mhurhangee/ep-ind-claims huggingface dataset:
Method of computation caching in a serving cell of a MEC, Mobile Edge Computing, network, said serving cell being provided with local computing resources for performing computational tasks and a local cache memory, UEs, User Equipments, being able to send task offloading requests on the uplink of the serving cell, each request, r n, of a UE for a computational task to be offloaded to the serving cell being identified by a computation task label, k, characterized in that: - the serving cell assigns to each computational task c k a metric value λ ( c k) which is calculated as an increasing function of the product p k W k in, where p k is the popularity of the task and W k in is the size of the input data of the task, and a decreasing function of the size W k out of the result of the computational task; - the serving cell stores the results of the computational tasks in the cache memory based on their respective metric values, the result of a computational task having a higher metric value being more likely stored in the cache memory than the result of a computational task of lower metric value. - the serving cell assigns to each computational task c k a metric value λ ( c k) which is calculated as an increasing function of the product p k W k in, where p k is the popularity of the task and W k in is the size of the input data of the task, and a decreasing function of the size W k out of the result of the computational task; - the serving cell stores the results of the computational tasks in the cache memory based on their respective metric values, the result of a computational task having a higher metric value being more likely stored in the cache memory than the result of a computational task of lower metric value.
Device for diluting a fibre-material suspension, suitable for the production of a paper, cardboard, tissue, or other fibrous web, using a dilution liquid, said device being composed of a purifying device, formed from a plurality of hydrocyclones, for removing extraneous materials from the fibre-material suspension, of a mixing device having a mixing vessel having an outlet, and of a de-gassing device, wherein the purified fibre-material suspension of each hydrocyclone is guided by way of a suspension nozzle into the mixing vessel into which the dilution liquid by way of at least one dilution nozzle is also directed, wherein the suspension nozzles and/or the dilution nozzles are disposed on the base of the mixing vessel or on an end face of the mixing vessel, and the outlet of the mixing vessel, without a pump, leads directly into the de-gassing device that is connected to a negative-pressure source.
A hot forging die for closed die hot forging of nickel alloy or titanium alloy turbine disks for aircraft jet engines and gas turbine disks, the hot forging die comprising a plurality of ring-shaped die pieces which are combined concentrically and fastened with each other, wherein a stepped portion for receiving the load imposed during forging is formed at at least one of an inner periphery or an outer periphery of at least one of the plurality of ring-shaped die pieces, wherein an axial direction of the ring-shaped die pieces is identical with a pressing direction when the material is forged, characterised in that a die face and a build-up layer of a nickel-base super heat-resistant alloy are formed at a part of the hot forging die, which is brought into contact with the material to be forged, wherein the build-up layer is formed by build-up welding for each ring-shaped die piece on which the die face is formed.
A pixel circuit, comprising: a photoelectric conversion circuit configured to generate and output a photocurrent (Iphoto); an integration capacitor (Cint) comprising a storage electrode (CintS) and a reference electrode (CintR), wherein the reference electrode (CintR) is connected to a first supply potential (VSUP1), and wherein the integration capacitor (Cint) is configured to integrate the photocurrent on the storage electrode (CintS) in an integration period (Tint); and a supplementary circuit configured to pre-charge a working node between the photoelectric conversion circuit and the storage electrode (CintS) to a pre-charge potential (Vpre) different from the first supply potential (VSUP1), wherein the supplementary circuit comprises an auxiliary capacitor (Cb) comprising a first electrode and a second electrode, wherein the first electrode is electrically connected to the working node, and wherein the second electrode and the storage electrode (CintS) of the integration capacitor (Cint) are electrically connected to a center tap node, and wherein the supplementary circuit is configured to pre-charge the working node by successively (i) pre-charging, with the working node connected to the first supply voltage (VSUP1), the center tap node with a tap potential, and then (ii) connecting, with the working node disconnected from the first supply voltage (VSUP1), the center tap node to the first supply voltage (VSUP1). a photoelectric conversion circuit configured to generate and output a photocurrent (Iphoto); an integration capacitor (Cint) comprising a storage electrode (CintS) and a reference electrode (CintR), wherein the reference electrode (CintR) is connected to a first supply potential (VSUP1), and wherein the integration capacitor (Cint) is configured to integrate the photocurrent on the storage electrode (CintS) in an integration period (Tint); and a supplementary circuit configured to pre-charge a working node between the photoelectric conversion circuit and the storage electrode (CintS) to a pre-charge potential (Vpre) different from the first supply potential (VSUP1), wherein the supplementary circuit comprises an auxiliary capacitor (Cb) comprising a first electrode and a second electrode, wherein the first electrode is electrically connected to the working node, and wherein the second electrode and the storage electrode (CintS) of the integration capacitor (Cint) are electrically connected to a center tap node, and wherein the supplementary circuit is configured to pre-charge the working node by successively (i) pre-charging, with the working node connected to the first supply voltage (VSUP1), the center tap node with a tap potential, and then (ii) connecting, with the working node disconnected from the first supply voltage (VSUP1), the center tap node to the first supply voltage (VSUP1).
