mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: a) using a processing circuit operably coupled to a wireless device to identify a plurality N of controllers (1008, 1010) disposed within a predefined distance to a damper in a space; b) select one of the plurality of N controllers (1008, 1010); c) obtain a temperature measurement within the space with a sensor unit; d) cause the selected controller (1008, 1010) to change the flow of conditioned air into the space by generating an output signal that causes the damper or dampers for which the controller (1008, 1010) is responsible to open or close, thereby allowing more or less conditioned air to flow out; e) after a first duration of time, obtain an updated temperature measurement with said sensor unit within the space; f) select other controllers (1008, 1010) of the plurality of N controllers (1008, 1010), and for each of the other controllers (1008, 1010) of the plurality N, sequentially repeat steps c), d) and e); g) identify the controller (1008, 1010) from the plurality N that most affected the temperature in the vicinity of the damper. a) using a processing circuit operably coupled to a wireless device to identify a plurality N of controllers (1008, 1010) disposed within a predefined distance to a damper in a space; b) select one of the plurality of N controllers (1008, 1010); c) obtain a temperature measurement within the space with a sensor unit; d) cause the selected controller (1008, 1010) to change the flow of conditioned air into the space by generating an output signal that causes the damper or dampers for which the controller (1008, 1010) is responsible to open or close, thereby allowing more or less conditioned air to flow out; e) after a first duration of time, obtain an updated temperature measurement with said sensor unit within the space; f) select other controllers (1008, 1010) of the plurality of N controllers (1008, 1010), and for each of the other controllers (1008, 1010) of the plurality N, sequentially repeat steps c), d) and e); g) identify the controller (1008, 1010) from the plurality N that most affected the temperature in the vicinity of the damper.
A shipping pallet, comprising: a top deck; a bottom skid; a plurality of posts connected to the top deck and the bottom skid such that the top deck is positioned at a distance from the bottom skid; a plurality of reinforcements, each one of the plurality of reinforcements disposed within a respective one of the plurality of posts such that the plurality of reinforcements increases the strength of each of the plurality of posts, the plurality of reinforcements further comprising a plurality of steel tubes; and a plurality of collars, a portion of the plurality of collars being integrally formed with the top deck, and a portion of the plurality of collars being integrally formed with the bottom skid; each of the plurality of collars further comprising: an inner wall and an outer wall, the outer wall being longer than the inner wall such that at least a portion of each of the plurality of posts is located between respective ones of the inner wall and the outer wall. a top deck; a bottom skid; a plurality of posts connected to the top deck and the bottom skid such that the top deck is positioned at a distance from the bottom skid; a plurality of reinforcements, each one of the plurality of reinforcements disposed within a respective one of the plurality of posts such that the plurality of reinforcements increases the strength of each of the plurality of posts, the plurality of reinforcements further comprising a plurality of steel tubes; and a plurality of collars, a portion of the plurality of collars being integrally formed with the top deck, and a portion of the plurality of collars being integrally formed with the bottom skid; each of the plurality of collars further comprising: an inner wall and an outer wall, the outer wall being longer than the inner wall such that at least a portion of each of the plurality of posts is located between respective ones of the inner wall and the outer wall. an inner wall and an outer wall, the outer wall being longer than the inner wall such that at least a portion of each of the plurality of posts is located between respective ones of the inner wall and the outer wall.
Passenger bridge for connection between a terminal building and a ship or an aircraft, comprising two or more consecutive walking tunnels, which walking tunnels are adjustable to be inclined in relation to the horizontal plane, and which walking tunnels comprise horizontal resting planes, wherein the floor (3,4) of the walking tunnel extends out from a floor portion constituting the said resting plane in opposite directions from the resting plane, characterized in that a first short end (5,6) of the respective floor (3,4) of the walking tunnel is pivotally fixed, via a hinge (15,16), to the said floor portion, constituting the said resting plane, in that the other short end (7,8) of the respective floor (3,4) rests on a sliding or rolling surface (9,10) arranged so that the floor can move lengthwise relative to the said sliding or rolling surface, in that the floor portion, which forms the resting plane, is arranged to be pivoted about a horizontal axis by use of an electric actuator or a hydraulic cylinder, using which the resting plane or planes is or are arranged to assume a horizontal position.
