mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating a clock signal, comprising: detecting a transition between symbols received over a multi-wire communication interface; generating a clock pulse responsive to the transition when the transition between symbols affects a state of a first signal received from a first wire of the multi-wire communication interface; using one or more delay circuits to delay the clock pulse by a preconfigured first interval when the transition between symbols causes a rising edge in the first signal; the method characterized by using the one or more delay circuits to delay the clock pulse by a preconfigured second interval when the transition between symbols causes a falling edge in the first signal; and by aggregating the clock pulse with at least one additional clock pulse generated in response to the transition between symbols. detecting a transition between symbols received over a multi-wire communication interface; generating a clock pulse responsive to the transition when the transition between symbols affects a state of a first signal received from a first wire of the multi-wire communication interface; using one or more delay circuits to delay the clock pulse by a preconfigured first interval when the transition between symbols causes a rising edge in the first signal; the method characterized by using the one or more delay circuits to delay the clock pulse by a preconfigured second interval when the transition between symbols causes a falling edge in the first signal; and by aggregating the clock pulse with at least one additional clock pulse generated in response to the transition between symbols.
An electronic device comprising: a secondary battery ; a controller that receives power supply from the secondary battery so as to perform a drive control on one or other multiple circuits which are driven by receiving the power supply from the secondary battery ; and an initializing unit that starts processing for outputting an initializing signal to instruct the controller to perform initializing at predetermined timing, in response to a starting point in which a voltage of the secondary battery becomes equal to or lower than a first threshold voltage (V1) which is set to be higher than an operation-guaranteed voltage of the controller and a lower state thereof continues for a predetermined period of time, and that stops the outputting of the initializing signal, in response to a starting point in which the voltage of the secondary battery becomes equal to or higher than a second threshold voltage (V2) which is set to be higher than the operation-guaranteed voltage of the controller , characterised in that : the predetermined period of time is set to be shorter than a period of time during which the voltage of the secondary battery decreases from the first threshold voltage (V1) to the operation-guaranteed voltage, when the electronic device is operated in a state where power is not supplied to the secondary battery . a secondary battery ; a controller that receives power supply from the secondary battery so as to perform a drive control on one or other multiple circuits which are driven by receiving the power supply from the secondary battery ; and an initializing unit that starts processing for outputting an initializing signal to instruct the controller to perform initializing at predetermined timing, in response to a starting point in which a voltage of the secondary battery becomes equal to or lower than a first threshold voltage (V1) which is set to be higher than an operation-guaranteed voltage of the controller and a lower state thereof continues for a predetermined period of time, and that stops the outputting of the initializing signal, in response to a starting point in which the voltage of the secondary battery becomes equal to or higher than a second threshold voltage (V2) which is set to be higher than the operation-guaranteed voltage of the controller , characterised in that : the predetermined period of time is set to be shorter than a period of time during which the voltage of the secondary battery decreases from the first threshold voltage (V1) to the operation-guaranteed voltage, when the electronic device is operated in a state where power is not supplied to the secondary battery .
A method, comprising: precharging a bit-line coupled to one or more correlated electron switch elements to a first voltage level and precharging a sense amplifier input node to a second voltage level, wherein the second voltage level is greater than the first voltage level, wherein the bit-line is buffered from the sense amplifier input node via an electronic switch circuit , wherein the first voltage level is limited to a particular level less than a reset voltage level for the one or more correlated electron switch elements to prevent spurious reset conditions for the one or more correlated electron switch elements during sensing operations, and wherein the second voltage level comprises a voltage level greater than the reset voltage level for the one or more correlated electron switch elements; and sensing an impedance state of one or more correlated electron switch elements least in part by detecting a discharge rate of the bit-line through the one or more correlated electron switch elements and of the sense amplifier input node through the electronic switch circuit. precharging a bit-line coupled to one or more correlated electron switch elements to a first voltage level and precharging a sense amplifier input node to a second voltage level, wherein the second voltage level is greater than the first voltage level, wherein the bit-line is buffered from the sense amplifier input node via an electronic switch circuit , wherein the first voltage level is limited to a particular level less than a reset voltage level for the one or more correlated electron switch elements to prevent spurious reset conditions for the one or more correlated electron switch elements during sensing operations, and wherein the second voltage level comprises a voltage level greater than the reset voltage level for the one or more correlated electron switch elements; and sensing an impedance state of one or more correlated electron switch elements least in part by detecting a discharge rate of the bit-line through the one or more correlated electron switch elements and of the sense amplifier input node through the electronic switch circuit.