Metering apparatus for the volumetric metering of free-flowing materials, in particular pharmaceutical powder or granulate, comprising a housing and a metering slide movable relative to the housing, the housing and the metering slide together bounding a metering chamber, characterised in that the metering slide is designed as a vertical slide with a vertical stroke axis in the normal operating position, in that the housing has a guide surface (7, 7') extending in the direction of the stroke axis for the metering slide, and in that the metering slide has a boundary surface (8, 8') corresponding to the respective guide surface (7, 7') and being in sliding contact with the guide surface (7, 7'), wherein, starting from the boundary surface (8, 8'), a metering recess is introduced into the metering slide and/or, starting from the guide surface (7, 7'), a metering recess is introduced into the housing, wherein, in a stroke position of the metering slide in which the metering recess (9, 9') is covered by the guide surface (7, 7') and/or by the boundary surface (8, 8'), the metering chamber is formed by the metering recess (9, 9'), the guide surface (7, 7') and/or the boundary surface.
A method for detecting pancreatic cancer in a human subject, characterized by measuring the amount of either a putative N-glycosylation site of the pancreatic ribonuclease 1 linked with an N-glycan chain or not linked with an N-glycan chain, wherein the putative N-glycosylation site is one or more asparagine residues selected from asparagine at positions 34, 76 and 88 of SEQ ID NO: 2, and wherein the amount of the site linked with the N-glycan chain is increased in pancreatic cancer patients in comparison with healthy individuals and the amount of the site not linked with the N-glycan chain is decreased in pancreatic cancer patients in comparison with healthy individuals.
A carbon fiber bundle for resin reinforcement purposes, comprising a carbon fiber bundle adhered with a polymer, the polymer being formed by bonding an acid-modified polyolefin having a polyolefin structure and an acidic group in the molecular structure, to a hydrophilic polymer having a weight average molecular weight (Mw) of 450 or more, wherein the mass ratio between the polyolefin structure and the acidic group,:, in the acid-modified polyolefin is 100:0.1 to 100:10; the mass ratio between the acid-modified polyolefin and the hydrophilic polymer,:, is 100:1 to 100:100; and the content of the polymer in the carbon fiber bundle for resin reinforcement purposes is from 0.1% by mass to 8.0% by mass, wherein the acidic group in the polymer is neutralized with a basic substance, or the acidic group is caused to react with the basic substance, and the pH at a temperature of 25°C of an aqueous resin dispersion obtained by dispersing the polymer that has been neutralized by the basic substance, or the polymer that has reacted with the basic substance, in water at a solid content concentration of 30% by mass is from 6.0 to 10.0, and wherein the basic substance is a basic substance having a molecular weight of 100 or less.
A catheter assembly comprising a package containing a catheter and a plurality of cleaning devices, wherein at least one of said cleaning device is a cleaning cap, a protective cap or both, wherein said catheter has at least one port wherein the catheter and each of the plurality of cleaning devices are individually sealed in separate compartments of the package, characterized in that each of the plurality of cleaning devices is individually disposed in a compartment ahead of a tip of the catheter.
