mhurhangee/ep-ind-claims huggingface dataset:
A method for printing a printing material, wherein the printing material is printed by means of a printing-forme based printing method, in particular by means of an offset printing method, with a print image, which is identical and thus static for a printed copies of a print job, and additionally and in-line with the printing-forme-based printing method by means of a printing method without a printing forme, in particular by means of an inkjet printing method, with a print image, which is variable and thus dynamic for the printed copies of the print job, characterized in that, after the static and dynamic printing of the printing material, each printed copy is detected and recorded at least in sections using measuring techniques in such a way that each printed copy can be verified with regard to its authenticity, wherein samples and/or artefacts created in the vicinity of the dynamic print image in response to the printing thereof and/or samples and/or artefacts created in the vicinity of the dynamic print image in response to the printing of the static print image and/or properties of the printing material in the vicinity of the dynamic print image are detected for this purpose, on the basis of which the authenticity of each printed copy is detected and recorded using measuring techniques, wherein the detecting of the printed copies using measuring techniques takes place in-line to the static and dynamic printing thereof, the concrete printed copy is detected using measuring techniques for the verification of the authenticity thereof, and measured values detected hereby are compared to measured values, which are detected after the static and dynamic printing of said print copy and are recorded in a database.
A steering system for a vehicle having at least three steerable wheels (9, 12) and a steering set point value controller steering the wheels (9, 12) by means of a steering program, wherein a steering pole on which the axes of the wheels (9, 12) are oriented during cornering is displaced by actuation of the steering set point value controller along a steering pole axis, characterized in that a selectively activatable operating element is provided, activation of which triggers one of the following functions: • actuating the steering set point value controller leads to rotation of the steering pole axis about a steering pole axis rotary pole, • the steering pole axis is rotated in a predetermined rotary direction about the steering pole axis rotary pole by a predetermined angle based on an arbitrary initial angle. • actuating the steering set point value controller leads to rotation of the steering pole axis about a steering pole axis rotary pole, • the steering pole axis is rotated in a predetermined rotary direction about the steering pole axis rotary pole by a predetermined angle based on an arbitrary initial angle.
A method comprising: receiving, by a messaging application on a device, a message and associated metadata from another device, the message including content created by an extension application that operated with another messaging application on the other device, and the associated metadata including an application identifier corresponding to the extension application, the application identifier having been provided by a service for extension applications; determining, based on the application identifier, whether the extension application identified by the application identifier is installed on the device; downloading the extension application from the service based at least in part on the determining; and displaying the content in a user interface of the messaging application based at least in part on the downloaded extension application. receiving, by a messaging application on a device, a message and associated metadata from another device, the message including content created by an extension application that operated with another messaging application on the other device, and the associated metadata including an application identifier corresponding to the extension application, the application identifier having been provided by a service for extension applications; determining, based on the application identifier, whether the extension application identified by the application identifier is installed on the device; downloading the extension application from the service based at least in part on the determining; and displaying the content in a user interface of the messaging application based at least in part on the downloaded extension application.
A vane comprising a platform, and airfoil extending from said platform and connected to the platform by a fillet, wherein the airfoil which extends in longitudinal direction away from the platform has a pressure side and a suction side with a pressure side wall and a suction side wall, which join at a leading edge and at a trailing edge and an impingement tube inserted into said airfoil delimiting a cooling channel between the impingement tube and the side walls (14a, 15a), wherein the vane comprises a baffle structure positioned adjacent said fillet which follows the inside contour of the fillet, a first cooling passage being delimited between the fillet and the baffle structure, and wherein a first obstruction is arranged on the inside of the airfoil at the connection of the fillet to the side walls (14a, 15a) for separating the first cooling passage from the cooling channel; wherein the impingement tube is arranged in a leading edge section of the airfoil, characterized in that a convective cooling section (30, 31) is arranged in a trailing edge section of the airfoil wherein the convective cooling section is divided into a first convective cooling section adjacent to the platform and into a second convective cooling section extending towards an opposite end of the airfoil by a wall.
