mhurhangee/ep-ind-claims huggingface dataset:
Method of updating a predictive model of a variable representative of the operation of a mobile terminal connected to a packet-switched communication network, characterized by a first predictive model (Model1) being able to estimate a value of the variable, called estimated value, as a function of the value of parameters, called predictors, linked to the variable by a common operating context, the method being implemented by the mobile terminal and comprising the following step: • generating (E07; F09) a feed message, comprising at least one measured value of the variable and values of the predictors, if (E06; F06) the difference between the measured value and a value estimated using the first predictive model as a function of the values of the predictors is greater than or equal to a determined threshold, called feed threshold. • generating (E07; F09) a feed message, comprising at least one measured value of the variable and values of the predictors, if (E06; F06) the difference between the measured value and a value estimated using the first predictive model as a function of the values of the predictors is greater than or equal to a determined threshold, called feed threshold.
A processor supporting the execution of multiple processes comprising: a translation lookaside buffer TLB comprising a plurality of ways, wherein each way is associated with a respective page size; and a processing core, communicatively coupled to the TLB, to: execute an instruction associated with a virtual memory page, wherein the instruction is associated with a process identified by a process identifier; identify a first way of the plurality of ways, wherein the first way is associated with a first page size; determine an index value using the virtual memory page and the first page size for the first way; determine, using the index value, a first TLB entry of the first way; and translate, using a memory address translation stored in the first TLB entry, the first virtual memory page to a first physical memory page, wherein to translate the first virtual memory address, the processing core is to translate based on at least one of a virtual address of the first virtual memory page or the process identifier; characterized in that the first TLB entry is further associated with a wild card identifier that, when set, indicates that first TLB entry is common to all processes. a translation lookaside buffer TLB comprising a plurality of ways, wherein each way is associated with a respective page size; and a processing core, communicatively coupled to the TLB, to: execute an instruction associated with a virtual memory page, wherein the instruction is associated with a process identified by a process identifier; identify a first way of the plurality of ways, wherein the first way is associated with a first page size; determine an index value using the virtual memory page and the first page size for the first way; determine, using the index value, a first TLB entry of the first way; and translate, using a memory address translation stored in the first TLB entry, the first virtual memory page to a first physical memory page, wherein to translate the first virtual memory address, the processing core is to translate based on at least one of a virtual address of the first virtual memory page or the process identifier; execute an instruction associated with a virtual memory page, wherein the instruction is associated with a process identified by a process identifier; identify a first way of the plurality of ways, wherein the first way is associated with a first page size; determine an index value using the virtual memory page and the first page size for the first way; determine, using the index value, a first TLB entry of the first way; and translate, using a memory address translation stored in the first TLB entry, the first virtual memory page to a first physical memory page, wherein to translate the first virtual memory address, the processing core is to translate based on at least one of a virtual address of the first virtual memory page or the process identifier; characterized in that the first TLB entry is further associated with a wild card identifier that, when set, indicates that first TLB entry is common to all processes.
A method for crystallizing polylactide granules, comprising: transferring PLA granules having a temperature of 80 to 120°C in a vibrating trough system as bulk material, and continuously moving the PLA granule bulk material in the vibrating trough system by means of mechanical vibration of the vibrating trough system to overcome the tacky phase on the surface of the PLA granule particles of the PLA granules, characterized in that the PLA granules are continuously advanced in the vibrating trough system along a helical line about a longitudinal axis of a vibrating trough, the PLA granules are vibrated in the vibrating trough system without additional heat input from the outside, the residence time of the PLA granules in the vibrating trough system is 20 to 60 minutes, and the PLA granules move in the vibrating trough system at an acceleration of 29.4 m/s 2 (3 g) to 98.1 m/s 2 (10 g). transferring PLA granules having a temperature of 80 to 120°C in a vibrating trough system as bulk material, and continuously moving the PLA granule bulk material in the vibrating trough system by means of mechanical vibration of the vibrating trough system to overcome the tacky phase on the surface of the PLA granule particles of the PLA granules, characterized in that the PLA granules are continuously advanced in the vibrating trough system along a helical line about a longitudinal axis of a vibrating trough, the PLA granules are vibrated in the vibrating trough system without additional heat input from the outside, the residence time of the PLA granules in the vibrating trough system is 20 to 60 minutes, and the PLA granules move in the vibrating trough system at an acceleration of 29.4 m/s 2 (3 g) to 98.1 m/s 2 (10 g).
