mhurhangee/ep-ind-claims huggingface dataset:
A method for determining a manipulation or falsification of an object with the aid of a system according to claim 9, wherein the object is marked with a graphic representation of an information, wherein the graphic representation of the information forms light and dark areas and the object comprises a surface with a contrasting irregular microstructure, with the following method steps: a. creating a first recording of the surface area of an object to be registered, in which the graphic representation of the information is arranged, b. providing a reference identifier generated from the first recording in a data structure, c. creating a second recording of the surface area of an object to be validated, in which the graphic representation of an information is arranged, wherein both the object and the information, at least at first sight, are identical to the object registered in steps a. and b. / to the information arranged thereon. d. retrieving a reference identifier from the data structure, and e. executing a method for determining the degree of matching between a test identifier generated from the second recording and the reference identifier retrieved from the data structure, wherein for generating the reference identifier and the test identifier the following method steps are performed: f. analysing, in a locally resolved manner, the first recording in the light or/and dark areas and generating a reference identifier, g. analysing, in a locally resolve manner, the second recording of the surface area in the light or/and dark areas and generating a test identifier, wherein the method is characterised in that the surface of the object is covered with a glass-bead-based retro-reflecting foil, which forms the irregular microstructure, wherein the graphic representation of the information is arranged on the object in such a way that irregular microstructure is interlocked with the graphic representation. a. creating a first recording of the surface area of an object to be registered, in which the graphic representation of the information is arranged, b. providing a reference identifier generated from the first recording in a data structure, c. creating a second recording of the surface area of an object to be validated, in which the graphic representation of an information is arranged, wherein both the object and the information, at least at first sight, are identical to the object registered in steps a. and b. / to the information arranged thereon. d. retrieving a reference identifier from the data structure, and e. executing a method for determining the degree of matching between a test identifier generated from the second recording and the reference identifier retrieved from the data structure, wherein for generating the reference identifier and the test identifier the following method steps are performed: f. analysing, in a locally resolved manner, the first recording in the light or/and dark areas and generating a reference identifier, g. analysing, in a locally resolve manner, the second recording of the surface area in the light or/and dark areas and generating a test identifier,
A method of illuminating an edge portion ( 504, 506, 508, 704, 706, 708, 720) of a display, the method comprising: providing a transparent display lens ( 500, 700) having a face surface ( 502, 702), a first edge ( 518, 718) coated with a reflective material and angled relative to the face surface, a third edge (512, 712) disposed adjacent the first edge (518, 718) and including a compound angle relative to the face surface, and a fourth edge (516, 716) disposed adjacent the first edge (518, 718) and opposite the third edge (512, 712) including a compound angle relative to the face surface, each edge configured to reflect light in the lens out of the face surface (502, 702); directing light from a light source at a second edge ( 510, 710) of the display lens opposite the angled first edge (518, 718); and transmitting the light through the display lens to reflect off at least the angled first edge (206, 518, 718) and out at least one edge portion 112, 506, 706) of the face surface (502, 702) of the display lens.
A method, comprising: providing a pseudo-noise scrambling code chosen to provide predetermined cross-correlation and auto-correlation properties; mapping said pseudo-noise scrambling code as a sector/cell specific scrambling code to one or more pilot symbols within a subframe period; and sending a communication signal comprising said one or more pilot symbols coded with said pseudo-noise scrambling code. providing a pseudo-noise scrambling code chosen to provide predetermined cross-correlation and auto-correlation properties; mapping said pseudo-noise scrambling code as a sector/cell specific scrambling code to one or more pilot symbols within a subframe period; and sending a communication signal comprising said one or more pilot symbols coded with said pseudo-noise scrambling code.
An automatic dishwasher detergent containing a dye transfer inhibitor in the form of a) porous polyamide particles having - a number-average particle diameter of from 0.1 to 100 μm, - a specific surface according to BET (pursuant to DIN 66131) of 5 m 2 /g or more, - an oil absorption capacity (boiled linseed oil) of 160 ml/100 g or more, - a crystallinity (DSC measurement) of 40% or more, and - a quotient of volume-average particle diameter to number-average particle diameter of from 1.0 to 1.5, and b) synthetic phyllosilicate (preferably magnesium silicate, in particular sodium magnesium lithium silicate). a) porous polyamide particles having - a number-average particle diameter of from 0.1 to 100 μm, - a specific surface according to BET (pursuant to DIN 66131) of 5 m 2 /g or more, - an oil absorption capacity (boiled linseed oil) of 160 ml/100 g or more, - a crystallinity (DSC measurement) of 40% or more, and - a quotient of volume-average particle diameter to number-average particle diameter of from 1.0 to 1.5, and - a number-average particle diameter of from 0.1 to 100 μm, - a specific surface according to BET (pursuant to DIN 66131) of 5 m 2 /g or more, - an oil absorption capacity (boiled linseed oil) of 160 ml/100 g or more, - a crystallinity (DSC measurement) of 40% or more, and - a quotient of volume-average particle diameter to number-average particle diameter of from 1.0 to 1.5, and b) synthetic phyllosilicate (preferably magnesium silicate, in particular sodium magnesium lithium silicate).
