mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method for storing price changes in a computing device , the computer-implemented method comprising: (a) calculating a price change ΔP(q) by a price data compression module of an exchange computer system , wherein the price change ΔP(q) corresponds to a time t(q) and is based on a difference between a price corresponding to the time t(q) and a price corresponding to a previous time t(q-1) stored in a memory device; (b) identifying, by the price data compression module of the exchange computer system , a price change category for ΔP(q), wherein the identified category is a member of a group of price change categories, wherein each of the price change categories in the group corresponds to a different range of price changes, and wherein the price change category identified for ΔP(q) corresponds to a range of price changes that includes ΔP(q); (c) storing, in a memory device by the price data compression module of the exchange computer system , a code corresponding to the price change category identified for ΔP(q); and (d) repeating (a) through (c) for multiple iterations, each iteration corresponding to a successively incremented value of q and a successively later time; characterized in that : a first portion of the price change categories represent positive ranges of price changes, a second portion of the price change categories represent negative ranges of price changes, and a center price change category represents a range of changes that includes no change; the center price change category code is a single digit and is a 0 or a 1; and each of the remaining price change category codes has a plurality of digits. (a) calculating a price change ΔP(q) by a price data compression module of an exchange computer system , wherein the price change ΔP(q) corresponds to a time t(q) and is based on a difference between a price corresponding to the time t(q) and a price corresponding to a previous time t(q-1) stored in a memory device; (b) identifying, by the price data compression module of the exchange computer system , a price change category for ΔP(q), wherein the identified category is a member of a group of price change categories, wherein each of the price change categories in the group corresponds to a different range of price changes, and wherein the price change category identified for ΔP(q) corresponds to a range of price changes that includes ΔP(q); (c) storing, in a memory device by the price data compression module of the exchange computer system , a code corresponding to the price change category identified for ΔP(q); and (d) repeating (a) through (c) for multiple iterations, each iteration corresponding to a successively incremented value of q and a successively later time; a first portion of the price change categories represent positive ranges of price changes, a second portion of the price change categories represent negative ranges of price changes, and a center price change category represents a range of changes that includes no change; the center price change category code is a single digit and is a 0 or a 1; and each of the remaining price change category codes has a plurality of digits.
An assembly comprising a system and a state monitor for monitoring the state of said system , said state monitor comprising a calculator and a memory ; • the system comprising a command configured to apply a command of constant value selected from a plurality of values, each value defining a mode of operation of the system ; • the memory containing a set of stored state matrices representing, for each mode of operation of the system , the value of the projection of its state in time; and • the calculator being configured, during operation of the system, to determine estimated values for the state of the system at a given instant by means of the state functions and of its state at an earlier instant characterized in that for each mode of operation of the system , a number N of unit durations Ti is determined such that, for the system under consideration, each operating duration Tf in a given mode of operation can be decomposed as follows: Tf = ∑ i = 0 N ki ∗ Ti where ki are natural integers, each state function representing linear variation of the state of the system over a given unit duration Ti. • the system comprising a command configured to apply a command of constant value selected from a plurality of values, each value defining a mode of operation of the system ; • the memory containing a set of stored state matrices representing, for each mode of operation of the system , the value of the projection of its state in time; and • the calculator being configured, during operation of the system, to determine estimated values for the state of the system at a given instant by means of the state functions and of its state at an earlier instant
Method for producing a flexible pouch made of flexible thermoplastic material comprising the steps consisting of: (i) preparing said hot flexible thermoplastic material in a pasty state, (ii) placing a pre-moulded insert, or proximal insert, onto a blow pin, mounted in rotation around the longitudinal axis thereof and comprising a blow moulding area, said insert being arranged in a ring around said pin such that the blow moulding area of said pin is downstream from or inside said insert, (iii) coating all or part of said insert with hot flexible thermoplastic material in a pasty state in the form of a parison or a sleeve, (iv) locking the blow-mould shells around said insert so as to form a chamber, said blow pin and said insert being introduced via the bottom of said mould, the distal portion of said pin being at a greater height than the proximal part of said pin and said parison being introduced via the top of said mould, (v) injecting a pressurised gas into said chamber so as to expand the sleeve from the inside onto the inner surface of said mould or expand the sleeve from the outside by creating negative pressure inside said chamber. (i) preparing said hot flexible thermoplastic material in a pasty state, (ii) placing a pre-moulded insert, or proximal insert, onto a blow pin, mounted in rotation around the longitudinal axis thereof and comprising a blow moulding area, said insert being arranged in a ring around said pin such that the blow moulding area of said pin is downstream from or inside said insert, (iii) coating all or part of said insert with hot flexible thermoplastic material in a pasty state in the form of a parison or a sleeve, (iv) locking the blow-mould shells around said insert so as to form a chamber, said blow pin and said insert being introduced via the bottom of said mould, the distal portion of said pin being at a greater height than the proximal part of said pin and said parison being introduced via the top of said mould, (v) injecting a pressurised gas into said chamber so as to expand the sleeve from the inside onto the inner surface of said mould or expand the sleeve from the outside by creating negative pressure inside said chamber.