An electronic device, comprising: a liquid-crystal display, LCD disposed in the electronic device and comprising: a stack of non-transparent material layers and transparent material layers, wherein the non-transparent material layers comprise a color film,CF,, a liquid crystal layer, a thin-film transistor,TFT, layer, and a backlight module, wherein the transparent material layers comprise a cover glass, CG, a first LCD glass substrate, and a second LCD glass substrate; and a local transparent region, wherein the local transparent region forms a transparent channel by comprising pin through-holes in the CF, the liquid crystal layer, the TFT layer, and the backlight module in the local transparent region and wherein the cover glass, CG, a first LCD glass substrate, and a second LCD glass substrate are not cut off at the local transparent region; and an optical component comprising a component body, wherein the component body is completely or partially disposed at a position in the pin through-hole in the backlight module and beneath the pin through-holes in the CF, the liquid crystal layer, and the TFT layer. a liquid-crystal display, LCD disposed in the electronic device and comprising: a stack of non-transparent material layers and transparent material layers, wherein the non-transparent material layers comprise a color film,CF,, a liquid crystal layer, a thin-film transistor,TFT, layer, and a backlight module, wherein the transparent material layers comprise a cover glass, CG, a first LCD glass substrate, and a second LCD glass substrate; and a local transparent region, wherein the local transparent region forms a transparent channel by comprising pin through-holes in the CF, the liquid crystal layer, the TFT layer, and the backlight module in the local transparent region and wherein the cover glass, CG, a first LCD glass substrate, and a second LCD glass substrate are not cut off at the local transparent region; and a stack of non-transparent material layers and transparent material layers, wherein the non-transparent material layers comprise a color film,CF,, a liquid crystal layer, a thin-film transistor,TFT, layer, and a backlight module, wherein the transparent material layers comprise a cover glass, CG, a first LCD glass substrate, and a second LCD glass substrate; and a local transparent region, wherein the local transparent region forms a transparent channel by comprising pin through-holes in the CF, the liquid crystal layer, the TFT layer, and the backlight module in the local transparent region and wherein the cover glass, CG, a first LCD glass substrate, and a second LCD glass substrate are not cut off at the local transparent region; and an optical component comprising a component body, wherein the component body is completely or partially disposed at a position in the pin through-hole in the backlight module and beneath the pin through-holes in the CF, the liquid crystal layer, and the TFT layer.
A size-reduction unit comprising: a circular cutter adapted and arranged to cut a product into strips; a rotating cross-cutter adapted and arranged to receive the strips from the circular cutter, the cross-cutter comprising knives each having an arcuate surface that terminates at an adjoining cutting edge, the cutting edges being adapted and arranged to cut the strips into a size-reduced product, each of the cutting edges being at a constant radius from an axis of rotation of the cross-cutter and having a helical geometric shape, the arcuate surface of each of the knives defining an arcuate transition to a radial location of the arcuate surface at which the size-reduced product is stabilized and cradled when the cross-cutter is rotating; a stripper plate defining a shear edge in proximity to the cutting edge of each of the knives of the cross-cutter as the cutting edges encounter the shear edge during rotation of the cross-cutter; wherein the cross-cutter has a helical fluted shape comprising flutes between adjacent pairs of the knives, each of the arcuate surfaces defines a flute angle (θ) of greater than 30 degrees to less than 60 degrees at the cutting edge thereof, and each of the flutes has a radial depth that is at least 50% of the constant radius of the cutting edges; wherein the flutes have helical shapes and are not parallel to an axis of rotation of the cross-cutter; and wherein each of the cutting edges has a nonparallel relationship with the shear edge of the stripper plate to define a non-zero shear angle (φ). a circular cutter adapted and arranged to cut a product into strips; a rotating cross-cutter adapted and arranged to receive the strips from the circular cutter, the cross-cutter comprising knives each having an arcuate surface that terminates at an adjoining cutting edge, the cutting edges being adapted and arranged to cut the strips into a size-reduced product, each of the cutting edges being at a constant radius from an axis of rotation of the cross-cutter and having a helical geometric shape, the arcuate surface of each of the knives defining an arcuate transition to a radial location of the arcuate surface at which the size-reduced product is stabilized and cradled when the cross-cutter is rotating; a stripper plate defining a shear edge in proximity to the cutting edge of each of the knives of the cross-cutter as the cutting edges encounter the shear edge during rotation of the cross-cutter; wherein the cross-cutter has a helical fluted shape comprising flutes between adjacent pairs of the knives, each of the arcuate surfaces defines a flute angle (θ) of greater than 30 degrees to less than 60 degrees at the cutting edge thereof, and each of the flutes has a radial depth that is at least 50% of the constant radius of the cutting edges; wherein the flutes have helical shapes and are not parallel to an axis of rotation of the cross-cutter; and wherein each of the cutting edges has a nonparallel relationship with the shear edge of the stripper plate to define a non-zero shear angle (φ).