A surgical operation support system, comprising: a surgical instrument provided with a usage count accumulation portion that includes a moving portion which is movably configured and a moving mechanism which moves the moving portion; and a body in which the surgical instrument is detachably installed and which includes a driving portion that moves the moving portion by a predetermined amount through the moving mechanism when the surgical instrument is attached or detached, wherein the usage count accumulation portion accumulates the usage count of the surgical instrument by the movement of the moving portion and includes a potentiometer that changes a resistance value according to a movement amount of the moving portion, and the surgical instrument further includes an output portion that outputs the resistance value of the potentiometer to the body as a voltage value. a surgical instrument provided with a usage count accumulation portion that includes a moving portion which is movably configured and a moving mechanism which moves the moving portion; and a body in which the surgical instrument is detachably installed and which includes a driving portion that moves the moving portion by a predetermined amount through the moving mechanism when the surgical instrument is attached or detached, wherein the usage count accumulation portion accumulates the usage count of the surgical instrument by the movement of the moving portion and includes a potentiometer that changes a resistance value according to a movement amount of the moving portion, and the surgical instrument further includes an output portion that outputs the resistance value of the potentiometer to the body as a voltage value.
A vehicle power source system including: a main battery configured to supply power to a drive motor of a vehicle; a fuel cell configured to supply power at least to the main battery; a main line connecting the main battery and the fuel cell; a first voltage translator placed on the main line and including a charging portion and a voltage transforming portion, the first voltage translator being configured to boost an output voltage of the fuel cell; a relay provided between the charging portion and the fuel cell in the main line; and a sub-battery connected to an auxiliary machine power supply line via which power is supplied to an auxiliary machine of the vehicle or of the fuel cell, the fuel cell and the relay being placed on an input side relative to the first voltage translator, the drive motor and the main battery being placed on an output side relative to the first voltage translator, the vehicle power source system comprising a second voltage translator connected between the relay and the charging portion on the input side of the first voltage translator in the main line and configured to adjust power to be supplied from the sub-battery to the charging portion. a main battery configured to supply power to a drive motor of a vehicle; a fuel cell configured to supply power at least to the main battery; a main line connecting the main battery and the fuel cell; a first voltage translator placed on the main line and including a charging portion and a voltage transforming portion, the first voltage translator being configured to boost an output voltage of the fuel cell; a relay provided between the charging portion and the fuel cell in the main line; and a sub-battery connected to an auxiliary machine power supply line via which power is supplied to an auxiliary machine of the vehicle or of the fuel cell, the fuel cell and the relay being placed on an input side relative to the first voltage translator, the drive motor and the main battery being placed on an output side relative to the first voltage translator, the vehicle power source system comprising a second voltage translator connected between the relay and the charging portion on the input side of the first voltage translator in the main line and configured to adjust power to be supplied from the sub-battery to the charging portion.
A gas measuring system, comprising: a temperature measuring element (62, 63) being in contact with a gas; a heating element being in contact with the gas and being configured to produce heat at a plurality of heat producing temperatures; a measuring unit being configured to measure a value for an electric signal from the temperature measuring element (62, 63) that is dependent on the temperature of the gas, and a value for an electric signal from a heating element at each of a plurality of heat producing temperatures; an equation storage device being configured to store an equation that includes independent variables that represent electric signals from the temperature measuring element (62, 63) and electric signals from the heating element at the plurality of heat producing temperatures and a dependent variable that represents the sum of the products of the respective numbers of atoms that structure the molecules included in the gas, the atomic weight of the atoms, and the volumetric ratios of the respective molecules; and a calculator being configured to calculate a value that represents the sum of the products of the respective numbers of atoms that structure the molecules included in the gas, the atomic weight of the atoms, and the volumetric ratios of the respective molecules, by substituting, into the independent variables in the equation, values for the electric signals from the measuring element and values for the electric signals from the heating element. a temperature measuring element (62, 63) being in contact with a gas; a heating element being in contact with the gas and being configured to produce heat at a plurality of heat producing temperatures; a measuring unit being configured to measure a value for an electric signal from the temperature measuring element (62, 63) that is dependent on the temperature of the gas, and a value for an electric signal from a heating element at each of a plurality of heat producing temperatures; an equation storage device being configured to store an equation that includes independent variables that represent electric signals from the temperature measuring element (62, 63) and electric signals from the heating element at the plurality of heat producing temperatures and a dependent variable that represents the sum of the products of the respective numbers of atoms that structure the molecules included in the gas, the atomic weight of the atoms, and the volumetric ratios of the respective molecules; and a calculator being configured to calculate a value that represents the sum of the products of the respective numbers of atoms that structure the molecules included in the gas, the atomic weight of the atoms, and the volumetric ratios of the respective molecules, by substituting, into the independent variables in the equation, values for the electric signals from the measuring element and values for the electric signals from the heating element.
