mhurhangee/ep-ind-claims huggingface dataset:
Flux composition adapted for soldering aluminum, the flux composition removing aluminum hydroxide and aluminum oxide formed on a surface of the aluminum, being unnecessary for washing flux residue, the flux composition comprising: water-insoluble rosin of 65 through 94 mass% as base material, at least amine of 3 through 22 mass%, and amine fluoride salt of 1 through 30 mass%, the amine fluoride salt being formed by reacting amine with acid, and wherein the amine includes aromatic amine having an aromatic ring on a structure thereof, a compound having a guanidine skeleton, and any one species of a pyridine derivative, an imidazole derivative, ethylamine and picoperine, wherein the flux composition contains, as the amine fluoride salt, at least one species of salt formed from an amine compound including any of the pyridine derivative, the imidazole derivative, the guanidine derivative, the ethylamine and the picoperine, and acid including any of hydrofluoric acid, fluoboric acid and hexafluorosilicic acid, or amine-borontrifluoride complex, wherein the flux composition contains at least any one species of polymerized rosin, hydrogenated rosin and acid-modified rosin as the rosin. water-insoluble rosin of 65 through 94 mass% as base material, at least amine of 3 through 22 mass%, and amine fluoride salt of 1 through 30 mass%, the amine fluoride salt being formed by reacting amine with acid, and wherein the amine includes aromatic amine having an aromatic ring on a structure thereof, a compound having a guanidine skeleton, and any one species of a pyridine derivative, an imidazole derivative, ethylamine and picoperine, wherein the flux composition contains, as the amine fluoride salt, at least one species of salt formed from an amine compound including any of the pyridine derivative, the imidazole derivative, the guanidine derivative, the ethylamine and the picoperine, and acid including any of hydrofluoric acid, fluoboric acid and hexafluorosilicic acid, or amine-borontrifluoride complex, wherein the flux composition contains at least any one species of polymerized rosin, hydrogenated rosin and acid-modified rosin as the rosin.
A fibre band opening device for an open-end spinning device, comprising a feed tray, a fibre band pull-in cylinder and an opening roller having an opening roller clothing, the tips of which lie on a circular cylindrical surface, wherein the fibre band pull-in cylinder is designed to transport, in conjunction with a clamping surface of the feed tray, a feed fibre band towards the opening roller, the feed tray has a support surface for fixing a fibre tuft, which is processed by the opening roller by combing, and the distance of the support surface from the circular cylindrical surface is tapered in the fibre transport direction to a minimum distance, and the feed tray has a transition area having a convex curvature between the clamping surface and the support surface, and the minimum distance of the support surface from the circular cylindrical surface is less than 1.5 millimetres characterised in that the support surface has a distance of between 4 and 8 millimetres from the circular cylindrical surface at the beginning of the support surface with respect to the fibre transport direction. a feed tray, a fibre band pull-in cylinder and an opening roller having an opening roller clothing, the tips of which lie on a circular cylindrical surface, wherein the fibre band pull-in cylinder is designed to transport, in conjunction with a clamping surface of the feed tray, a feed fibre band towards the opening roller, the feed tray has a support surface for fixing a fibre tuft, which is processed by the opening roller by combing, and the distance of the support surface from the circular cylindrical surface is tapered in the fibre transport direction to a minimum distance, and the feed tray has a transition area having a convex curvature between the clamping surface and the support surface, and the minimum distance of the support surface from the circular cylindrical surface is less than 1.5 millimetres characterised in that the support surface has a distance of between 4 and 8 millimetres from the circular cylindrical surface at the beginning of the support surface with respect to the fibre transport direction.
System for displaying light projection images, comprising a means to input a picture and a means to provide image information to a light projection set-up (42,51) for displaying a light image on an object for applying a picture to be painted or drawn on the object using different colour means, wherein the system comprises a means to divide the input picture or a cut-out thereof or an edited version of the input picture or a cut-out thereof into three or more sub-areas based on pixel properties with a specific pixel property range for each sub-area, characterised in that the image information comprising information for displaying a set of 3 or more projection images and with each projection image of the set displaying one of the three or more separate sub-areas with substantially uncoloured light of a first light intensity and displaying the rest of the picture, or the rest of the cut-out of the picture, with light of a second light intensity, different from the first light intensity, with the sub-areas jointly at least substantially covering the picture or the cut-out of the picture.
