mhurhangee/patent-ind-claim-en huggingface dataset:
A feeder configured to be detachably attached to a mounter body for supplying components to the mounter body , the feeder comprising: a motor configured to feed out a tape (T) accommodating multiple components, characterized in that when the feeder is removed from a feeder table of the mounter body before the tape (T) is rewound, and re-mounted on the feeder table , a jam suppression control is executed in which the motor is caused to be driven to rewind the tape (T) a predetermined amount and the motor is caused to be driven to feed out the tape to a position before the tape (T) is rewound, respectively. a motor configured to feed out a tape (T) accommodating multiple components, characterized in that when the feeder is removed from a feeder table of the mounter body before the tape (T) is rewound, and re-mounted on the feeder table , a jam suppression control is executed in which the motor is caused to be driven to rewind the tape (T) a predetermined amount and the motor is caused to be driven to feed out the tape to a position before the tape (T) is rewound, respectively.
A processor-implemented method comprising: receiving, by one or more hardware processors, a wideband signal associated with a wideband acoustic signal captured by a sensor array of an aerial drone at a measurement position of a plurality of different measurement locations; splitting, by the one or more hardware processors, the wideband signal into multiple narrow sub-bands and for each sub-band dividing the signal search space into a grid of predefined cell size; measuring, by the one or more hardware processors, power in each of the cells by forming a beam to each of the cells from a measurement position corresponding to each of the multiple narrow sub-bands; performing, by the one or more hardware processors, intra-band and inter measurement fusion of the measured power at each of the cells ,wherein performing intra-band and inter measurement fusion of the measured power at each of the cells, comprises: fusing the measured power of each of the cells at a measurement position across the multiple narrow sub-bands; and fusing the measured power of each of the cells across the measurement positions upon fusing the measured power of each of the cells at the measurement position across the multiple narrow sub-bands ; and identifying, by the one or more hardware processors, geo-location of an acoustic source corresponding to the wideband acoustic signal upon performing intra-band and inter measurement fusion of the measured power. receiving, by one or more hardware processors, a wideband signal associated with a wideband acoustic signal captured by a sensor array of an aerial drone at a measurement position of a plurality of different measurement locations; splitting, by the one or more hardware processors, the wideband signal into multiple narrow sub-bands and for each sub-band dividing the signal search space into a grid of predefined cell size; measuring, by the one or more hardware processors, power in each of the cells by forming a beam to each of the cells from a measurement position corresponding to each of the multiple narrow sub-bands; performing, by the one or more hardware processors, intra-band and inter measurement fusion of the measured power at each of the cells ,wherein performing intra-band and inter measurement fusion of the measured power at each of the cells, comprises: fusing the measured power of each of the cells at a measurement position across the multiple narrow sub-bands; and fusing the measured power of each of the cells across the measurement positions upon fusing the measured power of each of the cells at the measurement position across the multiple narrow sub-bands ; and fusing the measured power of each of the cells at a measurement position across the multiple narrow sub-bands; and fusing the measured power of each of the cells across the measurement positions upon fusing the measured power of each of the cells at the measurement position across the multiple narrow sub-bands ; and identifying, by the one or more hardware processors, geo-location of an acoustic source corresponding to the wideband acoustic signal upon performing intra-band and inter measurement fusion of the measured power.
Bend restrictor for a flexible member , in particular an underwater cable , the bend restrictor comprising at least two base elements each being monolithic and having a feedthrough for the flexible member , a connection assembly comprising two parts for connecting the two base elements , wherein at least one of the base elements is rotatable relative to the connection assembly ; and a fixation element for fixing the two parts of the connection assembly to each other, characterized in that the fixation element comprises a closed sleeve section for fixing the two parts of the connection assembly to each other. at least two base elements each being monolithic and having a feedthrough for the flexible member , a connection assembly comprising two parts for connecting the two base elements , wherein at least one of the base elements is rotatable relative to the connection assembly ; and a fixation element for fixing the two parts of the connection assembly to each other, characterized in that the fixation element comprises a closed sleeve section for fixing the two parts of the connection assembly to each other.
Apparatus for heating and transporting a glass melt, comprising a feeder channel enclosed by side walls and a top for transporting a glass melt from an inlet region to an outlet region of the feeder channel and comprising heating means for heating the glass melt in the feeder channel , where the heating means comprise lances for a fuel and lances for an oxidant, which lances open, viewed in the flow direction of the glass melt , at a distance from one another into the feeder channel , characterized in that the lances for the fuel and/or the lances for the oxidant are equipped at least partly with exit openings directed in the flow direction or opposite to the flow direction of the glass melt .
