mhurhangee/patent-ind-claim-en huggingface dataset:
A method for testing an electronic device under test (DUT) , such as an integrated chip, such a testing method comprising the steps of: disposing a thermal clutch between a variable heat sink that absorbs heat energy and a heat source member that selectively delivers heat energy, the thermal clutch including: one or more bridge assemblies having each a bridge forming a generally U-shaped structure straddling the variable heat sink , the legs thereof attaching to the heat source member ; and one or more moving mechanisms configured for decoupling the variable heat sink and heat source member ; and selectively operating the thermal clutch in one of a first manner or a second manner, wherein: when operating the thermal clutch in the first manner the thermal clutch thermally couples the variable heat sink to the DUT : and when operating the thermal clutch in the second manner, the thermal clutch thermally de-couples the variable heat sink from the DUT , and the heat source member is thermally coupled to the DUT and operated so as to produce heat energy which is thus provided to the thermally coupled DUT . disposing a thermal clutch between a variable heat sink that absorbs heat energy and a heat source member that selectively delivers heat energy, the thermal clutch including: one or more bridge assemblies having each a bridge forming a generally U-shaped structure straddling the variable heat sink , the legs thereof attaching to the heat source member ; and one or more moving mechanisms configured for decoupling the variable heat sink and heat source member ; and selectively operating the thermal clutch in one of a first manner or a second manner, wherein: when operating the thermal clutch in the first manner the thermal clutch thermally couples the variable heat sink to the DUT : and when operating the thermal clutch in the second manner, the thermal clutch thermally de-couples the variable heat sink from the DUT , and the heat source member is thermally coupled to the DUT and operated so as to produce heat energy which is thus provided to the thermally coupled DUT .
An image capturing apparatus for capturing an image of an object comprising: an image sensor ; driving control means configured to control driving of the image sensor; and flicker detection means configured to detect flicker based on a signal output from the image sensor , the flicker being a periodic change in a light amount of the object, wherein the driving control means is configured to, if the image sensor outputs a flicker detection signal to be used in detecting the flicker, control the driving of the image sensor at n different frame rates, n being a natural number greater than or equal to 3, wherein a least common multiple of the n frame rates used in detecting the flicker is not same as any of the n frame rates and is greater than or equal to a predetermined frequency, and wherein the flicker detection means is configured to detect the flicker based on the flicker detection signal obtained at each of the n frame rates. an image sensor ; driving control means configured to control driving of the image sensor; and flicker detection means configured to detect flicker based on a signal output from the image sensor , the flicker being a periodic change in a light amount of the object, wherein the driving control means is configured to, if the image sensor outputs a flicker detection signal to be used in detecting the flicker, control the driving of the image sensor at n different frame rates, n being a natural number greater than or equal to 3, wherein a least common multiple of the n frame rates used in detecting the flicker is not same as any of the n frame rates and is greater than or equal to a predetermined frequency, and wherein the flicker detection means is configured to detect the flicker based on the flicker detection signal obtained at each of the n frame rates.
A method for trapping discrete biological units in a hydrogel, said method comprising the steps of: a) contacting a plurality of biological units with a plurality of barcode units to form biological unit/barcode unit complexes, wherein each barcode unit comprises a unique barcode, and wherein said barcode units comprise at least one means involved with binding said biological units, b) contacting said biological unit/barcode unit complexes with a hydrogel solution, and c) polymerizing the hydrogel solution to embed discrete biological unit/barcode unit complexes in a hydrogel matrix, d) barcoding the biological unit's nucleic acid within each of said biological unit/barcode unit complexes in the hydrogel matrix. a) contacting a plurality of biological units with a plurality of barcode units to form biological unit/barcode unit complexes, wherein each barcode unit comprises a unique barcode, and wherein said barcode units comprise at least one means involved with binding said biological units, b) contacting said biological unit/barcode unit complexes with a hydrogel solution, and c) polymerizing the hydrogel solution to embed discrete biological unit/barcode unit complexes in a hydrogel matrix, d) barcoding the biological unit's nucleic acid within each of said biological unit/barcode unit complexes in the hydrogel matrix.
