mhurhangee/patent-ind-claim-en huggingface dataset:
A lubricant composition comprising: a perfluoropolyether as a base oil; and fluorine resin particles as a thickener, wherein the lubricant composition further comprises a fluorine-containing polymer having a tetrafluoroethylene structure under a state in which the fluorine-containing polymer is dissolved in the perfluoropolyether, characterized in that , the fluorine resin particles are particles of polytetrafluoroethylene, the fluorine-containing polymer has a structure represented by the structural formula or the structural formula : where n7 and m7 each independently represent an integer of 1 or more, where n8 and m8 each represent an integer of 1 or more, the content of the fluorine resin particles in the lubricant composition is 10 mass% to 50 mass%, and wherein an amount of the fluorine-containing polymer dissolved in the perfluoropolyether with respect to the perfluropolyether is from 0.05 mass% to 10.00 mass%, the amount of the fluorine-containing polymer dissolved in the perfluoropolyether is determined in accordance with the method described in the specification. a perfluoropolyether as a base oil; and fluorine resin particles as a thickener, wherein the lubricant composition further comprises a fluorine-containing polymer having a tetrafluoroethylene structure under a state in which the fluorine-containing polymer is dissolved in the perfluoropolyether, characterized in that , the fluorine resin particles are particles of polytetrafluoroethylene, the fluorine-containing polymer has a structure represented by the structural formula or the structural formula : where n7 and m7 each independently represent an integer of 1 or more, where n8 and m8 each represent an integer of 1 or more, where n7 and m7 each independently represent an integer of 1 or more, where n8 and m8 each represent an integer of 1 or more, the content of the fluorine resin particles in the lubricant composition is 10 mass% to 50 mass%, and wherein an amount of the fluorine-containing polymer dissolved in the perfluoropolyether with respect to the perfluropolyether is from 0.05 mass% to 10.00 mass%, the amount of the fluorine-containing polymer dissolved in the perfluoropolyether is determined in accordance with the method described in the specification.
A method for operating a piston expander, in the case of which method live steam is conducted out of a steam supply through an inlet valve into a cylinder space, the live steam which is introduced into the cylinder space is expanded in the work cycle on account of a movement of a piston from the top dead centre to the bottom dead centre, and the relieved steam is conducted out of a closable outlet opening (5; 11) into a steam discharge after the bottom dead centre is reached, the outlet opening (5; 11) being opened as soon as the piston is situated in the region of the bottom dead centre, and is subsequently closed before the piston reaches the top dead centre in the discharge stroke, characterized in that the outlet opening is closed in the discharge stroke in a range of a crankshaft angle of from 70° to 100° after the bottom dead centre.
Device for dispensing measured quantities of a liquid material comprising a hollow containment body which defines inside thereof a chamber capable of receiving said liquid material to be dispensed, said containment body having at one end at least one loading opening and at least one discharge opening arranged to allow respectively a predefined quantity of said liquid material to be inserted in said chamber and said predefined quantity of said liquid material to be dispensed; a piston shiftable inside said chamber , along a longitudinal direction parallel to a longitudinal axis (A) of said containment body ; a valve arranged inside said chamber , close to said end of said containment body , said valve being operable in rotation around an axis parallel to said longitudinal axis (A) between a first configuration, where it connects said chamber directly with said at least one loading opening , and in a second configuration, where it connects said chamber directly with said discharge opening, said valve being mounted matching a first flange , which defines a top surface of said containing body , the surfaces of said valve and of said first flange making a sealing, in a step of loading said liquid material in said chamber and in a step of discharging said liquid material from said chamber , so that the phenomena of leakage of said liquid material are avoided, said valve comprising a stem , which develops longitudinally through said first flange ; elastic means associated with said stem and with said first flange , said elastic means being capable of ensuring contact between said valve and said first flange in said step of loading said liquid material in said chamber and in said step of discharging said liquid material from said chamber ; a safety member , associated with said stem , which cooperates with said elastic means in order to ensure the contact, in said loading and unloading steps of said liquid material, of said first flange with said valve .
A surface orientation sensor for a sample sectioning device, the surface orientation sensor being operable to sense an angular orientation of a surface of a sample held by a sample sectioning device based on a degree of rotation of a surface of the surface orientation sensor about a first axis and a second axis perpendicular to the first axis , the first axis and the second axis being substantially parallel to a cutting plane of the sample sectioning device, characterized in that the rotation of the surface of the surface orientation sensor is caused by the surface of the sample contacting the surface of the surface orientation sensor.
