mhurhangee/patent-ind-claim-en huggingface dataset:
Agricultural machine (M), in particular rotary hay making machine, having a carrying frame comprising a main undercarriage (H) having a main undercarriage axis , and a mid-machine (K) coupled to the carrying frame , the mid-machine (K) having at least one tool (W) being driven for rotation and comprising at least one touching wheel at a bearing housing , the tool (W) being linked via a tool frame to a swivel arm which swivels relative to the carrying frame about a swiveling axis, and with a height-setting unit of the mid-machine (K) including an actuator linked at least to the swivel arm , wherein in a working position of the agricultural machine (M) the carrying frame by the main undercarriage (H) and the mid-machine (K) by the at least one touching wheel are supported on the ground, characterized in that the swivel axis of the swivel arm is arranged directly in the main undercarriage axis , and that the swivel arm is swivable about the main undercarriage axis relative to the carrying frame , such that the selected height-setting of tool elements of the mid-machine does not change when travelling over uneven ground .
An inhalation-synchronized fluid dispenser device comprising a body (10; 10') provided with a mouthpiece , a fluid reservoir containing a fluid and a propellant gas being mounted to slide axially in said body (10; 10'), a metering valve including a valve member being assembled on said reservoir for selectively dispensing the fluid, said device being characterized in that it further comprises: • an actuator element (500, 500', 500"; 550) movable and/or deformable between a non-actuation position, in which said metering valve cannot be actuated, and an actuation position in which said metering valve can be actuated, • an inhalation-controlled trigger system including an inhalation-sensitive member (60, 61; 65, 66) that is deformable and/or movable under the effect of inhaling, said inhalation-sensitive member (60, 61; 65, 66), when it deforms and/or moves, moving and/or deforming said actuator element (500, 500', 500"; 550) from its non-actuation position towards its actuation position, • an electronic dose counter , and • signal-transmitter means for remotely communicating, in particular information relating to the actuations of the device. • an actuator element (500, 500', 500"; 550) movable and/or deformable between a non-actuation position, in which said metering valve cannot be actuated, and an actuation position in which said metering valve can be actuated, • an inhalation-controlled trigger system including an inhalation-sensitive member (60, 61; 65, 66) that is deformable and/or movable under the effect of inhaling, said inhalation-sensitive member (60, 61; 65, 66), when it deforms and/or moves, moving and/or deforming said actuator element (500, 500', 500"; 550) from its non-actuation position towards its actuation position, • an electronic dose counter , and • signal-transmitter means for remotely communicating, in particular information relating to the actuations of the device.
A sluice valve for operations (D) and connecting pipe in which a valve element that is freely movable in a direction orthogonal to a pipe axial center of the connecting pipe and valve operation means for movably operating the valve element between a closed valve position and an open valve position are provided to the valve case , which is provided with a coupling tube part that can be externally mounted on a coupling flange of the connecting pipe from the pipe axial center direction; and pulling and securing means for pulling and securing the valve case to the coupling flange is disposed on the coupling tube part of the valve case ; characterized in that the sluice valve for operations (D) has an operation recess formed on the coupling tube part of the valve case , and adapted for operating a fastener from a rear surface side of the coupling flange facing away from the valve element , the fastener being used for securing and coupling the coupling flange and a fluid device (E), whereas the fluid device (E) is joined to the coupling flange through a flow channel inside the valve case , said operation recess being formed in a cutout shape along the connecting pipe axial center direction from an opening end edge of the coupling tube part adjacent to the rear surface side of the coupling flange , said cutout being formed between adjacent pulling and securing means of the valve case .
