mhurhangee/patent-ind-claim-en huggingface dataset:
A posture adaptive work chair comprising: a seat sub-assembly having a front edge and a seat base sub-assembly ; a pair of a spine members cantilevered from the font edge of the seat sub-assembly ; a back sub-assembly supported by the pair of spine members , the back sub-assembly is configured to flex in multiple axes based on direction of load applied by a user; and a tilt limit lever movably coupled to the seat base sub-assembly ; said tilt limit lever being configured to enable tilting of the back-sub assembly to a plurality of tilt positions (132, 132', 132"); wherein the tilt limit lever is movably connected to a tilt lever connector so that radial movement of the tilt limit lever results in linear motion of the tilt lever connector ; characterized in that the tilt limit lever comprises a tilt angle position snap configured to engage with at least one tilt angle position slot (142, 142', 142") for each tilt position (132, 132', 132") when said tilt limit lever moves radially about a pivot of the tilt limit lever and in that the tilt lever connector is rotatably connected to a backrest stopper so that linear motion of the tilt limit lever connector results in rotary motion of the backrest stopper being configured to engage with a back-spine connector at each tilt position (132, 132', 132"). a seat sub-assembly having a front edge and a seat base sub-assembly ; a pair of a spine members cantilevered from the font edge of the seat sub-assembly ; a back sub-assembly supported by the pair of spine members , the back sub-assembly is configured to flex in multiple axes based on direction of load applied by a user; and a tilt limit lever movably coupled to the seat base sub-assembly ; said tilt limit lever being configured to enable tilting of the back-sub assembly to a plurality of tilt positions (132, 132', 132"); wherein the tilt limit lever is movably connected to a tilt lever connector so that radial movement of the tilt limit lever results in linear motion of the tilt lever connector ; characterized in that the tilt limit lever comprises a tilt angle position snap configured to engage with at least one tilt angle position slot (142, 142', 142") for each tilt position (132, 132', 132") when said tilt limit lever moves radially about a pivot of the tilt limit lever and in that the tilt lever connector is rotatably connected to a backrest stopper so that linear motion of the tilt limit lever connector results in rotary motion of the backrest stopper being configured to engage with a back-spine connector at each tilt position (132, 132', 132").
A wireless communication method, comprising: receiving, by a distributed unit, DU, from a centralized unit, CU, a paging message, wherein the paging message comprises assistance information that comprises a discontinuous reception, DRX, parameter and a list of cells where the paging message is expected to be transmitted; determining, by the DU, a transmission time point of the paging message according to the DRX parameter; determining, by the DU, a transmission area of the paging message according to the list of cells, and transmitting, by the DU to a user equipment, UE, the paging message at the transmission time point and according with the transmission area receiving, by a distributed unit, DU, from a centralized unit, CU, a paging message, wherein the paging message comprises assistance information that comprises a discontinuous reception, DRX, parameter and a list of cells where the paging message is expected to be transmitted; determining, by the DU, a transmission time point of the paging message according to the DRX parameter; determining, by the DU, a transmission area of the paging message according to the list of cells, and transmitting, by the DU to a user equipment, UE, the paging message at the transmission time point and according with the transmission area
A switch device that is switchable in accordance with a position of an actuation unit , the switch device comprising: the actuation unit a movable unit ; a base ; and a torsion coil spring , wherein the actuation unit is movable between a first actuation position and a second actuation position, and when the actuation unit is at the first actuation position, the torsion coil spring applies a force to the actuation unit in a direction that is not parallel to a direction in which the torsion coil spring applies a force to the actuation unit when the actuation unit is at the second actuation position, characterized in that the torsion coil spring acts between the actuation unit and the movable unit , wherein the movable unit is movable with respect to the base supporting the movable unit . the actuation unit a movable unit ; a base ; and a torsion coil spring , wherein the actuation unit is movable between a first actuation position and a second actuation position, and when the actuation unit is at the first actuation position, the torsion coil spring applies a force to the actuation unit in a direction that is not parallel to a direction in which the torsion coil spring applies a force to the actuation unit when the actuation unit is at the second actuation position, characterized in that the torsion coil spring acts between the actuation unit and the movable unit , wherein the movable unit is movable with respect to the base supporting the movable unit .