A terminal device comprising: transmission unit configured and/or programmed to transmit first channel state information report for a first serving cell, second channel state information report for a second serving cell, and a scheduling request, in a certain subframe, in a case that there is only the first channel state information report, the first channel state information report being transmitted on a first physical uplink control channel, PUCCH, resource using PUCCH format 2b, and in a case that there are the first channel state information report and the second channel state information report, the first channel state information report and the second channel state information report being transmitted on a second PUCCH resource using PUCCH format 4, the second PUCCH resource being different from the first PUCCH resource, the second PUCCH resource being used for transmission of the scheduling request, the first channel state information report, and the second channel state information report. transmission unit configured and/or programmed to transmit first channel state information report for a first serving cell, second channel state information report for a second serving cell, and a scheduling request, in a certain subframe, in a case that there is only the first channel state information report, the first channel state information report being transmitted on a first physical uplink control channel, PUCCH, resource using PUCCH format 2b, and in a case that there are the first channel state information report and the second channel state information report, the first channel state information report and the second channel state information report being transmitted on a second PUCCH resource using PUCCH format 4, the second PUCCH resource being different from the first PUCCH resource, the second PUCCH resource being used for transmission of the scheduling request, the first channel state information report, and the second channel state information report.
A system information sending method in an LTE system or in a fifth-generation, 5G, mobile communications system, comprising: sending , by a network device based on a first period, first-type system information to a terminal device, wherein content of the first-type system information sent by the network device remains unchanged in one first period, and the first period is a maximum discontinuous reception, DRX, cycle that can be configured for the terminal device, or the first period is a modification period set by the network device for the first-type system information; wherein the method further comprises: sending, by the network device, a paging message to the terminal device in an i th first period, wherein a DRX cycle of the terminal device is less than or equal to the first period, the paging message carries a first modification indication; the first modification indication is used to indicate whether first-type system information sent in a next first period is to be modified; and i is a positive integer; and the paging message further carries a second modification indication, the second modification indication is used to indicate whether second-type system information sent in the next MP or the next first period is to be modified, wherein the first-type system information comprises paging configuration information and the second-type system information comprises other system information than the first-type system information. sending , by a network device based on a first period, first-type system information to a terminal device, wherein content of the first-type system information sent by the network device remains unchanged in one first period, and the first period is a maximum discontinuous reception, DRX, cycle that can be configured for the terminal device, or the first period is a modification period set by the network device for the first-type system information; wherein the method further comprises: sending, by the network device, a paging message to the terminal device in an i th first period, wherein a DRX cycle of the terminal device is less than or equal to the first period, the paging message carries a first modification indication; the first modification indication is used to indicate whether first-type system information sent in a next first period is to be modified; and i is a positive integer; and the paging message further carries a second modification indication, the second modification indication is used to indicate whether second-type system information sent in the next MP or the next first period is to be modified, wherein the first-type system information comprises paging configuration information and the second-type system information comprises other system information than the first-type system information.
