mhurhangee/ep-ind-claims huggingface dataset:
A surgical device, comprising: a jaw assembly comprising a first jaw and a second jaw moveable relative to the first jaw; and an elongated body removably coupled to a proximal end of the jaw assembly, the elongated body comprising: an actuation bar, wherein engagement of the jaw assembly with the elongated body to secure the jaw assembly thereto moves the actuation bar; a release button coupled to the actuation bar such that the release button is moved by the actuation bar upon engagement of the jaw assembly with the elongated body and the release button is configured to move the actuation bar to allow for removal of the jaw assembly from the elongated body; and a lockout button in mechanical cooperation with the release button, the lockout button configured to prevent actuation of the release button, wherein the release button comprises a resilient arm extending therefrom and a tab coupled to the resilient arm, and the lockout button comprises a base having a first surface feature configured to engage the tab. a jaw assembly comprising a first jaw and a second jaw moveable relative to the first jaw; and an elongated body removably coupled to a proximal end of the jaw assembly, the elongated body comprising: an actuation bar, wherein engagement of the jaw assembly with the elongated body to secure the jaw assembly thereto moves the actuation bar; a release button coupled to the actuation bar such that the release button is moved by the actuation bar upon engagement of the jaw assembly with the elongated body and the release button is configured to move the actuation bar to allow for removal of the jaw assembly from the elongated body; and a lockout button in mechanical cooperation with the release button, the lockout button configured to prevent actuation of the release button, wherein the release button comprises a resilient arm extending therefrom and a tab coupled to the resilient arm, and the lockout button comprises a base having a first surface feature configured to engage the tab. an actuation bar, wherein engagement of the jaw assembly with the elongated body to secure the jaw assembly thereto moves the actuation bar; a release button coupled to the actuation bar such that the release button is moved by the actuation bar upon engagement of the jaw assembly with the elongated body and the release button is configured to move the actuation bar to allow for removal of the jaw assembly from the elongated body; and a lockout button in mechanical cooperation with the release button, the lockout button configured to prevent actuation of the release button, wherein the release button comprises a resilient arm extending therefrom and a tab coupled to the resilient arm, and the lockout button comprises a base having a first surface feature configured to engage the tab.
A device for detecting a harmonic response characteristic of secondary caries comprising: a current generating block within a casing, the current generating block generating current having the form of a sinusoidally varying signal and having one chosen frequency from the range of frequencies from 200 Hz to 100 kHz and an amplitude from 50 mV to 5 V; a block of preamplifiers having phase sensitive measuring components; a microprocessor control unit connected to the current generating block and the block of preamplifiers; at least one fixed electrode suitable for being placed on a mucous membrane of an oral cavity and connected to the current generating block and to the block of preamplifiers; and at least one movable electrode configured to be mounted on a tooth and connected to the current measuring block and to the block of preamplifiers, characterised in that the block of preamplifiers is configured to measure at the chosen frequency and integral multiples of the chosen frequency to provide a harmonic response spectrum. a current generating block within a casing, the current generating block generating current having the form of a sinusoidally varying signal and having one chosen frequency from the range of frequencies from 200 Hz to 100 kHz and an amplitude from 50 mV to 5 V; a block of preamplifiers having phase sensitive measuring components; a microprocessor control unit connected to the current generating block and the block of preamplifiers; at least one fixed electrode suitable for being placed on a mucous membrane of an oral cavity and connected to the current generating block and to the block of preamplifiers; and at least one movable electrode configured to be mounted on a tooth and connected to the current measuring block and to the block of preamplifiers, characterised in that the block of preamplifiers is configured to measure at the chosen frequency and integral multiples of the chosen frequency to provide a harmonic response spectrum.
