mhurhangee/patent-ind-claim-en huggingface dataset:
A helicopter comprising: - a fuselage ; and - at least one emergency exit ; said emergency exit for a helicopter , comprising: - a wall defining an opening , made integrally with said fuselage , or directly or indirectly connected to the fuselage ; - a removable part engaging said opening in a removable manner; and - a seal interposed between said wall and said removable part ; said seal being elastically transformable between: - a first configuration, in which it prevents, in use, the removal of said removable part from said wall following application of a predetermined load on said removable part ; and - a second configuration, in which it allows, in use, removal of said removable part from said wall following application of said predetermined load on said removable part ; wherein said emergency exit further comprises an insert interposed between said seal and said wall ; said insert comprising at least one first tooth engaging a first recess with a shape corresponding to said first tooth and defined by said seal , when said seal keeps, in use, said removable part constrained to said wall ; said insert further comprising at least one second recess engaged by a second tooth with a shape corresponding to said second recess and defined by said seal , when said seal keeps, in use, said removable part constrained to said wall ; said insert comprising: - a semi-tubular portion defining a semi-cylindrical seat engaged in a fixed manner by an end of said wall ; and - a head portion defining said first tooth and said second recess ; said insert being made of an elastically deformable material. - a fuselage ; and - at least one emergency exit ; - a wall defining an opening , made integrally with said fuselage , or directly or indirectly connected to the fuselage ; - a removable part engaging said opening in a removable manner; and - a seal interposed between said wall and said removable part ; - a first configuration, in which it prevents, in use, the removal of said removable part from said wall following application of a predetermined load on said removable part ; and - a second configuration, in which it allows, in use, removal of said removable part from said wall following application of said predetermined load on said removable part ; - a semi-tubular portion defining a semi-cylindrical seat engaged in a fixed manner by an end of said wall ; and - a head portion defining said first tooth and said second recess ;
Water power plant, which is a water turbine placed in a pipeline whereby the pipeline is a vertical pipe immersed in a sea or an ocean which on the inflow has the shape of a lemniscate and has at least one set of straightening vanes and at least three guide vanes , fixed or adjustable, located at the inflow of a turbine impeller , behind which there is a vane diffusor that changes the direction of water flow from the axial-radial to radial, along the vertical pipe peripheral on its outer side buoyancy chambers in number of at least three and ballast chambers in number of at least three are located on the outer side, preferably at the lower part of the pipe .
An open container , in particular a plastic container, for transporting and displaying goods, comprising: a bottom , a rear wall protruding from the bottom , two opposite side walls protruding from the bottom , and a front wall provided with a cutout or a completely open front side, wherein the open container can be completed with a further identical container turned upside down to form a closed container , and characterized in that the side walls have at least three, in particular trapezoidal or crenelation-shaped, side wall portions which are alternatingly offset to each other laterally or in the transverse direction of the wall, so that at least two of the side wall portions are offset by the same distance laterally or in the transverse direction of the wall, and can be plugged together with corresponding side wall portions of the identical, upside-down container in such a way that the side wall portions overlap over the entire height of the side wall portions. a bottom , a rear wall protruding from the bottom , two opposite side walls protruding from the bottom , and a front wall provided with a cutout or a completely open front side, wherein the open container can be completed with a further identical container turned upside down to form a closed container , and characterized in that the side walls have at least three, in particular trapezoidal or crenelation-shaped, side wall portions which are alternatingly offset to each other laterally or in the transverse direction of the wall, so that at least two of the side wall portions are offset by the same distance laterally or in the transverse direction of the wall, and can be plugged together with corresponding side wall portions of the identical, upside-down container in such a way that the side wall portions overlap over the entire height of the side wall portions.
Adjusting device with a base body , at least two drive elements realizing a drive motion, and a platform movable relative to said base body, where each of said drive elements abuts against a lever transmission device that is associated with the former, and the drive motion of a drive element transmitted with said lever transmission device is transferable to said platform via a joint element connected to said lever transmission device and said platform , so that said platform can perform a defined adjustment motion relative to said base body in the form of a tilting motion about an axis passing through said platform and/or in the form of a translational motion parallel to an axis which is arranged perpendicular to a platform plane defined by said platform, where said joint elements allow for a tilting motion of said platform solely about the at least one tilting axis, characterized in that a spring element used for guiding the adjustment motion and firmly connected to said base body is furthermore arranged at said platform, where said spring element counteracts a corresponding parasitic translational motion in the platform plane and a corresponding parasitic rotatory motion of said platform about an axis of rotation arranged perpendicular to the platform plane due to the adjustment motion, respectively, wherein said lever transmission device comprises at least two interacting lever sections .
