mhurhangee/ep-ind-claims huggingface dataset:
A method for calibrating a sensor device for regulating the alignment of an illumination device for modifying the position of an illumination region generated by the illumination device in an illumination direction, having the following steps: a) generating a light spot, emanating from the illumination device in the illumination direction, on a calibration surface, b) defining a first calibration point as a central point (M1, M2, M3) of a sphere surface in the illumination direction for the illumination device, c) identifying the position of the light spot on the calibration surface with the sensor device, d) modifying the alignment of the illumination device along the sphere surface, e) repeatedly performing steps c) and d) with the generation of at least three different positions of the light spot on the calibration surface, f) determining the distances of the different positions of the light spot, g) repeatedly performing steps b) to f) until a stop criterion is reached, h) defining the first calibration point and the identified position of the light spot on the calibration surface as a correspondence point for the relationship between the coordinate system of the sensor device and the coordinate system of the illumination device, i) defining at least one further calibration point (22b, 22c) as a central point (M1, M2, M3) of a sphere surface in the illumination direction, j) performing steps b) to h) for the at least one further calibration point (22b, 22c). a) generating a light spot, emanating from the illumination device in the illumination direction, on a calibration surface, b) defining a first calibration point as a central point (M1, M2, M3) of a sphere surface in the illumination direction for the illumination device, c) identifying the position of the light spot on the calibration surface with the sensor device, d) modifying the alignment of the illumination device along the sphere surface, e) repeatedly performing steps c) and d) with the generation of at least three different positions of the light spot on the calibration surface, f) determining the distances of the different positions of the light spot, g) repeatedly performing steps b) to f) until a stop criterion is reached, h) defining the first calibration point and the identified position of the light spot on the calibration surface as a correspondence point for the relationship between the coordinate system of the sensor device and the coordinate system of the illumination device, i) defining at least one further calibration point (22b, 22c) as a central point (M1, M2, M3) of a sphere surface in the illumination direction, j) performing steps b) to h) for the at least one further calibration point (22b, 22c).
Nanoparticles, comprising each • a polyorganosiloxane matrix including cations M n+ (n=2 to 6) preferably of a rare earth, optionally associated with doping cations D m+ (m=2 to 6), preferably a rare earth different from M, an actinide and/or a transition element; • a chelating functionalizing graft C 1 which is: * derived from a chelating agent C1, * bound to the POS matrix by an -Si-C- covalent bond, * and in sufficient quantity to be able to complex all the cations M n+ and D m+; and characterized in that they comprise a cristallized core and in that their diameter d 1 is between 1 and 10 nm. • a polyorganosiloxane matrix including cations M n+ (n=2 to 6) preferably of a rare earth, optionally associated with doping cations D m+ (m=2 to 6), preferably a rare earth different from M, an actinide and/or a transition element; • a chelating functionalizing graft C 1 which is: * derived from a chelating agent C1, * bound to the POS matrix by an -Si-C- covalent bond, * and in sufficient quantity to be able to complex all the cations M n+ and D m+; and characterized in that they comprise a cristallized core and in that their diameter d 1 is between 1 and 10 nm. * derived from a chelating agent C1, * bound to the POS matrix by an -Si-C- covalent bond, * and in sufficient quantity to be able to complex all the cations M n+ and D m+;
Hearing aid comprising a device housing and a control switch, the device housing being suitable for accommodating at least a group of electronic components, the group comprising at least a loudspeaker, a microphone, a sound processing device, a programming connector, a battery and the control switch, characterized in that the device housing comprises at least two parts axially adjustable relative to each other, that between said parts are provided spring means which exert a bias between the two parts, that the parts are compressible counter to the bias from an initial state to a compression state, and that both parts are provided with switch contacts (14,15) of the control switch which touch each other during a transition of the parts between the initial state and the compression state, whereby the control switch enters a changed switch mode.