A liquid ejecting apparatus, comprising: a liquid ejecting unit having a liquid ejecting surface that includes an opening region, the opening region having nozzle openings of nozzles adapted to eject a first liquid to a medium; and a fluid ejecting device having an ejection port adapted to eject a fluid including a second liquid to the liquid ejecting unit, wherein the fluid ejecting device is adapted to perform, as a maintenance operation of the liquid ejecting unit, a first fluid ejection of ejecting a fluid including small droplets of the second liquid that are smaller than the nozzle openings of the nozzles of the liquid ejecting unit, and a second fluid ejection of ejecting a fluid including droplets of the second liquid in which the smallest droplets are larger than the small droplets to the liquid ejecting unit, characterised by the fluid ejecting device further having a mixing unit adapted to mix the second liquid with air so as to generate the fluid ejected in the first fluid ejection. a liquid ejecting unit having a liquid ejecting surface that includes an opening region, the opening region having nozzle openings of nozzles adapted to eject a first liquid to a medium; and a fluid ejecting device having an ejection port adapted to eject a fluid including a second liquid to the liquid ejecting unit, wherein the fluid ejecting device is adapted to perform, as a maintenance operation of the liquid ejecting unit, a first fluid ejection of ejecting a fluid including small droplets of the second liquid that are smaller than the nozzle openings of the nozzles of the liquid ejecting unit, and a second fluid ejection of ejecting a fluid including droplets of the second liquid in which the smallest droplets are larger than the small droplets to the liquid ejecting unit, characterised by the fluid ejecting device further having a mixing unit adapted to mix the second liquid with air so as to generate the fluid ejected in the first fluid ejection.
A process of initiating heterogeneous primary nucleation of crystals of a solute from a solution of the solute, comprising contacting the solution of the solute with a substrate having an amorphous heterogeneous surface, wherein the amorphous heterogeneous surface of the substrate: 1) incorporates a pre-formed uniform nucleation site array; 2) is placed in direct contact with a solution comprising the solute to be crystallized under conditions that are static, dynamic, or flow, or combinations thereof; and 3) is chemically resistant to dissolving in the solution. 1) incorporates a pre-formed uniform nucleation site array; 2) is placed in direct contact with a solution comprising the solute to be crystallized under conditions that are static, dynamic, or flow, or combinations thereof; and 3) is chemically resistant to dissolving in the solution.
A pneumatic structure comprising an elastically deformable body defining at least one network of internal cavities, each internal cavity having a closed contour in at least one section of the internal cavity, each internal cavity being capable of being pressurized so as to cause the elastically deformable body to pass from a rest configuration to at least one pressurized configuration, characterized in that in each pressurized configuration, the elastically deformable body has a macroscopic metric that is distinct from its macroscopic metric in the rest configuration; and in that, in each pressurized configuration, the radius of curvature of an exterior surface of the elastically deformable body, taken opposite each internal cavity adjacent to the exterior surface, is greater than two times the size of the internal cavity adjacent to the exterior surface. each internal cavity being capable of being pressurized so as to cause the elastically deformable body to pass from a rest configuration to at least one pressurized configuration, characterized in that in each pressurized configuration, the elastically deformable body has a macroscopic metric that is distinct from its macroscopic metric in the rest configuration; and in that, in each pressurized configuration, the radius of curvature of an exterior surface of the elastically deformable body, taken opposite each internal cavity adjacent to the exterior surface, is greater than two times the size of the internal cavity adjacent to the exterior surface.
A two part dental implant insertion system, comprising an insertion part of a two-part implant and an insertion instrument being sleeve-shaped at its upper rim, which insertion part is to be inserted into a jawbone by the insertion instrument by means of protrusions engaging with recesses, characterized in that: a) the insertion part is zirconium-like and is part of a two-part implant, b) the insertion part is provided with two or more protrusions, which are suited for engagement with the recesses provided on the insertion instrument, c) the insertion part has a spherically-shaped neck with a rounded-off upper edge, d) the protrusions of the insertion part which are provided on the site of the neck are round or oval-shaped, and e) the insertion instrument having its recesses fitting over two or more protrusions of the insertion part allowing, by way of the sleeve-shaped upper rim and the spherically shaped neck of the insertion part, a connection which acts as a cardan coupling. a) the insertion part is zirconium-like and is part of a two-part implant, b) the insertion part is provided with two or more protrusions, which are suited for engagement with the recesses provided on the insertion instrument, c) the insertion part has a spherically-shaped neck with a rounded-off upper edge, d) the protrusions of the insertion part which are provided on the site of the neck are round or oval-shaped, and e) the insertion instrument having its recesses fitting over two or more protrusions of the insertion part allowing, by way of the sleeve-shaped upper rim and the spherically shaped neck of the insertion part, a connection which acts as a cardan coupling.
