mhurhangee/patent-ind-claim-en huggingface dataset:
Method for outputting image data for a secure display, in which the image data is generated for a display facility , in which the generated image data is changed as a function of a colour correction offset value as a characteristic variable of the display facility and in which correction data is determined which is representative of a difference between generated and changed image data , wherein the changed image data is calculated back by means of the correction data such that it can be compared again with the generated image data and the image data calculated back is compared with predetermined expected target value image data, and/or is calculated from the predetermined expected target value image data and this is compared with the changed image data . in which the image data is generated for a display facility , in which the generated image data is changed as a function of a colour correction offset value as a characteristic variable of the display facility and in which correction data is determined which is representative of a difference between generated and changed image data , wherein the changed image data is calculated back by means of the correction data such that it can be compared again with the generated image data and the image data calculated back is compared with predetermined expected target value image data, and/or is calculated from the predetermined expected target value image data and this is compared with the changed image data .
A method for heating a gaseous treatment medium for a device, preferably a dryer, for the treatment of a web-shaped material with a gaseous treatment medium by - introducing a heated gaseous treatment medium into a treatment chamber in which a drum with a gas-permeable drum shell is arranged on which the web-shaped material to be treated can be placed, the gaseous treatment medium flowing through the web-shaped material and the gas-permeable drum shell into the interior of the drum, - discharging the gaseous treatment medium , which has already been used for treatment, as a recirculated gaseous treatment medium from the interior of the drum and from the treatment chamber to be processed externally, - processing the recirculated gaseous treatment medium , the recirculated gaseous treatment medium being processed by being warmed up, wherein a part of the recirculated gaseous treatment medium is discharged as exhaust air before the recirculated gaseous treatment medium is warmed, and - supplying the processed gaseous treatment medium to the treatment chamber as the processed gaseous treatment medium , characterized in that processing the recirculated gaseous treatment medium is effected such that the recirculated gaseous treatment medium is mixed with fresh air . - introducing a heated gaseous treatment medium into a treatment chamber in which a drum with a gas-permeable drum shell is arranged on which the web-shaped material to be treated can be placed, the gaseous treatment medium flowing through the web-shaped material and the gas-permeable drum shell into the interior of the drum, - discharging the gaseous treatment medium , which has already been used for treatment, as a recirculated gaseous treatment medium from the interior of the drum and from the treatment chamber to be processed externally, - processing the recirculated gaseous treatment medium , the recirculated gaseous treatment medium being processed by being warmed up, wherein a part of the recirculated gaseous treatment medium is discharged as exhaust air before the recirculated gaseous treatment medium is warmed, and - supplying the processed gaseous treatment medium to the treatment chamber as the processed gaseous treatment medium , characterized in that processing the recirculated gaseous treatment medium is effected such that the recirculated gaseous treatment medium is mixed with fresh air .
A process for treating lignocellulosic biomass to produce organic chemicals, the process comprising: (a) subjecting the biomass to a first hydrolysis to hydrolyse hemicellulose, to form a liquid component comprising the products of hemicellulose hydrolysis in solution, and a solid component comprising cellulose and lignin; (b) then subjecting the solid component to a second hydrolysis , so as to hydrolyse cellulose and vaporise the resulting products of cellulose hydrolysis; and (c) then condensing the resulting vapours to form an aqueous solution containing the products of cellulose hydrolysis; wherein, after the first hydrolysis and before the second hydrolysis , the process also comprises subjecting the solid component to a first washing step , wherein the solid component is washed with the aqueous solution that contains the products of cellulose hydrolysis, to produce a resultant aqueous sugar solution ; characterised in that a strong acid is added to the biomass before it is subjected to the first hydrolysis , and after washing with the solution that contains the products of cellulose hydrolysis, the solid component is then subjected to a second washing step using clean water to remove residual sugars. (a) subjecting the biomass to a first hydrolysis to hydrolyse hemicellulose, to form a liquid component comprising the products of hemicellulose hydrolysis in solution, and a solid component comprising cellulose and lignin; (b) then subjecting the solid component to a second hydrolysis , so as to hydrolyse cellulose and vaporise the resulting products of cellulose hydrolysis; and (c) then condensing the resulting vapours to form an aqueous solution containing the products of cellulose hydrolysis;
Method for direction-adapted signalling by a vehicle , comprising: display of a graphical message, wherein the graphical message is visible from outside the vehicle when looking at the vehicle and is visible essentially only from one spatial angle , alteration of at least one angle parameter of the spatial angle during operation, particularly while the graphical message is visible; characterized in that the alteration of the spatial angle is also embodied on the basis of a real and/or predicted movement by at least one road user, the road user being detected using an object recognition method. display of a graphical message, wherein the graphical message is visible from outside the vehicle when looking at the vehicle and is visible essentially only from one spatial angle , alteration of at least one angle parameter of the spatial angle during operation, particularly while the graphical message is visible; characterized in that the alteration of the spatial angle is also embodied on the basis of a real and/or predicted movement by at least one road user, the road user being detected using an object recognition method.
