mhurhangee/ep-ind-claims huggingface dataset:
A method for diagnosing or tracking the progress of lung cancer comprising detecting a haptoglobin alpha chain variant which has an arginine as the C-terminal residue (HpαR) in a blood sample.
Anti-lock braking arrangement for a vehicle (100; 200), in particular for a two-wheeled vehicle, having a first braking device; characterized by a centrifugal clutch which is provided to couple a first element of the first braking device and a first wheel of the vehicle (100; 200) to one another in this way, a braking torque flow from the first element of the first braking device to the first wheel being interrupted by means of the centrifugal clutch if an angular velocity of the first wheel undershoots a predefined limit value, the braking torque flow being interrupted by way of the centrifugal clutch if the angular velocity of the first wheel corresponds to a value of substantially zero about a rotational axis of the first wheel in relation to a component of the vehicle (100; 200), on which component the first wheel is mounted rotatably.
A curable composition comprising an alkoxysilylalkylaminopropyl-modified polysiloxane compound of the following general formula and a hydrolyzable group-containing organosilicon compound: wherein R 1 s each independently represent a substituted or unsubstituted monovalent hydrocarbon group having 1 to 10 carbon atoms, R 2 and R 3 each independently represent an unsubstituted monovalent hydrocarbon group having 1 to 6 carbon atoms, R 4 represents a divalent hydrocarbon group having 1 to 20 carbon atoms, which may contain a sulfur atom, a silicon atom, an ester bond or a urea bond, p is an integer of 1 to 1000, q is 0 or 1, r is 0, 1 or 2, and X represents a group of the following general formula or R 13Si: wherein R 2 to R 4, q and r represent the same meaning as described above.
A method for manufacturing electrical devices, primarily transformer windings, comprising a step of filling an apparatus with varnish and solvent for varnish preparation, heating up of varnish and degassing thereof, vacuum treatment of the device, impregnation thereof with varnish and drying thereof under cyclic high-speed vacuum treatment which ensures pressure in the plants of less than 13,3 KPa (100 mm Hg) during less than 0.1 s, with vacuum relief to atmospheric pressure characterized in that the drying process under the cyclic high-speed vacuum treatment is performed after preheating the electrical device before applying the high-speed vacuum treatment, to at least the temperature of the saturated vapour of the solvent and at pressure of the pulse vacuum treatment, and at the end of each cycle of the high-speed vacuum treatment the device is blasted with hot air at the temperature of not more than 120°C, and the processes of heating and degassing of varnish and impregnation of the device therewith are performed at the temperature of not more than 50°C and the pressure of at least 13 kPa.
A light-field microscope, comprising: a light source configured for generating illumination light; a condenser lens configured for receiving the illumination light from the light source and outputting the illumination light as focused illumination light; a light-sheet focusing device configured for receiving the focused illumination light from the condenser lens and outputting the illumination light as a light sheet on an illumination axis; a sample stage configured for supporting a sample in a sample plane and for receiving the light sheet along the illumination axis being non-parallel to the sample plane; an objective lens configured for receiving detection light from the sample on a detection light axis; a microlens array configured for receiving the detection light from the objective lens; and a light detector configured for receiving the detection light from the microlens array and measuring light-field parameters of the detection light, characterized in that the detection light axis and the illumination light axis are coincident. a light source configured for generating illumination light; a condenser lens configured for receiving the illumination light from the light source and outputting the illumination light as focused illumination light; a light-sheet focusing device configured for receiving the focused illumination light from the condenser lens and outputting the illumination light as a light sheet on an illumination axis; a sample stage configured for supporting a sample in a sample plane and for receiving the light sheet along the illumination axis being non-parallel to the sample plane; an objective lens configured for receiving detection light from the sample on a detection light axis; a microlens array configured for receiving the detection light from the objective lens; and a light detector configured for receiving the detection light from the microlens array and measuring light-field parameters of the detection light, characterized in that the detection light axis and the illumination light axis are coincident.