An apparatus comprising: a power supply to connect to a power source, the power supply to receive and to distribute a total power from the power source; a first device to receive a first portion of the total power from the power supply; a second device to receive a second portion of the total power from the power supply, wherein a sum of the first portion and the second portion is the total power; and a controller to control the second device, wherein the controller is to determine the total power demanded by the first device and the second device based on a calculation of an average total power via a measurement of the total power over a period of time, the controller to reduce the second portion of the total power if the total power is above an upper threshold value, and the controller to restore the second portion of the total power if the total power is below a lower threshold value. a power supply to connect to a power source, the power supply to receive and to distribute a total power from the power source; a first device to receive a first portion of the total power from the power supply; a second device to receive a second portion of the total power from the power supply, wherein a sum of the first portion and the second portion is the total power; and a controller to control the second device, wherein the controller is to determine the total power demanded by the first device and the second device based on a calculation of an average total power via a measurement of the total power over a period of time, the controller to reduce the second portion of the total power if the total power is above an upper threshold value, and the controller to restore the second portion of the total power if the total power is below a lower threshold value.
A clamping device comprising: a drive section having a displacement body movable in an axial direction under an action of supplying pressurized fluid; a body connected to the drive section and having a mounting portion on which a workpiece (W1, W2) is mounted; a clamp arm connected to the displacement body and pivotably supported relative to the body ; a locating section protruding in the axial direction relative to the mounting portion and being inserted into a positioning hole (h) formed in the workpiece (W); wherein a linear motion of the displacement body outputted by the drive section is converted into a pivotal motion of the clamp arm , a slit hole is formed in the locating section and opens along the axial direction, a claw portion of the clamp arm housed inside the locating section protrudes through the slit hole , the workpiece (W1, W2) is clamped between the mounting portion and the claw portion , a cover member that faces the slit hole and is movable in the axial direction is provided inside the locating section ; and characterised in that the cover member is provided with an opening into which the claw portion is inserted, the opening faces the slit hole . a drive section having a displacement body movable in an axial direction under an action of supplying pressurized fluid; a body connected to the drive section and having a mounting portion on which a workpiece (W1, W2) is mounted; a clamp arm connected to the displacement body and pivotably supported relative to the body ; a locating section protruding in the axial direction relative to the mounting portion and being inserted into a positioning hole (h) formed in the workpiece (W); wherein a linear motion of the displacement body outputted by the drive section is converted into a pivotal motion of the clamp arm , a slit hole is formed in the locating section and opens along the axial direction, a claw portion of the clamp arm housed inside the locating section protrudes through the slit hole , the workpiece (W1, W2) is clamped between the mounting portion and the claw portion , a cover member that faces the slit hole and is movable in the axial direction is provided inside the locating section ; and characterised in that the cover member is provided with an opening into which the claw portion is inserted, the opening faces the slit hole .
A terminal apparatus for communicating with a base station apparatus , the terminal apparatus comprising: a multiplexing unit configured to map a phase tracking reference signal, PTRS, and a demodulation reference signal, DMRS, on resource elements; and a transmission unit configured to transmit a physical uplink shared channel, PUSCH, wherein the multiplexing unit is configured to map the PTRS on a subcarrier position of a resource element based on at least a cell-radio network temporary identifier, C-RNTI, and a frequency domain density of the PTRS, the multiplexing unit is configured to map the DMRS on a resource element which is different from the resource element on which the PTRS is mapped, and the transmission unit is configured to transmit the PUSCH on which the PTRS is mapped. a multiplexing unit configured to map a phase tracking reference signal, PTRS, and a demodulation reference signal, DMRS, on resource elements; and a transmission unit configured to transmit a physical uplink shared channel, PUSCH, wherein the multiplexing unit is configured to map the PTRS on a subcarrier position of a resource element based on at least a cell-radio network temporary identifier, C-RNTI, and a frequency domain density of the PTRS, the multiplexing unit is configured to map the DMRS on a resource element which is different from the resource element on which the PTRS is mapped, and the transmission unit is configured to transmit the PUSCH on which the PTRS is mapped.