A device comprising a processor adapted to store one or more sequences of instructions and to carry out at least the first and second vector determining steps of a method for determining the cylinder of an ophthalmic lens to be mounted on a spectacle frame, the method comprising: - a measuring device providing step during which a measuring device adapted to run a Jackson cross cylinder procedure is provided, - a first vector determining step, during which the components of a first vector of the cylinder in a two-dimensional vector cylinder representation are determined, - a second vector determining step, during which the components of a second vector of the cylinder in the two-dimensional vector cylinder representation are determined wherein the second vector components being determined such that the Euclidian distance between first and second vector is independent of the value of the cylinder wherein the method further comprises a target zone determining step, during which a target zone in the two-dimensional vector cylinder representation is determined, the target zone corresponding to part of the two-dimensional vector cylinder representation in which the components of a second vector of the cylinder are to be tested, the size of the target zone determined during the zone determining step being independent of the value of the cylinder. - a measuring device providing step during which a measuring device adapted to run a Jackson cross cylinder procedure is provided, - a first vector determining step, during which the components of a first vector of the cylinder in a two-dimensional vector cylinder representation are determined, - a second vector determining step, during which the components of a second vector of the cylinder in the two-dimensional vector cylinder representation are determined wherein the second vector components being determined such that the Euclidian distance between first and second vector is independent of the value of the cylinder wherein the method further comprises a target zone determining step, during which a target zone in the two-dimensional vector cylinder representation is determined, the target zone corresponding to part of the two-dimensional vector cylinder representation in which the components of a second vector of the cylinder are to be tested, the size of the target zone determined during the zone determining step being independent of the value of the cylinder.
A cooking vessel for induction hobs, comprising: - a concave containment body provided with at least a bottom wall having a first face, facing the inside of said concavity, and a second face, opposite to the first face and facing the outside of said concavity; - a metal mesh or pierced disk made of magnetic material, constrained to said second face of the bottom wall and facing the outside of the concavity of the containment body; said cooking vessel comprising at least a sheet of material with high thermal conductivity and/or which is ferromagnetic interposed between the second face of the bottom wall and the metal mesh or pierced disk constrained to it; the metal mesh or pierced disk being at least partly embedded in the sheet; characterised in that the sheet is at least partly embedded in the bottom wall. - a concave containment body provided with at least a bottom wall having a first face, facing the inside of said concavity, and a second face, opposite to the first face and facing the outside of said concavity; - a metal mesh or pierced disk made of magnetic material, constrained to said second face of the bottom wall and facing the outside of the concavity of the containment body; said cooking vessel comprising at least a sheet of material with high thermal conductivity and/or which is ferromagnetic interposed between the second face of the bottom wall and the metal mesh or pierced disk constrained to it; the metal mesh or pierced disk being at least partly embedded in the sheet;
A manufacturing method of a long fiber composite material, comprising: preparing a main body where inlets and outlets through which a plurality of fiber bundles are respectively charged into and discharged from are formed; adjusting a height of a plurality of first through-hole plates and a height of a second through-hole plate that are disposed in the main body to be the same; having the plurality of fiber bundles penetrated through the first through-hole plate and the second through-hole plate; and adjusting the height of the first through-hole plate and the height of the second through-hole plate to be different from each other after penetrating the plurality of fiber bundles through the first through-hole plate and the second through-hole plate, wherein a long hole through which the plurality of fiber bundles are penetrated is provided in the second through-hole plate, characterized in that a plurality of protrusions are formed in an inner wall of each long hole. preparing a main body where inlets and outlets through which a plurality of fiber bundles are respectively charged into and discharged from are formed; adjusting a height of a plurality of first through-hole plates and a height of a second through-hole plate that are disposed in the main body to be the same; having the plurality of fiber bundles penetrated through the first through-hole plate and the second through-hole plate; and adjusting the height of the first through-hole plate and the height of the second through-hole plate to be different from each other after penetrating the plurality of fiber bundles through the first through-hole plate and the second through-hole plate, wherein a long hole through which the plurality of fiber bundles are penetrated is provided in the second through-hole plate, characterized in that a plurality of protrusions are formed in an inner wall of each long hole.
