mhurhangee/ep-ind-claims huggingface dataset:
Sensor arrangement for sensing a position of an optical element in a lithography system, wherein the sensor arrangement comprises: a first capacitive sensor device that has a position-dependent variable first sensor capacitance (C CS1) that can be sensed using a first excitation signal (Vexl); a second capacitive sensor device that has a position-dependent variable second sensor capacitance (C CS2) that can be sensed using a second excitation signal (V ex2); a first reading device associated with the first sensor device; a second reading device associated with the second sensor device; and having a control device that is set up to produce the first and second excitation signals (V ex1, V ex2) such that charges that are present on a parasitic capacitance associable with the first sensor device are at least partially compensated for by charges that are present on a parasitic capacitance associable with the second sensor device via a signal path outside the first and/or the second excitation signal path. a first capacitive sensor device that has a position-dependent variable first sensor capacitance (C CS1) that can be sensed using a first excitation signal (Vexl); a second capacitive sensor device that has a position-dependent variable second sensor capacitance (C CS2) that can be sensed using a second excitation signal (V ex2); a first reading device associated with the first sensor device; a second reading device associated with the second sensor device; and having a control device that is set up to produce the first and second excitation signals (V ex1, V ex2) such that charges that are present on a parasitic capacitance associable with the first sensor device are at least partially compensated for by charges that are present on a parasitic capacitance associable with the second sensor device via a signal path outside the first and/or the second excitation signal path.
A toner, comprising: a binder resin; a colorant; and a silicone oil-treated external additive, wherein the silicone oil-treated external additive contains free silicone oil, and a total amount of the free silicone oil is 0.2% by mass to 0.5% by mass relative to the toner as measured according to the description, and wherein the toner has the average circularity of 0.96 to 1. a binder resin; a colorant; and a silicone oil-treated external additive, wherein the silicone oil-treated external additive contains free silicone oil, and a total amount of the free silicone oil is 0.2% by mass to 0.5% by mass relative to the toner as measured according to the description, and wherein the toner has the average circularity of 0.96 to 1.
A stationary phase functionalized with cations selected from the group consisting of nickel and aluminium, and characterized in that it has a positive net charge between 30 and 80 mV; said stationary phase consisting of magnetic or non-magnetic particles of micrometric or nanometric size; wherein the stationary phase is selected from the group consisting of agarose or silicon beads, whether magnetic or non-magnetic, alginate salt matrices, polymers for Immobilized Metal ion Affinity Chromatography (IMAC), nickel chelate acceptor beads, anionic or carbon styrene polymers.
An impeller for a centrifugal blast wheel machine, the impeller comprising: a hub provided at one end of the impeller, the hub being configured to be coupled to a motor; a tapered section provided at an opposite end of the hub, the tapered section defining a media inlet to receive blast media; a plurality of drop-shaped vanes positioned between the hub and the tapered section, the plurality of drop-shaped vanes being spaced from one another on peripheries of the hub and the tapered section, the plurality of drop-shaped vanes defining a plurality of impeller media outlets constructed and arranged to allow egress of blast media upon rotation of the impeller, wherein each vane is drop-shaped having a leading side directed toward a direction of rotation of the impeller and a trailing side opposite the leading side wherein the plurality of drop-shaped vanes being spaced equidistant from one another on peripheries of the hub and the tapered section, wherein the plurality of drop-shaped vanes is spaced from a control cage at a predetermined distance, and wherein each drop-shaped vane has an angle of the leading side between 50° and 70°, preferably an angle between 55° and 60° and a radius of the trailing side between 3 mm and 8 mm, preferably between 4 mm and 7 mm. a hub provided at one end of the impeller, the hub being configured to be coupled to a motor; a tapered section provided at an opposite end of the hub, the tapered section defining a media inlet to receive blast media; a plurality of drop-shaped vanes positioned between the hub and the tapered section, the plurality of drop-shaped vanes being spaced from one another on peripheries of the hub and the tapered section, the plurality of drop-shaped vanes defining a plurality of impeller media outlets constructed and arranged to allow egress of blast media upon rotation of the impeller, wherein each vane is drop-shaped having a leading side directed toward a direction of rotation of the impeller and a trailing side opposite the leading side wherein the plurality of drop-shaped vanes being spaced equidistant from one another on peripheries of the hub and the tapered section, wherein the plurality of drop-shaped vanes is spaced from a control cage at a predetermined distance, and wherein each drop-shaped vane has an angle of the leading side between 50° and 70°, preferably an angle between 55° and 60° and a radius of the trailing side between 3 mm and 8 mm, preferably between 4 mm and 7 mm.