A beverage brewing system, comprising: a brew chamber ; an extraction chamber having a capacity of at least 200 ml; a filter device positioned along a fluid flow path joining and including the brew chamber and the extraction chamber ; a pressure differential device configured to apply a pressure differential between the brew chamber and the extraction chamber of at least 8.0 kPa (60 torr); a hot water source coupled to the brew chamber ; and a controller programmed with instructions that, when executed: during a first brewing process, direct a first volume of hot water into the brew chamber and into contact with a set of grounds to form a first beverage volume; activate the pressure differential device to force the first beverage volume out of the brew chamber ; during a second brewing process, performed after the first beverage volume has been removed from the brew chamber , direct a second volume of hot water into the brew chamber and into contact with the set of grounds to form a second beverage volume; and activate the pressure differential device to force the second beverage volume from the brew chamber into the extraction chamber to mix with the first beverage volume in the extraction chamber . a brew chamber ; an extraction chamber having a capacity of at least 200 ml; a filter device positioned along a fluid flow path joining and including the brew chamber and the extraction chamber ; a pressure differential device configured to apply a pressure differential between the brew chamber and the extraction chamber of at least 8.0 kPa (60 torr); a hot water source coupled to the brew chamber ; and a controller programmed with instructions that, when executed: during a first brewing process, direct a first volume of hot water into the brew chamber and into contact with a set of grounds to form a first beverage volume; activate the pressure differential device to force the first beverage volume out of the brew chamber ; during a second brewing process, performed after the first beverage volume has been removed from the brew chamber , direct a second volume of hot water into the brew chamber and into contact with the set of grounds to form a second beverage volume; and activate the pressure differential device to force the second beverage volume from the brew chamber into the extraction chamber to mix with the first beverage volume in the extraction chamber . during a first brewing process, direct a first volume of hot water into the brew chamber and into contact with a set of grounds to form a first beverage volume; activate the pressure differential device to force the first beverage volume out of the brew chamber ; during a second brewing process, performed after the first beverage volume has been removed from the brew chamber , direct a second volume of hot water into the brew chamber and into contact with the set of grounds to form a second beverage volume; and activate the pressure differential device to force the second beverage volume from the brew chamber into the extraction chamber to mix with the first beverage volume in the extraction chamber .
Method for controlling a variable revolution rate circulation pump in a hydraulic system, in particular in a heating system, wherein the method includes: i. Controlling the revolution rate of the circulation pump according to a stored control curve, ii. Detecting whether there is a stationary operating point of the hydraulic system and calculating the initial system resistance, iii. If there is a stationary operating point, reducing the pump revolution rate until the minimum system curve is reached and calculating the minimum system resistance, iv. Adjusting the control curve for the revolution rate control of the circulation pump on the basis of a comparison of the determined initial and minimum system resistances. i. Controlling the revolution rate of the circulation pump according to a stored control curve, ii. Detecting whether there is a stationary operating point of the hydraulic system and calculating the initial system resistance, iii. If there is a stationary operating point, reducing the pump revolution rate until the minimum system curve is reached and calculating the minimum system resistance, iv. Adjusting the control curve for the revolution rate control of the circulation pump on the basis of a comparison of the determined initial and minimum system resistances.
A bale opener for opening pressed fiber bales deployed in a setting direction on a floor comprising • a machine frame that - is arranged travelable in the setting direction ; and - has a portal construction having a first side wall and having a second side wall ; and • a removal unit that - has at least one removal roll ; - is arranged vertically variably at the machine frame ; and - is adapted to travel over the fiber bales on the traveling of the machine frame to remove fibers from the fiber bales by means of the at least one removal roll ; • wherein the side walls are connected to one another by means of at least one portal section extending in a transverse direction transversely to the setting direction and in parallel with the floor , characterized in that • a respective collision sensor facing in one of the directions of movement of the machine frame is arranged at the first side wall and at the second side wall , with • the collision sensors being configured as reflection light sensors; and • a collision monitoring of the machine frame being able to be carried out by means of the collision sensors independently of the operating state of the removal rolls . • a machine frame that - is arranged travelable in the setting direction ; and - has a portal construction having a first side wall and having a second side wall ; and - is arranged travelable in the setting direction ; and - has a portal construction having a first side wall and having a second side wall ; and • a removal unit that - has at least one removal roll ; - is arranged vertically variably at the machine frame ; and - is adapted to travel over the fiber bales on the traveling of the machine frame to remove fibers from the fiber bales by means of the at least one removal roll ; - has at least one removal roll ; - is arranged vertically variably at the machine frame ; and - is adapted to travel over the fiber bales on the traveling of the machine frame to remove fibers from the fiber bales by means of the at least one removal roll ; • wherein the side walls are connected to one another by means of at least one portal section extending in a transverse direction transversely to the setting direction and in parallel with the floor , characterized in that • a respective collision sensor facing in one of the directions of movement of the machine frame is arranged at the first side wall and at the second side wall , with • the collision sensors being configured as reflection light sensors; and • a collision monitoring of the machine frame being able to be carried out by means of the collision sensors independently of the operating state of the removal rolls .