Diosmin or diosmetin, or a pharmaceutically acceptable salt thereof, as the sole active ingredient for use in a method of treating a digital ulcer in a subject with systemic sclerosis, wherein treatment comprises oral administration of a therapeutically effective amount of diosmin or diosmetin, or the pharmaceutically acceptable salt thereof, to said subject for a therapeutically effective period of time.
A cable termination apparatus for an underwater cable with a conductive core , an axially extending annular insulation portion radially outwardly of the core and an axially extending annular conductive screen layer radially outwardly of the insulation portion, the apparatus comprising a stress control sleeve which is arranged to be located radially outwardly of the insulation portion and extend partially over the annular conductive screen layer , wherein the stress control sleeve comprises an insulating portion and a conductive portion , wherein the conductive portion of the stress control sleeve is contactable with an end portion of the annular conductive screen layer of the underwater cable ; wherein, when the stress control sleeve is manufactured, first the conductive portion is moulded and then the insulating portion is moulded onto the conductive portion; characterized in that the insulating portion of the stress control sleeve forms the entire radially outer surface of the stress control sleeve.
A removable apparatus for stimulation of osteogenesis on at least one dental implant in a subject in need comprising: a) a wearable scaffold designed to fit a jawbone surrounding of the subject and configured to conduct electric current; b) a healing cap according to claim 11, comprising an electrically insulating portion and a current conducting portion, and configured to establish mechanical and electrical interaction with the dental implant ; and, c) an electronic module ; wherein a positive terminal of the electronic module is operatively engaged with a conducting area of the wearable scaffold and a negative terminal of the electronic module is operatively engaged with the current conducting portion of the healing cap ; and wherein the apparatus is designed to create an electrical current between the jawbone surrounding and the at least one dental implant to thereby stimulate osteogenesis; wherein the wearable scaffold is a dental splint to exactly be mounted over the teeth and gums of the patient, with an opening through which the healing cap mounted on the dental implant can go.
A method for controlling a wind turbine, which has a tower and a rotor equipped with at least one rotor blade with an adjustable blade pitch angle, during a change of a power target value, wherein the change of the power target value takes place in a predetermined time interval (T E ) and by controlling one or more operating parameters determining a power output to be fed in by the wind turbine, characterized by the following method steps: - a parameterized time function of the tower deflection is established for the predetermined time interval (T E ), wherein a series of boundary conditions are established for the parameterized time function of the tower deflection , - a thrust of the rotor on the tower of the wind turbine is ascertained for the parameterized time function of the tower deflection , and - a function for controlling the operating parameter or the operating parameters is calculated from the thrust of the rotor . - a parameterized time function of the tower deflection is established for the predetermined time interval (T E ), wherein a series of boundary conditions are established for the parameterized time function of the tower deflection , - a thrust of the rotor on the tower of the wind turbine is ascertained for the parameterized time function of the tower deflection , and - a function for controlling the operating parameter or the operating parameters is calculated from the thrust of the rotor .
Drainage device for liquids, comprising: a base body ; a top element connected to the base body , the base body having a first sealing ring which seals the connection to the top element ; an insert element comprising a housing and a movable closure element as an odor seal and backwater stop; the closure element in a first position sealing a portion of a liquid inlet from a portion of a liquid outlet, and the closure element being movable from the first position in a first direction to at least one further position allowing liquid to flow from the portion of the liquid inlet to the portion of the liquid outlet; and a cover element which is arranged on the top element and is partially permeable to liquid; characterized in that the housing of the insert element has a second sealing ring which seals the connection of the housing to the top element ; and two spacer elements are arranged between the housing of the insert element and the cover element , the two spacer elements being arranged on the cover element and preventing movement of the housing in a second direction which is opposite to the first direction; wherein the cover element has a fixing lug and a closure device , the fixing lug hooks into the top element , the closure device for closing the cover element is rotatable on the top element up to a stop provided on the cover element , and a first of the spacer elements on the cover element is formed as an extension of the fixing lug and a second of the spacer elements on the cover element is formed as an extension of the stop . a base body ; a top element connected to the base body , the base body having a first sealing ring which seals the connection to the top element ; an insert element comprising a housing and a movable closure element as an odor seal and backwater stop; the closure element in a first position sealing a portion of a liquid inlet from a portion of a liquid outlet, and the closure element being movable from the first position in a first direction to at least one further position allowing liquid to flow from the portion of the liquid inlet to the portion of the liquid outlet; and a cover element which is arranged on the top element and is partially permeable to liquid; characterized in that the housing of the insert element has a second sealing ring which seals the connection of the housing to the top element ; and two spacer elements are arranged between the housing of the insert element and the cover element , the two spacer elements being arranged on the cover element and preventing movement of the housing in a second direction which is opposite to the first direction; wherein the cover element has a fixing lug and a closure device , the fixing lug hooks into the top element , the closure device for closing the cover element is rotatable on the top element up to a stop provided on the cover element , and a first of the spacer elements on the cover element is formed as an extension of the fixing lug and a second of the spacer elements on the cover element is formed as an extension of the stop .