A selection device of displaying objects that are selection subjects on a touch screen and selecting an object according to an operation performed on the touch screen, the selection device comprising: a detector that detects a touch operation on the touch screen; a divider that divides a detection area of the touch screen into sections based on positions of the objects that are currently displayed and a detection position where the detector detects the touch operation; and a confirmer that, when an operation of selecting one of the sections divided by the divider is detected, confirms the selection of the object that corresponds to the selected section; characterized in that the divider divides, on the basis of positions of the objects that are currently displayed and the detection position where the detector detects the touch operation, the detection area of an entirety of the touch screen into the sections in which the objects that are currently displayed are partitioned by boundaries that radiate from the detection position. a detector that detects a touch operation on the touch screen; a divider that divides a detection area of the touch screen into sections based on positions of the objects that are currently displayed and a detection position where the detector detects the touch operation; and a confirmer that, when an operation of selecting one of the sections divided by the divider is detected, confirms the selection of the object that corresponds to the selected section; characterized in that the divider divides, on the basis of positions of the objects that are currently displayed and the detection position where the detector detects the touch operation, the detection area of an entirety of the touch screen into the sections in which the objects that are currently displayed are partitioned by boundaries that radiate from the detection position.
Method for prestressing the membrane of a press , comprising the following steps: a) providing a press having - a first pressing tool , - a second pressing tool , and - a membrane , - wherein the first pressing tool and the second pressing tool can be moved relative to one another, - wherein the membrane is connected to one of the pressing tools , - wherein a cavity for a working medium is formed between the membrane and the pressing tool connected to it, and - wherein the cavity is sealed by at least one seal which presses on the membrane with a sealing force (F D1 , F D2 , F D1 ', FD 2 '), b) providing at least one workpiece , c) inserting the workpiece into the press , d) closing the press , e) applying pressure and/or temperature to the workpiece by means of the membrane , wherein a hardened moulded part is formed from the workpiece , and f) opening the press and removing the moulded part, wherein the membrane is already prestressed before step e), characterized in that the sealing force (F D1 , F D2 , F D1 ', F D2 ') is changed during step e), and the workpiece has a matrix and fibres inserted therein. a) providing a press having - a first pressing tool , - a second pressing tool , and - a membrane , - wherein the first pressing tool and the second pressing tool can be moved relative to one another, - wherein the membrane is connected to one of the pressing tools , - wherein a cavity for a working medium is formed between the membrane and the pressing tool connected to it, and - wherein the cavity is sealed by at least one seal which presses on the membrane with a sealing force (F D1 , F D2 , F D1 ', FD 2 '), - a first pressing tool , - a second pressing tool , and - a membrane , - wherein the first pressing tool and the second pressing tool can be moved relative to one another, - wherein the membrane is connected to one of the pressing tools , - wherein a cavity for a working medium is formed between the membrane and the pressing tool connected to it, and - wherein the cavity is sealed by at least one seal which presses on the membrane with a sealing force (F D1 , F D2 , F D1 ', FD 2 '), b) providing at least one workpiece , c) inserting the workpiece into the press , d) closing the press , e) applying pressure and/or temperature to the workpiece by means of the membrane , wherein a hardened moulded part is formed from the workpiece , and f) opening the press and removing the moulded part, wherein the membrane is already prestressed before step e), characterized in that the sealing force (F D1 , F D2 , F D1 ', F D2 ') is changed during step e), and the workpiece has a matrix and fibres inserted therein.
A composition comprising a mixture of isosorbide distearate, isosorbide dipalmitate and isosorbide palmitate stearate in an amount of at least 70% by weight as constituent (A), a mixture of isosorbide monostearate and isosorbide monopalmitate in an amount of 0.01% by weight to 20% by weight as constituent (B) and a mixture of stearic acid and palmitic acid in an amount of 1% to 30% by weight as constituent (C), based on the composition.
A method of detecting a precursor of conventional dendritic cell (cDC) (pre-DC), comprising (i) determining the presence of a biomarker selected from a group consisting of (a) CD169 in combination with one or more biomarker(s) selected from a group consisting of AXL, CD271 and CD324; (b) CD327 in combination with one or more biomarker(s) selected from a group consisting of AXL, CD271 and CD324; and (c) CD169 and CD327 in combination with one or more biomarker(s) selected from a group consisting of AXL, CD271 and CD324. (a) CD169 in combination with one or more biomarker(s) selected from a group consisting of AXL, CD271 and CD324; (b) CD327 in combination with one or more biomarker(s) selected from a group consisting of AXL, CD271 and CD324; and (c) CD169 and CD327 in combination with one or more biomarker(s) selected from a group consisting of AXL, CD271 and CD324.