An electric power tool, comprising: a motor (18; 79) as a driving source; a first operation switch that is adapted to be operated by a user to be turned ON/OFF; a first semiconductor switch that is provided on a current path from a power source to the motor (18; 79) and includes at least one semiconductor switching device, the first semiconductor switch being turned OFF to interrupt the current path when the first operation switch is OFF, and the first semiconductor switch being turned ON to close the current path when the first operation switch is ON; a second semiconductor switch (Q2; Q20) that is provided, separately from the first semiconductor switch on the current path, in series with the first semiconductor switch and includes at least one semiconductor switching device, the second semiconductor switch (Q2; Q20) closing/interrupting the current path by being turned ON/OFF in accordance with an input control signal, a control unit (14; 62; 72) that outputs the control signal for controlling the second semiconductor switch (Q2, Q20) to the second semiconductor switch (Q2; Q20), and a second operation switch that is adapted to be operated by the user to be turned ON/OFF separately from the first operation switch, wherein the control unit (14, 62, 72) operates in accordance with the state of the second operation switch, the control unit (14, 62, 72) interrupting the current path by outputting the control signal to turn OFF the second semiconductor switch (Q2, Q20) when the second operation switch is OFF, while outputting the control signal to apply current to the motor (18, 79) when the second operation switch is ON. a motor (18; 79) as a driving source; a first operation switch that is adapted to be operated by a user to be turned ON/OFF; a first semiconductor switch that is provided on a current path from a power source to the motor (18; 79) and includes at least one semiconductor switching device, the first semiconductor switch being turned OFF to interrupt the current path when the first operation switch is OFF, and the first semiconductor switch being turned ON to close the current path when the first operation switch is ON; a second semiconductor switch (Q2; Q20) that is provided, separately from the first semiconductor switch on the current path, in series with the first semiconductor switch and includes at least one semiconductor switching device, the second semiconductor switch (Q2; Q20) closing/interrupting the current path by being turned ON/OFF in accordance with an input control signal, a control unit (14; 62; 72) that outputs the control signal for controlling the second semiconductor switch (Q2, Q20) to the second semiconductor switch (Q2; Q20), and a second operation switch that is adapted to be operated by the user to be turned ON/OFF separately from the first operation switch, wherein
The non-therapeutic use of a topical cosmetic composition, comprising a cocoa polyphenol extract ( Theobroma cacao) at a concentration of 0.5% by weight based on the total weight of the composition or cocoa cells at a concentration of 0.05% by weight based on the total weight of the composition, for depigmentation of skin.
An electronic device comprising: circuitry configured to obtain a first video signal having a first dynamic range; allocate a first weight to a value of brightness of each pixel at a center portion of a partial area of the first video signal, wherein the center portion comprises a plurality of pixels of the partial area; allocate a second weight, which is different from the first weight, to a value of brightness of each pixel at a peripheral portion of the partial area, the peripheral portion comprising all pixels of the partial area which are not included in the center portion of the partial area, the second weight being smaller than the first weight; and calculate a representative value of brightness of the partial area by using the weighted values of brightness of the center portion and the peripheral portion of the partial area, wherein the representative value is an average value using the weighted values of brightness of the center portion and the peripheral portion of the partial area; modify the first dynamic range of the first video signal based on the calculated representative value by compressing the dynamic range of the first video signal by multiplying the partial area of the first video signal by a negative gain value based on the calculated representative value, wherein an absolute value of the gain value is larger as the representative value of brightness is higher; thereby generating a second video signal based on the modifying, the second video signal having a second dynamic range that is different than the first dynamic range; wherein the second dynamic range of the second video signal is narrower than the first dynamic range of the first video signal obtain a first video signal having a first dynamic range; allocate a first weight to a value of brightness of each pixel at a center portion of a partial area of the first video signal, wherein the center portion comprises a plurality of pixels of the partial area; allocate a second weight, which is different from the first weight, to a value of brightness of each pixel at a peripheral portion of the partial area, the peripheral portion comprising all pixels of the partial area which are not included in the center portion of the partial area, the second weight being smaller than the first weight; and calculate a representative value of brightness of the partial area by using the weighted values of brightness of the center portion and the peripheral portion of the partial area, wherein the representative value is an average value using the weighted values of brightness of the center portion and the peripheral portion of the partial area; modify the first dynamic range of the first video signal based on the calculated representative value by compressing the dynamic range of the first video signal by multiplying the partial area of the first video signal by a negative gain value based on the calculated representative value, wherein an absolute value of the gain value is larger as the representative value of brightness is higher;
A garment (110, 210, 310) comprising: a skill component (130, 230, 330, 1430, 1630) comprising a plurality of skirt belt loops (132, 232, 1632), wherein each skirt belt loop of the plurality of skirt belt loops creates a hole within the skirt component when each skirt belt loop is oriented outwards; a shorts component (120, 220, 320), 1520, 1720) comprising a plurality of shorts belt loops (122, 222, 322, 1522, 1722) each aligned with a skirt belt loop of the plurality of skirt belt loops, wherein each shorts belt loop of the plurality of shorts belt loops extends through a hole of a corresponding skirt belt loop of the plurality of skirt belt loops that is oriented outwards, and wherein each shorts belt loop of the plurality of shorts belt loops is pressed against the corresponding skirt belt loop of the plurality of skirt belt loops, forming a plurality of integrated belt loops; and a belt (140, 340, 1440) that passes through the inner portion of each integrated belt loop of the garment, characterized in that the skirt component is a reversible skirt component comprising a plurality of reversible skirt belt loops aligned symmetrically with reference to a central line of the skirt component.