Optical cavity, comprising: - a first elliptical mirror (M 1), having a first focal axis noted A 1, and designed to reflect a light beam emitted by a light source; - a second elliptical mirror (M 2), having a second focal axis noted A 2; - a third elliptical mirror (M 3), having a third focal axis noted A 3, the light beam exiting from the third elliptical mirror (M 3) being designed to be received by a detector; - a first reflector (R 1), arranged to reflect the light beam exiting from the first elliptical mirror (M 1) in the direction of the second elliptical mirror (M 2), and arranged to reflect the light beam exiting from the second elliptical mirror (M 2) in the direction of the third elliptical mirror (M 3); the first, second and third elliptical mirrors (M 1, M 2, M 3) being arranged so that A 1, A 2 and A 3 have a point of intersection, noted F, corresponding to a focus common to the first, second and third elliptical mirrors (M 1, M 2, M 3). - a first elliptical mirror (M 1), having a first focal axis noted A 1, and designed to reflect a light beam emitted by a light source; - a second elliptical mirror (M 2), having a second focal axis noted A 2; - a third elliptical mirror (M 3), having a third focal axis noted A 3, the light beam exiting from the third elliptical mirror (M 3) being designed to be received by a detector; - a first reflector (R 1), arranged to reflect the light beam exiting from the first elliptical mirror (M 1) in the direction of the second elliptical mirror (M 2), and arranged to reflect the light beam exiting from the second elliptical mirror (M 2) in the direction of the third elliptical mirror (M 3);
Method for operating a vehicle having a vehicle drivetrain and having a vehicle brake while shifting down in an automatic transmission in the coasting operation of the vehicle, during which at least one friction-fitting shifting element (C; B) is to be opened and one form-fitting shifting element (A; F) is to be closed, wherein in the region of a drive machine installation a drive torque which bears on an output is at least partially supported at the point in time of requesting the coasting downshift, characterized in that the drive machine installation, prior to carrying out the coasting downshift, is activated for reducing that part of the drive torque that is capable of being supported in the region of the drive machine installation, and part of the drive torque in the region of the vehicle brake is supported by a corresponding activation of the vehicle brake, and in that the friction-fitting shifting element (C; B), as from the point in time when that part of the drive torque that is capable of being supported in the region of the drive machine installation is substantially equal to zero, is transferred to an operating state in which the transmission capability of the friction-fitting shifting element (C; B) is equal to zero, and increasing the activation force causes an immediate increase in the transmission capability of the friction-fitting shifting element (C; B).
Mixing device for mixing hydrogen peroxide and water, comprising: - a mixing chamber provided with a water supply opening and a drain opening for draining the mixture of hydrogen peroxide and water, - two connecting pieces (13, 15) defining the supply opening and the drain opening, which connecting pieces (13, 15) are opposite each other and are in line with each other, - wherein the cross section of the mixing chamber at the location of the water supply opening being larger than the cross section of the water supply opening so that the water leaving the water supply opening and entering the mixing chamber creates a turbulence in the water flow, and - wherein at the water supply opening there is at least one nozzle for injecting hydrogen peroxide into the water flow, which nozzle is directed to the water flow entering the mixing chamber, characterized in the mixing device further comprises a bend piece being inside the mixing chamber, a first end of the bend piece being connected to one of the connecting pieces and the other end of the bend piece defining the water supply opening, that is at right angles to the drain opening, such that the direction of the water flow entering the mixing chamber and the direction of the flow of the mixture leaving the mixing chamber are at right angles to each other. - a mixing chamber provided with a water supply opening and a drain opening for draining the mixture of hydrogen peroxide and water, - two connecting pieces (13, 15) defining the supply opening and the drain opening, which connecting pieces (13, 15) are opposite each other and are in line with each other, - wherein the cross section of the mixing chamber at the location of the water supply opening being larger than the cross section of the water supply opening so that the water leaving the water supply opening and entering the mixing chamber creates a turbulence in the water flow, and - wherein at the water supply opening there is at least one nozzle for injecting hydrogen peroxide into the water flow, which nozzle is directed to the water flow entering the mixing chamber,
A heat insulating sheet, comprising: a resin film having a metal layer; and a nonwoven fabric including resin fiber, wherein the resin film and the nonwoven fabric are joined by through holes penetrating the resin film and the nonwoven fabric, and a ratio (La/Lb) of an average distance (La) between the through holes in the resin film to an average distance (Lb) between the through holes in the nonwoven fabric is 1.0010 or more and 1.10 or less, wherein the nonwoven fabric is in a taut state between the through holes, whereas the resin film having the metal layer is in a loose state between the through holes, and wherein the average distance (La) between the through holes in the resin film and the average distance (Lb) between the through holes in the nonwoven fabric are measured by a method of stretching the wrinkles in the resin film having the metal layer and the nonwoven fabric after once removing the connections in the through holes, and then measuring the distance between the through holes in both at 10 points or more among the same through holes, and calculating the average value. a resin film having a metal layer; and a nonwoven fabric including resin fiber, wherein the resin film and the nonwoven fabric are joined by through holes penetrating the resin film and the nonwoven fabric, and a ratio (La/Lb) of an average distance (La) between the through holes in the resin film to an average distance (Lb) between the through holes in the nonwoven fabric is 1.0010 or more and 1.10 or less, wherein the nonwoven fabric is in a taut state between the through holes, whereas the resin film having the metal layer is in a loose state between the through holes, and wherein the average distance (La) between the through holes in the resin film and the average distance (Lb) between the through holes in the nonwoven fabric are measured by a method of stretching the wrinkles in the resin film having the metal layer and the nonwoven fabric after once removing the connections in the through holes, and then measuring the distance between the through holes in both at 10 points or more among the same through holes, and calculating the average value.
