mhurhangee/ep-ind-claims huggingface dataset:
A treadmill, comprising: a running belt defining a running surface; and a motor operatively coupled to the running belt; a controller communicably coupled to the motor and adapted to control operation of the motor to enable operation of the treadmill in plurality of operating modes; wherein the treadmill is operable in the plurality of operating modes to control a user experience; wherein in a second operating mode, the motor drives rotation of the running belt at a predefined speed; and wherein in a third operating mode, the motor is structured to output and apply to the running belt a holding torque at a predefined threshold speed value, characterized in that in a first operating mode, the motor is disengaged from the running belt so that a user drives rotation of the running belt. a running belt defining a running surface; and a motor operatively coupled to the running belt; a controller communicably coupled to the motor and adapted to control operation of the motor to enable operation of the treadmill in plurality of operating modes; wherein the treadmill is operable in the plurality of operating modes to control a user experience; wherein in a second operating mode, the motor drives rotation of the running belt at a predefined speed; and wherein in a third operating mode, the motor is structured to output and apply to the running belt a holding torque at a predefined threshold speed value, characterized in that in a first operating mode, the motor is disengaged from the running belt so that a user drives rotation of the running belt.
A compound having a structure according to the formula: or a pharmaceutically acceptable salt thereof; wherein R* is H; X is N or CH; R b and R c are members independently selected from H, OR 4, NR 4 R 5, SR 4, -S R 4,-S 2 R 4, -S 2 NR 4 R 5, -C R 4, -C OR 4, -C NR 4 R 5, nitro, halogen, substituted or unsubstituted alkyl, substituted or unsubstituted heteroalkyl, substituted or unsubstituted cycloalkyl, substituted or unsubstituted heterocycloalkyl, substituted or unsubstituted aryl, and substituted or unsubstituted heteroaryl, wherein each R 4 and R 5 are members independently selected from H, nitro, halogen, cyano, substituted or unsubstituted alkyl, substituted or unsubstituted heteroalkyl, substituted or unsubstituted cycloalkyl, substituted or unsubstituted heterocycloalkyl, substituted or unsubstituted aryl, and substituted or unsubstituted heteroaryl; with the proviso that R 4 and R 5, together with the atoms to which they are attached, are optionally combined to form a 5- to 7-membered substituted or unsubstituted heterocycloalkyl ring; and with the proviso R b and R c cannot both be H. R* is H; X is N or CH; R b and R c are members independently selected from H, OR 4, NR 4 R 5, SR 4, -S R 4,-S 2 R 4, -S 2 NR 4 R 5, -C R 4, -C OR 4, -C NR 4 R 5, nitro, halogen, substituted or unsubstituted alkyl, substituted or unsubstituted heteroalkyl, substituted or unsubstituted cycloalkyl, substituted or unsubstituted heterocycloalkyl, substituted or unsubstituted aryl, and substituted or unsubstituted heteroaryl, wherein each R 4 and R 5 are members independently selected from H, nitro, halogen, cyano, substituted or unsubstituted alkyl, substituted or unsubstituted heteroalkyl, substituted or unsubstituted cycloalkyl, substituted or unsubstituted heterocycloalkyl, substituted or unsubstituted aryl, and substituted or unsubstituted heteroaryl; with the proviso that R 4 and R 5, together with the atoms to which they are attached, are optionally combined to form a 5- to 7-membered substituted or unsubstituted heterocycloalkyl ring; and with the proviso R b and R c cannot both be H.
An information processing apparatus displaying information on a display apparatus, the information processing apparatus comprising: a memory; a storage; and a processor coupled to the memory, wherein the processor detects a specified position on a display surface of the displaying apparatus, generates visual information based on the detected specified position, recognizes a symbol, including at least one of a character, a numerical value, a graphic, a stroke and a special symbol, formed of one or more visual information items generated by the processor, and determines a plurality of recognition process candidates in association with the symbol, and converts serialized data created by serializing the symbol, the recognition process candidates, the stroke and the graphic data into a portable document format file, and wherein the processor saves the PDF file with the serialized data attached in the storage, and the processor obtains the attached serialized data from the PDF file and displays the recognition progress candidates, and prompts a user to reselect from among the displayed recognition process candidates. a memory; a storage; and a processor coupled to the memory, wherein the processor detects a specified position on a display surface of the displaying apparatus, generates visual information based on the detected specified position, recognizes a symbol, including at least one of a character, a numerical value, a graphic, a stroke and a special symbol, formed of one or more visual information items generated by the processor, and determines a plurality of recognition process candidates in association with the symbol, and converts serialized data created by serializing the symbol, the recognition process candidates, the stroke and the graphic data into a portable document format file, and wherein the processor saves the PDF file with the serialized data attached in the storage, and the processor obtains the attached serialized data from the PDF file and displays the recognition progress candidates, and prompts a user to reselect from among the displayed recognition process candidates.