A method by a device for processing data in a wireless communication network, said method comprising, - configuring mobile terminals in a geographical area with at least two uplink control channel resource pools, the at least two uplink control channel resource pools comprising: - a cell-specific uplink control channel resource pool with separate uplink control channel resources allocated to different cells; and - a cooperative multipoint-specific uplink control channel resource pool having common uplink control channel resources allocated to multiple cells wherein the uplink control channel resources comprise an uplink control channel sequence group and/or a sequence group hopping pattern, said method characterized by conveying a modifier index in a downlink resource allocation grant message enabling a mobile terminal to perform a switching between using the cell-specific uplink control channel resource pool and using the cooperative multipoint-specific uplink control channel resource pool. - configuring mobile terminals in a geographical area with at least two uplink control channel resource pools, - a cell-specific uplink control channel resource pool with separate uplink control channel resources allocated to different cells; and - a cooperative multipoint-specific uplink control channel resource pool having common uplink control channel resources allocated to multiple cells wherein the uplink control channel resources comprise an uplink control channel sequence group and/or a sequence group hopping pattern, said method characterized by conveying a modifier index in a downlink resource allocation grant message enabling a mobile terminal to perform a switching between using the cell-specific uplink control channel resource pool and using the cooperative multipoint-specific uplink control channel resource pool.
A shading correction apparatus that is used in an image reading apparatus which irradiates an image carrier that carries image information and includes a fluorescent pigment or fluorescent protein with excitation light, detects fluorescent light emitted from the fluorescent pigment or fluorescent protein excited by the excitation light, and outputs a fluorescence image and corrects shading which is density unevenness in the fluorescence image, comprising: a correction tool that includes an organic fluorescent material having wavelength characteristics in which an excitation wavelength band and an emission wavelength band at least partially overlap an excitation wavelength band and an emission wavelength band of the fluorescent pigment or fluorescent protein, respectively, and includes a first correction tool which includes a phthalocyanine-based pigment as the organic fluorescent material and/or a second correction tool which includes an anthraquinone-based pigment as the organic fluorescent material; an acquisition unit that acquires a reference image which is obtained by irradiating the correction tool with the excitation light and is a reference for the shading correction; and a correction unit that performs the shading correction for the fluorescence image on the basis of the reference image. a correction tool that includes an organic fluorescent material having wavelength characteristics in which an excitation wavelength band and an emission wavelength band at least partially overlap an excitation wavelength band and an emission wavelength band of the fluorescent pigment or fluorescent protein, respectively, and includes a first correction tool which includes a phthalocyanine-based pigment as the organic fluorescent material and/or a second correction tool which includes an anthraquinone-based pigment as the organic fluorescent material; an acquisition unit that acquires a reference image which is obtained by irradiating the correction tool with the excitation light and is a reference for the shading correction; and a correction unit that performs the shading correction for the fluorescence image on the basis of the reference image.
An electrode for battery comprising a current collector and an active material layer provided on the current collector, wherein the active material layer comprises a particle of lithium titanate having a spinel structure, and a basic polymer, and the basic polymer is coating at least a part of a surface of the particle of lithium titanate compound, characterized in that the active material layer further comprises a cellulose ether compound and a copolymer rubber.
A device for generating a plasma, comprising: - a plasma source having an electrically conducting first electrode, and a volume adjacent said first electrode for receiving a gas, - at least one radiofrequency power supply in electrical contact with said first electrode for applying a radiofrequency voltage thereto; wherein said at least one radiofrequency power supply is in electrical contact with said first electrode via an electrical component of the plasma source, which electrical component provides an impedance for matching the impedance of the plasma source to the impedance of the at least one radiofrequency power supply, wherein said electrical component is arranged in an enclosure, which enclosure encloses said electrical component, characterized in that the enclosure is designed to perturb an electromagnetic field generated by said component in a manner that said impedance of the component changes with the frequency of said radiofrequency voltage such that the impedance of the plasma source is adapted to the impedance of the at least one radiofrequency power supply for a plurality of different operating frequencies (f o) of said radiofrequency voltage, wherein said plurality of different operating frequencies (f o) permit generating a plasma out of said gas in said volume when said radiofrequency voltage having an operating frequency from the plurality of different operating frequencies (f o) is applied to the first electrode. - a plasma source having an electrically conducting first electrode, and a volume adjacent said first electrode for receiving a gas, - at least one radiofrequency power supply in electrical contact with said first electrode for applying a radiofrequency voltage thereto;