A method, comprising: collecting prior component data in a data repository , the prior component data associated with prior known behavior for a known component of at least one application installed on at least one computing device other than a first computing device of a user; for a first application , determining components of the first application, wherein the components include a first component and a second component ; for each of the first and second components , identifying, via at least one processor, at least one behavior associated with a respective component of the first application , wherein each behavior occurs when the respective component associated with the behavior is functioning in an application running on a computing device, wherein a first behavior is associated with the first component , and wherein the identifying comprises comparing the first behavior to the prior known behavior based on the prior component data in the data repository ; determining at least one behavioral preference of the user, wherein the at least one behavioral preference comprises at least a user policy ; determining, using the identified at least one behavior for each of the first and second components , whether the first application violates the at least one behavioral preference; and in response to determining that the first application violates the at least one behavioral preference, alerting the user of the violation, or reconfiguring one or more of the first and second components of the first application to conform to the at least one behavioral preference. collecting prior component data in a data repository , the prior component data associated with prior known behavior for a known component of at least one application installed on at least one computing device other than a first computing device of a user; for a first application , determining components of the first application, wherein the components include a first component and a second component ; for each of the first and second components , identifying, via at least one processor, at least one behavior associated with a respective component of the first application , wherein each behavior occurs when the respective component associated with the behavior is functioning in an application running on a computing device, wherein a first behavior is associated with the first component , and wherein the identifying comprises comparing the first behavior to the prior known behavior based on the prior component data in the data repository ; determining at least one behavioral preference of the user, wherein the at least one behavioral preference comprises at least a user policy ; determining, using the identified at least one behavior for each of the first and second components , whether the first application violates the at least one behavioral preference; and in response to determining that the first application violates the at least one behavioral preference, alerting the user of the violation, or reconfiguring one or more of the first and second components of the first application to conform to the at least one behavioral preference.
A tool assembly , comprising: a support frame , support beams , and support mounts , the support mounts supporting the support beams , the support frame being rigid and used to transport the tool assembly ; and a support tool , supported by the support frame , the support tool having a faceplate and a supporting grid structure , monolithic with the faceplate , the faceplate and the supporting grid structure being defined by a series of additively manufactured (AM) layers , built on each other with the supporting grid structure being positioned below and supporting the faceplate , the faceplate having a supporting surface at a top of the support tool for supporting a working component , the supporting surface being contoured and defined by a well , formed into top-most ones of the additively manufactured (AM) layers ; and wherein: the supporting grid structure engages the support beams such that loads are transferred between the support tool and the support frame through the support beams , the support frame maintains dimensional stability of the support tool during transport and when resting within an allowable tolerance of the support tool , and the support tool has a depth of at least 20.0 cm, a width of at least 60.0 cm, and a length of at least 150.0 cm. a support frame , support beams , and support mounts , the support mounts supporting the support beams , the support frame being rigid and used to transport the tool assembly ; and a support tool , supported by the support frame , the support tool having a faceplate and a supporting grid structure , monolithic with the faceplate , the faceplate and the supporting grid structure being defined by a series of additively manufactured (AM) layers , built on each other with the supporting grid structure being positioned below and supporting the faceplate , the faceplate having a supporting surface at a top of the support tool for supporting a working component , the supporting surface being contoured and defined by a well , formed into top-most ones of the additively manufactured (AM) layers ; and wherein: the supporting grid structure engages the support beams such that loads are transferred between the support tool and the support frame through the support beams , the support frame maintains dimensional stability of the support tool during transport and when resting within an allowable tolerance of the support tool , and the support tool has a depth of at least 20.0 cm, a width of at least 60.0 cm, and a length of at least 150.0 cm. the supporting grid structure engages the support beams such that loads are transferred between the support tool and the support frame through the support beams , the support frame maintains dimensional stability of the support tool during transport and when resting within an allowable tolerance of the support tool , and the support tool has a depth of at least 20.0 cm, a width of at least 60.0 cm, and a length of at least 150.0 cm.
A method of cooking a food in a cooking appliance which includes a heater and a fan that can be operated at intervals, characterized in that the ratio between operating phases and standstill phases of the fan (clock ratio) is varied as a function of the decrease in heat in the cooking chamber of the cooking appliance, the clock ratio being dependent on the cooking program, characterized in that the core temperature of a product to be cooked is monitored and the portion of the standstill phases is increased when the difference between the actual core temperature and either the set-point core temperature or the cooking chamber temperature and/or the shank temperature of a temperature sensor and/or the set-point cooking chamber temperature falls below a predetermined threshold.