An apparatus for plasma treatment of hollow bodies, comprising a base plate and an electrically conductive inner tube, characterized in that the apparatus further has two outer tubes (4, 6), specifically an internal outer tube and an external outer tube, at least one of which is electrically conductive, and the inner tube and the internal outer tube are galvanically isolated from one another and are gas-tightly interconnected so as to form a prechamber between the two outer tubes (4, 6) and a treatment chamber between the internal outer tube and the inner tube, wherein the external outer tube is connectable or connected to the base plate via a seal, and the internal outer tube is connectable or connected to the base plate via an adjustable contact seal.
A deflection protection for a leaf spring, comprising a pair of mutually opposite supports (10A, 10B) for the spring in a region where the spring is liable to deflection, such that each support comprises a pair of mutually opposite ends and a connection (15, 18) between them for connecting to the spring in the region which is liable to deflection, which ends are so located that in a normal state for a deflection of the spring they are at a distance from the spring in order to serve in conjunction with the connection (15, 18) as a bend stop for the spring in a deflection protection limit state for the deflection of the spring, characterised in that each support (10A, 10B) comprises a pair of sidepieces, a pair of crosspieces serving as the mutually opposite ends, and an intermediate crosspiece comprising the connection between the ends, and wherein each pair of crosspieces have their opposite ends joined by a pair of sidepieces, and that the connection further comprises a pair of threaded connections through the sidepieces at each of the leaf spring's long edges to clamp the spring between the two intermediate crosspieces.
A device for removing an electrode from a mandrel of an electrode-holder tool and/or for installing an electrode in a mandrel of an electrode-holder tool, said electrode-holder tool forming part of a welding device, said electrode-holder tool being removed from the welding device before the electrode is removed or installed, said device comprising a first part configured to house said electrode-holder tool, said electrode protruding at least partly outside said first part, said first part comprising means to stop the electrode-holder tool in translation and in rotation, and a second part configured to cover the part of the electrode protruding outside the first part, the second part being able to be separated from the first part by sliding it along the electrode, the second part comprising means to tighten or untighten the mandrel of the electrode-holder tool and means to attach the electrode to the second part to allow it to be removed from the mandrel when the first and second parts are separated, or means to insert the electrode when the first and second parts are installed, characterized in that said second part is installed around the first part and is able to rotate relative to the first part when it surrounds it, said second part being installed around the first part such that, when the electrode-holder tool is put in place in the first part, the electrode penetrates in the means for attaching the electrode of the second part and the mandrel penetrates in the means for tightening or untightening the mandrel.
System with at least one placement area, in particular a worktop, and with a cooking appliance apparatus, wherein the placement area in the idle state is arranged at least for the most part over the cooking appliance apparatus, wherein the cooking appliance apparatus comprises a user interface, which has at least one operating panel and at least one operating element arranged on the operating panel, wherein the cooking appliance apparatus comprises a storage unit which, in at least one idle state in which the operating element is deactivated, stores the user interface in a first position, and, in at least one operating state in which the operating element is activated, in a second position that is different from the first position, wherein the activated operating element is ready to process at least one input that is different from a switch-on input, wherein a region of the placement area is embodied as a cooking zone, wherein the operating panel is arranged below the placement area in the idle state, characterised in that the operating panel in the operating state is arranged at least partially above the placement area, wherein the operating panel in the operating state rests against the placement plate.