An orthotic device , comprising: a latch mechanism , said latch mechanism , including: a) a lever assembly , comprising: i) a lever ; ii) a lever axle depending from said lever at a first end thereof, for securing the lever to a support structure of the orthotic device ; and, iii) a first snap fit hook projecting from said lever ; b) a draw bar pivotably attached to said lever ; c) a chafe pivotably attached to said draw bar ; d) a catch extending from the support structure to receive said lever axle ; and, e) a first snap fit ledge depending from the support structure to engage and hold said first snap fit hook ; wherein said chafe comprises a D-ring chafe and, wherein said lever axle is configured to be received by said catch for fastening by the user. a) a lever assembly , comprising: i) a lever ; ii) a lever axle depending from said lever at a first end thereof, for securing the lever to a support structure of the orthotic device ; and, iii) a first snap fit hook projecting from said lever ; i) a lever ; ii) a lever axle depending from said lever at a first end thereof, for securing the lever to a support structure of the orthotic device ; and, iii) a first snap fit hook projecting from said lever ; b) a draw bar pivotably attached to said lever ; c) a chafe pivotably attached to said draw bar ; d) a catch extending from the support structure to receive said lever axle ; and, e) a first snap fit ledge depending from the support structure to engage and hold said first snap fit hook ;
A method of producing gluten-free beer, wherein the method employs a mixture of a plurality of gluten-containing cereal grains as the starting material and comprises the steps of: (i) contacting the mixture of a plurality of gluten-containing cereal grains with water at a temperature comprised between 35°C and 45°C, the grains being optionally in ground form; (ii) heating the aqueous mixture of step (i) at a rate of about 1°C per minute until a temperature of 52°C is reached and keeping the aqueous mixture at said temperature for between 10 and 30 minutes; (iii) further heating the aqueous mixture of step (ii) to a temperature comprised between 60°C and 75°C and keeping the aqueous mixture at said temperature for between 20 and 75 minutes, thereby obtaining a wort; (iv) filtering the wort of step (iii) to separate the liquid fraction from the spent grains, thereby obtaining a clear wort; (v) boiling the clear wort of step (iv) with hops at a temperature of 100°C for between 50 and 100 minutes, thereby obtaining a hop-treated wort; (vi) fermenting the hop-treated wort of step (v) with one or more yeasts belonging to the Saccharomyces genus at a temperature comprised between 20°C and 25°C, to obtain a gluten-free beer, characterized in that the mixture of a plurality of gluten-containing cereal grains employed as the starting material comprises barley malt in an amount of between 60% and 65% by weight and one or more unmalted cereals in a total amount of between 35% and 40% by weight. (i) contacting the mixture of a plurality of gluten-containing cereal grains with water at a temperature comprised between 35°C and 45°C, the grains being optionally in ground form; (ii) heating the aqueous mixture of step (i) at a rate of about 1°C per minute until a temperature of 52°C is reached and keeping the aqueous mixture at said temperature for between 10 and 30 minutes; (iii) further heating the aqueous mixture of step (ii) to a temperature comprised between 60°C and 75°C and keeping the aqueous mixture at said temperature for between 20 and 75 minutes, thereby obtaining a wort; (iv) filtering the wort of step (iii) to separate the liquid fraction from the spent grains, thereby obtaining a clear wort; (v) boiling the clear wort of step (iv) with hops at a temperature of 100°C for between 50 and 100 minutes, thereby obtaining a hop-treated wort; (vi) fermenting the hop-treated wort of step (v) with one or more yeasts belonging to the Saccharomyces genus at a temperature comprised between 20°C and 25°C, to obtain a gluten-free beer,
A measurement system for determining an angular position of a component of a gas turbine engine , comprising: two or more proximity sensors (76; 76a, 76b) disposed at a fixed structure of the gas turbine engine; and two or more sensor targets disposed at a rotatable component of the gas turbine engine, each sensor target of the two or more sensor targets including a target surface (84; 84a, 84b) having a variable distance between the target surface and the proximity sensor (76; 76a, 76b) with rotation of the rotatable component about a component axis of rotation; wherein a measurement of distance between the proximity sensor (76; 76a, 76b) and the target surface (84; 84a, 84b) as measured by the proximity sensor is indicative of an angular position of the rotatable component relative to the component axis of rotation; and characterized in that a first proximity sensor of the two or more proximity sensors and a first target surface of the two or more sensor targets are located outboard of a second proximity sensor of the two or more proximity sensors and a second target surface of the two or more sensor targets in a direction along the component axis of rotation. two or more proximity sensors (76; 76a, 76b) disposed at a fixed structure of the gas turbine engine; and two or more sensor targets disposed at a rotatable component of the gas turbine engine, each sensor target of the two or more sensor targets including a target surface (84; 84a, 84b) having a variable distance between the target surface and the proximity sensor (76; 76a, 76b) with rotation of the rotatable component about a component axis of rotation; wherein a measurement of distance between the proximity sensor (76; 76a, 76b) and the target surface (84; 84a, 84b) as measured by the proximity sensor is indicative of an angular position of the rotatable component relative to the component axis of rotation; and characterized in that a first proximity sensor of the two or more proximity sensors and a first target surface of the two or more sensor targets are located outboard of a second proximity sensor of the two or more proximity sensors and a second target surface of the two or more sensor targets in a direction along the component axis of rotation.