A high viscosity jetting method wherein a liquid is jetted by a piezoelectric printhead through a nozzle ; and wherein the jetting viscosity of the liquid is from 25 mPa.s to 1000 mPa.s; and wherein the method is characterized by: - a section of a nozzle (N s ) has a shape (S) comprising an outer edge (O E ) with a minimum covering circle (C); and wherein the maximum distance (D) from the outer edge (O E ) to the centre (c) of the minimum covering circle (C) is greater or equal than the minimum distance (d) from the outer edge (O E ) to the centre (c) of the minimum covering circle (C) times 1.2; and - wherein the high viscosity jetting method comprises a step of recirculating the liquid through the piezoelectric printhead. - a section of a nozzle (N s ) has a shape (S) comprising an outer edge (O E ) with a minimum covering circle (C); and wherein the maximum distance (D) from the outer edge (O E ) to the centre (c) of the minimum covering circle (C) is greater or equal than the minimum distance (d) from the outer edge (O E ) to the centre (c) of the minimum covering circle (C) times 1.2; and - wherein the high viscosity jetting method comprises a step of recirculating the liquid through the piezoelectric printhead.
A method for calibrating a sensor for detecting the actual traveling speed of an implement mounted to a tractor , wherein the implement has an ECU and the sensor , wherein the ECU controls the functions of the implement , wherein the sensor is connected to the ECU of the implement and sends sensor signals to the ECU , which the ECU of the implement further processes into speed values, which are actually measured by the sensor , in software-controlled control and regulating processes, wherein the ECU of the implement has a software program for executing the method for calibrating the sensor , which, for calibrating the sensor , executes the process steps that - speed and/or distance signals, which are available via an interface and which reflect the traveling movement, are read out as reference values in response to a traveling movement of the tractor across a measuring distance in a calibrating mode from a source other than the sensor connected to the ECU , - speed and/or distance values corresponding to the read-out speed and/or distance signals are compared to the speed values corresponding to the sensor signals of the sensor , - in the case of a difference between the speed and/or distance values corresponding to the read-out speed and/or distance signals and the speed values corresponding to the sensor signals of the sensor , a correction factor is calculated, during the calculation of which with the sensor signals of the sensor the latter are adapted to the speed and/or distance values corresponding to the read-out speed and/or distance signals, - the correction factor determined in the calibrating mode is transmitted to the ECU of the implement , and the ECU are further processed the sensor signals received from the sensor only by offsetting them against this correction factor. - speed and/or distance signals, which are available via an interface and which reflect the traveling movement, are read out as reference values in response to a traveling movement of the tractor across a measuring distance in a calibrating mode from a source other than the sensor connected to the ECU , - speed and/or distance values corresponding to the read-out speed and/or distance signals are compared to the speed values corresponding to the sensor signals of the sensor , - in the case of a difference between the speed and/or distance values corresponding to the read-out speed and/or distance signals and the speed values corresponding to the sensor signals of the sensor , a correction factor is calculated, during the calculation of which with the sensor signals of the sensor the latter are adapted to the speed and/or distance values corresponding to the read-out speed and/or distance signals, - the correction factor determined in the calibrating mode is transmitted to the ECU of the implement , and the ECU are further processed the sensor signals received from the sensor only by offsetting them against this correction factor.
An apparatus for determining a predetermined characteristic indicating that an audio signal was subjected to an artificial bandwidth limitation processing, the apparatus comprising: a slope evaluator configured for evaluating a slope of a spectrum of the audio signal to obtain a slope evaluation result ; and a processor for providing an information indicating that the audio signal comprises the predetermined characteristic dependent on an evaluation of the slope evaluation result ; wherein the processor is configured for providing the information indicating that the audio signal comprises the predetermined characteristic by providing a respective information indicating a result for each of a plurality of frames of the audio signal to provide a plurality of results, wherein the processor is configured for combining the plurality of results so as to obtain a combined result being valid for the plurality of frames; and wherein the apparatus is characterised in that the processor is configured for executing a median filtering using the plurality of results for obtaining the combined result . a slope evaluator configured for evaluating a slope of a spectrum of the audio signal to obtain a slope evaluation result ; and a processor for providing an information indicating that the audio signal comprises the predetermined characteristic dependent on an evaluation of the slope evaluation result ; wherein the processor is configured for providing the information indicating that the audio signal comprises the predetermined characteristic by providing a respective information indicating a result for each of a plurality of frames of the audio signal to provide a plurality of results, wherein the processor is configured for combining the plurality of results so as to obtain a combined result being valid for the plurality of frames; and wherein the apparatus is characterised in that the processor is configured for executing a median filtering using the plurality of results for obtaining the combined result .