A diet package comprising a first set of rations of a first diet composition to be administered for a predetermined time period of 5 days, to a subject; said first diet composition providing: less than 40 grams of sugar for day 1 ; less than 30 grams of sugar for days 2 to 5 and any remaining days; less than 28 grams of protein for day 1; less than 18 grams of protein for days 2 to 5 and any remaining days 20-100 grams of monounsaturated fats for day 1; 6-30 grams of polyunsaturated fats for day 1; 2-12 grams of saturated fats for day 1; 10-50 grams of monounsaturated fats for days 2 to 5 and any remaining days; 3-15 grams of polyunsaturated fats for days 2 to 5 and any remaining days; 1-30 grams of saturated fats for days 2 to 5, or any remaining days; and a micronutrient composition on each day and any remaining days; for its use to treat T1D diabetes as a pancreatic B-cell regeneration promoting agent in a T1D diabetic subject who is further administered for said predetermined time period with a PKA and/or a Tor inhibitor. less than 40 grams of sugar for day 1 ; less than 30 grams of sugar for days 2 to 5 and any remaining days; less than 28 grams of protein for day 1; less than 18 grams of protein for days 2 to 5 and any remaining days 20-100 grams of monounsaturated fats for day 1; 6-30 grams of polyunsaturated fats for day 1; 2-12 grams of saturated fats for day 1; 10-50 grams of monounsaturated fats for days 2 to 5 and any remaining days; 3-15 grams of polyunsaturated fats for days 2 to 5 and any remaining days; 1-30 grams of saturated fats for days 2 to 5, or any remaining days; and a micronutrient composition on each day and any remaining days; for its use to treat T1D diabetes as a pancreatic B-cell regeneration promoting agent in a T1D diabetic subject who is further administered for said predetermined time period with a PKA and/or a Tor inhibitor. 20-100 grams of monounsaturated fats for day 1; 6-30 grams of polyunsaturated fats for day 1; 2-12 grams of saturated fats for day 1; 10-50 grams of monounsaturated fats for days 2 to 5 and any remaining days; 3-15 grams of polyunsaturated fats for days 2 to 5 and any remaining days; 1-30 grams of saturated fats for days 2 to 5, or any remaining days; and a micronutrient composition on each day and any remaining days; for its use to treat T1D diabetes as a pancreatic B-cell regeneration promoting agent in a T1D diabetic subject who is further administered for said predetermined time period with a PKA and/or a Tor inhibitor.
A processor comprising: a retire queue configured to store entries corresponding to instruction operations that have not been retired; and control logic configured to: receive a first instruction operation corresponding to a first decoded instruction and a second instruction operation corresponding to a second decoded instruction different from the first decoded instruction, to be stored in the retire queue; and compress the first instruction operation and the second instruction operation together into a single retire queue entry responsive to determining that the first instruction operation and the second instruction operation meet one or more conditions for being compressed together into a single retire queue entry. a retire queue configured to store entries corresponding to instruction operations that have not been retired; and control logic configured to: receive a first instruction operation corresponding to a first decoded instruction and a second instruction operation corresponding to a second decoded instruction different from the first decoded instruction, to be stored in the retire queue; and compress the first instruction operation and the second instruction operation together into a single retire queue entry responsive to determining that the first instruction operation and the second instruction operation meet one or more conditions for being compressed together into a single retire queue entry. receive a first instruction operation corresponding to a first decoded instruction and a second instruction operation corresponding to a second decoded instruction different from the first decoded instruction, to be stored in the retire queue; and compress the first instruction operation and the second instruction operation together into a single retire queue entry responsive to determining that the first instruction operation and the second instruction operation meet one or more conditions for being compressed together into a single retire queue entry.