A photo detecting apparatus , comprising: a substrate having a light transmissivity; a thin film transistor including a source electrode , a drain electrode , an active layer , and a gate electrode on a first surface of the substrate ; and a photo diode structure between the first surface and the thin film transistor the photo diode structure being implemented to receive and process an electromagnetic radiation through a second surface of the substrate ; a phosphor on the second surface and a second electrode disposed on the upper surface of the photo diode structure; wherein the active layer of the thin film transistor is disposed on the second electrode and wherein the second electrode is formed of an opaque conductive material. a substrate having a light transmissivity; a thin film transistor including a source electrode , a drain electrode , an active layer , and a gate electrode on a first surface of the substrate ; and a photo diode structure between the first surface and the thin film transistor the photo diode structure being implemented to receive and process an electromagnetic radiation through a second surface of the substrate ; a phosphor on the second surface and a second electrode disposed on the upper surface of the photo diode structure; wherein the active layer of the thin film transistor is disposed on the second electrode and wherein the second electrode is formed of an opaque conductive material.
A device coupler for connecting a plurality of field devices to a network trunk of a two-wire fieldbus network of the type that transmits data signals and power over the two wires, the device coupler comprising: a trunk interface for connecting the device coupler to a network trunk characterized by two or more spur isolation sets connected to the trunk interface in parallel with one another; each spur isolation set comprising: an isolating element connected to the trunk interface and a set of two or more spur interfaces connected to the isolating element, the spur interfaces being connected in parallel with one another to the isolating element , the isolating element connecting the trunk interface and the spur interfaces together and galvanically isolating the trunk interface from the spur interfaces; and in each spur isolation set: the isolating element comprises a respective transformer, the transformer comprising a first transformer winding connected to the trunk interface and a second transformer winding connected to the set of spur interfaces . a trunk interface for connecting the device coupler to a network trunk characterized by two or more spur isolation sets connected to the trunk interface in parallel with one another; each spur isolation set comprising: an isolating element connected to the trunk interface and a set of two or more spur interfaces connected to the isolating element, the spur interfaces being connected in parallel with one another to the isolating element , the isolating element connecting the trunk interface and the spur interfaces together and galvanically isolating the trunk interface from the spur interfaces; and in each spur isolation set: the isolating element comprises a respective transformer, the transformer comprising a first transformer winding connected to the trunk interface and a second transformer winding connected to the set of spur interfaces .
A battery management apparatus , comprising: a profile generating unit configured to generate a differential profile for a battery profile representing a corresponding relationship between voltage and capacity of a battery; and a control unit configured to determine a criterion peak and a target peak in the differential profile received from the profile generating unit ; characterized in that the control unit is further configured diagnose a state of the battery based on a result of comparing a differential value of the criterion peak and a differential value of the target peak. a profile generating unit configured to generate a differential profile for a battery profile representing a corresponding relationship between voltage and capacity of a battery; and a control unit configured to determine a criterion peak and a target peak in the differential profile received from the profile generating unit ; characterized in that the control unit is further configured diagnose a state of the battery based on a result of comparing a differential value of the criterion peak and a differential value of the target peak.
A casting comprising an identifying element , characterized by a holding body , which positions the identifying element , is at least partially cast into the casting material of the casting and includes an exposed cooling region , the identifying element and the holding body having different properties with respect to the material, the holding body at least partially surrounding the identifying element, and the exposed cooling region being the region of the holding body that is not directly in contact with the casting material.
