mhurhangee/ep-ind-claims huggingface dataset:
An ELECTROMECHANICAL SYSTEM FOR OPERATION WITHOUT INTERMITTENCY OF AN IRRIGATION EQUIPMENT, the electromechanical system comprising: - a set of parallel metallic bars, joined by a steel cable, with springs in its ends, which one surrounds a roller which rotates with a misalignment between the movable spans of the pipeline, - the roller presenting an embedded shaft that rotates along with the roller, said shaft being mounted to a frame base fixed to a bar; - a position sensor, disposed in an upper tip of the shaft and fixed by the screws to the support which is secured over the flange fixed to said frame base by the pins, - a gear motor, provided for independently moving each span support tower, the gear motor linked by electric conductor to a frequency inverter, characterized by the position sensor sends a proportional, analogic or digital signal of offset/misalignment between the support towers to a electronic circuit comprising a microprocessed electronic circuit having a set of operational instructions directly programmed in the central processing unit that inform the frequency inverter about at which proportional speed the gear motor must rotate, ensuring the alignment of the overhead pipeline lances, with continuous movement, without the need to stop or dislocate. - a set of parallel metallic bars, joined by a steel cable, with springs in its ends, which one surrounds a roller which rotates with a misalignment between the movable spans of the pipeline, - the roller presenting an embedded shaft that rotates along with the roller, said shaft being mounted to a frame base fixed to a bar; - a position sensor, disposed in an upper tip of the shaft and fixed by the screws to the support which is secured over the flange fixed to said frame base by the pins, - a gear motor, provided for independently moving each span support tower, the gear motor linked by electric conductor to a frequency inverter, characterized by the position sensor sends a proportional, analogic or digital signal of offset/misalignment between the support towers to a electronic circuit comprising a microprocessed electronic circuit having a set of operational instructions directly programmed in the central processing unit that inform the frequency inverter about at which proportional speed the gear motor must rotate, ensuring the alignment of the overhead pipeline lances, with continuous movement, without the need to stop or dislocate.
A processor comprising: decode circuitry to decode an instruction having fields for a first source matrix operand, a second source matrix operand, and a destination matrix operand; and execution circuitry (1411, 2407) to execute the decoded instruction to: compute a result by performing dot product operations on elements from the first source matrix operand and the second source matrix operand, and accumulate the result into data element positions of the destination matrix operand, characterized in that: the processor is configured to generate a fault when one or more of the following is true: a number of columns of the first source matrix operand is different than a number of rows of the second source matrix operand; a number of rows of the destination matrix operand is different than a number of rows of the first source matrix operand; and a number of columns of the destination matrix operand is different than a number of columns of the second source matrix operand. decode circuitry to decode an instruction having fields for a first source matrix operand, a second source matrix operand, and a destination matrix operand; and execution circuitry (1411, 2407) to execute the decoded instruction to: compute a result by performing dot product operations on elements from the first source matrix operand and the second source matrix operand, and accumulate the result into data element positions of the destination matrix operand, characterized in that: the processor is configured to generate a fault when one or more of the following is true: a number of columns of the first source matrix operand is different than a number of rows of the second source matrix operand; a number of rows of the destination matrix operand is different than a number of rows of the first source matrix operand; and a number of columns of the destination matrix operand is different than a number of columns of the second source matrix operand. compute a result by performing dot product operations on elements from the first source matrix operand and the second source matrix operand, and accumulate the result into data element positions of the destination matrix operand, characterized in that: the processor is configured to generate a fault when one or more of the following is true: a number of columns of the first source matrix operand is different than a number of rows of the second source matrix operand; a number of rows of the destination matrix operand is different than a number of rows of the first source matrix operand; and a number of columns of the destination matrix operand is different than a number of columns of the second source matrix operand. a number of columns of the first source matrix operand is different than a number of rows of the second source matrix operand; a number of rows of the destination matrix operand is different than a number of rows of the first source matrix operand; and a number of columns of the destination matrix operand is different than a number of columns of the second source matrix operand.