A laundry treatment machine, comprising: a cabinet forming an external appearance of the laundry treating machine, a washing tub mounted in the cabinet; and a movable body movable in forward-and-rearward directions with respect to the cabinet, one or more damper supporting devices, one side of each of which is coupled to a respective damper that supports the washing tub and the other side of each which is coupled to one of the side walls respectively, the cabinet includes side walls forming opposite sides of the cabinet, a rear wall forming a rear of the cabinet, a top wall forming a top of the cabinet and a front cover forming a front of the cabinet, so that a bottom side of the cabinet below the washing tub is open, wherein an opening is formed in the front cover and allows the movable body to be inserted into and withdrawn out of the cabinet, wherein only a space for receiving the movable body is defined in the cabinet without an additional housing, wherein the movable body is constructed to include a small-sized laundry machine, washing machine, or drying machine. a cabinet forming an external appearance of the laundry treating machine, a washing tub mounted in the cabinet; and a movable body movable in forward-and-rearward directions with respect to the cabinet,
The use of a compound selected from C2-C30 alkyl phosphonic acids, salts thereof, esters thereof, and mixtures thereof, to inhibit corrosion of a metal component by an aqueous fluid containing dissolved gases in an industrial hydrocarbon system.
Edible oil-in-water emulsion composition comprising 18 to 50 wt% of a fat phase 1.5 to 4 wt% of protein, 0.2 to 1 wt% of sucrose fatty acid esters wherein at least 70 wt% of the total amount of sucrose fatty acid esters is sucrose monostearate or sucrose monopalmitate or a combination thereof, and at least 35 wt% of water; and wherein i. the composition has a pH of between 6 and 8; ii. the sucrose fatty acid esters have a hydrophilic to lipophilic balance of greater than 15; and iii. the composition comprises 5 to 10 wt% of concentrated milk derivatives, such as buttermilk powder, skimmed milk powder, or whole milk powder. i. the composition has a pH of between 6 and 8; ii. the sucrose fatty acid esters have a hydrophilic to lipophilic balance of greater than 15; and iii. the composition comprises 5 to 10 wt% of concentrated milk derivatives, such as buttermilk powder, skimmed milk powder, or whole milk powder.
Elevator system comprising: - an elevator car comprising one or more electrical service appliances; - a counterweight; - a power source housed into the counterweight; - a hoisting cable connected at a first end to the elevator car and at a second end to the counterweight, characterised by comprising carbon nanotube yarns, wherein the CNT yarns mechanically support the elevator car and the counterweight and are electric conductor from the power source to the electrical service appliances. - an elevator car comprising one or more electrical service appliances; - a counterweight; - a power source housed into the counterweight; - a hoisting cable connected at a first end to the elevator car and
A method for making the contents of a workbook available as a server data source, the method comprising: receiving a database query directed toward the workbook; in response to the query, recalculating the workbook; generating (416; 500) a multi-dimensional cube corresponding to the contents of the workbook, wherein the multi-dimensional cube comprises a first dimension corresponding to rows (34A-34N) within a worksheet, a second dimension corresponding to columns (32A-32N) within the worksheet, and a third dimension corresponding to worksheets (30A-30C) contained within the workbook; performing the requested query on the multi-dimensional cube to obtain a query result; and transmitting the query result as a response to the database query. receiving a database query directed toward the workbook; in response to the query, recalculating the workbook; generating (416; 500) a multi-dimensional cube corresponding to the contents of the workbook, wherein the multi-dimensional cube comprises a first dimension corresponding to rows (34A-34N) within a worksheet, a second dimension corresponding to columns (32A-32N) within the worksheet, and a third dimension corresponding to worksheets (30A-30C) contained within the workbook; performing the requested query on the multi-dimensional cube to obtain a query result; and transmitting the query result as a response to the database query.
