and forth relative to the rear support frame , characterized in that a distance between the moving part and the rotating part is alternatively decreased and increased to alternatively lift and lower a pivoting point of the rear support frame and the front rocking frame relative to a support surface.
A method for producing a food dough, comprising the following steps of: (A) preparing a gel comprising at least starch and maltodextrins diluted in a fluid medium, (B) preparing a mousse consisting of one or more food product(s), and (C) incorporating the gel into the mousse. (A) preparing a gel comprising at least starch and maltodextrins diluted in a fluid medium, (B) preparing a mousse consisting of one or more food product(s), and (C) incorporating the gel into the mousse.
Protective cover for a seat part of a motor vehicle seat, having a cover material for covering a seating surface of the seat part and tensioning belts for fastening the protective cover to the motor vehicle seat, the protective cover comprising at least one opening for functional elements of the seat part that are arranged on one of the lateral narrow sides of the seat part , which opening lies between an edge of the cover material and a preferably rubber-elastically stretchable tensioning belt that extends at a distance below the edge of the cover material to the rear side of the motor vehicle seat, and at least one connecting strap extending between the edge of the cover material and the tensioning belt that extends at a distance below the edge ' of the cover material , which connecting strap forms a loop through which the tensioning belt extends, the loop being displaceable in relation to the tensioning belt in the longitudinal direction thereof, characterised in that the at least one connecting strap is rubber-elastically stretchable.
An apparatus for dispensing one or more products , the apparatus comprising: a housing comprising a dispensing port ; a shaft disposed within the housing ; and a tray rotatably attached to the shaft , wherein the tray is tilted towards the dispensing port relative to the shaft, wherein the tray rotates the one or more products disposed thereon to the dispensing port via gravity after one of the one or more products disposed on the tray is dispensed. a housing comprising a dispensing port ; a shaft disposed within the housing ; and a tray rotatably attached to the shaft , wherein the tray is tilted towards the dispensing port relative to the shaft, wherein the tray rotates the one or more products disposed thereon to the dispensing port via gravity after one of the one or more products disposed on the tray is dispensed.
HVJ-E (hemagglutinating virus of Japan envelope) and a neutralizing antibody against Programmed cell death protein 1 (PD-1) for use in the prophylaxis or treatment of cancer.
A shift control system of an industrial vehicle in which rotation of an engine is transmitted to a transmission to rotate wheels , comprising: a vehicle speed monitor configured to monitor and detect an actual vehicle speed of the industrial vehicle ; a vehicle speed limit value setting section configured to set a vehicle speed limit value of the industrial vehicle ; a gear determination section configured to select a transmission gear position of the transmission based on the actual vehicle speed and the vehicle speed limit value; and a control section configured to control the transmission in response to the transmission gear position selected by the gear determination section , characterized in that the gear determination section is configured not to upshift the transmission from the currently-selected transmission gear position and to maintain the transmission in the currently-selected transmission gear position when the vehicle speed limit value is equal to or less than a predetermined threshold value (G) for judging the vehicle speed limit value and the threshold value (G) is greater than an upshifting vehicle speed (V1su) that is a vehicle speed for upshifting the transmission from the currently-selected transmission gear position. a vehicle speed monitor configured to monitor and detect an actual vehicle speed of the industrial vehicle ; a vehicle speed limit value setting section configured to set a vehicle speed limit value of the industrial vehicle ; a gear determination section configured to select a transmission gear position of the transmission based on the actual vehicle speed and the vehicle speed limit value; and a control section configured to control the transmission in response to the transmission gear position selected by the gear determination section , characterized in that the gear determination section is configured not to upshift the transmission from the currently-selected transmission gear position and to maintain the transmission in the currently-selected transmission gear position when the vehicle speed limit value is equal to or less than a predetermined threshold value (G) for judging the vehicle speed limit value and the threshold value (G) is greater than an upshifting vehicle speed (V1su) that is a vehicle speed for upshifting the transmission from the currently-selected transmission gear position.