An infrared (IR) temperature sensor (200, 200', 200") comprising: 1.1 a body defining an aperture that opens to an internal volume defined by the body and to an exterior mounting surface of the body ; 1.2 a detector element configured to detect IR radiation emitted from an object and generate a sensor signal indicative of the detected IR radiation, the detector element supported within the body and aligned with the aperture and arranged at an end of the aperture such that the detector element is spaced from the exterior mounting surface ; 1.3 a wireless communication element supported within the body ; 1.4 a memory supported within the body and configured to store command instructions; and 1.5 a processor supported within the body and operably connected to the detector element , the wireless communication element , and the memory , and configured to execute the stored program instructions to: 1.5.1 obtain the sensor signal, 1.5.2 generate an output signal associated with the obtained sensor signal, and 1.5.3 control the wireless communication element to transmit the output signal; 1.6 wherein the aperture opens to the internal volume and to the exterior mounting surface without any protective covering in or over the aperture , wherein the aperture is sized to prevent debris or other contamination from becoming lodged in the aperture, and the exterior mounting surface is configured to be releasably secured via a direct contact to a surface of the object from which the IR radiation is emitted. 1.1 a body defining an aperture that opens to an internal volume defined by the body and to an exterior mounting surface of the body ; 1.2 a detector element configured to detect IR radiation emitted from an object and generate a sensor signal indicative of the detected IR radiation, the detector element supported within the body and aligned with the aperture and arranged at an end of the aperture such that the detector element is spaced from the exterior mounting surface ; 1.3 a wireless communication element supported within the body ; 1.4 a memory supported within the body and configured to store command instructions; and 1.5 a processor supported within the body and operably connected to the detector element , the wireless communication element , and the memory , and configured to execute the stored program instructions to: 1.5.1 obtain the sensor signal, 1.5.2 generate an output signal associated with the obtained sensor signal, and 1.5.3 control the wireless communication element to transmit the output signal; 1.5.1 obtain the sensor signal, 1.5.2 generate an output signal associated with the obtained sensor signal, and 1.5.3 control the wireless communication element to transmit the output signal; 1.6 wherein the aperture opens to the internal volume and to the exterior mounting surface without any protective covering in or over the aperture , wherein the aperture is sized to prevent debris or other contamination from becoming lodged in the aperture, and the exterior mounting surface is configured to be releasably secured via a direct contact to a surface of the object from which the IR radiation is emitted.
A metering and application system for a moisture-curing polymer material, - in the case of which a reservoir for the polymer material is provided, - in the case of which a first pump and a second pump are provided, wherein the polymer material is conveyable with the first pump from the reservoir to the second pump , - in the case of which a gas metering device is provided with a defined pressure transmission ratio to bring a gas to a defined pressure (P39), wherein the gas metering device is connected on the output side to the input of the second pump , - in the case of which the gas metering device has a first chamber (31.2) with a defined volume and a pressure piston (31.3), wherein the pressure piston (31.3) performs a defined stroke in the first chamber (31.2), and - in the case of which the gas metering device has a second chamber (35.2) and a piston (35.3) coupled to the pressure piston (31.3), so that gas present in the second chamber can be set to the defined pressure (P39), - in the case of which a mixer is provided for mixing the polymer material and the gas (N2), - in the case of which a valve arranged downstream from the mixer for metering and a nozzle for applying the polymer material/gas mixture are provided, characterized in that - a first check valve is arranged at the gas inlet of the second chamber (35.2), and - a second check valve is arranged at the gas outlet (35.8) of the gas metering device . - in the case of which a reservoir for the polymer material is provided, - in the case of which a first pump and a second pump are provided, wherein the polymer material is conveyable with the first pump from the reservoir to the second pump , - in the case of which a gas metering device is provided with a defined pressure transmission ratio to bring a gas to a defined pressure (P39), wherein the gas metering device is connected on the output side to the input of the second pump , - in the case of which the gas metering device has a first chamber (31.2) with a defined volume and a pressure piston (31.3), wherein the pressure piston (31.3) performs a defined stroke in the first chamber (31.2), and - in the case of which the gas metering device has a second chamber (35.2) and a piston (35.3) coupled to the pressure piston (31.3), so that gas present in the second chamber can be set to the defined pressure (P39), - in the case of which a mixer is provided for mixing the polymer material and the gas (N2), - in the case of which a valve arranged downstream from the mixer for metering and a nozzle for applying the polymer material/gas mixture are provided, - a first check valve is arranged at the gas inlet of the second chamber (35.2), and - a second check valve is arranged at the gas outlet (35.8) of the gas metering device .