A headrest having a speaker comprising: a plurality of speakers that are supported by a headrest frame with predetermined intervals; sound-emitting direction regulating members that surround peripheries of diaphragms of each of the speakers , and include annular portions projecting forward by a predetermined distance; characterized in that the headrest having a speaker further comprises a three-dimensional fabric that is tensioned and installed in a state where each of the annular portions of each of the sound-emitting direction regulating members bites into the three-dimensional fabric . a plurality of speakers that are supported by a headrest frame with predetermined intervals; sound-emitting direction regulating members that surround peripheries of diaphragms of each of the speakers , and include annular portions projecting forward by a predetermined distance; characterized in that the headrest having a speaker further comprises a three-dimensional fabric that is tensioned and installed in a state where each of the annular portions of each of the sound-emitting direction regulating members bites into the three-dimensional fabric .
A method for preparing a pharmaceutical composition, the method comprising: preparing a first mixture by uniformly mixing 300 to 3600 parts by weight of a hydrophilic polymer, 300 to 3600 parts by weight of tricalcium phosphate, and 100 to 1800 parts by weight of a water-soluble dispersant, wherein the hydrophilic polymer is selected from the group consisting of a salt of alginic acid, polyacrylic acid and polyglutamic acid (γ-PGA), wherein the water-soluble dispersant is selected from the group consisting of methyl cellulose (MC), carboxymethyl cellulose (CMC), hydroxyethyl cellulose (HEC) and hydroxypropyl methyl cellulose (HPMC); preparing a second mixture by uniformly mixing 100 to 7200 parts by weight of a water-absorbing material, and 10 to 1800 parts by weight of a divalent cationic salt, wherein the water-absorbing material is selected from the group consisting of hyaluronic acid (HA), sodium hyaluronate, collagen, gelatin and polydextrose, wherein the divalent cationic salt is selected from the group consisting of calcium chloride (CaCl 2 ), calcium carbonate (CaCO 3 ), barium chloride (BaCl 2 ), strontium chloride (SrCl 2 ) and magnesium chloride (MgCl 2 ); preparing a precursor mixture by uniformly mixing a drug and the first mixture in water; and uniformly mixing the second mixture and the precursor mixture. preparing a first mixture by uniformly mixing 300 to 3600 parts by weight of a hydrophilic polymer, 300 to 3600 parts by weight of tricalcium phosphate, and 100 to 1800 parts by weight of a water-soluble dispersant, wherein the hydrophilic polymer is selected from the group consisting of a salt of alginic acid, polyacrylic acid and polyglutamic acid (γ-PGA), wherein the water-soluble dispersant is selected from the group consisting of methyl cellulose (MC), carboxymethyl cellulose (CMC), hydroxyethyl cellulose (HEC) and hydroxypropyl methyl cellulose (HPMC); preparing a second mixture by uniformly mixing 100 to 7200 parts by weight of a water-absorbing material, and 10 to 1800 parts by weight of a divalent cationic salt, wherein the water-absorbing material is selected from the group consisting of hyaluronic acid (HA), sodium hyaluronate, collagen, gelatin and polydextrose, wherein the divalent cationic salt is selected from the group consisting of calcium chloride (CaCl 2 ), calcium carbonate (CaCO 3 ), barium chloride (BaCl 2 ), strontium chloride (SrCl 2 ) and magnesium chloride (MgCl 2 ); preparing a precursor mixture by uniformly mixing a drug and the first mixture in water; and uniformly mixing the second mixture and the precursor mixture.
