mhurhangee/patent-ind-claim-en huggingface dataset:
A computer implemented method of jointly determining land cover and land use classifications of land from remotely sensed imagery of said land, the method comprising: for an input image illustrating a patch of land to be classified: i) segmenting objects within the input image; ii) determining for pixels in the input image a first conditional probability of a first land cover classification from a plurality of predefined land cover classifications using a machine learning network of a first type; iii) determining for segmented objects in the input image a second conditional probability of a first land use classification from a plurality of predefined land use classifications using a machine learning network of a second type, the machine learning system of the second type receiving the determined first conditional probability of a first land cover classification as an input thereto; and iv) iterating steps ii) and iii) above, using the second conditional probability as an input to the first determining step ii); wherein the iteration process produces land cover classification data for the pixels in the input image and land use classification data for the segmented objects in the input image. for an input image illustrating a patch of land to be classified: i) segmenting objects within the input image; ii) determining for pixels in the input image a first conditional probability of a first land cover classification from a plurality of predefined land cover classifications using a machine learning network of a first type; iii) determining for segmented objects in the input image a second conditional probability of a first land use classification from a plurality of predefined land use classifications using a machine learning network of a second type, the machine learning system of the second type receiving the determined first conditional probability of a first land cover classification as an input thereto; and iv) iterating steps ii) and iii) above, using the second conditional probability as an input to the first determining step ii); i) segmenting objects within the input image; ii) determining for pixels in the input image a first conditional probability of a first land cover classification from a plurality of predefined land cover classifications using a machine learning network of a first type; iii) determining for segmented objects in the input image a second conditional probability of a first land use classification from a plurality of predefined land use classifications using a machine learning network of a second type, the machine learning system of the second type receiving the determined first conditional probability of a first land cover classification as an input thereto; and iv) iterating steps ii) and iii) above, using the second conditional probability as an input to the first determining step ii); wherein the iteration process produces land cover classification data for the pixels in the input image and land use classification data for the segmented objects in the input image.
An anti-lymphoma virus particle for use in treating lymphoma, the virus particle comprising a Potato Virus X particle linked to an antimitotic agent, wherein the Potato Virus X particle is linked to the antimitotic agent with a linker that is cleavable during or upon internalization into a lymphoma cell, wherein the antimitotic agent is covalently conjugated to the exterior of the Potato Virus X particle.
A flame resistant garment for firemen comprising: a woven fabric containing flame resistant fibers and shaped to cover at least a portion of a wearer's body, the woven fabric comprising background yarns woven with figure yarns , the background yarns and the figure yarns extending in both a warp direction and a fill direction, the background yarns and the figure yarns forming a repeat within the fabric , and wherein, within the repeat, the figure yarns forming a pattern of discrete ornamental designs , wherein the repeat is formed from 6 yarns to 20 yarns in the warp direction that intersect with 6 yarns to 20 yarns in the fill direction, characterized in that the fabric is woven with a diamond twill weave, wherein the pattern of ornamental discrete designs comprises a spiral pattern including spiral figures, wherein the spiral figures are interconnected along a diagonal direction while not being connected in the warp or fill direction, and wherein, within the repeat, the background yarns and the figure yarns are present in a ratio in the warp direction of 1:1 and are present at a ratio in the fill direction of 1:1.
An air conditioner comprising: a heat pump including at least one indoor unit (I), an outdoor unit (O), and an external heat exchange equipment for heat-exchanging heat source water with outdoor air or ground heat, the outdoor unit having a compression part for compressing a refrigerant and a water-refrigerant heat exchanger for condensing or evaporating the refrigerant by heat exchange with the heat source water, wherein the heat pump comprising: a heat source water flow path connected to the water-refrigerant heat exchanger and the external heat exchange equipment ; and a pump installed in the heat source water flow path , characterized by further comprising a variable flow valve installed in the heat source water flow path to be capable of regulating opening degree thereof for varying a flow rate of the heat source water circulating in the heat source water flow path , wherein the outdoor unit (O) includes therein a main controller for controlling the outdoor unit (O) and the outdoor unit (O) further includes therein a variable flow valve controller for controlling the opening degree of the variable flow valve . a heat source water flow path connected to the water-refrigerant heat exchanger and the external heat exchange equipment ; and a pump installed in the heat source water flow path , characterized by further comprising a variable flow valve installed in the heat source water flow path to be capable of regulating opening degree thereof for varying a flow rate of the heat source water circulating in the heat source water flow path , wherein the outdoor unit (O) includes therein a main controller for controlling the outdoor unit (O) and the outdoor unit (O) further includes therein a variable flow valve controller for controlling the opening degree of the variable flow valve .