An optical scanning microscope for inducing optical emission in a sample using a laser illumination system operable to provide excitation radiation, the microscope comprising: - an objective configured to focus the excitation radiation, such that the illumination system and the objective are operable together to provide the excitation radiation in a focal volume to cause emission of emission radiation from the sample in the focal volume; and - an objective scanner comprising a kinematic flexure mechanism , wherein the kinematic flexure mechanism is operable to scan the objective in two dimensions transverse with respect to the objective's optical axis so as to scan the emitting focal volume in corresponding dimensions, characterised in that the kinematic flexure mechanism is a unitary 3D-printed member configured to be larger than 15mm in the two dimensions to move the objective such that it is operable to scan the objective to a scan range of more than 1mm. - an objective configured to focus the excitation radiation, such that the illumination system and the objective are operable together to provide the excitation radiation in a focal volume to cause emission of emission radiation from the sample in the focal volume; and - an objective scanner comprising a kinematic flexure mechanism , wherein the kinematic flexure mechanism is operable to scan the objective in two dimensions transverse with respect to the objective's optical axis so as to scan the emitting focal volume in corresponding dimensions,
A method for manufacturing a cutting tool having a rake face, a flank face, and an edge having a ridge line interconnecting the rake face and the flank face, wherein on the flank face there is a cutting edge region from the ridge line of the edge to a point A away therefrom on the side of the flank face by a distance X, the method comprising producing and processing the flank face with a laser, and being characterised by : producing and processing being producing and processing the cutting edge region along the ridge line of the edge with a first laser beam having a depth of focus equal to or deeper than a width of the cutting edge region when the distance X is the width of the cutting edge region, the distance X being 0.2 mm or more and 5 mm or less. wherein on the flank face there is a cutting edge region from the ridge line of the edge to a point A away therefrom on the side of the flank face by a distance X, the method comprising producing and processing the flank face with a laser, and being characterised by : producing and processing being producing and processing the cutting edge region along the ridge line of the edge with a first laser beam having a depth of focus equal to or deeper than a width of the cutting edge region when the distance X is the width of the cutting edge region, the distance X being 0.2 mm or more and 5 mm or less. producing and processing being producing and processing the cutting edge region along the ridge line of the edge with a first laser beam having a depth of focus equal to or deeper than a width of the cutting edge region when the distance X is the width of the cutting edge region, the distance X being 0.2 mm or more and 5 mm or less.
Sterilizable single-use surgical instrument consisting of an implant for bone fusion and an implant sleeve completely enclosing the implant for bone fusion , wherein the implant for bone fusion has a distal implant portion , a proximal implant portion and a coupling portion which has a polygonal cross-sectional profile and is located between the distal and proximal implant portion , wherein the implant sleeve consists of a protective cap and a handle portion which are designed to be connectable to one another, wherein a first bore running in the longitudinal direction is provided in the protective cap and is arranged to receive the proximal implant portion of the implant for bone fusion , wherein a second bore running in the longitudinal direction is provided in the handle portion and is arranged to receive the distal implant portion of the implant for bone fusion , characterized in that a coupling region having a through opening with a polygonal cross section is provided in the second bore in the handle portion , into which opening the coupling portion of the implant for bone fusion engages in a form-fitting and force-fitting manner.
An indoor unit for an air-conditioning apparatus, comprising: a display panel arranged on a front surface side of the indoor unit ; a display device , which includes a light-emitting device capable of controlling turning on and off, and is arranged so as to face a back surface of the display panel ; and an icon , which is formed on a surface of the display panel , and is configured to notify predetermined information, the icon being visually recognized by radiating light emitted from the light-emitting device from an inner side of the indoor unit , characterized in that the icon includes a light blocking layer that is printed on the surface of the display panel with ink that blocks transmission of light and that has the same color as the display panel or a similar color to the color of the display panel . a display panel arranged on a front surface side of the indoor unit ; a display device , which includes a light-emitting device capable of controlling turning on and off, and is arranged so as to face a back surface of the display panel ; and an icon , which is formed on a surface of the display panel , and is configured to notify predetermined information, the icon being visually recognized by radiating light emitted from the light-emitting device from an inner side of the indoor unit , characterized in that the icon includes a light blocking layer that is printed on the surface of the display panel with ink that blocks transmission of light and that has the same color as the display panel or a similar color to the color of the display panel .