Device for manufacturing a composite part comprising: - at least four mandrels, called molding mandrels, adapted to: • be placed at least partially in contact with said composite part, and • to be arranged in a mold arrangement in which the molding mandrels form at least part of a mold for molding the composite part, - a fifth mandrel, called locking mandrel, adapted to: • be at least partially placed between the molding mandrels so as to maintain the molding mandrels in the mold arrangement, and • be extracted from between the molding mandrels so as to release the molding mandrels from the composite part, characterized in that the locking mandrel: - is adapted to extend, when placed between the molding mandrels, from one longitudinal end of the molding mandrels until another opposite longitudinal end of the molding mandrels, and - has a hexagonal cross-section. - at least four mandrels, called molding mandrels, adapted to: • be placed at least partially in contact with said composite part, and • to be arranged in a mold arrangement in which the molding mandrels form at least part of a mold for molding the composite part, • be placed at least partially in contact with said composite part, and • to be arranged in a mold arrangement in which the molding mandrels form at least part of a mold for molding the composite part, - a fifth mandrel, called locking mandrel, adapted to: • be at least partially placed between the molding mandrels so as to maintain the molding mandrels in the mold arrangement, and • be extracted from between the molding mandrels so as to release the molding mandrels from the composite part, • be at least partially placed between the molding mandrels so as to maintain the molding mandrels in the mold arrangement, and • be extracted from between the molding mandrels so as to release the molding mandrels from the composite part, - is adapted to extend, when placed between the molding mandrels, from one longitudinal end of the molding mandrels until another opposite longitudinal end of the molding mandrels, and - has a hexagonal cross-section.
A method for blocking an external debugger application from analysing a code of a software program installed on a computing device (202, 300), the method comprising: - initializing the software program comprising an application program and an internal debugger application, wherein a code of the application program is embedded with a code of the internal debugger application, wherein the software program, upon initialization thereof, loads the internal debugger application and instructs the internal debugger application to load the application program in the internal debugger application, and wherein the internal debugger application is configured to utilize kernel resources of an operating system of the computing device, further wherein loading the application program in the internal debugger application blocks the external debugger application from attaching to the software program and analysing the code of the software program; - executing the internal debugger application to set one or more break-points in the code of the application program to define an execution path for the code of the application program; - executing the application program as per the defined execution path for the code thereof - stopping execution of the code of the application program upon reaching any of the one or more break-points therein; and - handing control to the internal debugger application to provide an address for next instruction to be executed in the defined execution path for the code of the application program. - initializing the software program comprising an application program and an internal debugger application, wherein a code of the application program is embedded with a code of the internal debugger application, wherein the software program, upon initialization thereof, loads the internal debugger application and instructs the internal debugger application to load the application program in the internal debugger application, and wherein the internal debugger application is configured to utilize kernel resources of an operating system of the computing device, further wherein loading the application program in the internal debugger application blocks the external debugger application from attaching to the software program and analysing the code of the software program; - executing the internal debugger application to set one or more break-points in the code of the application program to define an execution path for the code of the application program; - executing the application program as per the defined execution path for the code thereof - stopping execution of the code of the application program upon reaching any of the one or more break-points therein; and - handing control to the internal debugger application to provide an address for next instruction to be executed in the defined execution path for the code of the application program.
Luminous device comprising at least one LED having a luminous flux of greater than 5 Lm, and a cover made of a transparent plastic in which scattering particles with a content by weight of 5 to 30% relative to the transparent plastic are dispersed and characterized that the cover is in the form of a single layer and that the scattering particles are chosen from BaSO 4 and that the transparent plastic is chosen from PMMA that is a methyl methacrylate homopolymer or a copolymer comprising from 80 to 99.5% by weight of methyl methacrylate and from 0.5 to 20% by weight of at least one monomer having at least one ethylenic unsaturation that can copolymerize with methyl methacrylate.