A control information format processing method, comprising: determining a control information format of downlink control information; when the control information format of the downlink control information is determined to be a first control information format, setting a first field comprised in the downlink control information corresponding to the first control information format to indicate a valid setting, wherein the first field comprises a transport block size, TBS field or a modulation and coding scheme, MCS field, and wherein the downlink control information corresponding to the first control information format carries grant information; or when the control information format of the downlink control information is determined to be a second control information format, setting a second field comprised in the downlink control information corresponding to the second control information format to indicate an invalid setting, wherein the second field comprises a reserved bit field, and wherein the downlink control information corresponding to the second control information format carries control channel command information; and sending the downlink control information to user equipment, UE. determining a control information format of downlink control information; when the control information format of the downlink control information is determined to be a first control information format, setting a first field comprised in the downlink control information corresponding to the first control information format to indicate a valid setting, wherein the first field comprises a transport block size, TBS field or a modulation and coding scheme, MCS field, and wherein the downlink control information corresponding to the first control information format carries grant information; or when the control information format of the downlink control information is determined to be a second control information format, setting a second field comprised in the downlink control information corresponding to the second control information format to indicate an invalid setting, wherein the second field comprises a reserved bit field, and wherein the downlink control information corresponding to the second control information format carries control channel command information; and sending the downlink control information to user equipment, UE.
Soldering system for wave soldering comprising at least one fluxer nozzle and a device for monitoring a state of a spray jet of the fluxer nozzle , characterized in that the device for monitoring the state of the spray jet comprises a test surface in the form of a tensioned paper web , which comprises an upper side and a lower side and is set up in such a manner that a shape and/or position of the spray jet can be imaged on the upper side of the tensioned paper web by bringing the spray jet into contact with the lower side of the tensioned paper web , and in that a camera is provided which is arranged above the upper side of the tensioned paper web and which is configured for detecting the shape and/or position of the spray jet imaged on the upper side of the tensioned paper web . characterized in that the device for monitoring the state of the spray jet comprises a test surface in the form of a tensioned paper web , which comprises an upper side and a lower side and is set up in such a manner that a shape and/or position of the spray jet can be imaged on the upper side of the tensioned paper web by bringing the spray jet into contact with the lower side of the tensioned paper web , and in that a camera is provided which is arranged above the upper side of the tensioned paper web and which is configured for detecting the shape and/or position of the spray jet imaged on the upper side of the tensioned paper web .