A method of estimating mobility of a user equipment, the method performed by the user equipment and comprising: obtaining (S510, S520, S710, S715) location information of at least one base station that participated in a handover of the user equipment; determining whether the user equipment is communicating with one of a macro cell base station and a small cell base station; performing a first mobility estimation process if the user equipment is communicating with the macro cell base station, the first mobility estimation process (S720, S759) based on the location information of macro cell base stations participating in macro cell handovers of the user equipment; and performing a second mobility estimation process (S530, S540) if the user equipment is communicating with the small cell base station, the second mobility estimation process based on the location information of small cell base stations participating in small cell handovers of the user equipment. obtaining (S510, S520, S710, S715) location information of at least one base station that participated in a handover of the user equipment; determining whether the user equipment is communicating with one of a macro cell base station and a small cell base station; performing a first mobility estimation process if the user equipment is communicating with the macro cell base station, the first mobility estimation process (S720, S759) based on the location information of macro cell base stations participating in macro cell handovers of the user equipment; and performing a second mobility estimation process (S530, S540) if the user equipment is communicating with the small cell base station, the second mobility estimation process based on the location information of small cell base stations participating in small cell handovers of the user equipment.
A water supply system comprising - a conduit coupled between an water input and a water output; - a pair of silver electrodes (15b, 16b) located in the conduit; - an electrode supply circuit coupled to the silver electrodes (15b, 16b); - a flow meter for measuring an indication water flow rate through the water output; - a control circuit with an input coupled to the flow meter and an output coupled to the electrode supply circuit and configured to control an average current supplied to the silver electrodes (15b, 16b) in proportion to the indicated water flow rate, and to cause a polarity of a voltage difference applied between the silver electrodes (15b, 16b) to be reversed, characterized in that the control circuit comprises means for calculating a charge that has been cumulatively applied to the silver electrodes (15b, 16b) and means for causing a polarity of a voltage difference applied between the silver electrodes (15b, 16b) to be reversed each time when the control circuit determines that the a charge that has been cumulatively applied to the silver electrodes (15b, 16b) since a previous polarity reversal has reached a predetermined threshold. - a conduit coupled between an water input and a water output; - a pair of silver electrodes (15b, 16b) located in the conduit; - an electrode supply circuit coupled to the silver electrodes (15b, 16b); - a flow meter for measuring an indication water flow rate through the water output; - a control circuit with an input coupled to the flow meter and an output coupled to the electrode supply circuit and configured to control an average current supplied to the silver electrodes (15b, 16b) in proportion to the indicated water flow rate, and to cause a polarity of a voltage difference applied between the silver electrodes (15b, 16b) to be reversed, characterized in that the control circuit comprises means for calculating a charge that has been cumulatively applied to the silver electrodes (15b, 16b) and means for causing a polarity of a voltage difference applied between the silver electrodes (15b, 16b) to be reversed each time when the control circuit determines that the a charge that has been cumulatively applied to the silver electrodes (15b, 16b) since a previous polarity reversal has reached a predetermined threshold.
Splicing device for splicing strip portions (7, 11) of a material strip in particular made of a corduroy material, which has a reinforcement made of textile cable and/or steel wires, with a splicing flap which is pivotably disposed parallel to its longitudinal axis, wherein the strip portions (7, 11) can be threaded between a lower surface of the splicing flap and an abutment surface and the splicing flap can be operated by means of pressure cylinders in the direction of the abutment surface in order to create a splicing connection between two strip portions (7, 11), wherein the pressure cylinders are disposed between a transverse connection and the splicing flap, characterised in that the pressure cylinders are fastened with their one end at the transverse connection at the back with relation to the splicing flap and with their other end at the front fastening sections of the splicing flap.