A plant cell comprising a DNA molecule comprising at least one heterologous nucleotide sequence encoding a preproprotein of a pectate lyase chosen from Amb a 1, the alpha subunit of Amb a 1, the beta subunit of Amb a 1, and homologs of Amb a 1, functionally bound to a strong promoter, wherein said DNA molecule is not integrated into the plant cell genome.
A prepreg winding method comprising: a step of preparing a plate, a mandrel which is movable toward and away from said plate, and a press roll which is movable toward and away from said mandrel and has an axis parallel to said mandrel; a step of mounting a prepreg on said plate, said prepreg being formed by impregnating reinforced fibers with a thermosetting resin sheet; a step of winding a leading end of said prepreg mounted on said plate around said mandrel, and making a pressing force act on said plate and said mandrel therebetween with said prepreg sandwiched between said plate and said mandrel and making a pressing force act on said mandrel and said press roll therebetween with said prepreg sandwiched between said mandrel and said press roll; and a step of winding said prepreg around said mandrel by rotating said mandrel and said press roll by supplying a relative moving force between said plate and said mandrel with said mandrel and said press roll pressed against each other, said relative moving force acting in a direction orthogonal to said axis of said mandrel without intersecting said axis of said mandrel, characterized in that said prepreg is a laminated prepreg made by layering a plurality of prepregs with a separating sheet interposed between adjacent prepregs, and wherein said prepreg winding method comprises a step of removing said separating sheet during winding of said prepreg around said mandrel. a step of preparing a plate, a mandrel which is movable toward and away from said plate, and a press roll which is movable toward and away from said mandrel and has an axis parallel to said mandrel; a step of mounting a prepreg on said plate, said prepreg being formed by impregnating reinforced fibers with a thermosetting resin sheet; a step of winding a leading end of said prepreg mounted on said plate around said mandrel, and making a pressing force act on said plate and said mandrel therebetween with said prepreg sandwiched between said plate and said mandrel and making a pressing force act on said mandrel and said press roll therebetween with said prepreg sandwiched between said mandrel and said press roll; and a step of winding said prepreg around said mandrel by rotating said mandrel and said press roll by supplying a relative moving force between said plate and said mandrel with said mandrel and said press roll pressed against each other, said relative moving force acting in a direction orthogonal to said axis of said mandrel without intersecting said axis of said mandrel, characterized in that said prepreg is a laminated prepreg made by layering a plurality of prepregs with a separating sheet interposed between adjacent prepregs, and wherein said prepreg winding method comprises a step of removing said separating sheet during winding of said prepreg around said mandrel.
Freezer for biosanitary and cytotoxic waste, comprising: - an inner space, which houses a waste container, - a front door, through which the waste container in the inner space is inserted/removed, - an upper door, through which the waste is poured into the inner container, - cooling means, - inner space temperature control means, and - an air purifier that treats an air stream coming from the inner space. characterised in that the air purifier is arranged on the outside of the freezer compartment comprising an upper air inlet (5.1) and a front air inlet (5.2), wherein, the upper air inlet (5.1) is oriented towards the upper door and the front air inlet (5.2) is oriented towards the front door, wherein the air purifier comprises an impeller means to drag the air stream coming from the inner space towards the air purifier, when the upper door or front door of the freezer is opened. - an inner space, which houses a waste container, - a front door, through which the waste container in the inner space is inserted/removed, - an upper door, through which the waste is poured into the inner container, - cooling means, - inner space temperature control means, and - an air purifier that treats an air stream coming from the inner space.