An apparatus comprising: a first composite layer ; a second composite layer connected to the first composite layer , wherein the first composite layer and the second composite layer form a structure comprising a fuel tank in an aircraft and wherein the second composite layer comprises a resin treated with a conductive material configured to dissipate an electric charge on a surface of the structure and limit a flow of an electrical current in the second composite layer in which the electrical current is caused by an electromagnetic event ; and a primer layer, located between the second composite layer and an interior of the structure, the primer layer configured to aid in dissipating the electric charge. a first composite layer ; a second composite layer connected to the first composite layer , wherein the first composite layer and the second composite layer form a structure comprising a fuel tank in an aircraft and wherein the second composite layer comprises a resin treated with a conductive material configured to dissipate an electric charge on a surface of the structure and limit a flow of an electrical current in the second composite layer in which the electrical current is caused by an electromagnetic event ; and a primer layer, located between the second composite layer and an interior of the structure, the primer layer configured to aid in dissipating the electric charge.
A method for performing communication using a non-terrestrial network by a user equipment, UE , the method comprising: receiving configuration information for controlling a cell measurement or a cell measurement report in the non-terrestrial network from a base station ; determining whether to perform the cell measurement or the cell measurement report by using the configuration information; and controlling the cell measurement or the cell measurement report operation according to the determination result; characterized in that : the configuration information comprises at least a skip duration information for stopping the cell measurement for a duration of time. receiving configuration information for controlling a cell measurement or a cell measurement report in the non-terrestrial network from a base station ; determining whether to perform the cell measurement or the cell measurement report by using the configuration information; and controlling the cell measurement or the cell measurement report operation according to the determination result; characterized in that : the configuration information comprises at least a skip duration information for stopping the cell measurement for a duration of time.
An apparatus, comprising: a central processing unit CPU core ; a first memory cache to store instructions for execution by the CPU core , the first memory cache having a first line size; a second memory cache to store instructions for execution by the CPU core , the second memory cache having a second line size, the second line size being larger than the first line size, each line of the second memory cache comprising an upper half and a lower half; and a memory controller subsystem coupled to the CPU core and the first and second memory caches , the memory controller subsystem being configured, upon a determination of a miss in the first memory cache for a first target address, to determine that the first target address resulting in the miss maps to the lower half of a line in the second memory cache , to retrieve the entire line from the second memory cache , characterised in that the memory controller subsystem is configured to return the entire line from the second memory cache to the first memory cache , wherein, upon a second miss in the first memory cache for a second target address, the memory controller subsystem is configured to determine that the second target address resulting in the second miss maps to the upper half of a line in the second memory cache and to return to the first memory cache the upper half of the line from the second memory cache and not the lower half of the line from the second memory cache . a central processing unit CPU core ; a first memory cache to store instructions for execution by the CPU core , the first memory cache having a first line size; a second memory cache to store instructions for execution by the CPU core , the second memory cache having a second line size, the second line size being larger than the first line size, each line of the second memory cache comprising an upper half and a lower half; and a memory controller subsystem coupled to the CPU core and the first and second memory caches , the memory controller subsystem being configured, upon a determination of a miss in the first memory cache for a first target address, to determine that the first target address resulting in the miss maps to the lower half of a line in the second memory cache , to retrieve the entire line from the second memory cache , characterised in that the memory controller subsystem is configured to return the entire line from the second memory cache to the first memory cache , wherein, upon a second miss in the first memory cache for a second target address, the memory controller subsystem is configured to determine that the second target address resulting in the second miss maps to the upper half of a line in the second memory cache and to return to the first memory cache the upper half of the line from the second memory cache and not the lower half of the line from the second memory cache .