A thermal bend actuator comprising: a thermoelastic beam for connection to drive circuitry; and a passive beam mechanically cooperating with the thermoelastic beam, such that when a current is passed through the thermoelastic beam, the thermoelastic beam expands relative to the passive beam resulting in bending of the actuator, wherein the thermoelastic beam is comprised of an aluminium alloy, and characterized in that: the aluminium alloy comprises: an amount of aluminium in the range of 80 to 95% at.%; an amount of a second metal in the range of 2 to 18 at.%; and an amount of copper in the range of 0.1 to 5 at.%. a thermoelastic beam for connection to drive circuitry; and a passive beam mechanically cooperating with the thermoelastic beam, such that when a current is passed through the thermoelastic beam, the thermoelastic beam expands relative to the passive beam resulting in bending of the actuator, wherein the thermoelastic beam is comprised of an aluminium alloy, and characterized in that: the aluminium alloy comprises: an amount of aluminium in the range of 80 to 95% at.%; an amount of a second metal in the range of 2 to 18 at.%; and an amount of copper in the range of 0.1 to 5 at.%. an amount of aluminium in the range of 80 to 95% at.%; an amount of a second metal in the range of 2 to 18 at.%; and an amount of copper in the range of 0.1 to 5 at.%.
An optical coherence tomographic apparatus comprising: image obtaining means (100, 115) for periodically obtaining fundus observational images of an eye; tomographic image obtaining means for obtaining a plurality of tomographic images of the eye using interference light obtained by interference between return light from the eye irradiated with measurement light scanned on the eye by scanning means comprising an X-scanner and a Y-scanner and reference light corresponding to the measurement light; control means (100, 300) for calculating a movement amount of the fundus by using a previously obtained fundus observational image and a currently obtained fundus observational image by calculating a displacement amount of a region of interest on the fundus observation image in a two-dimensional (X, Y) direction; wherein the control means is configured to drive at least one of the X-scanner and the Y-scanner to perform a scan on a locus on the fundus (Er) to generate each tomographic image; wherein the control means further controls said scanning means in accordance with the calculated movement amount of the fundus, thereby correcting the scan position, wherein the correction of the scan position is performed, using the calculated movement amount of the fundus, in an interval between scans for obtaining one tomographic image and a next tomographic image by said scanning means. image obtaining means (100, 115) for periodically obtaining fundus observational images of an eye; tomographic image obtaining means for obtaining a plurality of tomographic images of the eye using interference light obtained by interference between return light from the eye irradiated with measurement light scanned on the eye by scanning means comprising an X-scanner and a Y-scanner and reference light corresponding to the measurement light; control means (100, 300) for calculating a movement amount of the fundus by using a previously obtained fundus observational image and a currently obtained fundus observational image by calculating a displacement amount of a region of interest on the fundus observation image in a two-dimensional (X, Y) direction; wherein the control means is configured to drive at least one of the X-scanner and the Y-scanner to perform a scan on a locus on the fundus (Er) to generate each tomographic image; wherein the control means further controls said scanning means in accordance with the calculated movement amount of the fundus, thereby correcting the scan position, wherein the correction of the scan position is performed, using the calculated movement amount of the fundus, in an interval between scans for obtaining one tomographic image and a next tomographic image by said scanning means.
A method for extracting lipids from aqueous suspensions of biomass, in particular disrupted algal suspensions, using water-immiscible solvents, characterized in that the suspension having a biomass portion of up to 50% by weight is continuously introduced to a pressure-proof thin-film extractor, a thin film is formed at the cylindrical inner periphery of the extractor, the thin film is contacted with the solvent present within the thin-film extractor in the liquid or supercritical state, the thin-film is mechanically impacted with the help of a rotor, which is arranged in the extractor, whereupon the thin film of the suspension is continuously renewed by mechanical impact at least over a portion of the film thickness of the thin film, the suspension being pressed downwards in the annular gap provided between the inner periphery of the extractor and the outer periphery of the rotor and the solvent loaded with the extracted lipids being subsequently drawn off from the extractor, whereupon the solvent is recovered from the solution of solvent and lipids either in isobaric form by a phase change or by depressurisation, and the extracted lipids are separated.