Device with an image recording device (12; K) and a measuring device for determining the distance of at least one eye (14; 14A, 14B) of a user from the image recording device, wherein the measuring device comprises: an illumination device (10; L 1-L3), which is arranged in a predetermined relative position to the image recording device (12; K), and which is designed to generate at least one specular light reflection (Ref_L), which has a line-shaped section, on the cornea of the user's eye (14; 14A, 14B); and a distance determining device, wherein the image recording device (12; K) is designed to record at least one image of the specular light reflection (Ref_L) in the area of the cornea of the user's eye (14; 14A, 14B); and the distance determination device is designed, to - determine data relating to the distance between two predetermined points of light reflection (Ref_L) and the curvature of the at least one line-shaped section of the light reflection (Ref_L) in the recorded image; and - determine the distance of the eye (14; 14A, 14B) to the image recording device (12; K) based on the determined data regarding the distance between the two predetermined points of light reflection (Ref_L) and the curvature of the at least one line-shaped section of the light reflection (Ref_L). an illumination device (10; L 1-L3), which is arranged in a predetermined relative position to the image recording device (12; K), and which is designed to generate at least one specular light reflection (Ref_L), which has a line-shaped section, on the cornea of the user's eye (14; 14A, 14B); and a distance determining device, wherein the image recording device (12; K) is designed to record at least one image of the specular light reflection (Ref_L) in the area of the cornea of the user's eye (14; 14A, 14B); and the distance determination device is designed, to - determine data relating to the distance between two predetermined points of light reflection (Ref_L) and the curvature of the at least one line-shaped section of the light reflection (Ref_L) in the recorded image; and - determine the distance of the eye (14; 14A, 14B) to the image recording device (12; K) based on the determined data regarding the distance between the two predetermined points of light reflection (Ref_L) and the curvature of the at least one line-shaped section of the light reflection (Ref_L). - determine data relating to the distance between two predetermined points of light reflection (Ref_L) and the curvature of the at least one line-shaped section of the light reflection (Ref_L) in the recorded image; and - determine the distance of the eye (14; 14A, 14B) to the image recording device (12; K) based on the determined data regarding the distance between the two predetermined points of light reflection (Ref_L) and the curvature of the at least one line-shaped section of the light reflection (Ref_L).
A method of drilling a wellbore, comprising: drilling the wellbore through a formation by injecting drilling fluid through a drill string and rotating a drill bit, wherein the drill string comprises: a shifting tool, an antenna located adjacent to a bore of the drill string, a microprocessor in communication with the antenna and the shifting tool, and the drill bit; retrieving the drill string from the wellbore through a casing string until the shifting tool reaches an actuator, wherein the casing string comprises an isolation valve in an open position and the actuator; pumping or dropping a wireless instruction tag, WIT, down the bore of the drill string to the antenna, thereby sending a wireless instruction signal to the antenna, wherein the microprocessor causes the shifting tool to engage the actuator in response to the antenna receiving the instruction signal; and operating the actuator using the engaged shifting tool, thereby closing the isolation valve and isolating the formation from an upper portion of the wellbore. drilling the wellbore through a formation by injecting drilling fluid through a drill string and rotating a drill bit, wherein the drill string comprises: a shifting tool, an antenna located adjacent to a bore of the drill string, a microprocessor in communication with the antenna and the shifting tool, and the drill bit; a shifting tool, an antenna located adjacent to a bore of the drill string, a microprocessor in communication with the antenna and the shifting tool, and the drill bit; retrieving the drill string from the wellbore through a casing string until the shifting tool reaches an actuator, wherein the casing string comprises an isolation valve in an open position and the actuator; pumping or dropping a wireless instruction tag, WIT, down the bore of the drill string to the antenna, thereby sending a wireless instruction signal to the antenna, wherein the microprocessor causes the shifting tool to engage the actuator in response to the antenna receiving the instruction signal; and operating the actuator using the engaged shifting tool, thereby closing the isolation valve and isolating the formation from an upper portion of the wellbore.
A laminated glass plate comprising: a first plate being curved in a first curved shape; a second plate having a second shape, the second shape being different from the first curved shape; and an intermediate film bonding the first plate and the second plate; said laminated glass plate being characterized in that a first corner edge of the laminated second plate does not include a fold, the fold being a deformation that occurs locally in a plate thickness direction, wherein a plate thickness of the first plate is greater than or equal to 1.5 mm and less than or equal to 4.0 mm, wherein a plate thickness of the second plate is greater than or equal to 0.2 mm and less than or equal to 1.0 mm; and wherein a standard deviation of a thickness of the laminated glass plate at the first corner edge is less than 0.038 mm, wherein the thickness is measured along the corner edge at each 5 mm interval at a position that is separated from the peripheral edge of the laminated glass plate by 5 mm toward inside the surface, thereby obtaining 11 measured points. a first plate being curved in a first curved shape; a second plate having a second shape, the second shape being different from the first curved shape; and an intermediate film bonding the first plate and the second plate; said laminated glass plate being characterized in that a first corner edge of the laminated second plate does not include a fold, the fold being a deformation that occurs locally in a plate thickness direction, wherein a plate thickness of the first plate is greater than or equal to 1.5 mm and less than or equal to 4.0 mm, wherein a plate thickness of the second plate is greater than or equal to 0.2 mm and less than or equal to 1.0 mm; and wherein a standard deviation of a thickness of the laminated glass plate at the first corner edge is less than 0.038 mm, wherein the thickness is measured along the corner edge at each 5 mm interval at a position that is separated from the peripheral edge of the laminated glass plate by 5 mm toward inside the surface, thereby obtaining 11 measured points.