A glass or glass ceramic element with improved visibility for electro-optical display elements in at least one area for use as a cooking surface, comprising an upper surface ; and a lower surface ; the upper surface being the side of the glass or glass ceramic element facing the user during use, and the lower surface being the side facing away from the user during use; and wherein the lower surface has at least one layer at least in the area with improved visibility for electro-optical display elements, which includes a content of scattering particles between 0.1 and 25 wt% and a polyester-modified condensation-crosslinking silicone resin, wherein the area with improved visibility for electro-optical display elements exhibits transmittance T b for electromagnetic radiation in the wavelength range from 380 nm to 780 nm between 15 % and 30 % of the transmittance T u of a non-coated area of the glass or glass ceramic element , and wherein the scattering particles have an average primary grain size between 200 nm and 800 nm. an upper surface ; and a lower surface ; the upper surface being the side of the glass or glass ceramic element facing the user during use, and the lower surface being the side facing away from the user during use; and wherein the lower surface has at least one layer at least in the area with improved visibility for electro-optical display elements, which includes a content of scattering particles between 0.1 and 25 wt% and a polyester-modified condensation-crosslinking silicone resin, wherein the area with improved visibility for electro-optical display elements exhibits transmittance T b for electromagnetic radiation in the wavelength range from 380 nm to 780 nm between 15 % and 30 % of the transmittance T u of a non-coated area of the glass or glass ceramic element , and wherein the scattering particles have an average primary grain size between 200 nm and 800 nm.
Device for securing together cables for the electrical charging of an electronic apparatus , said electronic apparatus comprising two connectors , each connector being connectable to a charging plug, characterized in that it comprises: - a first portion for connection to a first connector , and - a second portion provided with a housing for the insertion of a connection cable dedicated to a second connector , said first portion and said second portion being secured together by securing means. - a first portion for connection to a first connector , and - a second portion provided with a housing for the insertion of a connection cable dedicated to a second connector ,
A solvothermal method of making nanocrystals comprising dissolving or mixing at least one precursor of said nanocrystals in one solvent to produce a solution, heating said solution to a temperature in the range of 250°C to 350°C and maintaining the solution at a set temperature for a length of time ranging from 20 minutes to 24 hours to react said at least one precursor and said one solvent of said solution and thus form said nanocrystals, wherein said one solvent is water and benzyl alcohol, and said nanocrystals consist of hafnium oxide or zirconium oxide.
An endoscope system comprising: a movable zoom lens that is moveable in an optical axis direction; a lens drive unit for moving the zoom lens from a first lens position of the zoom lens where an observation target illuminated with short-wave light is focused to a second lens position of the zoom lens where the observation target illuminated with long-wave light having a longer wavelength than the short-wave light is focused; wherein the zoom lens is configured to magnify the observation target with a first magnification in a case where the zoom lens is at the first lens position and with a second magnification in a case where the zoom lens is at the second lens position, a zoom control processing unit that has a magnification conversion unit including a magnification conversion table for storing the first magnification and the second magnification in association with each other, the magnification conversion unit converting the first magnification of the zoom lens focused on the observation target illuminated with the short-wave light into the second magnification for providing a focus on the observation target illuminated with the long-wave light, with reference to the magnification conversion table , and wherein the lens drive unit is adapted to move the zoom lens to the second lens position by setting the zoom lens to have the second magnification, wherein the short-wave light is violet light or blue light, wherein the long-wave light includes red light. a movable zoom lens that is moveable in an optical axis direction; a lens drive unit for moving the zoom lens from a first lens position of the zoom lens where an observation target illuminated with short-wave light is focused to a second lens position of the zoom lens where the observation target illuminated with long-wave light having a longer wavelength than the short-wave light is focused; wherein the zoom lens is configured to magnify the observation target with a first magnification in a case where the zoom lens is at the first lens position and with a second magnification in a case where the zoom lens is at the second lens position, a zoom control processing unit that has a magnification conversion unit including a magnification conversion table for storing the first magnification and the second magnification in association with each other, the magnification conversion unit converting the first magnification of the zoom lens focused on the observation target illuminated with the short-wave light into the second magnification for providing a focus on the observation target illuminated with the long-wave light, with reference to the magnification conversion table , and wherein the lens drive unit is adapted to move the zoom lens to the second lens position by setting the zoom lens to have the second magnification, wherein the short-wave light is violet light or blue light, wherein the long-wave light includes red light.
A slide cushion device of a press machine , comprising: a plurality of hydraulic cylinders (110a to 110o) integrally formed in a board included in a slide of the press machine, or in a board provided immediately below the slide; a pressing member that is disposed in a recessed portion of an upper die that vertically moves together with the slide, in a vertically movable manner, and that presses a material with a projecting portion of a lower die facing the upper die; a plurality of cushion pins that is provided in the pressing member and penetrates the upper die to be brought into contact with a piston member of the hydraulic cylinder, characterized in that a number of the plurality of cushion pins is less than a number of hydraulic cylinders disposed in a plane of projection of the recessed portion of the upper die; and the slide cushion device further comprising a slide cushion hydraulic device that controls at least hydraulic pressure that is to be supplied to a compression chamber of the hydraulic cylinder with which the cushion pins are to be brought into contact. a plurality of hydraulic cylinders (110a to 110o) integrally formed in a board included in a slide of the press machine, or in a board provided immediately below the slide; a pressing member that is disposed in a recessed portion of an upper die that vertically moves together with the slide, in a vertically movable manner, and that presses a material with a projecting portion of a lower die facing the upper die; a plurality of cushion pins that is provided in the pressing member and penetrates the upper die to be brought into contact with a piston member of the hydraulic cylinder, characterized in that a number of the plurality of cushion pins is less than a number of hydraulic cylinders disposed in a plane of projection of the recessed portion of the upper die; and the slide cushion device further comprising a slide cushion hydraulic device that controls at least hydraulic pressure that is to be supplied to a compression chamber of the hydraulic cylinder with which the cushion pins are to be brought into contact.