A refrigeration system comprising: a trailer refrigeration unit including a housing, and a refrigerant circuit through which a refrigerant is circulated, the refrigerant circuit including a condenser; a fuel cell configured to generate electrical power for the trailer refrigeration unit; and a coolant circuit; characterized in that the coolant circuit includes a radiator, the radiator configured to dissipate heat generated by the fuel cell, wherein the condenser and the radiator are positioned such that each of the condenser and the radiator receives a flow of unconditioned ambient air; the condenser and the radiator are positioned within the housing; and the trailer refrigeration unit further comprises at least one condenser fan operable to move the flow of unconditioned ambient air across the condenser and the radiator. a trailer refrigeration unit including a housing, and a refrigerant circuit through which a refrigerant is circulated, the refrigerant circuit including a condenser; a fuel cell configured to generate electrical power for the trailer refrigeration unit; and a coolant circuit; characterized in that the coolant circuit includes a radiator, the radiator configured to dissipate heat generated by the fuel cell, wherein the condenser and the radiator are positioned such that each of the condenser and the radiator receives a flow of unconditioned ambient air; the condenser and the radiator are positioned within the housing; and the trailer refrigeration unit further comprises at least one condenser fan operable to move the flow of unconditioned ambient air across the condenser and the radiator.
Component apparatus, in particular for a primary supporting component of an aircraft, comprising a first component element, a second component element, an adhesive bond which provides a connection between the first component element and the second component element, a marker substance device which is configured to output a volatile marker gas to the surroundings in the case of contact with ambient air, and which, in the case of an intact adhesive bond, is closed off hermetically from the ambient air by way of the adhesive bond, the first module and/or the second module, and a detector device which is configured to detect the marker gas which is output by the marker substance device.
Method to operate an electronic programme guide which enables an electronic navigation using a screen for the purposes of selecting television programmes, wherein the method comprises that, in the electronic navigation, a depiction on the screen occurs by means to depict viewing windows, in which the surface sections are allocated to television programmes on the screen, characterised in that, the indicator vectors are allocated to television programmes, which are formed as n-tuples from indicators allocated to pre-determined content categories, said indicators being stored in the means for storage and that a) to pair the television programmes, the indicator vectors allocated to these television programmes are used to calculate a distance dimension according to a determined, mathematically defined calculation rule by means to calculate such a distance dimension, and that b) an arrangement of the surface sections allocated to the individual television programmes on the screen is provided using the means for the depiction of viewing windows, depending on the distance dimensions. a) to pair the television programmes, the indicator vectors allocated to these television programmes are used to calculate a distance dimension according to a determined, mathematically defined calculation rule by means to calculate such a distance dimension, and that b) an arrangement of the surface sections allocated to the individual television programmes on the screen is provided using the means for the depiction of viewing windows, depending on the distance dimensions.
Heat exchanger comprising a heat exchanging channel (11, 21, 31) having an inlet and an outlet for a medium flowing through the heat exchanging channel, wherein the heat exchanger comprises at least two stages (10, 20, 30) arranged in the flowing direction of the medium after one another, each having a heat exchanging channel (11, 21, 31), wherein the first stage comprises at least one guiding channel arranged parallel to the heat exchanging channel, and the heat exchanging channel (11, 21) has at least one outlet (13, 23) at the end of the respective stage (10, 20), and wherein the guiding channel (12, 22) of the respective stage (10, 20) is in flow connection with the heat exchanging channel (21, 31) of the next following stage (20, 30), characterized in that the individual stages (10, 20, 30) are connected by cross-flow elements (7, 8) in such manner that separated part flows (14, 24, 34) of the medium are present.
A compressed air storage system for storing compressed air provided by an air compressing system, comprising: an underground pressure tank including: a cavity; an inflatable elastic balloon arranged in the cavity, said inflatable elastic balloon having a balloon port for providing access to an inner volume of the inflatable elastic balloon and configured for storing the compressed air; and an air valve configured to switch the compressed the air storage system from a filling up mode to a discharging mode; characterized in that said cavity is arranged within a borehole made in the ground at a predetermined depth and having a predetermined diameter; said predetermined depth of the borehole is in the range of 10 m to 100 m; said predetermined diameter of the borehole is in the range of 1 m to 10 m; and said inflatable elastic balloon is surrounded by compacted filling material placed between said inflatable elastic balloon and an inner surface of the borehole, thereby to maintain a volume of the cavity unchangeable during filling up and discharging of said inflatable elastic balloon. an underground pressure tank including: a cavity; an inflatable elastic balloon arranged in the cavity, said inflatable elastic balloon having a balloon port for providing access to an inner volume of the inflatable elastic balloon and configured for storing the compressed air; and a cavity; an inflatable elastic balloon arranged in the cavity, said inflatable elastic balloon having a balloon port for providing access to an inner volume of the inflatable elastic balloon and configured for storing the compressed air; and an air valve configured to switch the compressed the air storage system from a filling up mode to a discharging mode; characterized in that said cavity is arranged within a borehole made in the ground at a predetermined depth and having a predetermined diameter; said predetermined depth of the borehole is in the range of 10 m to 100 m; said predetermined diameter of the borehole is in the range of 1 m to 10 m; and said inflatable elastic balloon is surrounded by compacted filling material placed between said inflatable elastic balloon and an inner surface of the borehole, thereby to maintain a volume of the cavity unchangeable during filling up and discharging of said inflatable elastic balloon.