A three-phase even-numbered-pole two-layered armature winding housed in forty five slots per pole provided in a laminated iron core of a rotating electrical machine, characterized by comprising: five parallel circuits provided for each phase of the winding and divided into a pair of phase belts including first and second phase belts (17, 18), each parallel circuit including upper and lower coil pieces (15, 16) which are connected to each other in series in a connection side coil end and a counter-connection side coil end, wherein coil pieces corresponding to first and second parallel circuits are arranged in the first phase belt, coil pieces corresponding to fourth and fifth parallel circuits are arranged in the second phase belt, coil pieces corresponding to the third parallel circuit are arranged in the first and second phase belts (17, 18), and the upper coil pieces and the lower coil pieces of each parallel circuit are placed in same-numbered positions from a pole center. five parallel circuits provided for each phase of the winding and divided into a pair of phase belts including first and second phase belts (17, 18), each parallel circuit including upper and lower coil pieces (15, 16) which are connected to each other in series in a connection side coil end and a counter-connection side coil end, wherein coil pieces corresponding to first and second parallel circuits are arranged in the first phase belt, coil pieces corresponding to fourth and fifth parallel circuits are arranged in the second phase belt, coil pieces corresponding to the third parallel circuit are arranged in the first and second phase belts (17, 18), and the upper coil pieces and the lower coil pieces of each parallel circuit are placed in same-numbered positions from a pole center.
A surgical system comprising: a treatment console having a fluid aspiration drive system; an eye treatment probe having a fluid aspiration port; a fluid detector system comprising a light emitter and a signal receiver or detector; and a cassette having a surgical fluid aspiration system configured to couple the treatment console to the eye treatment probe, the aspiration system including a fluid container having a first wall and a second wall with a volume portion therebetween, to produce a first signal and a second signal; the system configured to produce a first signal when a light beam transmits through the first wall, the volume portion, the second wall, and into the detector; characterized in that the system is configured to produce a second signal when the second wall directs the light beam away from the detector by refraction and/or reflection. a treatment console having a fluid aspiration drive system; an eye treatment probe having a fluid aspiration port; a fluid detector system comprising a light emitter and a signal receiver or detector; and a cassette having a surgical fluid aspiration system configured to couple the treatment console to the eye treatment probe, the aspiration system including a fluid container having a first wall and a second wall with a volume portion therebetween, to produce a first signal and a second signal; the system configured to produce a first signal when a light beam transmits through the first wall, the volume portion, the second wall, and into the detector; characterized in that the system is configured to produce a second signal when the second wall directs the light beam away from the detector by refraction and/or reflection.
An application migration apparatus comprising: a container (1e, 90) that manages resources dedicated to application native information including application native code and application native state data, the container having a set of container components configured to isolate native information from managed runtime information by emulating the application native code, wherein the application native information is to be associated with a mobile application running in a managed runtime environment; a container interface configured to dispatch one or more native function calls to a container, wherein the container interface is configured to pass one or more wrapper function pointers to the container, wherein the one or more wrapper function pointers correspond to one or more managed runtime functions and are configured to cause the container to: suspend emulation of the application native code; call the corresponding one or more managed runtime functions; and resume emulation of the application native code when one or more values are returned to the container from the one or more managed runtime functions; a first checkpointer to checkpoint the application native information; and a migrator to transfer the checkpointed application native information from a first device to a second device in response to a live migration event. a container (1e, 90) that manages resources dedicated to application native information including application native code and application native state data, the container having a set of container components configured to isolate native information from managed runtime information by emulating the application native code, wherein the application native information is to be associated with a mobile application running in a managed runtime environment; a container interface configured to dispatch one or more native function calls to a container, wherein the container interface is configured to pass one or more wrapper function pointers to the container, wherein the one or more wrapper function pointers correspond to one or more managed runtime functions and are configured to cause the container to: suspend emulation of the application native code; call the corresponding one or more managed runtime functions; and resume emulation of the application native code when one or more values are returned to the container from the one or more managed runtime functions; suspend emulation of the application native code; call the corresponding one or more managed runtime functions; and resume emulation of the application native code when one or more values are returned to the container from the one or more managed runtime functions; a first checkpointer to checkpoint the application native information; and a migrator to transfer the checkpointed application native information from a first device to a second device in response to a live migration event.