A resonating fiber optic gyroscope system , the system comprising: a fiber optic resonator ; one or more laser sources , wherein light from the one or more laser sources launches as a first optical beam into the fiber optic resonator and a second optical beam into the fiber optic resonator in a direction opposite to the first optical beam; an electro-optically tunable device in the resonator path configured to modulate the phase difference between polarization components in the first optical beam and polarization components in the second optical beam as the first optical beam and the second optical beam propagate within the fiber optic resonator; at least one photodetector , wherein the polarization components of at least one of first optical beam and the second optical beam are incident on the at least one photodetector, wherein the at least one photodetector provides an electrical signal; and at least one processing unit configured to receive the electrical signal and calculate a rotation rate for the resonating fiber optic gyroscope and provide a drive signal for the electro-optically tunable device. a fiber optic resonator ; one or more laser sources , wherein light from the one or more laser sources launches as a first optical beam into the fiber optic resonator and a second optical beam into the fiber optic resonator in a direction opposite to the first optical beam; an electro-optically tunable device in the resonator path configured to modulate the phase difference between polarization components in the first optical beam and polarization components in the second optical beam as the first optical beam and the second optical beam propagate within the fiber optic resonator; at least one photodetector , wherein the polarization components of at least one of first optical beam and the second optical beam are incident on the at least one photodetector, wherein the at least one photodetector provides an electrical signal; and at least one processing unit configured to receive the electrical signal and calculate a rotation rate for the resonating fiber optic gyroscope and provide a drive signal for the electro-optically tunable device.
A joining method by which a first metal member and a second metal member are joined to each other with use of a rotary tool (F), the method comprising: a butting process in which the first metal member and the second metal member are butted against each other so as to have an almost L-shaped or T-shaped cross section to form a butted portion (J1, J2); a disposing process in which an auxiliary member is disposed at an inner corner portion formed of the first metal member and the second metal member so that the auxiliary member is brought into face-to-face contact with the first metal member and/or the second metal member ; and wherein the rotary tool (F) is provided with a base side pin (F2) and a tip side pin (F3) which is continuous to the base side pin (F2) and has a smaller diameter with increasing distance toward the tip thereof, the tip side pin (F3) has a spiral groove on an outer circumferential face, the base side pin (F2) has not a spiral groove on the outer circumferential face which is smooth, and a tapered angle of the base side pin (F2) is larger than a tapered angle of the tip side pin (F3), a friction stirring process in which the first metal member , the second metal member , and the auxiliary member are joined to one another by moving the rotary tool (F) along the inner corner portion in a state where the tip side pin (F3) which is being rotated is inserted into the inner corner portion, is in contact with the first metal member , the second metal member , and the auxiliary member , and the outer circumferential face of the base side pin (F2) which is being rotated is pressed against the auxiliary member . a butting process in which the first metal member and the second metal member are butted against each other so as to have an almost L-shaped or T-shaped cross section to form a butted portion (J1, J2); a disposing process in which an auxiliary member is disposed at an inner corner portion formed of the first metal member and the second metal member so that the auxiliary member is brought into face-to-face contact with the first metal member and/or the second metal member ; and wherein the rotary tool (F) is provided with a base side pin (F2) and a tip side pin (F3) which is continuous to the base side pin (F2) and has a smaller diameter with increasing distance toward the tip thereof, the tip side pin (F3) has a spiral groove on an outer circumferential face, the base side pin (F2) has not a spiral groove on the outer circumferential face which is smooth, and a tapered angle of the base side pin (F2) is larger than a tapered angle of the tip side pin (F3), a friction stirring process in which the first metal member , the second metal member , and the auxiliary member are joined to one another by moving the rotary tool (F) along the inner corner portion in a state where the tip side pin (F3) which is being rotated is inserted into the inner corner portion, is in contact with the first metal member , the second metal member , and the auxiliary member , and the outer circumferential face of the base side pin (F2) which is being rotated is pressed against the auxiliary member .