Adjustable washing/rinsing device for dishware contained inside a static dishwashing machine , in particular of the professional type, comprising at least a first arm , for example upper arm, for supplying a washing/rinsing fluid, at least a second arm , for example lower arm, for supplying a washing/rinsing fluid, and means for feeding the washing/rinsing fluid to the arms including a hydraulic circuit which feeds mains water hydraulically in parallel to the at least first arm and to the at least second arm , the hydraulic circuit comprising a first branch for feeding the first arm and a second branch for feeding the second arm , the first and second branches being arranged hydraulically in parallel with each other between an inlet for introducing mains water into the hydraulic circuit and at least the first and second arms; wherein each first branch and second branch is provided hydraulically in series with means for supplying the washing/rinsing fluid to the respective first and second arms , which can be activated selectively and independently; the washing/rinsing device further comprising control means for selectively activating the means for supplying the first and second branches , characterized in that the control means are configured for selectively activating the means for supplying the first and second branches for time periods different from each other, depending on the type of dishware.
A power supply, comprising: at least one input configured to receive input power; a backup input configured to receive backup power from a backup power source; an output configured to provide output power to a load from at least one of the input power or the backup power; an inverter coupled between the backup input and the output, and configured to provide inverter-output current to the output; a bypass relay coupled between the at least one input and the output; a sensor configured to detect a parameter indicative of the inverter-output current being provided to the bypass relay; and at least one controller coupled to the sensor and configured to: determine that the bypass relay has closed based on the detected parameter; and turn off the inverter based on the determination that the bypass relay has closed. at least one input configured to receive input power; a backup input configured to receive backup power from a backup power source; an output configured to provide output power to a load from at least one of the input power or the backup power; an inverter coupled between the backup input and the output, and configured to provide inverter-output current to the output; a bypass relay coupled between the at least one input and the output; a sensor configured to detect a parameter indicative of the inverter-output current being provided to the bypass relay; and at least one controller coupled to the sensor and configured to: determine that the bypass relay has closed based on the detected parameter; and turn off the inverter based on the determination that the bypass relay has closed. determine that the bypass relay has closed based on the detected parameter; and turn off the inverter based on the determination that the bypass relay has closed.
Hydraulic accumulator, in particular low-pressure accumulator, with an accumulator housing and a separating element in the form of an accumulator bladder arranged therein, which separates two media chambers from each other, wherein the accumulator housing is formed of at least two shells , of which at least one has a central hole via which the accumulator bladder , in one of the shells , can be filled with working gas, wherein the shells are welded together at their end regions directed towards each other, characterised in that the shells are formed from deep-drawn metallic material, and in that the accumulator bladder at its opening is held in tight contact on the margin of the hole which, while forming a filling connection of correspondingly small dimensions, prevents the accumulator bladder from being installed or removed.
A deployable electrical contact device comprising: a body portion ; a mounting arrangement controllably deployable from the body portion , the mounting arrangement configured to retain the device at a position at a metallic well structure by mechanically engaging with a wall surface of that metallic well structure , the mounting arrangement comprising electrically conductive pads to provide electrical continuity between engaged metallic well structure and the mounting arrangement ; and the device being configured such that there is provided an electrical signal path between one or more of the conductive pads and the body portion so as to provide electrical continuity between metallic well structure and body portion, when deployed, wherein the device is configured, during deployment, to abrade a wall surface of a metallic well structure so as to provide electrical continuity between that engaged metallic well structure and the mounting arrangement , wherein the conductive pads comprise a contact surface configured to engage and abrade a wall surface, when deployed, wherein the contact surface comprises a plurality of serrations , configured to engage with and abrade, a wall surface, and wherein the mounting arrangement is controllably deployable from the body portion using a drive unit packaged within the body portion of the device , the drive unit being operable to deploy the mounting arrangement . a body portion ; a mounting arrangement controllably deployable from the body portion , the mounting arrangement configured to retain the device at a position at a metallic well structure by mechanically engaging with a wall surface of that metallic well structure , the mounting arrangement comprising electrically conductive pads to provide electrical continuity between engaged metallic well structure and the mounting arrangement ; and the device being configured such that there is provided an electrical signal path between one or more of the conductive pads and the body portion so as to provide electrical continuity between metallic well structure and body portion, when deployed, wherein the device is configured, during deployment, to abrade a wall surface of a metallic well structure so as to provide electrical continuity between that engaged metallic well structure and the mounting arrangement , wherein the conductive pads comprise a contact surface configured to engage and abrade a wall surface, when deployed, wherein the contact surface comprises a plurality of serrations , configured to engage with and abrade, a wall surface, and wherein the mounting arrangement is controllably deployable from the body portion using a drive unit packaged within the body portion of the device , the drive unit being operable to deploy the mounting arrangement .