Method for starting up a steam-turbine system having a steam generator, having a steam turbine which is connected to the steam generator and comprises a high-pressure stage, a medium-pressure stage and a low-pressure stage, which pressure stages have different initial temperatures when the steam-turbine system is started up, having a condenser which is connected to the steam turbine, and having a consumer which is driven by the steam turbine, in which the steam turbine is started up by way of the steam generated in the steam generator, wherein, until attainment of a predetermined temperature by the steam generated in the steam generator, which corresponds at least to the temperature requirement of the turbine stage having a higher initial temperature, only the turbine stage (5, 6) having a lower initial temperature is operated, and wherein the turbine stage having a higher initial temperature is switched on only when the predetermined temperature has been attained, wherein, until attainment of the predetermined temperature, the steam generated in the steam generator is directed through a bypass line, which bypasses the turbine stage having a higher initial temperature, to the turbine stage (5, 6) having a lower initial temperature, wherein, until attainment of the predetermined temperature, the turbine stage having a higher initial temperature, for the purpose of reducing the ventilation power, is connected to the condenser in such a way that sealing steam introduced into the turbine stage having a higher initial temperature is directed into the condenser, where it is condensed. having a steam turbine which is connected to the steam generator and comprises a high-pressure stage, a medium-pressure stage and a low-pressure stage, which pressure stages have different initial temperatures when the steam-turbine system is started up, having a condenser which is connected to the steam turbine, and having a consumer which is driven by the steam turbine, in which the steam turbine is started up by way of the steam generated in the steam generator, wherein, until attainment of a predetermined temperature by the steam generated in the steam generator, which corresponds at least to the temperature requirement of the turbine stage having a higher initial temperature, only the turbine stage (5, 6) having a lower initial temperature is operated, and wherein the turbine stage having a higher initial temperature is switched on only when the predetermined temperature has been attained, wherein, until attainment of the predetermined temperature, the steam generated in the steam generator is directed through a bypass line, which bypasses the turbine stage having a higher initial temperature, to the turbine stage (5, 6) having a lower initial temperature, wherein, until attainment of the predetermined temperature, the turbine stage having a higher initial temperature, for the purpose of reducing the ventilation power, is connected to the condenser in such a way that sealing steam introduced into the turbine stage having a higher initial temperature is directed into the condenser, where it is condensed.
An agricultural round baler, in particular for baling stalked harvested material into round bales, comprising a chassis; a feed device by means of which harvested material can be fed through a transfer section to an inner chamber of the round baler, a plurality of guide rollers (7, 7', 7") which extend in a transverse direction of the round baler, a baler belt which is configured in the form of a continuous belt and is passed around the guide rollers (7, 7', 7") in a manner such that its outside forms a recess which faces the transfer section and which functions as a bale chamber, a first adjustment device and a second adjustment device which respectively comprise a gap which extends parallel to the guide rollers through each of which the baler belt passes and returns, wherein two first sections of the baler belt which emanate from the respective gap delimit the recess, wherein the first adjustment device can be adjusted in a direction which broadens the recess or narrows the recess, wherein the second adjustment device is pivotable with respect to the chassis in order to broaden or narrow the recess, characterized in that two second sections of the baler belt emanating from at least one of the adjustment devices (9, 9') meet at a guide roller and in that the guide roller can be guided and moved with respect to the gap and to the chassis. a chassis; a feed device by means of which harvested material can be fed through a transfer section to an inner chamber of the round baler, a plurality of guide rollers (7, 7', 7") which extend in a transverse direction of the round baler, a baler belt which is configured in the form of a continuous belt and is passed around the guide rollers (7, 7', 7") in a manner such that its outside forms a recess which faces the transfer section and which functions as a bale chamber, a first adjustment device and a second adjustment device which respectively comprise a gap which extends parallel to the guide rollers through each of which the baler belt passes and returns, wherein two first sections of the baler belt which emanate from the respective gap delimit the recess, wherein the first adjustment device can be adjusted in a direction which broadens the recess or narrows the recess, wherein the second adjustment device is pivotable with respect to the chassis in order to broaden or narrow the recess, characterized in that two second sections of the baler belt emanating from at least one of the adjustment devices (9, 9') meet at a guide roller and in that the guide roller can be guided and moved with respect to the gap and to the chassis.
Device for a hose fitting, comprising at least one cartridge housing having a first connection piece or a jet former having a second connection piece and also comprising a hose which is connectible at least to the first connection piece or the second connection piece, there further being provided a clamping sleeve which clamps an end region of the hose on the outside at least on the first connection piece or the second connection piece, characterised in that the clamping sleeve engages with an inwardly directed collar around a projection of the first connection piece or of the second connection piece, the clamping sleeve forming on the inside a plurality of compression rings which press the hose against the first connection piece or the second connection piece, and the compression ring furthest from the collar being positioned axially adjacent to the first connection piece or second connection piece.