Station for assembling Venetian blinds with support half-ladders, comprising a plurality of stacking units of the slats on support half-ladders, wherein said stacking units are aligned with each other along an insertion axis (X) of the slats and are slidingly associated to a shared support structure which extends parallel to said insertion axis (X), each stacking unit comprising: - a working seat for a portion of a slat (L), at which seat a pair of half-ladders is associated to said portion of slat (L), said working seat also acting as a sliding seat of the slat (L) in an insertion step of the slat along said insertion axis (X) inside the assembling station ; and - means for positioning the slat in said working seat , characterized in that it comprises a sliding guide for the slat (L) which crosses the assembling station along said insertion axis (X) and defines a support for the slat (L) in the empty spaces (V) between one stacking unit and the other, wherein said sliding guide is held suspended between two opposite ends (1' 1") of said assembling station parallel to said insertion axis (X) and wherein said sliding guide is positioned at a height such as to ensure the entrance of the slat in the stacking unit without interfering however with the action of said positioning means of the slat (L), and in that said stacking units are slidingly associated to said sliding guide parallel to said insertion axis (X). - a working seat for a portion of a slat (L), at which seat a pair of half-ladders is associated to said portion of slat (L), said working seat also acting as a sliding seat of the slat (L) in an insertion step of the slat along said insertion axis (X) inside the assembling station ; and - means for positioning the slat in said working seat ,
Nozzle for injecting pressurized water containing a dissolved gas, said nozzle comprising: - a cylindrical intake chamber for said water; - a cylindrical expansion chamber comprising an inlet communicating with said intake chamber by an orifice and an outlet; - a diffusion chamber of truncated conical section communicating with the outlet of said expansion chamber and widening out from said expansion chamber said nozzle comprising means for putting the stream of water that flows out of said expansion chamber into rotation, said nozzle also comprising means for sustaining the putting of said stream into rotation, said means for sustaining being housed in said diffusion chamber , said means for sustaining comprising at least two blades extending from the axis of revolution of said diffusion chamber up to its peripheral contour and being distributed uniformly about this axis, each of said blades extending in a plane passing through an axis perpendicular to the axis of revolution of said diffusion chamber and each of said blades being tilted in the sense of rotation of said stream. - a cylindrical intake chamber for said water; - a cylindrical expansion chamber comprising an inlet communicating with said intake chamber by an orifice and an outlet; - a diffusion chamber of truncated conical section communicating with the outlet of said expansion chamber and widening out from said expansion chamber
A hematophagous arthropod repellent composition comprising 3,4-dimethoxybenzaldehyde as an effective ingredient, the composition additionally comprising one or more types of plant essential oil selected from the group consisting of litsea cubeba and wintergreen, wherein the mixing ratio between the plant essential oil and 3,4-dimethoxybenzaldehyde is between 1: 1 and 1:5 in terms of weight ratio. the composition additionally comprising one or more types of plant essential oil selected from the group consisting of litsea cubeba and wintergreen, wherein the mixing ratio between the plant essential oil and 3,4-dimethoxybenzaldehyde is between 1: 1 and 1:5 in terms of weight ratio.
An iron core module of a stator of a wind power generator, wherein an overall dimension of the iron core module conforms to a principle that the number q of slots per pole per phase is one, two three-phase winding units are arranged in the iron core module, and an electrical angle difference between the two three-phase winding units is 30 degrees; and characterized in that , the iron core module comprises a plurality of tooth slots for accommodating coils, each of the coils is sleeved in two of the plurality of tooth slots, the plurality of tooth slots comprise first tooth slots each being configured to accommodate one coil side and a second tooth slot configured to accommodate two coil sides; the number of the second tooth slot is one, the second tooth slot is arranged in a middle position of the plurality of tooth slots, and the number of the first tooth slots on a left side of the second tooth slot is equal to the number of the first tooth slots on a right side of the second tooth slot ; two three-phase winding units having the same number of coils are arranged in the iron core module , the number of coils in each of the two three-phase winding units is an integer multiple of 3, and two coil sides of each of the coils are arranged to cross three teeth; and the two three-phase winding units are arranged on the left side and the right side of the second tooth slot as a center, respectively, and the adjacent coils of the two three-phase winding units each have one coil side arranged in the second tooth slot .
A passive fill-level control system, having • a container receiving a medium (M), wherein the medium (M) in the container has a liquid phase and a steam phase during operation, • a feed line for the medium (M) connected to the container , into which feed line a control valve controlling the inflow of the medium (M) and/or a feed pump is connected, • a standpipe which is connected as a communicating pipe to the container and through which the medium (M) can flow, and • a passive actuator for the pilot valve coupled thermally to the standpipe , which pilot valve actuates the control valve and/or the feed pump , wherein the pilot valve is an electrically actuated valve, and that the actuator comprises at least a first thermoelectric generator , which feeds the pilot valve with an operating voltage dependent on the fill level of the liquid phase in the container , characterized in that the container is a steam generator or a reactor pressure container of a nuclear reactor. • a container receiving a medium (M), wherein the medium (M) in the container has a liquid phase and a steam phase during operation, • a feed line for the medium (M) connected to the container , into which feed line a control valve controlling the inflow of the medium (M) and/or a feed pump is connected, • a standpipe which is connected as a communicating pipe to the container and through which the medium (M) can flow, and • a passive actuator for the pilot valve coupled thermally to the standpipe , which pilot valve actuates the control valve and/or the feed pump ,