A method for manufacturing a glass-fine-particle-deposited body (14, 2014), the method comprising a depositing step of: heating and vaporizing a liquid glass source material (28, 2028) placed in a source material container (22, 2022) to form a glass source material gas, introducing the glass source material gas to a burner (18, 2018) for producing glass-fine-particles (20, 2020) from the source material container (22, 2022) through a pipe (25, 2025), spouting the glass source material gas from the burner (18, 2018) for producing glass-fine-particles (20, 2020), and depositing glass fine particles (20, 2020) produced by a flame decomposition reaction of the glass source material gas on a starting rod (13, 2013) in a reaction container (11, 2011) to prepare a glass-fine-particle-deposited body (14, 2014), wherein at least a part of the pipe (25, 2025) from the source material container (22, 2022) to the burner (18, 2018) for producing glass-fine-particles (20, 2020) in the deposition step is temperature-controlled by a heating element (26, 2026) so that the burner side has a higher temperature than the source material container side and temperature gradient of said at least part of the pipe (25, 2025) becomes 25°C/m or more. heating and vaporizing a liquid glass source material (28, 2028) placed in a source material container (22, 2022) to form a glass source material gas, introducing the glass source material gas to a burner (18, 2018) for producing glass-fine-particles (20, 2020) from the source material container (22, 2022) through a pipe (25, 2025), spouting the glass source material gas from the burner (18, 2018) for producing glass-fine-particles (20, 2020), and depositing glass fine particles (20, 2020) produced by a flame decomposition reaction of the glass source material gas on a starting rod (13, 2013) in a reaction container (11, 2011) to prepare a glass-fine-particle-deposited body (14, 2014), wherein at least a part of the pipe (25, 2025) from the source material container (22, 2022) to the burner (18, 2018) for producing glass-fine-particles (20, 2020) in the deposition step is temperature-controlled by a heating element (26, 2026) so that the burner side has a higher temperature than the source material container side and temperature gradient of said at least part of the pipe (25, 2025) becomes 25°C/m or more.
Wind turbine blade with strain sensing means, said blade comprising a surface structure, a block sensor unit including optical sensor means for sensing strain in the blade, characterised in said blade further comprising an intermediate connection plate positioned in between said optical sensor means and said surface structure, where said intermediate connection plate is adhesively connected to said surface structure and connected to said optical sensor means, and where the modulus of elasticity of said intermediate connection plate is similar to or less than the modulus of elasticity of said surface structure.
A headphone comprising active noise cancelling means having a feedback signal path, a feed forward signal path and a sidetone signal path, where the headphone is provided with a control member (1, 11) that can be displaced or rotated between opposite positions, where the control member (1, 11) is configured such that the gain of the FF signal path and the gain of the sidetone signal path are controllable by means of the control member (1, 11) in such manner that when the control member (1, 11) is at one extreme position, the gain of the FF path is at maximum level and the gain of the sidetone path is at minimum level and when the control member (1,11) is at the opposite extreme position, the gain of the FF path is at minimum level and the gain of the sidetone path is at maximum level, characterized in that the control member (1, 11) is configured such that: - when the control member (1, 11) is rotated or displaced from a middle position in a first direction, the gain of the side tone path increases gradually from said minimum level to said maximum level and the gain of the feed forward path remains at said minimum level; and - when the control member is rotated or displaced from the middle position in a second direction opposite to the first direction, the gain of the feed forward path increases gradually from said minimum level to said maximum level and the gain of the side tone path remains at said minimum level. - when the control member (1, 11) is rotated or displaced from a middle position in a first direction, the gain of the side tone path increases gradually from said minimum level to said maximum level and the gain of the feed forward path remains at said minimum level; and - when the control member is rotated or displaced from the middle position in a second direction opposite to the first direction, the gain of the feed forward path increases gradually from said minimum level to said maximum level and the gain of the side tone path remains at said minimum level.