A light emitting device for a human having a scalp with hair, comprising: a flexible arcuate base configured to contour a portion of the scalp, the base having a width between 20mm and 120mm, the base including an interior and an interior surface; at least one array of teeth coupled to the interior surface, each tooth in the at least one array of teeth being pressable against the scalp when the base is contoured about the scalp, each tooth being configured to part the hair when the base is stationary over the scalp and the at least one array of teeth is pressed against the scalp; and an array of at least one of light emitting diodes and laser diodes coupled to the based proximate the at least one array of teeth, each one of the at least one of light emitting diodes and laser diodes being recessed and spaced apart from each tooth in the at least one array teeth and being aligned with a corresponding one of the at least one array of teeth. a flexible arcuate base configured to contour a portion of the scalp, the base having a width between 20mm and 120mm, the base including an interior and an interior surface; at least one array of teeth coupled to the interior surface, each tooth in the at least one array of teeth being pressable against the scalp when the base is contoured about the scalp, each tooth being configured to part the hair when the base is stationary over the scalp and the at least one array of teeth is pressed against the scalp; and an array of at least one of light emitting diodes and laser diodes coupled to the based proximate the at least one array of teeth, each one of the at least one of light emitting diodes and laser diodes being recessed and spaced apart from each tooth in the at least one array teeth and being aligned with a corresponding one of the at least one array of teeth.
An apparatus comprising: processing circuitry; and memory, the processing circuitry configured to operate as an element manager, EM, that provides end-user functions for management of a network element, NE, wherein a Ve-Vnfm-em reference point is between the EM and a Virtual Network Function Manager, VNFM, and an Itf-N interface between the EM and a Network Manager, NM, wherein the processing circuitry operating as the EM is arranged to: receive from the VNFM through the Ve-Vnfm-em reference point a lifecycle management change notification indicating that a virtual network function, VNF, has been instantiated as part of lifecycle management of the VNF; characterized in that the processing circuitry operating as the EM is further arranged to: create a managed object instance, MOI, after reception of the lifecycle management change notification; transmit, through the Itf-N interface, a notification to the NM of creation of the MOI; and configure attributes of the MOI after notification to the NM of the creation of the MOI. processing circuitry; and memory, the processing circuitry configured to operate as an element manager, EM, that provides end-user functions for management of a network element, NE, wherein a Ve-Vnfm-em reference point is between the EM and a Virtual Network Function Manager, VNFM, and an Itf-N interface between the EM and a Network Manager, NM, wherein the processing circuitry operating as the EM is arranged to: receive from the VNFM through the Ve-Vnfm-em reference point a lifecycle management change notification indicating that a virtual network function, VNF, has been instantiated as part of lifecycle management of the VNF; characterized in that the processing circuitry operating as the EM is further arranged to: create a managed object instance, MOI, after reception of the lifecycle management change notification; transmit, through the Itf-N interface, a notification to the NM of creation of the MOI; and configure attributes of the MOI after notification to the NM of the creation of the MOI. receive from the VNFM through the Ve-Vnfm-em reference point a lifecycle management change notification indicating that a virtual network function, VNF, has been instantiated as part of lifecycle management of the VNF; characterized in that the processing circuitry operating as the EM is further arranged to: create a managed object instance, MOI, after reception of the lifecycle management change notification; transmit, through the Itf-N interface, a notification to the NM of creation of the MOI; and configure attributes of the MOI after notification to the NM of the creation of the MOI. create a managed object instance, MOI, after reception of the lifecycle management change notification; transmit, through the Itf-N interface, a notification to the NM of creation of the MOI; and configure attributes of the MOI after notification to the NM of the creation of the MOI.