A coating material system comprising components to, having: at least one polyhydroxy group-containing compound, where the acid number of the polyhydroxy group-containing compound of component is not more than 15 mg KOH/g of the corresponding polyhydroxy group-containing compound and where the polyhydroxy group-containing compound of component is selected from the group of the polyacrylate polyols and/or the polymethacrylate polyols, at least one polyisocyanate-containing compound, and as catalyst at least two salts of an aliphatic monocarboxylic acid having at least four carbon atoms, the metal component of the first salt comprising bismuth (Bi), and the metal component of the second salt comprising magnesium (Mg), sodium (Na), potassium or calcium (Ca), where i) components,, and are present separately from one another or ii) are mixed wholly or at least partly with one another. at least one polyhydroxy group-containing compound, where the acid number of the polyhydroxy group-containing compound of component is not more than 15 mg KOH/g of the corresponding polyhydroxy group-containing compound and where the polyhydroxy group-containing compound of component is selected from the group of the polyacrylate polyols and/or the polymethacrylate polyols, at least one polyisocyanate-containing compound, and as catalyst at least two salts of an aliphatic monocarboxylic acid having at least four carbon atoms, the metal component of the first salt comprising bismuth (Bi), and the metal component of the second salt comprising magnesium (Mg), sodium (Na), potassium or calcium (Ca), i) components,, and are present separately from one another or ii) are mixed wholly or at least partly with one another.
Objective changing and focussing apparatus for microscopes containing a plurality of objectives, and having an optical axis Z, the apparatus contains: - a first rail system having a first guide rail affixable to the microscope and a first moving member guided by the first guide rail, wherein the first rail system is arranged along an axis X perpendicular to the optical axis Z, - a first drive unit in drive connection with the first rail system, - a plurality of objective interface elements, adapted for being connected to the objectives, arranged next to one another along the X axis and fixed to the first moving member movably along the Z axis, - a second rail system having a second guide rail fixed to the microscope and a second moving member guided by the second guide rail, wherein the second rail system is arranged parallel to the optical axis Z, and defines a starting position along the X axis, and - a second drive unit having a second drive connection with the second rail system, and the second moving member is provided with a lifting element providing a releasable connection with the objective interface element located in the starting position, wherein each of the objective interface elements is formed as an objective-holding socket having a hollow upper part and a supporting part perpendicular thereto, adapted for damping the mechanical vibrations occurring in the objective interface element while it is being moved along the optical axis Z. - a first rail system having a first guide rail affixable to the microscope and a first moving member guided by the first guide rail, wherein the first rail system is arranged along an axis X perpendicular to the optical axis Z, - a first drive unit in drive connection with the first rail system, - a plurality of objective interface elements, adapted for being connected to the objectives, arranged next to one another along the X axis and fixed to the first moving member movably along the Z axis, - a second rail system having a second guide rail fixed to the microscope and a second moving member guided by the second guide rail, wherein the second rail system is arranged parallel to the optical axis Z, and defines a starting position along the X axis, and - a second drive unit having a second drive connection with the second rail system, and the second moving member is provided with a lifting element providing a releasable connection with the objective interface element located in the starting position, wherein each of the objective interface elements is formed as an objective-holding socket having a hollow upper part and a supporting part perpendicular thereto, adapted for damping the mechanical vibrations occurring in the objective interface element while it is being moved along the optical axis Z.
A multi-projection system installed in a theater comprising: two or more projection devices adapted to project images on a plurality of projection surfaces wherein the plurality of projection surfaces comprise different types of projection surfaces; and a management device adapted to manage the images projected by the two or more projection devices and to control the two or more projection devices, wherein images which are synchronized with each other are projected on the plurality of projection surfaces; characterized in that the management device is adapted to correct images to be projected on the plurality of projection surfaces based on relative reflectivity of the projection surfaces so as to consider the difference between the plural projection surfaces caused by the relative differences in reflectivity, and to transmit the corrected images to the two or more projection devices, and that the two or more projection devices comprise: a projection device which is adapted to project a main image of digital cinema package or digital screen advertising; and a projection device which is adapted to project an auxiliary image unified with the background of the main image. two or more projection devices adapted to project images on a plurality of projection surfaces wherein the plurality of projection surfaces comprise different types of projection surfaces; and a management device adapted to manage the images projected by the two or more projection devices and to control the two or more projection devices, wherein images which are synchronized with each other are projected on the plurality of projection surfaces; characterized in that the management device is adapted to correct images to be projected on the plurality of projection surfaces based on relative reflectivity of the projection surfaces so as to consider the difference between the plural projection surfaces caused by the relative differences in reflectivity, and to transmit the corrected images to the two or more projection devices, and that the two or more projection devices comprise: a projection device which is adapted to project a main image of digital cinema package or digital screen advertising; and a projection device which is adapted to project an auxiliary image unified with the background of the main image. a projection device which is adapted to project a main image of digital cinema package or digital screen advertising; and a projection device which is adapted to project an auxiliary image unified with the background of the main image.