A computer-implemented method of database high availability for online transaction processing, the method comprising: receiving, by a first container database management system , through a first network connection to a second container database management system , live redo data of a primary instance of a first pluggable database ; applying, by the first container database management system to a standby instance of said first pluggable database , the live redo data of the primary instance of the first pluggable database ; receiving, by the first container database management system , through a second network connection to a third container database management system , live redo data of a primary instance of a second pluggable database ; and applying, by the first container database management system to a standby instance of said second pluggable database , the live redo data of the primary instance of said second pluggable database . receiving, by a first container database management system , through a first network connection to a second container database management system , live redo data of a primary instance of a first pluggable database ; applying, by the first container database management system to a standby instance of said first pluggable database , the live redo data of the primary instance of the first pluggable database ; receiving, by the first container database management system , through a second network connection to a third container database management system , live redo data of a primary instance of a second pluggable database ; and applying, by the first container database management system to a standby instance of said second pluggable database , the live redo data of the primary instance of said second pluggable database .
An antibody or antigen-binding portion thereof which binds to PSMA and comprises a heavy chain variable domain and a light chain variable domain, wherein the heavy chain variable domain comprises the sequence given in SEQ ID NO: 13, and wherein the light chain variable domain comprises the sequence given in SEQ ID NO: 18.
A method for detecting suspicious sources, comprising: accessing a plurality of traffic logs recorded at one or more network elements during a plurality of DDoS attacks, wherein a traffic log comprises source information relating to transaction sources from which transactions received by a said network element during a said DDoS attack originate, accessing a plurality of peacetime traffic logs recorded at said one or more network elements during a period of time without said DDoS attacks, wherein a peacetime traffic log comprises source information relating to transaction sources from which transactions received by a said network element during said period of time originate, examining intersections of the peacetime traffic logs to determine a ratio of transaction sources found in the intersections, and defining a threshold as a function of said ratio, so that the threshold is higher when said ratio of transaction sources is higher, correlating the traffic logs to determine transaction sources that appear in a number of traffic logs higher than the defined threshold, and providing a list of suspicious sources comprising the determined transaction sources. accessing a plurality of traffic logs recorded at one or more network elements during a plurality of DDoS attacks, wherein a traffic log comprises source information relating to transaction sources from which transactions received by a said network element during a said DDoS attack originate, accessing a plurality of peacetime traffic logs recorded at said one or more network elements during a period of time without said DDoS attacks, wherein a peacetime traffic log comprises source information relating to transaction sources from which transactions received by a said network element during said period of time originate, examining intersections of the peacetime traffic logs to determine a ratio of transaction sources found in the intersections, and defining a threshold as a function of said ratio, so that the threshold is higher when said ratio of transaction sources is higher, correlating the traffic logs to determine transaction sources that appear in a number of traffic logs higher than the defined threshold, and providing a list of suspicious sources comprising the determined transaction sources.
Apparatus for filling tubular cases with a pasty material, in particular gathered sausage skin casings with sausagemeat, comprising - at least one filling tube which is rotatable and drivable about its longitudinal axis and on to which a case which can be filled with the material can be pulled, - a receiving portion at which the filling tube is rotatably received, - a drive unit for driving the filling tube , and - a magnetic coupling for making and breaking an at least force-locking torque transmission between the drive unit and the filling tube , which has a drive rotor and a driven roller which is displaceable relative to the drive rotor in the longitudinal direction of the filling tube characterised in that the magnetic coupling is a contact-less magnetic coupling with an internal rotor and an external rotor with coaxially arranged axes of rotation, which cover each other over at least portion-wise for transmission of the torque in the axial direction. - at least one filling tube which is rotatable and drivable about its longitudinal axis and on to which a case which can be filled with the material can be pulled, - a receiving portion at which the filling tube is rotatably received, - a drive unit for driving the filling tube , and - a magnetic coupling for making and breaking an at least force-locking torque transmission between the drive unit and the filling tube , which has a drive rotor and a driven roller which is displaceable relative to the drive rotor in the longitudinal direction of the filling tube
A spray head assembly (20; 220; 320; 420) for use with a liquid spray gun platform , comprising: an air-handling saddle (30; 230; 330; 430) that is attachable to the liquid spray gun platform , an air cap (140; 240; 340; 440) that is attachable to the air-handling saddle (30; 230; 330; 430), and a liquid-handling core (50; 250; 350; 450) that is slidably engagable into the air-handling saddle (30; 230; 330; 430) and that is securable in its engaged position therewithin by the attaching of the air cap (140; 240; 340; 440) to the air-handling saddle (30; 230; 330; 430).