A management method for software versions, the management method to be executed by a version management system (1 2), the version management system (1 2) comprising a plurality of management apparatuses (10A 10B 10C 10D 10E 10F 10G 10H 10I) that have distributed ledgers for managing information on the software versions, the management method comprising: receiving, by a first management apparatus of the plurality of management apparatuses, transaction data (40 40A 50 60 80 91 92) from a development apparatus connected through a network to the first management apparatus, the transaction data (40 40A 50 60 80 91 92) including first information on a first version of software, second information on a second version of the software developed by a software developer using the development apparatus, the second version of the software being an upgraded version of the first version of the software, identification information of the software developer, and an electronic signature of the software developer (46 55 65 83); and, validating, by the first management apparatus, legitimacy of the transaction data using the electronic signature included in the transaction data received by using a public and private key encryption method, the legitimacy being validated using the public key of the software developer; and storing, by each of the management apparatuses, the transaction data (40 40A 50 60 80 91 92) in a corresponding distributed ledger among the distributed ledgers when the transaction data (40 40A 50 60 80 91 92) is legitimate, characterized in that the transaction data received from the development apparatus further comprises location information indicating a location where the second version is stored. receiving, by a first management apparatus of the plurality of management apparatuses, transaction data (40 40A 50 60 80 91 92) from a development apparatus connected through a network to the first management apparatus, the transaction data (40 40A 50 60 80 91 92) including first information on a first version of software, second information on a second version of the software developed by a software developer using the development apparatus, the second version of the software being an upgraded version of the first version of the software, identification information of the software developer, and an electronic signature of the software developer (46 55 65 83); and, validating, by the first management apparatus, legitimacy of the transaction data using the electronic signature included in the transaction data received by using a public and private key encryption method, the legitimacy being validated using the public key of the software developer; and storing, by each of the management apparatuses, the transaction data (40 40A 50 60 80 91 92) in a corresponding distributed ledger among the distributed ledgers when the transaction data (40 40A 50 60 80 91 92) is legitimate, characterized in that the transaction data received from the development apparatus further comprises location information indicating a location where the second version is stored.
A laminated plate comprising a first plate and a second plate bonded to the first plate via an intermediate film, further comprising: a first main surface of the first plate arranged on a side opposite to the intermediate film; a second main surface of the first plate being in contact with the intermediate film; a third main surface of the second plate being in contact with the intermediate film; and a fourth main surface of the second plate arranged on a side opposite to the intermediate film, wherein a thickness of the first plate is thicker than a thickness of the second plate, wherein in at least a part of an outer periphery of the laminated plate, on a cross-sectional surface orthogonal to the outer periphery, the first plate has a first linear chamfered part which extends diagonally to the second main surface from an end portion of the second main surface, and the second plate is located on an inner surface side of an extended line of the first linear chamfered part, and wherein the first and second plates are glass plates. a first main surface of the first plate arranged on a side opposite to the intermediate film; a second main surface of the first plate being in contact with the intermediate film; a third main surface of the second plate being in contact with the intermediate film; and a fourth main surface of the second plate arranged on a side opposite to the intermediate film, wherein a thickness of the first plate is thicker than a thickness of the second plate, wherein in at least a part of an outer periphery of the laminated plate, on a cross-sectional surface orthogonal to the outer periphery, the first plate has a first linear chamfered part which extends diagonally to the second main surface from an end portion of the second main surface, and the second plate is located on an inner surface side of an extended line of the first linear chamfered part, and wherein the first and second plates are glass plates.
An oligonucleotide which targets an Erythropoietin natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide modulates the expression of the Erythropoietin and wherein the natural antisense transcript has the nucleic acid sequence as set forth in SEQ ID NO: 2.
A fan shaft (70; 370) comprising: a first end, a second end, and an axis, the fan shaft (70; 370) configured to be coupled to a gear assembly (60; 360) of a gas turbine engine at the first end and to a fan (42; 342) more proximal to the second end than the first end such that in response to being coupled, the fan shaft (70; 370) can transfer torque from the gear assembly (60; 360) to the fan (42; 342), characterised in that at least one axial portion of the fan shaft (70; 370) satisfies the relationship 0.55 ≤ T ∗ C J ∗ τ ≤ 0.95, where T represents peak torque during fan blade off, C represents a distance from a centerline of the gas turbine engine to an outer fiber of the fan shaft (70; 370), J represents a polar moment of inertia of the fan shaft (70; 370), and τ represents yield stress in shear of the fan shaft (70;370).