A hydraulic control unit, comprising: a housing , comprising an accumulator compartment , a gear pump compartment , and a flow path section connecting the gear pump compartment and the accumulator compartment, the flow path section comprising at least a supply path and a pressurizing path ; an accumulator in the accumulator compartment, the accumulator comprising a movable piston dividing the accumulator compartment into a high pressure reservoir and a low pressure reservoir ; a gear pump assembly in the gear pump compartment, the gear pump assembly configured to draw return fluid from the low pressure reservoir via the supply path and to pump pressurized fluid through the pressurizing path to accumulate in the high pressure reservoir; and a motor assembly connected to the gear pump compartment of the housing, the motor assembly configured to power the gear pump assembly; wherein the housing further comprises a three-way valve and a valve hub comprising a valve compartment connected to the flow path section, and wherein the valve compartment is configured to seat the three-way valve . a housing , comprising an accumulator compartment , a gear pump compartment , and a flow path section connecting the gear pump compartment and the accumulator compartment, the flow path section comprising at least a supply path and a pressurizing path ; an accumulator in the accumulator compartment, the accumulator comprising a movable piston dividing the accumulator compartment into a high pressure reservoir and a low pressure reservoir ; a gear pump assembly in the gear pump compartment, the gear pump assembly configured to draw return fluid from the low pressure reservoir via the supply path and to pump pressurized fluid through the pressurizing path to accumulate in the high pressure reservoir; and a motor assembly connected to the gear pump compartment of the housing, the motor assembly configured to power the gear pump assembly; an accumulator in the accumulator compartment, the accumulator comprising a movable piston dividing the accumulator compartment into a high pressure reservoir and a low pressure reservoir ; a gear pump assembly in the gear pump compartment, the gear pump assembly configured to draw return fluid from the low pressure reservoir via the supply path and to pump pressurized fluid through the pressurizing path to accumulate in the high pressure reservoir; and a motor assembly connected to the gear pump compartment of the housing, the motor assembly configured to power the gear pump assembly; wherein the housing further comprises a three-way valve and a valve hub comprising a valve compartment connected to the flow path section, and wherein the valve compartment is configured to seat the three-way valve .
Electrical winding, especially high-voltage winding, for a dry transformer with a winding conductor wound in multiple windings to form a coil, wherein said coil has been embedded in a solid insulation body, wherein a coating having a particular sheet resistance has been provided on at least one surface of the insulation body, the coating is producible by application of a formulation comprising water as solvent and comprises a resin component and at least one microscale and electrically conductive filler, wherein filler is present in a particle size in the range from 1 μm to 2 mm, the coating has at least bimodal filling, i.e. at least two filler particle fractions are present in the coating, and the defined sheet resistance of the coating is adjustable via the setting of the ratio of at least two filler particle fractions in the formulation.
An automated method for stacking and loading facemasks into a carton in a facemask production line , comprising: conveying individual facemasks by a rotary vacuum conveyor in a continuous stream to a stacking location ; at the stacking location , releasing the facemasks from the vacuum conveyor into a vertical accumulator such that the facemasks are stacked in the accumulator ; upon reaching a predetermined fill level of facemasks in the accumulator , opening a bottom retainer in the accumulator such that the stacked facemasks drop into a carton placed below the accumulator ; upon opening the bottom retainer , actuating a mid-level retainer in the accumulator that captures facemasks that continue to be deposited into the accumulator at an intermediate height above the bottom retainer ; and closing the bottom retainer after the stacked facemasks drop into the carton , and then opening the mid-level retainer such that the facemasks captured by the mid-level retainer drop onto the bottom retainer . conveying individual facemasks by a rotary vacuum conveyor in a continuous stream to a stacking location ; at the stacking location , releasing the facemasks from the vacuum conveyor into a vertical accumulator such that the facemasks are stacked in the accumulator ; upon reaching a predetermined fill level of facemasks in the accumulator , opening a bottom retainer in the accumulator such that the stacked facemasks drop into a carton placed below the accumulator ; upon opening the bottom retainer , actuating a mid-level retainer in the accumulator that captures facemasks that continue to be deposited into the accumulator at an intermediate height above the bottom retainer ; and closing the bottom retainer after the stacked facemasks drop into the carton , and then opening the mid-level retainer such that the facemasks captured by the mid-level retainer drop onto the bottom retainer .