mhurhangee/patent-ind-claim-en huggingface dataset:
A combine comprising: a feeder housing for receiving harvested crop; a separating system for threshing the harvested crop to produce grain and residue; a first residue spreader wheel spinning at a speed for expelling the residue from the combine ; a second residue spreader wheel spinning at another speed for expelling the residue from the combine ; a first residue deflector positioned at an angle for deflecting the expelled residue in a predetermined direction; a second residue deflector positioned at another angle for deflecting the expelled residue in another direction; and a controller , characterized in that , the combine further comprises a camera at the rear and the controller is configured to: 1) determine a heading of the combine , 2) determine wind effects on the expelled residue based on an observation with the camera of the expelled residue at the determined heading, and 3) adjust at least one of the speed of the first residue spreader wheel or the angle of the first residue deflector and at least one of the speed of the second residue spreader wheel or the angle of the second residue deflector based on the wind effects to achieve a desired residue spread at the determined heading. a feeder housing for receiving harvested crop; a separating system for threshing the harvested crop to produce grain and residue; a first residue spreader wheel spinning at a speed for expelling the residue from the combine ; a second residue spreader wheel spinning at another speed for expelling the residue from the combine ; a first residue deflector positioned at an angle for deflecting the expelled residue in a predetermined direction; a second residue deflector positioned at another angle for deflecting the expelled residue in another direction; and a controller , characterized in that , the combine further comprises a camera at the rear and the controller is configured to: 1) determine a heading of the combine , 2) determine wind effects on the expelled residue based on an observation with the camera of the expelled residue at the determined heading, and 3) adjust at least one of the speed of the first residue spreader wheel or the angle of the first residue deflector and at least one of the speed of the second residue spreader wheel or the angle of the second residue deflector based on the wind effects to achieve a desired residue spread at the determined heading. 1) determine a heading of the combine , 2) determine wind effects on the expelled residue based on an observation with the camera of the expelled residue at the determined heading, and 3) adjust at least one of the speed of the first residue spreader wheel or the angle of the first residue deflector and at least one of the speed of the second residue spreader wheel or the angle of the second residue deflector based on the wind effects to achieve a desired residue spread at the determined heading.
An obesity treatment apparatus comprising: an implantable constriction device (CSD) configured to engage and gently constrict at least two portions of the tissue wall of a patient's stomach to restrict the food flow in a food passageway of the stomach (BO), wherein the constriction device include at least two separate constriction elements each adapted to constrict a wall portion of a series of wall portions of the tissue wall of a patient's stomach, a stimulation device (CSD) comprising an electrical element configured to engage and stimulate the wall portion of the tissue wall to further restrict the food flow, and a control device (CD) operable to simultaneously control the constriction device (CSD) and the stimulation device (CSD) independently from each other, such that the stimulation device (CSD) can stimulate the wall portion as the constriction device (CSD) constricts the wall portion, thereby causing contraction of the wall portion to further restrict the food flow in the food passageway of the stomach. an implantable constriction device (CSD) configured to engage and gently constrict at least two portions of the tissue wall of a patient's stomach to restrict the food flow in a food passageway of the stomach (BO), wherein the constriction device include at least two separate constriction elements each adapted to constrict a wall portion of a series of wall portions of the tissue wall of a patient's stomach, a stimulation device (CSD) comprising an electrical element configured to engage and stimulate the wall portion of the tissue wall to further restrict the food flow, and a control device (CD) operable to simultaneously control the constriction device (CSD) and the stimulation device (CSD) independently from each other, such that the stimulation device (CSD) can stimulate the wall portion as the constriction device (CSD) constricts the wall portion, thereby causing contraction of the wall portion to further restrict the food flow in the food passageway of the stomach.
A composition comprising a graft copolymer, wherein the graft copolymer has a stem polymer and a plurality of branch polymers, the stem polymer has a polyvinyl alcohol structure, each of a first monomer unit and a second monomer unit is included in at least one of the plurality of branch polymers, the first monomer unit is a (meth) acrylonitrile monomer unit and/or a (meth)acrylic acid monomer unit, the second monomer unit has an ether structure, wherein the ether structure has a polyethylene oxide structure, and when a content of the polyethylene oxide structure in the composition is C PEO % by mass, and a total content of the first monomer unit and the second monomer unit in the composition is C M % by mass, a ratio of the content of the polyethylene oxide structure to the total content of the first monomer unit and the second monomer unit (C PEO /(C M +C PEO )) is 0.20 to 0.40. the graft copolymer has a stem polymer and a plurality of branch polymers, the stem polymer has a polyvinyl alcohol structure, each of a first monomer unit and a second monomer unit is included in at least one of the plurality of branch polymers, the first monomer unit is a (meth) acrylonitrile monomer unit and/or a (meth)acrylic acid monomer unit, the second monomer unit has an ether structure, wherein the ether structure has a polyethylene oxide structure, and when a content of the polyethylene oxide structure in the composition is C PEO % by mass, and a total content of the first monomer unit and the second monomer unit in the composition is C M % by mass, a ratio of the content of the polyethylene oxide structure to the total content of the first monomer unit and the second monomer unit (C PEO /(C M +C PEO )) is 0.20 to 0.40.