Aluminium casting alloy, characterized in that said alloy is consisting of: 7-9% by weight of silicon, 0.6-1% by weight of iron, 0.7-1.5% by weight of copper, 0.05-0,5% by weight of manganese, 0.1-3% by weight of zinc, 0.05-0.5% by weight of magnesium, 0.01-0.15% by weight of titanium, 0.01-0.1% by weight of chrome, 0.01-0.1% by weight of nickel, 0.01-0.1% by weight of lead, 0.01-0.1% by weight of tin, and aluminium as the remainder. 7-9% by weight of silicon, 0.6-1% by weight of iron, 0.7-1.5% by weight of copper, 0.05-0,5% by weight of manganese, 0.1-3% by weight of zinc, 0.05-0.5% by weight of magnesium, 0.01-0.15% by weight of titanium, 0.01-0.1% by weight of chrome, 0.01-0.1% by weight of nickel, 0.01-0.1% by weight of lead, 0.01-0.1% by weight of tin, and aluminium as the remainder.
A die piece for extrusion molded noodles, which is made of synthetic resin, characterised in that the synthetic resin is a resin blend of 70 to 95% by weight of polyacetal and 5 to 30% by weight of high-density polyethylene, and in that a contact angle of a water droplet on a die piece surface is 61 to 73 degrees and a water absorption of the die piece is 0.01 to 0.15% by weight after the die piece is immersed in water at a temperature of 15 to 25°C for 24 hours.
A growing apparatus comprising: a rotatable drum; a light source situated interiorly of said rotatable drum; a plurality of plant receiving devices extending transversely of said drum and being located interiorly thereof; said plant receiving devices including a tray having a plurality of plant receiving receptacles formed therein, characterised in that each of said plant receiving receptacles having a frustoconical configuration with a narrow end of said frustoconical configuration facing interiorly of said drum towards said light source, said plant receiving receptacles contain a plant growing medium therein. a rotatable drum; a light source situated interiorly of said rotatable drum; a plurality of plant receiving devices extending transversely of said drum and being located interiorly thereof; said plant receiving devices including a tray having a plurality of plant receiving receptacles formed therein, characterised in that each of said plant receiving receptacles having a frustoconical configuration with a narrow end of said frustoconical configuration facing interiorly of said drum towards said light source, said plant receiving receptacles contain a plant growing medium therein.