A method of assembling an aluminium end of a tubular post of a supporting tower to a vertical steel assembly bell , comprising inserting a coupling between the end of the tubular post and the assembly bell, supplying molten aluminium between the end of the tubular post and the bell assembly to create at least one weld bead providing a keyed connection between the end of the tubular post and the assembly bell, the assembly bell comprising an internal annular shoulder adapted to receive the end of the tubular post and a plurality of slots opening above the internal shoulder, the method comprising inserting the end of the tubular post inside the assembly bell to abut against the internal shoulder thereof, and introducing molten aluminium into the apertures of the assembly bell to fill them
A method of treating an asphalt from a solid surface comprising; a) providing; i) a solid surface comprising asphalt thereon; and ii) a mixture comprising at least one biobased ester, at least one monoterpene, propylene glycol methyl ether acetate, a liquid intermediate made from polystyrene foam, carbon black pigment, and styrene-butadiene complex; and b) applying said mixture to said surface using a spray system that meters out the exact amount of solution to be applied. a) providing; i) a solid surface comprising asphalt thereon; and ii) a mixture comprising at least one biobased ester, at least one monoterpene, propylene glycol methyl ether acetate, a liquid intermediate made from polystyrene foam, carbon black pigment, and styrene-butadiene complex; and i) a solid surface comprising asphalt thereon; and ii) a mixture comprising at least one biobased ester, at least one monoterpene, propylene glycol methyl ether acetate, a liquid intermediate made from polystyrene foam, carbon black pigment, and styrene-butadiene complex; and b) applying said mixture to said surface using a spray system that meters out the exact amount of solution to be applied.
A computer-implemented image processing method comprising: obtaining a plurality of first labels of a first image and probability values respectively corresponding to the plurality of first labels by applying the first image to a recognition model , wherein the first labels are visual sentiment labels; for each of at least one candidate reference image to which at least one label common to the at least one first label among the plurality of first labels of the first image is assigned, calculating a degree of relevance to the first image by calculating an average of probability values respectively corresponding to the common at least one first label as the degree of relevance; obtaining reference style data for a target reference image which is selected from among the at least one candidate reference image based on the calculated degree of relevance; generating a second style data based on first style data for the first image and the obtained reference style data; and generating a second image based on the generated second style data. obtaining a plurality of first labels of a first image and probability values respectively corresponding to the plurality of first labels by applying the first image to a recognition model , wherein the first labels are visual sentiment labels; for each of at least one candidate reference image to which at least one label common to the at least one first label among the plurality of first labels of the first image is assigned, calculating a degree of relevance to the first image by calculating an average of probability values respectively corresponding to the common at least one first label as the degree of relevance; obtaining reference style data for a target reference image which is selected from among the at least one candidate reference image based on the calculated degree of relevance; generating a second style data based on first style data for the first image and the obtained reference style data; and generating a second image based on the generated second style data.
A radio frequency filter having a cavity structure, the radio frequency filter comprising: a housing having internally a hollow space and an open side to provide at least one cavity; at least one resonance element located in the hollow space of the housing ; a cover configured to close the open side of the housing , and comprising at least one through hole which is internally threaded and has a predetermined diameter at a position corresponding to the at least one resonance element ,; a tuning metal plate disposed between the cover and the housing , and corresponding in size to the cover ; and at least one frequency tuning screw configured to threadedly mate with the at least one through hole of the cover , such that the tuning metal plate is depressed locally corresponding to and by the at least one frequency tuning screw toward the at least one resonance element , characterized in that the at least one through hole of the cover has a lower end that abuts the tuning metal plate and is formed with a stepped portion (b) so as to have a larger diameter than a diameter of other portions. a housing having internally a hollow space and an open side to provide at least one cavity; at least one resonance element located in the hollow space of the housing ; a cover configured to close the open side of the housing , and comprising at least one through hole which is internally threaded and has a predetermined diameter at a position corresponding to the at least one resonance element ,; a tuning metal plate disposed between the cover and the housing , and corresponding in size to the cover ; and at least one frequency tuning screw configured to threadedly mate with the at least one through hole of the cover , such that the tuning metal plate is depressed locally corresponding to and by the at least one frequency tuning screw toward the at least one resonance element ,