A patient interface for delivery of a flow of air into one or more nares of a patient, the patient interface comprising: a plenum chamber configured to receive a flow of air; a prong for delivering the flow of air from the plenum chamber into a naris of the patient; and a frame coupled to the plenum chamber , the frame adapted to engage a head of the patient in use for locating the plenum chamber with respect to the naris of the patient, wherein a portion of the frame is recessed from at least a portion of the plenum chamber in an anterior direction to allow the portion of the plenum chamber to be displaced in the anterior direction into the recess , characterized in that the recess is thus providing a space for the plenum chamber to move into, when deformed or displaced in the anterior direction, such as may be caused by contact with the lip superior of the patient . a plenum chamber configured to receive a flow of air; a prong for delivering the flow of air from the plenum chamber into a naris of the patient; and a frame coupled to the plenum chamber , the frame adapted to engage a head of the patient in use for locating the plenum chamber with respect to the naris of the patient, wherein a portion of the frame is recessed from at least a portion of the plenum chamber in an anterior direction to allow the portion of the plenum chamber to be displaced in the anterior direction into the recess , characterized in that the recess is thus providing a space for the plenum chamber to move into, when deformed or displaced in the anterior direction, such as may be caused by contact with the lip superior of the patient .
Overhead line system for the provision of electrical energy for an electrically driven vehicle by means of an overhead line , having - multiple catenary systems , each of which has a contact wire connected to a carrying cable by means of multiple connection devices and which are arranged on the basis of parallel zones to form a continuously accessible overhead line ; - at least one overhead line , which is arranged in a curvature section such that the vertical projection thereof in a horizontal plane has a curved profile; characterised in that the overhead line system has at least one curved parallel zone , which is arranged in the curvature section such that the vertical projection thereof in the horizontal plane in the curvature section follows the said curved profile of the projection of the at least one overhead line . - multiple catenary systems , each of which has a contact wire connected to a carrying cable by means of multiple connection devices and which are arranged on the basis of parallel zones to form a continuously accessible overhead line ; - at least one overhead line , which is arranged in a curvature section such that the vertical projection thereof in a horizontal plane has a curved profile;
A method of manufacturing a printhead, comprising: forming drive circuit components , wherein a layout of the drive circuit components is a standardized layout that is not dependent on a nozzle density of the printhead; forming fluidic devices over the drive circuit components, the fluidic devices comprising fluid chambers with fluid ejection nozzles; and characterised by : forming an interconnect layer over the drive circuit components, wherein the interconnect layer configures the drive circuit components, and wherein a layout of the interconnect layer is selected based, at least in part, on the nozzle density of the printhead. forming drive circuit components , wherein a layout of the drive circuit components is a standardized layout that is not dependent on a nozzle density of the printhead; forming fluidic devices over the drive circuit components, the fluidic devices comprising fluid chambers with fluid ejection nozzles; and characterised by : forming an interconnect layer over the drive circuit components, wherein the interconnect layer configures the drive circuit components, and wherein a layout of the interconnect layer is selected based, at least in part, on the nozzle density of the printhead.
A device comprising a beam splitter and a beam emitting unit , which emits a collimated optical beam (S), wherein the beam emitting unit either emits a beam that is linearly polarized parallel to a plane of incidence (E) or the device comprises, in addition to the beam emitting unit , a polarizer which is arranged downstream of the beam emitting unit in order to polarize the optical beam (S) linearly parallel to the plane of incidence (E), the linearly polarized optical beam (S) thus provided impinging on the beam splitter at an angle of incidence (α), characterized in that the beam splitter consists of a first and a second adjoining planar plate , of different material and, for a predetermined wavelength range of the optical beam (S) from 300 nm to 1100 nm, the material of the first planar plate has a minimum refractive index (n 1min ) which is greater by a refractive index distance (a) than a maximum refractive index (n 2max ) of the material of the second planar plate , whereby, when the collimated optical beam (S), polarized linearly parallel to the plane of incidence (E), is coupled into the beam splitter at the angle of incidence (α), a summarily reflected partial beam (S R ) with a summary beam percentage (R sum ) of less than 10% of the optical beam (S) is coupled out with a spectral fluctuation range of less than 250% over the predetermined wavelength range, if the angle of incidence (α) is equal to a Brewster angle for a refractive index (n a ) greater than the maximum refractive index (n 2max ) of the second planar plate , and the angle of incidence (α) is smaller than the Brewster angle for the maximum refractive index (n 1max ) of the first planar plate plus 5°.