An anode material for a pseudocapacitor, the anode material comprising a metal oxide-conductive inorganic material complex including a metal oxide and a conductive inorganic material bound to the metal oxide, wherein the complex is doped with one or more doping elements selected from the group consisting of transition metals and amphoteric metal elements, the metal oxide has a plate-shaped structure, a conductive inorganic material is a fibrous carbon-based material, and the complex has a plate-shaped laminate structure where the conductive inorganic material is interposed between a plurality of plate-shaped metal oxides. wherein the complex is doped with one or more doping elements selected from the group consisting of transition metals and amphoteric metal elements, the metal oxide has a plate-shaped structure, a conductive inorganic material is a fibrous carbon-based material, and the complex has a plate-shaped laminate structure where the conductive inorganic material is interposed between a plurality of plate-shaped metal oxides.
Flexographic printing device comprising a printing unit (210; 310; 410) comprising a printing roller (18; 280; 380; 480) carrying on a surface thereof an image to be printed, an impression roller (20; 220; 320; 420) and an anilox roller (16; 260; 360; 461, 462) adapted to feed printing ink from a printing ink chamber (240; 340; 440) onto the printing roller, characterized in that the printing unit is configured for simultaneously printing at least two material webs (211, 212; 311, 312; 411, 412) arranged in parallel in the machine direction and having different thicknesses, the material webs being printed when they pass a printing nip (N) formed between the printing roller and the impression roller, and for each material web one or more of: I. the radial extension of the surface carrying the image to be printed of the printing roller (18; 280; 380; 480) corresponds to the respective thickness of the material web to be printed; II. the radial extension of the surface of the impression roller (20; 220; 320; 420) relative to each material web corresponds to the respective thickness of the material web to be printed; and III. the radial extension of the anilox roller (16; 260; 360; 461, 462) relative to each material web corresponds to the respective thickness of the material web to be printed. I. the radial extension of the surface carrying the image to be printed of the printing roller (18; 280; 380; 480) corresponds to the respective thickness of the material web to be printed; II. the radial extension of the surface of the impression roller (20; 220; 320; 420) relative to each material web corresponds to the respective thickness of the material web to be printed; and III. the radial extension of the anilox roller (16; 260; 360; 461, 462) relative to each material web corresponds to the respective thickness of the material web to be printed.
An integrated circuit comprising a controller for a switched mode power supply, SMPS, operable from a sinusoidal AC mains supply, the controller providing a primary stroke duration for controlling a switch of the SMPS which is fixed for a given desired output, and comprising: a switch toggling unit having a first switching mode and a second switching mode, wherein the first switching mode is a continuous conduction mode or a boundary conduction mode and the second switching mode is a discontinuous conduction mode ; and a switch mode selector configured to determine a current in the inductor of the SMPS based on a measurement of a voltage across a sense resistor that is connected in series with the inductor of the SMPS, and further configured to set the switching mode of the switch toggling unit each switching cycle in accordance with a peak current in the inductor of the SMPS, wherein the switch mode selector is configured to set the switching mode of the switch toggling unit as the first switching mode if the current in the inductor of the SMPS is greater than a first threshold, wherein the switch mode selector is configured to set the switching mode of the switch toggling unit as the second switching mode if the current in the inductor of the SMPS is less than a second threshold, wherein the first threshold is the same as the second threshold. a switch toggling unit having a first switching mode and a second switching mode, wherein the first switching mode is a continuous conduction mode or a boundary conduction mode and the second switching mode is a discontinuous conduction mode ; and a switch mode selector configured to determine a current in the inductor of the SMPS based on a measurement of a voltage across a sense resistor that is connected in series with the inductor of the SMPS, and further configured to set the switching mode of the switch toggling unit each switching cycle in accordance with a peak current in the inductor of the SMPS, wherein the switch mode selector is configured to set the switching mode of the switch toggling unit as the first switching mode if the current in the inductor of the SMPS is greater than a first threshold, wherein the switch mode selector is configured to set the switching mode of the switch toggling unit as the second switching mode if the current in the inductor of the SMPS is less than a second threshold, wherein the first threshold is the same as the second threshold.