A pharmaceutical composition, comprising 6-(2-chloro-4-iodophenylamino)-N-(2-hydroxyethoxy)-5-methyl-4-oxo-4,5-dihydrofuro[3,2-c]pyridine-7-carboxamide or a pharmaceutically acceptable salt thereof, a binder selected from the group consisting of starch paste, methylcellulose, hydroxypropylcellulose, hydroxypropyl methylcellulose, sodium carboxymethylcellulose, ethylcellulose, polyvinylpyrrolidone, polyethylene glycol, and any mixture thereof, a surface stabilizer selected from the group consisting of sodium dodecyl sulfate, glycerol, syrup, a water-soluble macromolecule compound, and any mixture thereof, wherein the water-soluble macromolecule compound is selected from the group consisting of acacia, tragacanth, peach gum, methylcellulose, sodium carboxymethylcellulose, hydroxypropylcellulose, hydroxypropyl methylcellulose, carbopols, polyvinylpyrrolidone, dextran, and any mixture thereof, and a dispersant selected from the group consisting of sucrose, maltose, fructose, glucose, lactose, glycerol, sorbose, xylitol, mannitol, stevioside, saccharin sodium, aspartame, and any mixture thereof, wherein the pharmaceutical composition can be dispersed in water to form a pharmaceutical suspension having a median particle size X50 of 0.5 μm-4.0 μm; preferably having a median particle size X50 of 1.0 μm-3.0 μm. 6-(2-chloro-4-iodophenylamino)-N-(2-hydroxyethoxy)-5-methyl-4-oxo-4,5-dihydrofuro[3,2-c]pyridine-7-carboxamide or a pharmaceutically acceptable salt thereof, a binder selected from the group consisting of starch paste, methylcellulose, hydroxypropylcellulose, hydroxypropyl methylcellulose, sodium carboxymethylcellulose, ethylcellulose, polyvinylpyrrolidone, polyethylene glycol, and any mixture thereof, a surface stabilizer selected from the group consisting of sodium dodecyl sulfate, glycerol, syrup, a water-soluble macromolecule compound, and any mixture thereof, wherein the water-soluble macromolecule compound is selected from the group consisting of acacia, tragacanth, peach gum, methylcellulose, sodium carboxymethylcellulose, hydroxypropylcellulose, hydroxypropyl methylcellulose, carbopols, polyvinylpyrrolidone, dextran, and any mixture thereof, and a dispersant selected from the group consisting of sucrose, maltose, fructose, glucose, lactose, glycerol, sorbose, xylitol, mannitol, stevioside, saccharin sodium, aspartame, and any mixture thereof, wherein the pharmaceutical composition can be dispersed in water to form a pharmaceutical suspension having a median particle size X50 of 0.5 μm-4.0 μm; preferably having a median particle size X50 of 1.0 μm-3.0 μm.
Lubricating oil composition, for use in hydraulically actuated machines wherein electronic control apparatus is disposed, characterised in that , being a composition containing a hydrocarbon-based base oil and, in terms of the total amount of the composition, not less than 30 to not more than 300 ppm of calcium content of overbased calcium salicylate as well as, in net weight in terms of the total amount of the composition, 0.07 to 2.0 mass% of a non-dispersant polymethacrylate the weight average molecular weight whereof is 5000 to 200,000, the electrical conductivity at 25°C of said composition is not less than 200 pS/m as measured according to JIS K2276, the flash point as measured according to the automatic Cleveland Open Cup method of JIS K2265-4 is not less than 240°C, the pour point as measured according to JIS K2269 is -40°C or lower and the friction coefficient at 140°C in a micro clutch test as specified in JCMAS P047 is not less than 0.08, wherein the aforementioned hydrocarbon-based base oil contains a gas-to-liquid (GTL) base oil.
Method for operating a building services appliance , in particular a DHW cylinder, wherein the building services appliance is configured to communicate with a power supply utility , and to communicate with an end device of a user, in particular a smartphone, wherein the method comprises the following steps: - operating the building services appliance at a reduced setpoint temperature (T Red ), wherein the reduced setpoint temperature (T Red ) is determined for the user by means of a learning function if the power supply utility does not communicate a demand for energy consumption to the building services appliance , - receiving a demand signal from the power supply utility and operating the building services appliance at an increased setpoint temperature, wherein the increased setpoint temperature is higherthan the reduced setpoint temperature (T Red ) . - operating the building services appliance at a reduced setpoint temperature (T Red ), wherein the reduced setpoint temperature (T Red ) is determined for the user by means of a learning function if the power supply utility does not communicate a demand for energy consumption to the building services appliance , - receiving a demand signal from the power supply utility and operating the building services appliance at an increased setpoint temperature, wherein the increased setpoint temperature is higherthan the reduced setpoint temperature (T Red ) .