A lowering measuring device for railway rails comprising a mounting which is able to be fastened to a railway rail by means of a bracing element , a measuring rod displaceably mounted in/on the mounting , at the lower end of which a counterpressure plate or support is fastened or formed which is provided for support on a ballast bed , furthermore a measuring scale , fastened on the mounting or integrated into it for reading a displacement of the measuring rod with respect to the mounting , and a measuring rod resistance element for the force- or friction-fitting inhibiting of the displaceability of the measuring rod , in such a way that a maximum displacement of the measuring rod which is reached by a rail vehicle on travelling over the railway rail is maintained, characterized in that the measuring rod resistance element comprises a spring-loaded pressure pin with a rotatably mounted ball at the tip and a screw-like pressure pin protection , by which a spring force onto the ball can be compensated as required.
Device for continuous measurement of particles in a corrosive and/or very hot gas stream , wherein means for measuring the particles are present, characterized in that the device comprises phase separation means , which comprise mechanical and/or electrical separators for separating the particles from the gas stream , wherein means are present for dispersing the separated particles in air which is not in direct connection with the gas stream and has no corrosive constituents, so that the means for measuring do not come into contact with the corrosive and/or very hot gas stream , but only with the separated particles to be measured.
A filament production device, in particular a filament reaction-spinning production device, comprising at least one spinning nozzle unit (10a - 10f), which is provided for producing at least one filament (16a - 16f), which is formed as a hollow fibre membrane, from at least one polymer solution , and comprising a polymerisation unit (18a - 18f), which is provided for initiating a polymerisation of the polymer solution (12a; 14b), wherein the polymerisation unit (18a - 18f) is provided for initiating the polymerisation at least partially within the spinning nozzle unit (10a - 10f); wherein the spinning nozzle unit (10a - 10f) has at least one inner fluid channel (26a - 26f), which is provided for guiding an inner fluid (30a - 30c), and has at least one polymer solution channel (34a - 34f), which is provided for guiding the polymer solution (12a - 12c), wherein the polymer solution channel (34a - 34f) surrounds the inner fluid channel (26a - 26f) at least partially in at least one cross-section, characterised in that the polymerisation unit comprises an irradiation unit for applying electromagnetic radiation to the inner fluid within the spinning nozzle unit and in that the polymerisation unit (18a - 18c) has a temperature-control unit (44a - 44c), which is provided for applying heat energy to at least the polymer solution (12a - 12c; 14c), for initiating the polymerisation.
Apparatus for treating sleep-related respiratory disorders, configured to deliver a treatment pressure (Psetpoint) at a predetermined value at each instant to a mask (Pmask) worn by a patient, said apparatus comprising at least one air flow generator, a controller of the generator, and a flowrate and pressure sensor which makes it possible to measure the total flowrate of the air flow issuing from the apparatus (Qt) and also the outlet pressure of the apparatus (Pout), characterized in that the apparatus is configured to at each instant: - calculate the difference (Dq) between the total flowrate (Qt) and a base value (Qb) of the total flowrate, the base value (Qb) of the total flowrate corresponding to the flowrate values of leaks existing in the patient circuit; - determine a respiratory flowrate index (i) from the ratio between the difference (Dq) and a predetermined step of increment in flowrate (q); - determine a pressure compensation value (p[i]) from the respiratory flowrate index (i); and in that the apparatus additionally comprises a means of activation of a "Comfort Calibration" mode commanding the controller of the generator such that the generator delivers an air flow at a pressure (Pcomfort) as a function of the pressure compensation value (p[i]) and of the value of the treatment pressure (Psetpoint) according to the formula: Pcomfort = Psetpoint + p i where: - (Pcomfort) is the pressure delivered when the "Comfort Calibration" mode is activated, - (Psetpoint) is the pressure delivered when the "Comfort Calibration" mode is not activated, - (p[i]) is the pressure compensation value corresponding to the respiratory flowrate index (i). - calculate the difference (Dq) between the total flowrate (Qt) and a base value (Qb) of the total flowrate, the base value (Qb) of the total flowrate corresponding to the flowrate values of leaks existing in the patient circuit; - determine a respiratory flowrate index (i) from the ratio between the difference (Dq) and a predetermined step of increment in flowrate (q); - determine a pressure compensation value (p[i]) from the respiratory flowrate index (i); and in that the apparatus additionally comprises a means of activation of a "Comfort Calibration" mode commanding the controller of the generator such that the generator delivers an air flow at a pressure (Pcomfort) as a function of the pressure compensation value (p[i]) and of the value of the treatment pressure (Psetpoint) according to the formula: Pcomfort = Psetpoint + p i where: - (Pcomfort) is the pressure delivered when the "Comfort Calibration" mode is activated, - (Psetpoint) is the pressure delivered when the "Comfort Calibration" mode is not activated, - (p[i]) is the pressure compensation value corresponding to the respiratory flowrate index (i). - (Pcomfort) is the pressure delivered when the "Comfort Calibration" mode is activated, - (Psetpoint) is the pressure delivered when the "Comfort Calibration" mode is not activated, - (p[i]) is the pressure compensation value corresponding to the respiratory flowrate index (i).