An apparatus for estimating capacitance of a DC link capacitor of a unit power cell in a medium-voltage inverter in which a plurality of unit power cells connected in series output a single phase voltage to a motor, the apparatus comprising: a controller configured to generate a first voltage reference to each of the plurality of unit power cells, and generate a select signal for selecting a first unit power cell to be used for estimating capacitance of a DC link capacitor from among the plurality of unit power cells; and a driving unit configured to correct the first voltage reference by using a load current angle according to the select signal, the load current angle being calculated based on an output current (lout) from a current sensor, the driving unit being further configured to estimate capacitance of the DC link capacitor of the first unit power cell, generate a gating signal for generating a corrected second voltage reference in consideration of a DC link voltage measured by a voltage sensor, and provide the generated gating signal to a second unit power cell other than the first unit power cell among the plurality of unit power cells. a controller configured to generate a first voltage reference to each of the plurality of unit power cells, and generate a select signal for selecting a first unit power cell to be used for estimating capacitance of a DC link capacitor from among the plurality of unit power cells; and a driving unit configured to correct the first voltage reference by using a load current angle according to the select signal, the load current angle being calculated based on an output current (lout) from a current sensor, the driving unit being further configured to estimate capacitance of the DC link capacitor of the first unit power cell, generate a gating signal for generating a corrected second voltage reference in consideration of a DC link voltage measured by a voltage sensor, and provide the generated gating signal to a second unit power cell other than the first unit power cell among the plurality of unit power cells.
A strobel for an article of footwear including: a polymeric bladder defining an interior cavity and configured to retain a fluid in the interior cavity, the polymeric bladder having a peripheral flange extending around at least a portion of a perimeter of the interior cavity; and a tensile component disposed in the interior cavity and secured to opposing inner surfaces (52, 54) of the polymeric bladder; wherein the peripheral flange defines a groove extending along the peripheral flange; and wherein the strobel is securable to an upper by a series of stitches extending through the peripheral flange in the groove; and wherein the peripheral flange has a first weld and a second weld spaced apart from the first weld; the first weld and the second weld extend lengthwise along the peripheral flange, and the groove extends lengthwise along the peripheral flange between the first weld and the second weld; the first weld is inward of the groove; and the second weld is outward of the groove. a polymeric bladder defining an interior cavity and configured to retain a fluid in the interior cavity, the polymeric bladder having a peripheral flange extending around at least a portion of a perimeter of the interior cavity; and a tensile component disposed in the interior cavity and secured to opposing inner surfaces (52, 54) of the polymeric bladder; wherein the peripheral flange defines a groove extending along the peripheral flange; and wherein the strobel is securable to an upper by a series of stitches extending through the peripheral flange in the groove; and wherein the peripheral flange has a first weld and a second weld spaced apart from the first weld; the first weld and the second weld extend lengthwise along the peripheral flange, and the groove extends lengthwise along the peripheral flange between the first weld and the second weld; the first weld is inward of the groove; and the second weld is outward of the groove. the first weld is inward of the groove; and the second weld is outward of the groove.
A nickel-based superalloy comprising, in weight percent, 6 to 8% aluminum, 12 to 15% cobalt, 4 to 8% chromium, 0 to 0.2% hafnium, 0.5 to 4% molybdenum, 3.5 to 6% rhenium, 4 to 6% tantalum, 1 to 3% titanium, 0 to 2% tungsten, 0 to 0.1% silicon, the balance consisting of nickel and unavoidable impurities.
A method for recovering heat energy released by laundry machines, wherein the heat energy released by a plurality of laundry machines as moist hot air, in particular gland steam, is conducted to at least one common heat exchanger (16, 18), wherein a first heat exchanger is supplied with gland steam from washing machines, tunnel washing machines or hydroextractor spin-dryers, dryers mangles and/or finishers and water is heated by the heat energy in the gland steam in the first heat exchanger, this heated water is conducted through at least a further heat exchanger, characterized in that the heated water is cycled in a loop through the at least one further heat exchanger and that fresh water or wash water is thereby heated by the or every further heat exchanger, said water being supplied to the washing machine, hydroextractor spin-dryer or tunnel washing machine, or to the mangle and/or the gland steam is dehumidified by the first heat exchanger and dehumidified hot air, after being heated up if necessary, is fed at least to the dryer, the finisher and/or to the mangle.