A method of aligning a helmet mounted display mounted to a helmet worn by a user, the method comprising the steps of: aligning a first helmet mounted display guide symbol generated on a display with a reference direction; selecting the alignment of the first helmet mounted display guide symbol with the reference direction, aligning a first stabilised guide symbol generated on a display with a reference direction, the first stabilised guide symbol being stabilised to reduce the movement of the stabilised guide symbol with respect to the reference direction in response to movements of the head of the user; selecting the alignment of the first stabilised guide symbol with the reference direction, aligning a second helmet mounted display guide symbol generated on a display with the reference direction said second helmet mounted display guide symbol being separated from said first helmet mounted display guide symbol, selecting the alignment of the second helmet mounted display guide symbol with the reference direction; aligning a second stabilised guide symbol generated on a display with a reference direction, the second stabilised guide symbol being stabilised to reduce the movement of the stabilised guide symbol with respect to the reference direction in response to movements of the head of the user; selecting the alignment of the second stabilised display guide symbol with the reference direction, and determining a relative position and orientation between the helmet and the display mounted to the helmet according to the positions and orientations of the helmet at said alignments. aligning a first helmet mounted display guide symbol generated on a display with a reference direction; selecting the alignment of the first helmet mounted display guide symbol with the reference direction, aligning a first stabilised guide symbol generated on a display with a reference direction, the first stabilised guide symbol being stabilised to reduce the movement of the stabilised guide symbol with respect to the reference direction in response to movements of the head of the user; selecting the alignment of the first stabilised guide symbol with the reference direction, aligning a second helmet mounted display guide symbol generated on a display with the reference direction said second helmet mounted display guide symbol being separated from said first helmet mounted display guide symbol, selecting the alignment of the second helmet mounted display guide symbol with the reference direction; aligning a second stabilised guide symbol generated on a display with a reference direction, the second stabilised guide symbol being stabilised to reduce the movement of the stabilised guide symbol with respect to the reference direction in response to movements of the head of the user; selecting the alignment of the second stabilised display guide symbol with the reference direction, and determining a relative position and orientation between the helmet and the display mounted to the helmet according to the positions and orientations of the helmet at said alignments.
Method for operating a lighting device of a motor vehicle for illuminating the region surrounding the motor vehicle, the lighting device being operable in a plurality of operating modes having different light power, the driver receiving an alert if the vehicle speed exceeds a predetermined minimum speed and a predetermined operating mode is set at the same time, characterised in that the alert message is suppressed or generated depending on both the brightness of the surroundings as determined by means of a brightness sensor and the signal of a clock present in the motor vehicle, and in that the alert message is varied depending on the current vehicle speed.
An X-ray imaging apparatus comprising: an X-ray source configured to generate and irradiate X-rays according to X-ray irradiation condition including a tube voltage, a tube current, and a filter; a display configured to provide a graphic user interface to receive a choice about the X-ray irradiation conditions; and a controller configured to obtain a parameter based on selected X-ray irradiation conditions and control the display to display the parameter, characterized in that the parameter is one of a converted amount of tube current (151c-3) corresponding to X-rays that have transmitted the filter, a dose of X-rays (151c-4) that have transmitted the filter, and a conversion ratio, R1, (151c-5) of a dose of X-rays that have not transmitted the filter and a dose of X-rays that have transmitted the filter, wherein the parameter represents a dose of radiation to which an influence of the filter is reflected and the converted amount of tube current is given by a user selected amount of tube current multiplied by the conversion ratio, Rl= E1/E2, wherein E1 is a dose per amount of tube current corresponding to a selected tube voltage and filter, and E2 is a dose per amount of tube current corresponding to the selected tube voltage when the filter is not used. an X-ray source configured to generate and irradiate X-rays according to X-ray irradiation condition including a tube voltage, a tube current, and a filter; a display configured to provide a graphic user interface to receive a choice about the X-ray irradiation conditions; and a controller configured to obtain a parameter based on selected X-ray irradiation conditions and control the display to display the parameter, characterized in that the parameter is one of a converted amount of tube current (151c-3) corresponding to X-rays that have transmitted the filter, a dose of X-rays (151c-4) that have transmitted the filter, and a conversion ratio, R1, (151c-5) of a dose of X-rays that have not transmitted the filter and a dose of X-rays that have transmitted the filter, wherein the parameter represents a dose of radiation to which an influence of the filter is reflected and the converted amount of tube current is given by a user selected amount of tube current multiplied by the conversion ratio, Rl= E1/E2, wherein E1 is a dose per amount of tube current corresponding to a selected tube voltage and filter, and E2 is a dose per amount of tube current corresponding to the selected tube voltage when the filter is not used.