Assembly of a distribution box and electric installation material with electric wirings, wherein the distribution box comprises a top wall and a circumferential wall upright from the top wall , wherein the top wall and the circumferential wall together enclose an installation space for installation material, wherein the distribution box comprises a bottom plane, opposite to the top wall, in which an installation opening is provided, wherein the circumferential wall is provided with one or more wire openings for electric wirings to pass through the circumferential wall , wherein a separate airtight insert is provided, wherein the separate airtight insert is configured to be mounted in or at the installation opening for substantially closing off the installation opening air tight, wherein the distribution box comprises a bottom wall , opposite to the top wall , having the installation opening provided therein, wherein the airtight insert is configured to be received within the installation opening , wherein the bottom wall comprises a bottom body and an installation edge standing upright from the bottom wall , wherein the installation opening is delimited by the installation edge , wherein the airtight insert comprises an insert body , wherein the insert body comprises an insert edge standing upright from the insert body , and an engaging edge provided at the rim of the insert edge facing away from the insert body , wherein the engaging edge extends substantially radially outwards with respect to the insert edge in a plane parallel to the insert body , wherein the engaging edge is configured to be in engagement with the inner circumference of the installation edge when the airtight insert is received within the installation opening , wherein the insert body has one or more passages for electric wirings to pass through the insert body , wherein the one or more passages are target fractures , each of the one or more target fractures comprising a membrane to be penetrated by electric wirings to pass through the airtight insert .
Method for producing a results image (410, 410-1, 410-2, 411) of an object by means of an optical apparatus , wherein the optical apparatus is a microscope, wherein the method comprises the following steps: - sequentially illuminating the object using at least two illumination geometries (110-1, 110-2, 110-3) by means of an illumination apparatus of the optical apparatus , - for each of the at least two illumination geometries (110-1, 110-2, 110-3): capturing an intensity image (401-1 - 401-6) of the object by means of a detector of the optical apparatus during the illumination with the respective illumination geometry (110-1, 110-2, 110-3), - combining the intensity images (401-1 - 401-6) in a weighted fashion on the basis of combination parameters for producing the results image (410, 410-1, 410-2, 411) by means of a computing unit , wherein the combining is carried out in such a way that the results image (410, 410-1, 410-2, 411) satisfies a prescribed optimization criterion, wherein the method furthermore comprises: - performing a numerical optimization by means of the computing unit , wherein the performance of the numerical optimization provides the combination parameters for the combining in a weighted fashion with which the results image (410, 410-1, 410-2, 411) satisfies the prescribed optimization criterion. - sequentially illuminating the object using at least two illumination geometries (110-1, 110-2, 110-3) by means of an illumination apparatus of the optical apparatus , - for each of the at least two illumination geometries (110-1, 110-2, 110-3): capturing an intensity image (401-1 - 401-6) of the object by means of a detector of the optical apparatus during the illumination with the respective illumination geometry (110-1, 110-2, 110-3), - combining the intensity images (401-1 - 401-6) in a weighted fashion on the basis of combination parameters for producing the results image (410, 410-1, 410-2, 411) by means of a computing unit , - performing a numerical optimization by means of the computing unit , wherein the performance of the numerical optimization provides the combination parameters for the combining in a weighted fashion with which the results image (410, 410-1, 410-2, 411) satisfies the prescribed optimization criterion.
A system (100; 400) comprising: a haptic output device constructed and arranged to generate a haptic effect to a user of the system; a chemical delivery device constructed and arranged to deliver a chemical to the user of the system characterised by a sensor constructed and arranged to sense the condition of the user's skin as the user touches part of the system; a determination module constructed and arranged to determine when to initiate delivery of the chemical based on the sensed condition of the user's skin in order to alter the user's tactile sensitivity to the generated haptic effect. a haptic output device constructed and arranged to generate a haptic effect to a user of the system; a chemical delivery device constructed and arranged to deliver a chemical to the user of the system characterised by a sensor constructed and arranged to sense the condition of the user's skin as the user touches part of the system; a determination module constructed and arranged to determine when to initiate delivery of the chemical based on the sensed condition of the user's skin in order to alter the user's tactile sensitivity to the generated haptic effect.