Method for jointly determining accommodation and vergence of at least one eye of a user, wherein the method comprises the following steps: a) presenting at least one symbol at at least one first distance in front of at least one eye of a user for stimulating the accommodation of the at least one eye ; b) registering at least one eye movement of the at least one eye ; and c) ascertaining a refraction of the at least one eye with the accommodation of the at least one eye at the at least one first distance ; d) jointly determining the accommodation and the vergence of the at least one eye by o ascertaining a change in the refraction of the at least one eye with the accommodation of the at least one eye at the at least one first distance in relation to the accommodation of the at least one eye at at least one second distance ; and o ascertaining the vergence of the at least one eye from the at least one eye movement of the at least one eye with the accommodation of the at least one eye at the at least one first distance ; characterized in that the refraction of the at least one eye is ascertained by registering the at least one eye movement of the at least one eye on the basis of the at least one symbol while a parameter of the at least one symbol is altered, wherein a point in time is determined at which a recognition threshold of the user for the at least one symbol emerges from the at least one eye movement, wherein the refraction of the at least one eye is ascertained from the parameter for the at least one symbol defined at this point in time. a) presenting at least one symbol at at least one first distance in front of at least one eye of a user for stimulating the accommodation of the at least one eye ; b) registering at least one eye movement of the at least one eye ; and c) ascertaining a refraction of the at least one eye with the accommodation of the at least one eye at the at least one first distance ; d) jointly determining the accommodation and the vergence of the at least one eye by o ascertaining a change in the refraction of the at least one eye with the accommodation of the at least one eye at the at least one first distance in relation to the accommodation of the at least one eye at at least one second distance ; and o ascertaining the vergence of the at least one eye from the at least one eye movement of the at least one eye with the accommodation of the at least one eye at the at least one first distance ; o ascertaining a change in the refraction of the at least one eye with the accommodation of the at least one eye at the at least one first distance in relation to the accommodation of the at least one eye at at least one second distance ; and o ascertaining the vergence of the at least one eye from the at least one eye movement of the at least one eye with the accommodation of the at least one eye at the at least one first distance ;
Gelling formulation comprising calcium gluconate in solution in water, Poloxamer 407, Poloxamer 188, and sodium chloride.
Cover for a connector housing of a plug-in connector, said cover being attachable to a main body of the housing , wherein the cover comprises at least one terminal insertion channel which extends along a terminal insertion direction (T), and wherein the cover further comprises at least two elastically deformable terminal guiding elements , wherein the at least two terminal guiding elements are located on opposite sides of the terminal insertion channel , facing each other with their guiding surfaces and protruding into the terminal insertion channel , characterized in that the cover comprises stop means , adapted to stop the deformation of the at least two terminal guiding elements at a maximum allowed deformation distance, and at least one receiving volume for the at least two terminal guiding elements , adapted to receive the terminal guiding elements in a deformed state (D), wherein the stop means protrude into the receiving volume in a non-deformed state (N).
A buoyancy system for a fish pen , the fish pen comprising an enclosure for keeping fish confined in the fish pen , the enclosure being secured to an inner buoyancy body being a closed pipe of polymer material and floating on a water surface , wherein the buoyancy system comprises the inner buoyancy body and an outer buoyancy body extending around the outer circumference of the fish pen on the outside of the inner buoyancy body ; and the inner buoyancy body is directly secured to the outer buoyancy body with a mooring so that the outer buoyancy body and the inner buoyancy body move independently of each other relative to waves, said buoyancy system being characterized in that said inner buoyancy body is extending around an outer circumference of the fish pen .