A system for securing a ligament graft to a bone; wherein the graft comprises a first portion and a second portion; wherein the bone comprises a tunnel extending between a first opening and an opposite second end, wherein the tunnel comprises a first longitudinal ridge and an opposite second longitudinal ridge; the system comprising: a first fixation device securable within the first opening, wherein the first fixation device comprises a first longitudinal groove, an opposite second longitudinal groove, a first longitudinal indentation between the first and second grooves, an opposite second longitudinal indentation, the first fixation device comprises a structural portion and a non-structural portion coupled to the structural portion; a second fixation device securable to the bone proximate the second end; and a connector linking the first and second fixation devices; wherein the structural portion comprises a cap; wherein the non-structural portion comprises a base; wherein a portion of the first groove is formed in the base and another portion of the first groove is formed in the cap; wherein, when the first and second fixation devices are secured to the bone, the first graft portion is in the first groove, the second graft portion is in the second groove, the first ridge is in the first indentation, and the second ridge is in the second indentation; and wherein, when the first and second fixation devices are secured to the bone, the structural portion is coupled to the connector. a first fixation device securable within the first opening, wherein the first fixation device comprises a first longitudinal groove, an opposite second longitudinal groove, a first longitudinal indentation between the first and second grooves, an opposite second longitudinal indentation, the first fixation device comprises a structural portion and a non-structural portion coupled to the structural portion; a second fixation device securable to the bone proximate the second end; and a connector linking the first and second fixation devices; wherein the structural portion comprises a cap; wherein the non-structural portion comprises a base; wherein a portion of the first groove is formed in the base and another portion of the first groove is formed in the cap; wherein, when the first and second fixation devices are secured to the bone, the first graft portion is in the first groove, the second graft portion is in the second groove, the first ridge is in the first indentation, and the second ridge is in the second indentation; and wherein, when the first and second fixation devices are secured to the bone, the structural portion is coupled to the connector.
A component (12; 50; 70) for a motor vehicle, comprising: - a first support layer made from a composite material; - a second layer made from an open porous material, the second layer being partially applied on the first layer, the second layer including at least one first region (24A, to 24D) applied on the first layer and at least one second region (26A, 26B) positioned across from and separated from the first layer, the second region (26A, 26B) together with the first layer delimiting an intermediate space (34A, 34B) at least partially filled with gas; the second region (26A, 26B) having a density lower than the density of the first region (24A to 24D), the second layer comprising at least one third region applied on the first layer, the third region having a density lower than the density of the first region; the component being characterized in that it includes at least one resistive porous layer (52A, 52B) positioned on one of the first layer and the second layer, the air flow resistance from the resistive porous layer being comprised between 200 N.m -3.s and 2000 N.m -3.s. - a first support layer made from a composite material; - a second layer made from an open porous material, the second layer being partially applied on the first layer, the second layer including at least one first region (24A, to 24D) applied on the first layer and at least one second region (26A, 26B) positioned across from and separated from the first layer, the second region (26A, 26B) together with the first layer delimiting an intermediate space (34A, 34B) at least partially filled with gas;
A method of managing a technical installation, the method comprising: detecting an event associated with at least a portion of the technical installation based on sensor data associated with the portion of the technical installation; rendering a representative view of the portion of the technical installation on at least one wearable device (107a-c), wherein the representative view displays information associated with the detected event in conjunction with a multi-dimensional view of the portion of the technical installation; generating predictive time series analysis of the sensor data associated with the detected event; and displaying the predictive time series analysis in conjunction with the representative view of the at least one portion of the technical installation. detecting an event associated with at least a portion of the technical installation based on sensor data associated with the portion of the technical installation; rendering a representative view of the portion of the technical installation on at least one wearable device (107a-c), wherein the representative view displays information associated with the detected event in conjunction with a multi-dimensional view of the portion of the technical installation; generating predictive time series analysis of the sensor data associated with the detected event; and displaying the predictive time series analysis in conjunction with the representative view of the at least one portion of the technical installation.