An item of furniture , including: - a furniture carcass , and - at least one folding door or folding-sliding door having at least two door wings hingedly connected to one another, wherein the folding door or folding-sliding door can assume at least one closed position in which the at least two door wings are arranged in a common closing plane, and an open position in which the at least two door wings form an angle different from 180° relative to each other, wherein the item of furniture includes at least one ejection device for the folding door or the folding-sliding door , wherein the ejection device has at least one energy storage member and at least one ejection element for spreading apart the folding door or the folding-sliding door from the closed position towards the open position, wherein the at least one ejection element can be acted upon by an energy storage member to be manually loaded by an operator and the at least one ejection device includes at least one locking device for releasably locking the at least one ejection element against the force of the at least one loaded energy storage member , wherein the at least one locking device , when the ejection device is mounted, can be unlocked by applying pressure to the folding door or the folding-sliding door , preferably in the region where the at least two door wings are hingedly connected to one another, characterized in that the ejection device includes at least one movably-mounted loading element for loading the at least one energy storage member by folding together the folding door or folding-sliding door , wherein the at least one ejection element and the at least one loading element are configured as spatially separated constructional units, wherein the at least one ejection element is configured as a pivotally mounted ejection lever, and wherein the at least one ejection device is arranged on a side of one of the two door wings facing towards the furniture carcass . - a furniture carcass , and - at least one folding door or folding-sliding door having at least two door wings hingedly connected to one another, wherein the folding door or folding-sliding door can assume at least one closed position in which the at least two door wings are arranged in a common closing plane, and an open position in which the at least two door wings form an angle different from 180° relative to each other,
A food packaging tray, for packaging fluid exuding and oxygen sensitive food product under modified atmosphere, the tray being provided with - an outer side wall and a bottom , the side wall being extended by a top border generally parallel to the bottom for securing a cover to close the tray, the inner surface of the sidewall being provided with a shelf having a top annular surface onto which is secured: - a food supporting partition dividing the tray into a food chamber above the supporting partition and a liquid chamber between the supporting partition and the bottom of the tray, the food supporting partition being a permeable film obturating both chambers, - the liquid chamber being empty of absorbent material and being suitable to collect fluid exuded from a food product placed on the perforated permeable film, characterized in that the bottom of the liquid chamber is provided with a capillary honeycomb structure. - an outer side wall and a bottom , the side wall being extended by a top border generally parallel to the bottom for securing a cover to close the tray, the inner surface of the sidewall being provided with a shelf having a top annular surface onto which is secured: - a food supporting partition dividing the tray into a food chamber above the supporting partition and a liquid chamber between the supporting partition and the bottom of the tray, the food supporting partition being a permeable film obturating both chambers, - the liquid chamber being empty of absorbent material and being suitable to collect fluid exuded from a food product placed on the perforated permeable film, characterized in that the bottom of the liquid chamber is provided with a capillary honeycomb structure.
A method for receiving wireless communications, comprising: receiving , at a user equipment, LTE , control data for a slot , wherein the slot is allocated as a transmission time interval, TTI, for communications of a first wireless service, wherein the first wireless service is an enhanced mobile broadband, eMBB, service, wherein the control data indicates one or more partial slots of the slot that are intended for communications of the first wireless service; where an indicator indicating whether data of the first wireless service is transmitted for the UE over at least one of the one or more partial slots is received at the UE at a different time than the control data, decoding , at the UE, the data of the first wireless service from the at least one of the one or more partial slots; and where the indicator is not received at the UE, refraining from decoding the data of the first wireless service from the at least one or more partial slots at the UE. receiving , at a user equipment, LTE , control data for a slot , wherein the slot is allocated as a transmission time interval, TTI, for communications of a first wireless service, wherein the first wireless service is an enhanced mobile broadband, eMBB, service, wherein the control data indicates one or more partial slots of the slot that are intended for communications of the first wireless service; where an indicator indicating whether data of the first wireless service is transmitted for the UE over at least one of the one or more partial slots is received at the UE at a different time than the control data, decoding , at the UE, the data of the first wireless service from the at least one of the one or more partial slots; and where the indicator is not received at the UE, refraining from decoding the data of the first wireless service from the at least one or more partial slots at the UE.
A method of carrying out a position correction of a track with a machine having a tamping unit and, immediately preceding the tamping unit with regard to a working direction , a lifting-lining unit , having lifting- and lining drives for shifting the track into a target position prescribed by a track measuring system and a vibration generator , wherein the track is tamped by ballast compaction, characterized by the following features: a) in a first working pass, a section of the track is lifted into the target position by operation of the lifting-lining unit , and tamped, b) in a second working pass following the first working pass, the previously tamped section of the track is loaded during continuous forward working travel with a vertical load by means of drives connected to the lifting-lining unit and, with operation of a vibration generator , is set continuously in vibrations. a) in a first working pass, a section of the track is lifted into the target position by operation of the lifting-lining unit , and tamped, b) in a second working pass following the first working pass, the previously tamped section of the track is loaded during continuous forward working travel with a vertical load by means of drives connected to the lifting-lining unit and, with operation of a vibration generator , is set continuously in vibrations.