Regenerated cellulosic molded body, in particular manufactured according to a lyocell method or a viscose method, which comprises elastane, wherein the elastane is incorporated in the molded body, wherein the elastane originates at least partially from residues of the manufacture of clothing and/or used clothes, wherein the regenerated cellulosic molded body comprises at least one further foreign substance, which originates from residues of the manufacture of clothing and/or used clothes. wherein the elastane is incorporated in the molded body, wherein the elastane originates at least partially from residues of the manufacture of clothing and/or used clothes, wherein the regenerated cellulosic molded body comprises at least one further foreign substance, which originates from residues of the manufacture of clothing and/or used clothes.
A method for adjusting a cutting angle for a header disposed on a self-propelled harvesting machine, preferably a combine harvester, wherein the header can be rotated about a longitudinal axis orientated in the direction of travel and is fixed against rotation in a transverse direction which is transverse to the direction of travel at a mounting angle on an inclined conveyor, wherein the header makes a cutting angle with the ground and the harvesting machine comprises at least one slope compensation device comprising at least one wheel positioning cylinder to compensate for the inclination of the slope, by means of which a machine housing of the harvesting machine is pivoted, and at least one lifting cylinder disposed between the machine housing and the inclined conveyor to pivot the inclined conveyor, wherein the slope compensation device is operated in a first control strategy and in a further control strategy, wherein in the first control strategy, the slope compensation device is used to compensate for the inclination of the slope, and in the further control strategy for adjusting the cutting angle, wherein the pressurization or decompression of the at least one wheel positioning cylinder in the further control strategy causes a variation in the height of the header and a variation of the cutting angle and the further control strategy adjusts the cutting angle independently of the cutting height or essentially independently of the cutting height by utilizing the slope compensation device, characterized in that the slope compensation device comprises the at least one wheel positioning cylinder and at least one portal gear and in that selection of the control strategy (A, B) is carried out automatically by means of a management and control device, wherein during automatic selection of the control strategy (A, B), the selection is carried out after inputting the cutting angle.
A polymeric composition comprising: a polymer including at least 20 mole percent hydroxyalkanoate repeat units, and a nucleating agent, in an amount from 0.01% to 20% by weight of the polymer, wherein the nucleating agent is selected from the group consisting of dipentaerythritol, anatase, wulfenite, aragonite, sulfur, selenium, phosphorous, benzamide, and mixtures thereof. a polymer including at least 20 mole percent hydroxyalkanoate repeat units, and a nucleating agent, in an amount from 0.01% to 20% by weight of the polymer, wherein the nucleating agent is selected from the group consisting of dipentaerythritol, anatase, wulfenite, aragonite, sulfur, selenium, phosphorous, benzamide, and mixtures thereof.
An ophthalmic lens comprising a transparent substrate with a front main face and with a rear main face, at least one of the main faces being coated with a multilayered antireflective coating comprising a stack of at least one layer having a refractive index higher than or equal 1.5 and at least one layer having a refractive index lower than 1.5, wherein said antireflective coating comprises, in the direction moving away from the substrate a layer having a refractive index higher than or equal to 1.5 with a thickness of from 14 to 22 nm, a layer having a refractive index lower than 1.5 with a thickness of from 27 to 32 nm, a layer having a refractive index higher than 1.6 with a thickness of from 68 to 90 nm, optionally an electrically conductive layer with a thickness of from 4 to 8 nm, and the antireflective coating additionally comprising, in the direction moving away from the substrate a layer having a refractive index lower than 1.5, with a defined thickness characterized in that said defined thickness is 87 to 95 nm, and wherein - the Chroma C* according to the international colorimetric CIE L*a*b* of said multilayered antireflective coating is equal or higher than 18 for an angle of incidence (θ) of 15° and is lower than or equal to 11 for an angle of incidence (θ) higher than 35°, and in that the mean light reflection factor in the visible region R v is lower than or equal to 0.5% for at least an angle of incidence lower than 35° characterized in that said defined thickness is 87 to 95 nm, and wherein - the Chroma C* according to the international colorimetric CIE L*a*b* of said multilayered antireflective coating is equal or higher than 18 for an angle of incidence (θ) of 15° and is lower than or equal to 11 for an angle of incidence (θ) higher than 35°, and in that the mean light reflection factor in the visible region R v is lower than or equal to 0.5% for at least an angle of incidence lower than 35° - the Chroma C* according to the international colorimetric CIE L*a*b* of said multilayered antireflective coating is equal or higher than 18 for an angle of incidence (θ) of 15° and is lower than or equal to 11 for an angle of incidence (θ) higher than 35°, and in that the mean light reflection factor in the visible region R v is lower than or equal to 0.5% for at least an angle of incidence lower than 35°