A method, by a wireless electronic device loaded with first access client data, for obtaining second access client data, the method comprising: by the wireless electronic device: communicating information from the first access client data to a local carrier to obtain access to a provisioning service, wherein the local carrier is configured to contact a provisioning carrier to obtain verification that the first access client data is associated with an active account; establishing a data link with the provisioning service based on the verification; receiving, from the provisioning service via the data link, a list of wireless carriers to present to a user; obtaining a user selection of a selected carrier from the list of wireless carriers; receiving, from the provisioning service and based on the user selection, second access client data; and loading the second access client data into a secure element of the wireless electronic device; wherein the first access client data comprises a bootstrap program having minimal functionality in comparison to the second access client data. by the wireless electronic device: communicating information from the first access client data to a local carrier to obtain access to a provisioning service, wherein the local carrier is configured to contact a provisioning carrier to obtain verification that the first access client data is associated with an active account; establishing a data link with the provisioning service based on the verification; receiving, from the provisioning service via the data link, a list of wireless carriers to present to a user; obtaining a user selection of a selected carrier from the list of wireless carriers; receiving, from the provisioning service and based on the user selection, second access client data; and loading the second access client data into a secure element of the wireless electronic device; communicating information from the first access client data to a local carrier to obtain access to a provisioning service, wherein the local carrier is configured to contact a provisioning carrier to obtain verification that the first access client data is associated with an active account; establishing a data link with the provisioning service based on the verification; receiving, from the provisioning service via the data link, a list of wireless carriers to present to a user; obtaining a user selection of a selected carrier from the list of wireless carriers; receiving, from the provisioning service and based on the user selection, second access client data; and loading the second access client data into a secure element of the wireless electronic device; wherein the first access client data comprises a bootstrap program having minimal functionality in comparison to the second access client data.
An array module for use in conjunction with a phased array system, comprising: an antenna; a power source coupled to the antenna for supplying power to the antenna during an array transmit operation, wherein the array module is not connected to an external power source during the array transmit operation; and a control system configured to read a mounting location identifier from an identification circuit on a mounting location in an array structural frame when the array module is mounted therein; and wherein the mounting location identifier is associated with the mounting location to determine the array module's physical location within the array structural frame. an antenna; a power source coupled to the antenna for supplying power to the antenna during an array transmit operation, wherein the array module is not connected to an external power source during the array transmit operation; and a control system configured to read a mounting location identifier from an identification circuit on a mounting location in an array structural frame when the array module is mounted therein; and wherein the mounting location identifier is associated with the mounting location to determine the array module's physical location within the array structural frame.
A capacity control valve comprising: a valve housing (10, 11) provided with a discharge port through which a discharge fluid at a discharge pressure (Pd) passes, a suction port through which a suction fluid at a suction pressure (Ps) passes, and a control port through which a control fluid at a control pressure (Pc) passes; a rod driven by a solenoid; a main valve that includes a main valve seat and a main valve body to open and close a communication between the discharge port and the control port in accordance with a movement of the rod; an opening and closing valve including an opening and closing valve seat and an opening and closing valve body biased in a valve closing direction, the opening and closing valve being configured to open and close a CS communication passage communicating with the suction port and a control fluid supply chamber formed in the valve housing (10, 11), the control fluid being supplied to the control fluid supply chamber; and a CS valve that includes a CS valve seat and a CS valve body to open and close a communication between the control port and the suction port, characterized in that the CS valve body is disposed so as to be movable relative to the main valve body, and the main valve body and the CS valve body move together as the rod moves in a closed state of the main valve. a valve housing (10, 11) provided with a discharge port through which a discharge fluid at a discharge pressure (Pd) passes, a suction port through which a suction fluid at a suction pressure (Ps) passes, and a control port through which a control fluid at a control pressure (Pc) passes; a rod driven by a solenoid; a main valve that includes a main valve seat and a main valve body to open and close a communication between the discharge port and the control port in accordance with a movement of the rod; an opening and closing valve including an opening and closing valve seat and an opening and closing valve body biased in a valve closing direction, the opening and closing valve being configured to open and close a CS communication passage communicating with the suction port and a control fluid supply chamber formed in the valve housing (10, 11), the control fluid being supplied to the control fluid supply chamber; and a CS valve that includes a CS valve seat and a CS valve body to open and close a communication between the control port and the suction port, characterized in that the CS valve body is disposed so as to be movable relative to the main valve body, and the main valve body and the CS valve body move together as the rod moves in a closed state of the main valve.