An aircraft system comprising: a rotating component; and a support configured to support the rotating component, wherein the support includes a first end having an outer member, and a second end having an inner member which is located in, and linearly displaceable relative to, the outer member, and the support further including a locking assembly (P 1) that is configured to lock, automatically, the inner member with respect to the outer member for stiffening the support in response to reaching or exceeding a predetermined threshold amount of displacement or load, wherein the locking assembly (P 1) is disposed internally within a housing that is provided at the first end of the support, and wherein the locking assembly comprises at least one slot and a locking member, and wherein, in response to the inner member reaching or exceeding a predetermined threshold amount of a linear or axial displacement within the outer member, the locking member moves with respect to the slot for locking the inner member with respect to the outer member, thereby increasing stiffness of the support. a rotating component; and a support configured to support the rotating component, wherein the support includes a first end having an outer member, and a second end having an inner member which is located in, and linearly displaceable relative to, the outer member, and the support further including a locking assembly (P 1) that is configured to lock, automatically, the inner member with respect to the outer member for stiffening the support in response to reaching or exceeding a predetermined threshold amount of displacement or load, wherein the locking assembly (P 1) is disposed internally within a housing that is provided at the first end of the support, and wherein the locking assembly comprises at least one slot and a locking member, and wherein, in response to the inner member reaching or exceeding a predetermined threshold amount of a linear or axial displacement within the outer member, the locking member moves with respect to the slot for locking the inner member with respect to the outer member, thereby increasing stiffness of the support.
A method for evaluating the suitability of a given BaSO 4 reagent for use as a prothrombin adsorbent in preparing thrombin from a source of prothrombin, the method comprising: a. providing the given BaSO 4 reagent and a source of prothrombin; b. contacting a sample of the given BaSO 4 reagent and the source of prothrombin under conditions allowing adsorption of prothrombin from the source of prothrombin by the given BaSO 4 reagent thereby obtaining BaSO 4 -adsorbed prothrombin; and c. evaluating pro-coagulant activity of the BaSO 4 -adsorbed prothrombin, wherein when the evaluation of c. is carried out by comparing the pro-coagulant activity of the BaSO 4 -adsorbed prothrombin to a pro-coagulant activity of a normal mammalian plasma, the suitability of the given BaSO 4 reagent for use as a prothrombin adsorbant in a process for preparing thrombin is indicated by the pro-coagulant activity of the BaSO 4 -adsorbed prothrombin being not greater than the pro-coagulant activity of normal mammalian plasma. a. providing the given BaSO 4 reagent and a source of prothrombin; b. contacting a sample of the given BaSO 4 reagent and the source of prothrombin under conditions allowing adsorption of prothrombin from the source of prothrombin by the given BaSO 4 reagent thereby obtaining BaSO 4 -adsorbed prothrombin; and c. evaluating pro-coagulant activity of the BaSO 4 -adsorbed prothrombin, wherein when the evaluation of c. is carried out by comparing the pro-coagulant activity of the BaSO 4 -adsorbed prothrombin to a pro-coagulant activity of a normal mammalian plasma, the suitability of the given BaSO 4 reagent for use as a prothrombin adsorbant in a process for preparing thrombin is indicated by the pro-coagulant activity of the BaSO 4 -adsorbed prothrombin being not greater than the pro-coagulant activity of normal mammalian plasma.