A system (10; 310) for coating products, in particular food products, with various fluid coating materials, with: - at least one first coating device (18; 318 1) with a receptacle for containing a first coating material, said receptacle for containing the coating material of the at least one first coating device (18; 318 1) being embodied as a heatable coating material vat and said at least one first coating device (18; 318 1) being equipped with a conveyor belt (66; 366), - at least one second coating device (18; 318 2) with a receptacle for containing a second coating material, said receptacle for containing the coating material of the at least one second coating device being embodied as a heatable coating material vat and said at least one second coating device (18; 318 2) being equipped with a conveyor belt (66; 366), and - a roof device (20; 320), which defines a production position, wherein the at least one first coating device (18; 318 1) and the at least one second coating device (18; 318 2) are associated with the roof device (20; 320); and the at least one first coating device (18; 318 1) and the at least one second coating device (18; 318 2) can be alternatingly moved into a production position and in the production position, can each be respectively coupled to the roof device (20; 320). - at least one first coating device (18; 318 1) with a receptacle for containing a first coating material, said receptacle for containing the coating material of the at least one first coating device (18; 318 1) being embodied as a heatable coating material vat and said at least one first coating device (18; 318 1) being equipped with a conveyor belt (66; 366), - at least one second coating device (18; 318 2) with a receptacle for containing a second coating material, said receptacle for containing the coating material of the at least one second coating device being embodied as a heatable coating material vat and said at least one second coating device (18; 318 2) being equipped with a conveyor belt (66; 366), and - a roof device (20; 320), which defines a production position,
A nitride semiconductor device which comprises an active layer containing an n-type impurity and comprising quantum well layers and barrier layers, the active layer being situated between n-type nitride semiconductor layers (4, 5, 6) and p-type nitride semiconductor layers (8, 9), wherein said active layer is a multiple quantum well having a number i of laminated layers and at least one of the 1st to j-th layers of said MQW active layer from said n-type layers is doped with n-type impurity; wherein j = integer (i/6+2) where i ≥4, characterized in that the thickness of the quantum well layer proximate to said n-type nitride semiconductor layers (4, 5, 6) is larger than that of the quantum well layer proximate to said p-type nitride semiconductor layers (8, 9).
A process for preparing an aqueous solution comprising (a) one or more mono-, di- and/or oligosaccharides and (b) a methylcellulose, wherein the methylcellulose has anhydroglucose units joined by 1-4 linkages wherein hydroxy groups of anhydroglucose units are substituted with methyl groups such that s23/s26 is 0.36 or less, wherein s23 is the molar fraction of anhydroglucose units wherein only the two hydroxy groups in the 2- and 3-positions of the anhydroglucose unit are substituted with methyl groups and s26 is the molar fraction of anhydroglucose units wherein only the two hydroxy groups in the 2- and 6-positions of the anhydroglucose unit are substituted with methyl groups, wherein i) the methylcellulose is mixed with an aqueous liquid comprising one or more mono-, di- and/or oligosaccharides at a shear rate of at least 1000 s -1 or wherein ii) one or more mono-, di- and/or oligosaccharides are mixed with the methylcellulose and/or an aqueous liquid before, simultaneously with or after mixing the methylcellulose with the aqueous liquid at a shear rate of at least 1000 s -1. (a) one or more mono-, di- and/or oligosaccharides and (b) a methylcellulose, wherein the methylcellulose has anhydroglucose units joined by 1-4 linkages wherein hydroxy groups of anhydroglucose units are substituted with methyl groups such that s23/s26 is 0.36 or less, wherein s23 is the molar fraction of anhydroglucose units wherein only the two hydroxy groups in the 2- and 3-positions of the anhydroglucose unit are substituted with methyl groups and s26 is the molar fraction of anhydroglucose units wherein only the two hydroxy groups in the 2- and 6-positions of the anhydroglucose unit are substituted with methyl groups, wherein i) the methylcellulose is mixed with an aqueous liquid comprising one or more mono-, di- and/or oligosaccharides at a shear rate of at least 1000 s -1 or wherein ii) one or more mono-, di- and/or oligosaccharides are mixed with the methylcellulose and/or an aqueous liquid before, simultaneously with or after mixing the methylcellulose with the aqueous liquid at a shear rate of at least 1000 s -1. wherein s23 is the molar fraction of anhydroglucose units wherein only the two hydroxy groups in the 2- and 3-positions of the anhydroglucose unit are substituted with methyl groups and s26 is the molar fraction of anhydroglucose units wherein only the two hydroxy groups in the 2- and 6-positions of the anhydroglucose unit are substituted with methyl groups, wherein i) the methylcellulose is mixed with an aqueous liquid comprising one or more mono-, di- and/or oligosaccharides at a shear rate of at least 1000 s -1 or wherein ii) one or more mono-, di- and/or oligosaccharides are mixed with the methylcellulose and/or an aqueous liquid before, simultaneously with or after mixing the methylcellulose with the aqueous liquid at a shear rate of at least 1000 s -1.