An apparatus for processing audio data comprising: means (302, 304, 306) for receiving a plurality of channels of audio data and generating an interaural time delay correction factor; and an interaural time delay correction factor insertion unit for modifying the plurality of channels of audio data as a function of the interaural time delay correction factor, characterized in that the interaural time delay correction factor is used to insert an interaural time delay into the plurality of channels of audio data that corresponds to an estimated interaural delay that is based on relative magnitudes of the channels of audio data. means (302, 304, 306) for receiving a plurality of channels of audio data and generating an interaural time delay correction factor; and an interaural time delay correction factor insertion unit for modifying the plurality of channels of audio data as a function of the interaural time delay correction factor, characterized in that the interaural time delay correction factor is used to insert an interaural time delay into the plurality of channels of audio data that corresponds to an estimated interaural delay that is based on relative magnitudes of the channels of audio data.
A crystalline molecular sieve having ESV framework topology and having a SiO 2 /Al 2 O 3 mole ratio of from 5 to 12, wherein the molecular sieve has, in its calcined form, an X-ray diffraction pattern substantially as shown in the following table: 2-Theta d -Spacing, nm Relative Intensity 7.60 ± 0.20 1.162 W 8.01 ± 0.20 1.103 M 9.74 ± 0.20 0.908 M 12.02 ± 0.20 0.736 M 13.44 ± 0.20 0.658 VS 13.70 ± 0.20 0.646 VS 14.11 ± 0.20 0.627 VS 14.56 ± 0.20 0.608 W 15.30 ± 0.20 0.579 W 15.87 ± 0.20 0.558 W 16.20 ± 0.20 0.547 W 17.16 ± 0.20 0.516 W 17.96 ± 0.20 0.493 W 18.38 ± 0.20 0.482 W 19.12 ± 0.20 0.464 VS 19.31 ± 0.20 0.459 VS 19.70 ± 0.20 0.450 S 20.39 ± 0.20 0.435 W 20.89 ± 0.20 0.425 W 21.16 ± 0.20 0.419 M 21.34 ± 0.20 0.416 M
A lifting device for a roof window, in particular for installation in an inclined roof surface, comprising a lifting arm, a spring assembly with a first coupling member, and a sledge system configured to be slidably connected to one part of the roof window and including a sledge and a second coupling member configured to cooperate with the first coupling member, in which a first end of the lifting arm is rotatably connected with the sledge system and a second end is configured to be connected to another part of the roof window, wherein the sledge system furthermore comprises a runner guided in a sledge guidance of the lifting device, wherein the sledge guidance is adapted to be mounted on the one part of the roof window, characterised in that the runner comprises at least two faces, a runner inner face and a runner outer face, that the sledge has at least two faces, a sledge inner face and a sledge outer face, the runner comprising at least one wall portion (321, 322), and being configured to accommodate said sledge against said runner inner face, and that said runner is provided with at least one recess opposite a respective receiving recess in said sledge, said recesses (314, 324) forming part of said second coupling member. a lifting arm, a spring assembly with a first coupling member, and a sledge system configured to be slidably connected to one part of the roof window and including a sledge and a second coupling member configured to cooperate with the first coupling member, in which a first end of the lifting arm is rotatably connected with the sledge system and a second end is configured to be connected to another part of the roof window, wherein the sledge system furthermore comprises a runner guided in a sledge guidance of the lifting device, wherein the sledge guidance is adapted to be mounted on the one part of the roof window, characterised in that the runner comprises at least two faces, a runner inner face and a runner outer face, that the sledge has at least two faces, a sledge inner face and a sledge outer face, the runner comprising at least one wall portion (321, 322), and being configured to accommodate said sledge against said runner inner face, and that said runner is provided with at least one recess opposite a respective receiving recess in said sledge, said recesses (314, 324) forming part of said second coupling member.
Sealing system for a wall system with a compressible in at least one compression direction and in this compression direction also expandable sealing element, which is able to abut at least one portion of a first wall element and with a holding means which can abut this expandable sealing element in such a way that an expansion of the sealing element at least in the compression direction is prevented by this abutting of the holding means against the sealing element, wherein the holding means has an abutment region and this abutment region can abut a side surface of the sealing element which side surface extends substantially perpendicular to the compression direction, characterized in that the holding means has at least a first fixing means, by means of which it is at least temporarily fixable to the wall element, wherein the holding means is fixable to the wall element by means of a locking means in the form of a clamping element, wherein the sealing system further comprises a release element which is attachable to the wall element and detachable from the wall element, wherein a release of this release element also causes an at least one-sided release of the holding means from the wall element. characterized in that the holding means has at least a first fixing means, by means of which it is at least temporarily fixable to the wall element, wherein the holding means is fixable to the wall element by means of a locking means in the form of a clamping element, wherein the sealing system further comprises a release element which is attachable to the wall element and detachable from the wall element, wherein a release of this release element also causes an at least one-sided release of the holding means from the wall element.