A device for detecting muscle seizure of a subject, said device comprising: - an activity input configured to obtain activity information related to a subject's activity when using a user device; - a gaze input configured to obtain gaze information related to the subject's gaze when using the user device; - a detection unit configured to detect a muscle seizure of the subject when using the user device by determining if the activity information indicates a reduction in said subject's activity using a user device and if the gaze information indicates that the subject's gaze is directed to said user device; and - a control unit configured to generating a control signal, if the detection unit detects a muscle seizure of the subject, for controlling a vibration unit attached to the subject and/or the user device to vibrate. - an activity input configured to obtain activity information related to a subject's activity when using a user device; - a gaze input configured to obtain gaze information related to the subject's gaze when using the user device; - a detection unit configured to detect a muscle seizure of the subject when using the user device by determining if the activity information indicates a reduction in said subject's activity using a user device and if the gaze information indicates that the subject's gaze is directed to said user device; and - a control unit configured to generating a control signal, if the detection unit detects a muscle seizure of the subject, for controlling a vibration unit attached to the subject and/or the user device to vibrate.
A method for producing a wet-laid nonwoven fabric for a semipermeable membrane supporting body, the method comprising: performing papermaking according to a wet papermaking method by using a fiber slurry containing a synthetic fiber as a main constituent fiber; drying the fiber slurry; subsequently subjecting the dried sheet to hot press processing two or more times by using a heat calender apparatus, wherein the hot press process temperature in the second and subsequent treatments is adjusted to be higher by 10°C or more than the hot press processing temperature in the first treatment, while treating the dried sheet by using a hard nip heat calender apparatus equipped with a combination of a metal roll and a metal roll for at least one time of the hot press processing; and thereby obtaining a wet-laid nonwoven fabric for a semipermeable membrane supporting body.
A computing device for scheduling workload submissions for a virtualized graphics processing unit, GPU, the computing device comprising: a virtualization service to establish a virtualization environment comprising a plurality of virtual machines, each of the virtual machines comprising a graphics driver to communicate with the GPU and a plurality of command buffers to store GPU commands; characterized by a GPU scheduler module configured to: evaluate the GPU commands of all of the command buffers of all of the virtual machines; dynamically select, in response to output of the evaluating of the GPU commands, a scheduling policy from a plurality of different scheduling policies; and schedule at least one of the GPU commands for processing by the GPU according to the dynamically selected scheduling policy; switch the scheduling policy from a per-ring scheduling policy in which commands from individual command buffers from different VMs can be scheduled at the same time to a gang scheduling policy in which all of the command buffers in a VM are context-switched together, in response to detecting a cross-buffer dependency between two GPU commands that are in different command buffers of the same virtual machine. a virtualization service to establish a virtualization environment comprising a plurality of virtual machines, each of the virtual machines comprising a graphics driver to communicate with the GPU and a plurality of command buffers to store GPU commands; characterized by a GPU scheduler module configured to: evaluate the GPU commands of all of the command buffers of all of the virtual machines; dynamically select, in response to output of the evaluating of the GPU commands, a scheduling policy from a plurality of different scheduling policies; and schedule at least one of the GPU commands for processing by the GPU according to the dynamically selected scheduling policy; switch the scheduling policy from a per-ring scheduling policy in which commands from individual command buffers from different VMs can be scheduled at the same time to a gang scheduling policy in which all of the command buffers in a VM are context-switched together, in response to detecting a cross-buffer dependency between two GPU commands that are in different command buffers of the same virtual machine. evaluate the GPU commands of all of the command buffers of all of the virtual machines; dynamically select, in response to output of the evaluating of the GPU commands, a scheduling policy from a plurality of different scheduling policies; and schedule at least one of the GPU commands for processing by the GPU according to the dynamically selected scheduling policy; switch the scheduling policy from a per-ring scheduling policy in which commands from individual command buffers from different VMs can be scheduled at the same time to a gang scheduling policy in which all of the command buffers in a VM are context-switched together, in response to detecting a cross-buffer dependency between two GPU commands that are in different command buffers of the same virtual machine.