A process of making a waved wood product elastically stretchable to at least 110% of its original shape comprising: - a first assembling step in which a flexible support sheet and at least one wood sheet with an adhesive between the flexible support sheet and said wood sheet are assembled into a flat, stacked assembly, the wood sheet having fibres and a given longitudinal wood grain orientation in the stacked assembly, the flexible support sheet being significantly more flexible than the first wood sheet and said adhesive being partially set; - a second flexing step in which the stacked assembly is flexed in a parallel to the wood grain orientation to stretch the fibres apart from one another, the stacked assembly thereby being rendered flexible in the direction transverse to the wood grain,; subsequently to the second flexing step, shaping the flexed stacked assembly into a waved shape in the direction transverse to the wood grain orientation and setting the waved shape of the waved wood assembly by setting the adhesive, the waved wood assembly independently maintaining its waved shape thereafter. - a first assembling step in which a flexible support sheet and at least one wood sheet with an adhesive between the flexible support sheet and said wood sheet are assembled into a flat, stacked assembly, the wood sheet having fibres and a given longitudinal wood grain orientation in the stacked assembly, the flexible support sheet being significantly more flexible than the first wood sheet and said adhesive being partially set; - a second flexing step in which the stacked assembly is flexed in a parallel to the wood grain orientation to stretch the fibres apart from one another, the stacked assembly thereby being rendered flexible in the direction transverse to the wood grain,;
Loading tube apparatus for use in compressing and/or loading a stent-valve , for a delivery catheter , the loading tube apparatus comprising: a plurality of segments that are assemblable around a portion of a delivery catheter to define a tubular shape ; and at least one retainer for retaining the plurality of segments in the assembled shape, wherein the retainer comprises at least one threaded nut and a supporting overtube, and wherein the tubular shape is configured to provide a form fit with respect to a sheath of the delivery catheter . a plurality of segments that are assemblable around a portion of a delivery catheter to define a tubular shape ; and at least one retainer for retaining the plurality of segments in the assembled shape, wherein the retainer comprises at least one threaded nut and a supporting overtube, and wherein the tubular shape is configured to provide a form fit with respect to a sheath of the delivery catheter .
A composition comprising Z-HFO-1336mzz and at least one additional compound selected from the group consisting of HFO-1243zf, HCC-40, HCFO-1223, CFC-113a, CFC-113, CFC-11, HFO-1429, HFC-449, HFC-365, HFO-1327, HFO-1132, HCFC-123a, chlorobutane, ethyl benzene, o-xylene, m-xylene, p-xylene, HCFO-1334, and HCFO-1333, wherein the total amount of said additional compound(s) ranges from 0.001 weight percent to 1 weight percent, based on the total weight of the composition, and wherein the at least one additional compound includes HFO-1327.
A hot-water supply control system , comprising: a hot-water storage tank ; water-heating means for performing water heating when a hot-water amount of the hot-water storage tank falls below a water-heating threshold , the water-heating threshold being a value of the hot-water amount that serves as criterion for determining whether to perform the water heating; and power consumption acquisition means configured to acquire a power consumption consumed by a plurality of electrical appliances including the water-heating means; characterized by further comprising: water-heating threshold setting means configured to set, when the power consumption acquired by the power consumption acquisition means indicates a first power consumption that is greater than a power consumption threshold, the water-heating threshold to a first value and to set, when the power consumption acquired by the power consumption acquisition means indicates a second power consumption that is less than the power consumption threshold, the water-heating threshold to a second value that is greater than the first value. a hot-water storage tank ; water-heating means for performing water heating when a hot-water amount of the hot-water storage tank falls below a water-heating threshold , the water-heating threshold being a value of the hot-water amount that serves as criterion for determining whether to perform the water heating; and power consumption acquisition means configured to acquire a power consumption consumed by a plurality of electrical appliances including the water-heating means; characterized by further comprising: water-heating threshold setting means configured to set, when the power consumption acquired by the power consumption acquisition means indicates a first power consumption that is greater than a power consumption threshold, the water-heating threshold to a first value and to set, when the power consumption acquired by the power consumption acquisition means indicates a second power consumption that is less than the power consumption threshold, the water-heating threshold to a second value that is greater than the first value.