A control device for a brake system of a rail vehicle, in which the brake system has at least one first braking device (41, 42, 71, 72; 43, 44) and one second braking device (45, 46; 47, 48, 77, 78), which can be actuated with an actuating force during braking; the first braking device (41, 42, 71, 72; 43, 44) and the second braking device (45, 46; 47, 48, 77, 78) being adhesion-dependent braking devices; the control device being capable of receiving and/or generating an adhesion deficiency signal which indicates insufficient adhesion for the first braking device (41, 42, 71, 72; 43, 44); characterised in that the control device is furthermore designed to actuate the second braking device (45, 46; 47, 48, 77, 78) with an increased actuating force during braking when an adhesion deficiency signal is present,
A multiple wireless network service system comprising: one or more proxy servers, each coupled between an Internet network and at least one of a first wireless provider access network and a second wireless provider access network; a service controller to facilitate configuration of one or more elements in each of the first and second wireless provider access networks to allow each of an identified plurality of end-user devices, operable on both the first and second wireless provider access networks, to connect through the wireless provider access networks to the one or more proxy servers; and a service processor on each of the plurality of end-user devices, each service processor configured to, when that device is connected to the first wireless provider access network and when that device is connected to the second wireless provider access network, communicate data traffic for a given data service with the one or more proxy servers; the service controller further configured to provide a service policy to the one or more proxy servers to control the use of the given Internet data service by each of the end-user devices; and the one or more proxy servers further configured to connect with each of the plurality of end-user devices, and when connected to one of the end-user devices, provide the given data service to that end-user device subject to the service policy. one or more proxy servers, each coupled between an Internet network and at least one of a first wireless provider access network and a second wireless provider access network; a service controller to facilitate configuration of one or more elements in each of the first and second wireless provider access networks to allow each of an identified plurality of end-user devices, operable on both the first and second wireless provider access networks, to connect through the wireless provider access networks to the one or more proxy servers; and a service processor on each of the plurality of end-user devices, each service processor configured to, when that device is connected to the first wireless provider access network and when that device is connected to the second wireless provider access network, communicate data traffic for a given data service with the one or more proxy servers; the service controller further configured to provide a service policy to the one or more proxy servers to control the use of the given Internet data service by each of the end-user devices; and the one or more proxy servers further configured to connect with each of the plurality of end-user devices, and when connected to one of the end-user devices, provide the given data service to that end-user device subject to the service policy.
A power supply system to a two-dimensional communication sheet, comprising: the two-dimensional communication sheet that has a dielectric layer, a first conductor layer covering a rear surface of the dielectric layer, and a second conductor layer covering a front surface of the dielectric layer and composed of a mesh-shaped wiring pattern; and a power supply port for supplying power to the two-dimensional communication sheet, the power supply port having a first power supply plate provided separately at a rear side of the first conductor layer, a second power supply plate provided at a position opposite to the first power supply plate separately at a front side of the second conductor layer, a first power supply body electrically connected with the first power supply plate, and a second power supply body electrically connected with the second power supply plate, characterised in that the first power supply body is formed into a columnar shape protruding from the first power supply plate while passing through the dielectric layer, the second power supply body is protruded from the second power supply plate to enclose the first power supply body circumferentially, and the first power supply body and the second power supply body are configured to be connectable to a coaxial cable for power supply. the two-dimensional communication sheet that has a dielectric layer, a first conductor layer covering a rear surface of the dielectric layer, and a second conductor layer covering a front surface of the dielectric layer and composed of a mesh-shaped wiring pattern; and a power supply port for supplying power to the two-dimensional communication sheet, the power supply port having a first power supply plate provided separately at a rear side of the first conductor layer, a second power supply plate provided at a position opposite to the first power supply plate separately at a front side of the second conductor layer, a first power supply body electrically connected with the first power supply plate, and a second power supply body electrically connected with the second power supply plate, characterised in that the first power supply body is formed into a columnar shape protruding from the first power supply plate while passing through the dielectric layer, the second power supply body is protruded from the second power supply plate to enclose the first power supply body circumferentially, and the first power supply body and the second power supply body are configured to be connectable to a coaxial cable for power supply.