A method for identifying and resolving conflicts between two or more graphic objects within a first drawing displayed in a first graphical user interface, comprising the steps of: identifying a conflict between a first graphic object and a second graphic object, the conflict having a set of coordinates defining an exact location of the conflict, the first graphic object and the second graphic object being displayed in the first drawing; displaying, in the first drawing a conflict graphic object over the conflict at the set of coordinates, the conflict graphic object including an identifier that identifies a party having responsibility for the conflict; and attaching a set of conflict information to the conflict graphic object for export to a second graphical user interface associated with the party, including the set of coordinates, a status of the conflict, and a set of data about the first graphic object, the second graphic object and other graphic objects within the first drawing relevant to the conflict, the set of conflict information enabling the party to receive the conflict graphic object and to display the conflict graphic object at the exact location of the conflict in a second drawing displayed in the second graphical user interface. identifying a conflict between a first graphic object and a second graphic object, the conflict having a set of coordinates defining an exact location of the conflict, the first graphic object and the second graphic object being displayed in the first drawing; displaying, in the first drawing a conflict graphic object over the conflict at the set of coordinates, the conflict graphic object including an identifier that identifies a party having responsibility for the conflict; and attaching a set of conflict information to the conflict graphic object for export to a second graphical user interface associated with the party, including the set of coordinates, a status of the conflict, and a set of data about the first graphic object, the second graphic object and other graphic objects within the first drawing relevant to the conflict, the set of conflict information enabling the party to receive the conflict graphic object and to display the conflict graphic object at the exact location of the conflict in a second drawing displayed in the second graphical user interface.
An aerosol-forming member (10A-D, 110A-D) for an aerosol delivery device comprising a sheet of material configured to wick and to heat a solution, the sheet of material comprising a non-planar inner major surface (23A, 123A) having a capillary structure configured to emit vapour during use, and an outer major surface (23B, 123B) that is configured to emit less vapour than the inner major surface during use, wherein the inner major surface of the aerosol-forming member forms a channel (24,124) for directing or guiding the flow of aerosol formed from the evaporating vapour through said aerosol delivery device.
A reactor for the continuous hydrothermal carbonization of biomass or biomaterial (HTC process), which is formed in a tubular manner from straight or curved pipe pieces, wherein the pipe pieces are connected to each other by means of right-angled or inclined T-pieces to give such a form that they form a continuous reactor body and at least the majority of the pipe pieces comprises mixing and conveyor devices, characterized in that the reactor comprises, in a partial area of a reactor pipe, - a cylindrical sieve which sits flush with the reactor wall in the partial area of the reactor pipe by means of an annular web on both sides of the sieve and thus forms an interspace between the sieve and the reactor wall in the partial area of the reactor pipe, - a pipeline for withdrawing liquid from the interspace between the sieve and the reactor wall in the partial area of the reactor pipe, and - a pump for supplying the withdrawn liquid, which pump is provided downstream of the sieve in the flow direction of the biomass, wherein the area between the pipeline and the pump is established as a temperature zone, comprising a heat exchanger, that is independent from the other process of the hydrothermal carbonization of biomass or biomaterial (HTC process). - a cylindrical sieve which sits flush with the reactor wall in the partial area of the reactor pipe by means of an annular web on both sides of the sieve and thus forms an interspace between the sieve and the reactor wall in the partial area of the reactor pipe, - a pipeline for withdrawing liquid from the interspace between the sieve and the reactor wall in the partial area of the reactor pipe, and - a pump for supplying the withdrawn liquid, which pump is provided downstream of the sieve in the flow direction of the biomass,
A transmission assembly, comprising: a load; an input shaft configured to be rotatably driven by a low pressure section of a turbomachine; and a transmission coupled to the load and the input shaft, the transmission being operable to transmit rotation of the input shaft to the load, the transmission being configured to convert a first rotational speed range of the input shaft to a second rotational speed range for transmission to the load, the second rotational speed range being narrower than the first rotational speed range, characterised in that the transmission comprises a bi-coupled planetary gear arrangement generating a first gear ratio operative between about 2000-4000 rpm, a second gear ratio overlapping the first gear ratio and operative to about 6000 rpm and a third gear ratio overlapping the second gear ratio and operative to about 10,000 rpm. a load; an input shaft configured to be rotatably driven by a low pressure section of a turbomachine; and a transmission coupled to the load and the input shaft, the transmission being operable to transmit rotation of the input shaft to the load, the transmission being configured to convert a first rotational speed range of the input shaft to a second rotational speed range for transmission to the load, the second rotational speed range being narrower than the first rotational speed range, characterised in that the transmission comprises a bi-coupled planetary gear arrangement generating a first gear ratio operative between about 2000-4000 rpm, a second gear ratio overlapping the first gear ratio and operative to about 6000 rpm and a third gear ratio overlapping the second gear ratio and operative to about 10,000 rpm.