A method comprising: arranging a braze material on a recessed surface of a gas turbine component ; disposing a plate on the braze material, wherein an inner surface of the plate is proximate to the braze material, and the plate comprises an outer surface opposite the inner surface; heating a filler material to apply the filler material to the outer surface of the plate, characterised in that heat from applying the filler material is configured to heat the plate; and in that the method comprises the step of: bonding, via the heat from applying the filler material, the recessed surface of the gas turbine component to the inner surface of the plate with the braze material. arranging a braze material on a recessed surface of a gas turbine component ; disposing a plate on the braze material, wherein an inner surface of the plate is proximate to the braze material, and the plate comprises an outer surface opposite the inner surface; heating a filler material to apply the filler material to the outer surface of the plate, characterised in that heat from applying the filler material is configured to heat the plate; and in that the method comprises the step of: bonding, via the heat from applying the filler material, the recessed surface of the gas turbine component to the inner surface of the plate with the braze material.
A computer-implemented method for determining optimized contractual output data in response to a contractual request, comprising the steps: a. Receiving the contractual request with at least one specified contractual requirement to be met requesting the contractual output data (S1); b. Providing a plurality of contracts or contractual alternatives of at least one contract about a contractual object (S2); wherein c. each contract is defined in a domain-specific language (S3); wherein d. each contract comprises at least one contractual term regarding the respective contractual object (S4); e. Providing technical information regarding an industrial plant or associated unit (S5); wherein f. the technical information is defined in a domain-specific language (S6); characterized in that : g. Determining contractual output data in response to the received contractual request using an optimization algorithm based on the plurality of contracts or the contractual alternatives and the technical information in accordance with the contract request and specified contractual requirement (S7); h. Providing the determined contractual output data (S8) to a production line of the industrial plant; and i. Manufacturing the contractual object associated with the determined contractual output data in the production line of the industrial plant in accordance with the determined contractual output data and any other related data, wherein the contractual object is a product of a production line of an industrial plant. a. Receiving the contractual request with at least one specified contractual requirement to be met requesting the contractual output data (S1); b. Providing a plurality of contracts or contractual alternatives of at least one contract about a contractual object (S2); wherein c. each contract is defined in a domain-specific language (S3); wherein d. each contract comprises at least one contractual term regarding the respective contractual object (S4); e. Providing technical information regarding an industrial plant or associated unit (S5); wherein f. the technical information is defined in a domain-specific language (S6); g. Determining contractual output data in response to the received contractual request using an optimization algorithm based on the plurality of contracts or the contractual alternatives and the technical information in accordance with the contract request and specified contractual requirement (S7); h. Providing the determined contractual output data (S8) to a production line of the industrial plant; and i. Manufacturing the contractual object associated with the determined contractual output data in the production line of the industrial plant in accordance with the determined contractual output data and any other related data, wherein the contractual object is a product of a production line of an industrial plant.
A substrate for forming an artificial valve which is a substrate that is placed in an environment in which a biological tissue material is present to form connective tissue on a substrate surface, and which is for forming an artificial valve having a plurality of leaflets that bulge in a radially inward direction from an outer pipe section , comprising: a columnar substrate main body , a plurality of recesses formed in an outer peripheral surface of the substrate main body , a cover substrate that covers the recesses to define a plurality of leaflet forming spaces for forming the leaflets , and an entry opening that is defined between an edge of the cover substrate and an outer edge of the recesses and that allows connective tissue to enter the leaflet forming spaces ; characterized in that a slit that allows a leaflet forming space and outside of the substrate to communicate is formed in the cover substrate , the cover substrate is drawably mounted in a substrate central axis direction on the substrate main body , and the slit is formed parallel to the substrate central axis and to a length that extends to the edge of the cover substrate . a columnar substrate main body , a plurality of recesses formed in an outer peripheral surface of the substrate main body , a cover substrate that covers the recesses to define a plurality of leaflet forming spaces for forming the leaflets , and an entry opening that is defined between an edge of the cover substrate and an outer edge of the recesses and that allows connective tissue to enter the leaflet forming spaces ; characterized in that a slit that allows a leaflet forming space and outside of the substrate to communicate is formed in the cover substrate , the cover substrate is drawably mounted in a substrate central axis direction on the substrate main body , and the slit is formed parallel to the substrate central axis and to a length that extends to the edge of the cover substrate .