A method of configuring dynamic memory (107, 109, 111) associated with a processing system, the dynamic memory (107, 109, 111) being configured in a plurality of blocks, the method comprising: a) receiving information relating to a utilisation status of the dynamic memory (107, 109, 111); b) processing the received information to determine at least one first block of the dynamic memory (107, 109, 111) that is currently not in use for information storage by maintaining a counter in respect of each block of the dynamic memory (107, 109, 111), wherein the counter for a block is incremented each time the processing identifies that information is to be stored in a part of that block, and decremented each time the processing identifies that a part of the block has been freed from use for information storage; and c) configuring the at least one first block to be excluded from an information refresh process, wherein the determination of the at least one first block of the dynamic memory (107, 109, 111) that is currently not in use for information storage is made on the basis of the value of the counter for that block, and wherein the size of the counter increment is representative of the size of the piece of memory allocated. a) receiving information relating to a utilisation status of the dynamic memory (107, 109, 111); b) processing the received information to determine at least one first block of the dynamic memory (107, 109, 111) that is currently not in use for information storage by maintaining a counter in respect of each block of the dynamic memory (107, 109, 111), wherein the counter for a block is incremented each time the processing identifies that information is to be stored in a part of that block, and decremented each time the processing identifies that a part of the block has been freed from use for information storage; and c) configuring the at least one first block to be excluded from an information refresh process, wherein the determination of the at least one first block of the dynamic memory (107, 109, 111) that is currently not in use for information storage is made on the basis of the value of the counter for that block, and wherein the size of the counter increment is representative of the size of the piece of memory allocated.
A mesenchymal stem cell obtained by a process comprising the steps of: (i) obtaining multipotent progenitor cells; (ii) culturing said multipotent cells in a medium to produce a subpopulation of mesenchymal stem cells and a subpopulation of differentiated cells; (iii) separating mesenchymal stem cells from differentiated cells in said medium; (iv) activating at least a subset of said separated mesenchymal stem cells with interferon gamma (IFNγ) and at least one cytokine selected from the group consisting of Type 1 interferons (IFN-1), and FGF and any combinations thereof. (i) obtaining multipotent progenitor cells; (ii) culturing said multipotent cells in a medium to produce a subpopulation of mesenchymal stem cells and a subpopulation of differentiated cells; (iii) separating mesenchymal stem cells from differentiated cells in said medium; (iv) activating at least a subset of said separated mesenchymal stem cells with interferon gamma (IFNγ) and at least one cytokine selected from the group consisting of Type 1 interferons (IFN-1), and FGF and any combinations thereof.
A method for identifying an agent that inhibits an interaction between Staphylococcus aureus (S. aureus) proteins selected from the group consisting of SirA and SirB, SirA and SirC, SirB and SirC, SirB and FhuC and SirC and FhuC comprising: (i) contacting the proteins, or nucleic acid encoding the proteins, in the presence and absence of an agent under conditions permitting the interaction between the two proteins; and (ii) determining the level of interaction between the proteins, wherein a different level of interaction between the proteins in the presence of the agent relative to in the absence of the agent indicates that the agent inhibits the interaction between the proteins. (i) contacting the proteins, or nucleic acid encoding the proteins, in the presence and absence of an agent under conditions permitting the interaction between the two proteins; and (ii) determining the level of interaction between the proteins, wherein a different level of interaction between the proteins in the presence of the agent relative to in the absence of the agent indicates that the agent inhibits the interaction between the proteins.
Electronic component comprising a stack of at least first and second layers (32a-d) of electrically conductive material, alternating with at least one third layer (34a-c) of electrically non-conductive material, said third layer (34a-c) being positioned between said first and second layers (32a-d), and comprising a first face arranged facing and at a distance from the second layer (32c-d) and a second face opposite the first face arranged facing and in contact with the first layer (32a-b), a volume being defined between the first face of the third layer (34a-c) and the second layer (32a-d), said electronic component comprising at least one semiconductor arranged in said volume on the first face of the third layer (34a-c), and characterized in that said electronic component comprises cooling means taking the form of a two-phase fluid filling said volume, the two-phase fluid being a liquid-gas two-phase fluid, the volume having an inlet and an outlet, and in that the electronic component comprises a tank of two-phase fluid, a pump fluidically connected between the tank and the inlet of said volume, the two-phase fluid flowing between the inlet and the outlet of said volume, and a condenser fluidically connected between the outlet of said volume and the inlet of the tank.