A method for encoding video data, the method comprising: encoding one or more blocks of a frame of video data using intra-predictive coding relative to one or more neighboring blocks in the same frame; and encoding samples of one or more other blocks of pixels of the frame of video data using a quantized PCM mode according to an output bit-depth in which the samples of the one or more other blocks of pixels are quantized according to a quantization step wherein the quantization step is selected such that an amount of distortion presented by the PCM-coded video data is similar to the amount of distortion presented by the predictively coded video data prior to application of PCM coding the PCM coding being coding pixel values without prediction, transform coding, and entropy coding. encoding one or more blocks of a frame of video data using intra-predictive coding relative to one or more neighboring blocks in the same frame; and encoding samples of one or more other blocks of pixels of the frame of video data using a quantized PCM mode according to an output bit-depth in which the samples of the one or more other blocks of pixels are quantized according to a quantization step wherein the quantization step is selected such that an amount of distortion presented by the PCM-coded video data is similar to the amount of distortion presented by the predictively coded video data prior to application of PCM coding the PCM coding being coding pixel values without prediction, transform coding, and entropy coding.
Connecting device for connecting two components, wherein the connecting device comprises a main body, which main body comprises a receiving channel extending through the main body for accommodating a fixing element, wherein the receiving channel is accessible at an end by way of an insertion opening of the main body and/or at an end, in particular a further end, by way of a fixing opening of the main body, wherein the main body comprises a base section and a plurality of anchoring sections projecting away or protruding from the base section for anchoring the main body in one of the components, wherein the plurality of anchoring sections are configured as thickenings that are cylindrical at least in sections and wherein the thickenings that are cylindrical at least in sections directly adjoin one another and overlap one another.
A method of processing an infrared image, comprising: processing the infrared image to provide a first part comprising a low spatial frequency high amplitude portion, named background portion, of the infrared image and to provide a second part comprising a high spatial frequency, low amplitude portion, named detail portion, of the infrared image; scaling the amplitude of the background portion (306,618) and/or the amplitude of the detail portion (310,622) to provide a level of the detail portion relative to a level of the background portion; and merging (314,624) the background portion and the detail portion after the scaling to provide a processed infrared image; characterized in that the method further comprises receiving an adaptive contrast value as a control signal value from a user using one user control component, and in that the processing and the scaling use filtering and gain values corresponding to the adaptive contrast value, and is controlled by the variable σ R, which defines the amplitude of the detail portion, and the parameter D2BR, which defines the ratio of the amplitude of the detail portion to the amplitude of the background portion. processing the infrared image to provide a first part comprising a low spatial frequency high amplitude portion, named background portion, of the infrared image and to provide a second part comprising a high spatial frequency, low amplitude portion, named detail portion, of the infrared image; scaling the amplitude of the background portion (306,618) and/or the amplitude of the detail portion (310,622) to provide a level of the detail portion relative to a level of the background portion; and merging (314,624) the background portion and the detail portion after the scaling to provide a processed infrared image; characterized in that the method further comprises receiving an adaptive contrast value as a control signal value from a user using one user control component, and in that the processing and the scaling use filtering and gain values corresponding to the adaptive contrast value, and is controlled by the variable σ R, which defines the amplitude of the detail portion, and the parameter D2BR, which defines the ratio of the amplitude of the detail portion to the amplitude of the background portion.