A power supply control apparatus for controlling a temperature of a device on which a cooling mechanism and a heat generating component (FET1, FET2) that generates heat by being energized are mounted, the power supply control apparatus comprising: a nonvolatile storage unit configured to store (S21) information indicating a specific characteristic including a thermal resistance (Rth) and a thermal capacity (Cth) of the device for each current of the heat generating component (FET1, FET2); a current measurement unit configured to measure (S31) a current (I) flowing through the heat generating component (FET1, FET2); a temperature measuring unit configured to measure (S36) a current temperature (T1) of the heat generating component (FET1, FET2); and a control unit configured to perform cooling control on the device, characterized in that the control unit is configured to: estimate (S35) a temperature rise value (ΔT2) after a certain delay time (t2) from a measurement of the current temperature (T1) based on the current (I)and the information on the specific characteristic, calculate (S36) an estimated temperature (T2) based on the current temperature (T1) and the temperature rise value (ΔT2), and perform (S37 to S40) the cooling control on the device based on the estimated temperature (T2). a nonvolatile storage unit configured to store (S21) information indicating a specific characteristic including a thermal resistance (Rth) and a thermal capacity (Cth) of the device for each current of the heat generating component (FET1, FET2); a current measurement unit configured to measure (S31) a current (I) flowing through the heat generating component (FET1, FET2); a temperature measuring unit configured to measure (S36) a current temperature (T1) of the heat generating component (FET1, FET2); and a control unit configured to perform cooling control on the device, characterized in that the control unit is configured to: estimate (S35) a temperature rise value (ΔT2) after a certain delay time (t2) from a measurement of the current temperature (T1) based on the current (I)and the information on the specific characteristic, calculate (S36) an estimated temperature (T2) based on the current temperature (T1) and the temperature rise value (ΔT2), and perform (S37 to S40) the cooling control on the device based on the estimated temperature (T2). estimate (S35) a temperature rise value (ΔT2) after a certain delay time (t2) from a measurement of the current temperature (T1) based on the current (I)and the information on the specific characteristic, calculate (S36) an estimated temperature (T2) based on the current temperature (T1) and the temperature rise value (ΔT2), and perform (S37 to S40) the cooling control on the device based on the estimated temperature (T2).
A UAV for delivering a piece to be transported , wherein the UAV includes a UAV body and a delivery structure, wherein delivery structure comprises: a mounting piece connected to the UAV body, and a mounting groove arranged on the mounting piece , wherein a direction of an opening of the mounting groove extends upwards, and the piece to be transported is configured to be hooked into the mounting groove ; and a reset assembly configured to deform under a weight of the piece to be transported when the piece to be transported is lifted, and reset to drive the piece to be transported away from the mounting groove when the piece to be transported touches the ground; characterized in that the delivery structure further comprises: a limiting piece , a first end of the limiting piece being connected to the reset assembly , and a second end of the limiting piece configured to be connected with the mounting piece by magnetic adsorption to seal the opening of the mounting groove when the piece to be transported is hooked but not lifted, wherein when the piece to be transported is lifted, the reset assembly is configured to drive the limiting piece to move so as to separate the second end from the mounting piece . a mounting piece connected to the UAV body, and a mounting groove arranged on the mounting piece , wherein a direction of an opening of the mounting groove extends upwards, and the piece to be transported is configured to be hooked into the mounting groove ; and a reset assembly configured to deform under a weight of the piece to be transported when the piece to be transported is lifted, and reset to drive the piece to be transported away from the mounting groove when the piece to be transported touches the ground; characterized in that the delivery structure further comprises: a limiting piece , a first end of the limiting piece being connected to the reset assembly , and a second end of the limiting piece configured to be connected with the mounting piece by magnetic adsorption to seal the opening of the mounting groove when the piece to be transported is hooked but not lifted, wherein when the piece to be transported is lifted, the reset assembly is configured to drive the limiting piece to move so as to separate the second end from the mounting piece .