A video encoding method for encoding a plurality of images as a multi-viewpoint video image, the method comprising: a reference parallax data setting step of setting global parallax data which indicates an average vector of parallax vectors between a first image and an already-encoded second image, in order to encode target encoding data assigned to a predetermined position in the first image, the parallax vectors being obtained by performing block matching between each block, into which the first image is divided, and the already-encoded second image; a corresponding position setting step of setting a corresponding position in the second image, which can correspond to the predetermined position, by using the global parallax data; a code table setting step of performing code table switching so as to select a code table which is used for entropy encoding, based on already-encoded target encoding data assigned to the corresponding position; a target encoding data encoding step of encoding the target encoding data in the first image by using the code table; and a global parallax data encoding step of encoding the global parallax data. a reference parallax data setting step of setting global parallax data which indicates an average vector of parallax vectors between a first image and an already-encoded second image, in order to encode target encoding data assigned to a predetermined position in the first image, the parallax vectors being obtained by performing block matching between each block, into which the first image is divided, and the already-encoded second image; a corresponding position setting step of setting a corresponding position in the second image, which can correspond to the predetermined position, by using the global parallax data; a code table setting step of performing code table switching so as to select a code table which is used for entropy encoding, based on already-encoded target encoding data assigned to the corresponding position; a target encoding data encoding step of encoding the target encoding data in the first image by using the code table; and a global parallax data encoding step of encoding the global parallax data.
Door-locking device for locking the door of household appliance, said door providing a closure hook, and at least a gasket provided on said door and/or on said household appliance, said device being characterised in that it provides a locking hook, coupling with said household appliance closure hook, a slider, movable along a direction substantially parallel to the household appliance wall on which the door is provided, a lever compensating clearance of said gasket sealing closure, and kinematic means coupling said locking hook and said recovery lever, said locking hook being rotably coupled with said kinematic means and being movable according to a direction substantially perpendicular with respect to the movement direction of said slider, elastic means being further provided, aiming maintaining said kinematic means in a door closure position, and interaction means between said slider and said kinematic means for locking position each other in the door closure position, said locking hook being slidably connected to the slider and movable according to a direction substantially perpendicular with respect to the movement direction of the slider.
An electronic device with a housing and a flexible printed circuit board foil connected electrically to the housing, whereby the flexible printed circuit board foil has a functional section which is outside the housing and which carries sensors and/or display elements and is designed to be assembled to the rear side of an operating panel characterised by the fact that an elastomer body and a strip in a non-elastomeric plastic are fitted between the exterior of the housing and the rear side of the functional section, the exterior of the housing and the main surfaces of the elastomer body and the strip are principally located parallel to each other and the strip attached to the housing fixes the elastomer body to the housing by clamping or as a complete fit
A sealing system of a gas turbine engine having an axial centerline, comprising: a stationary carbon segment; and a seal plate in the bearing compartment that rotates when the engine is operated, wherein the seal plate includes an end face (342; 352') that is opposed to an interface between the carbon segment and the seal plate, and wherein the end face (342; 352') includes at least one groove that conveys a liquid cooling fluid; wherein the at least one groove includes a plurality of grooves formed between a plurality of fins, and wherein the grooves and fins are formed in an alternating sequence; characterised in that the end face (342; 352') has a variable groove width (370'; 380') to pitch (368'; 378') ratio over a radial span of the end face (342; 352') and the groove width (370'; 380') to pitch (368'; 378') ratio increases from an inner diameter of the end face (342; 352') towards an outer diameter of the end face (342; 352'). a stationary carbon segment; and a seal plate in the bearing compartment that rotates when the engine is operated, wherein the seal plate includes an end face (342; 352') that is opposed to an interface between the carbon segment and the seal plate, and wherein the end face (342; 352') includes at least one groove that conveys a liquid cooling fluid; wherein the at least one groove includes a plurality of grooves formed between a plurality of fins, and wherein the grooves and fins are formed in an alternating sequence; characterised in that the end face (342; 352') has a variable groove width (370'; 380') to pitch (368'; 378') ratio over a radial span of the end face (342; 352') and the groove width (370'; 380') to pitch (368'; 378') ratio increases from an inner diameter of the end face (342; 352') towards an outer diameter of the end face (342; 352').
A method for producing a black-plated steel sheet, comprising: providing a hot-dip Al and Mg-containing Zn-plated steel sheet comprising a hot-dip Al and Mg-containing Zn-plated layer which comprises 1.0mass% or more and 22.0mass% or less of A1 and 1.5mass% or more and 10.0mass% or less of Mg; and contacting the hot-dip Al and Mg-containing Zn-plated steel sheet with water vapor in a closed vessel, wherein: an oxygen concentration in the closed vessel is 13% or less. providing a hot-dip Al and Mg-containing Zn-plated steel sheet comprising a hot-dip Al and Mg-containing Zn-plated layer which comprises 1.0mass% or more and 22.0mass% or less of A1 and 1.5mass% or more and 10.0mass% or less of Mg; and contacting the hot-dip Al and Mg-containing Zn-plated steel sheet with water vapor in a closed vessel, wherein: an oxygen concentration in the closed vessel is 13% or less.