Portion capsule for producing a beverage, having a capsule body with a capsule base and a filling side , with a cavity for accommodating a pulverulent or liquid beverage base being formed between the capsule base and the filling side , and with a filter element being arranged between the beverage base and the capsule base , with the filter element comprising a non-woven which is arranged in the region of the capsule base, characterized in that the filter element has a base area which is larger than the base area of the capsule base, so that the edge region of the filter element fits tightly against a lower region of a side wall which extends from a collar edge to the capsule base, with the edge region moving in the direction of the capsule base or in the direction of a central region when the capsule base is perforated by the perforation means and the filter element is raised in the central region by the perforation means .
An actuator (204; 300) comprising: an actuator housing (224, 226; 304, 306) including a first chamber (230; 312) and a second chamber ; a loading fluid pathway formed in the actuator housing (224, 226; 304, 306) to fluidly couple a loading fluid and the first chamber (230; 312); a bore , the bore defined by the actuator housing between the first chamber and the loading fluid pathway ; a restrictor positioned within the loading fluid pathway, the restrictor adapted to regulate a flow rate of the loading fluid that is to flow from an inlet port of the loading fluid pathway to the first chamber (230; 312); characterised by a check valve having a body and a flow control member biased toward a seating surface of the body via a biasing element , the body positioned within the bore and between the first chamber and the inlet port; and one or more seals positioned between the body of the check valve and an inner surface defining the bore . an actuator housing (224, 226; 304, 306) including a first chamber (230; 312) and a second chamber ; a loading fluid pathway formed in the actuator housing (224, 226; 304, 306) to fluidly couple a loading fluid and the first chamber (230; 312); a bore , the bore defined by the actuator housing between the first chamber and the loading fluid pathway ; a restrictor positioned within the loading fluid pathway, the restrictor adapted to regulate a flow rate of the loading fluid that is to flow from an inlet port of the loading fluid pathway to the first chamber (230; 312); characterised by a check valve having a body and a flow control member biased toward a seating surface of the body via a biasing element , the body positioned within the bore and between the first chamber and the inlet port; and one or more seals positioned between the body of the check valve and an inner surface defining the bore .
A self-drilling anchor assembly comprising: a drill bit including a shank , a drill head integrally connected to a front end of the shank, the drill head including a solid body having a tip end , an intermediate portion , and a rear end integrally connected to the shank, the intermediate portion having a wider outer diameter than the tip end and the rear end, the body including an outer surface , and a tail integrally connected to a rear end of the shank, the tail including a mechanical engaging structure that is engageable by a tool to rotate the drill bit and the tail including a thread formation to facilitate attachment of a securing device to the tail; and an anchor including an elongated body including an inner surface defining a longitudinally extending inner channel , and a head integrally connected to and extending from a rear end of the elongated body, characterized in that the outer surface of the body of the drill head includes recessed sections that respectively define longitudinally extending flutes that each extend longitudinally along a portion of the body toward the shank , and in that the shank defines additional flutes , wherein the flutes are respectively aligned with and configured to communicate loose material to the additional flutes. a drill bit including a shank , a drill head integrally connected to a front end of the shank, the drill head including a solid body having a tip end , an intermediate portion , and a rear end integrally connected to the shank, the intermediate portion having a wider outer diameter than the tip end and the rear end, the body including an outer surface , and a tail integrally connected to a rear end of the shank, the tail including a mechanical engaging structure that is engageable by a tool to rotate the drill bit and the tail including a thread formation to facilitate attachment of a securing device to the tail; and a shank , a drill head integrally connected to a front end of the shank, the drill head including a solid body having a tip end , an intermediate portion , and a rear end integrally connected to the shank, the intermediate portion having a wider outer diameter than the tip end and the rear end, the body including an outer surface , and a tail integrally connected to a rear end of the shank, the tail including a mechanical engaging structure that is engageable by a tool to rotate the drill bit and the tail including a thread formation to facilitate attachment of a securing device to the tail; and an anchor including an elongated body including an inner surface defining a longitudinally extending inner channel , and a head integrally connected to and extending from a rear end of the elongated body, characterized in that the outer surface of the body of the drill head includes recessed sections that respectively define longitudinally extending flutes that each extend longitudinally along a portion of the body toward the shank , and in that the shank defines additional flutes , wherein the flutes are respectively aligned with and configured to communicate loose material to the additional flutes.