mhurhangee/ep-ind-claims huggingface dataset:
A method for installing a sensor onto an inner surface (T SI) of a tire, comprising: robotically deglazing at least a portion of the inner surface (T SI) of the tire, defining a preconditioned surface; robotically selecting the sensor; cleaning a target surface of the sensor; robotically applying an adhesive to at least a portion of the preconditioned surface or the target surface of the sensor; robotically positioning the sensor, wherein the target surface of the sensor abuts the preconditioned surface; and robotically performing a wet-out operation, characterized in that, while the sensor abuts the preconditioned surface, the sensor is manipulated by moving the sensor in (i) a rocking motion and (ii) a rotating motion, and wherein a predetermined pressure is applied to the sensor for a predetermined period of time to affix the sensor to the preconditioned surface. robotically deglazing at least a portion of the inner surface (T SI) of the tire, defining a preconditioned surface; robotically selecting the sensor; cleaning a target surface of the sensor; robotically applying an adhesive to at least a portion of the preconditioned surface or the target surface of the sensor; robotically positioning the sensor, wherein the target surface of the sensor abuts the preconditioned surface; and robotically performing a wet-out operation, characterized in that, while the sensor abuts the preconditioned surface, the sensor is manipulated by moving the sensor in (i) a rocking motion and (ii) a rotating motion, and wherein a predetermined pressure is applied to the sensor for a predetermined period of time to affix the sensor to the preconditioned surface.
A rotary clamping mechanism, comprising a cylinder and a rotary member; the rotary member is a clamping member wherein an upper part of the clamping member is provided with two upper sliding blocks and a lower part of the clamping member is provided with two lower sliding blocks; a wall groove is arranged at a lower side of the inner wall of the cylinder; a lower edge of the inner wall of the cylinder is configured with two arc-shaped blocks; the lower side of the rotary member touches against the inside of the wall groove which is configured with an arc-shaped groove in a stagger way with the arc-shaped blocks to contract and compress by rotation; characterized in that the clamping member is an integral clamping member.
A method for determining the wear volume of a mechanical seal in the case of singular wear events, wherein a temperature (T v) is measured at the seal face or seat of the mechanical seal with high temporal resolution, wherein an area (A v) under a function of the measured temperature profile (T v = f(t)) in the case of short-term temperature changes (dt) which are less than 60 s, compared with a normal temperature (T N), which corresponds to the temperature profile of a mechanical seal without wear, is determined by measuring the temperature (T v) with subsequent integration of the function of the measured temperature profile (T v = f(t)), the determined area (A V) being multiplied by a mechanical seal-specific factor in order to calculate the wear volume.
An assay for identifying a bacterium capable of binding elemental gold and/or silver, comprising the following steps: (i) cultivating a test bacterium in a suitable first culture medium; (ii) immersing at least a surface portion of a test tool into the first culture medium for a second predetermined period of time, said surface portion being coated by the elemental gold and/or silver, respectively; (iii) removing said test tool from said first culture medium; (iv) contacting a second culture medium with the surface portion coated by the elemental gold and/or silver of said test tool removed in the previous step for inoculating the second culture medium with any test bacteria adhering to the surface portion of the test tool; and (v) identifying the test bacterium as being capable of binding the elemental gold and/or silver from growth of the test bacterium in said second culture medium. (i) cultivating a test bacterium in a suitable first culture medium; (ii) immersing at least a surface portion of a test tool into the first culture medium for a second predetermined period of time, said surface portion being coated by the elemental gold and/or silver, respectively; (iii) removing said test tool from said first culture medium; (iv) contacting a second culture medium with the surface portion coated by the elemental gold and/or silver of said test tool removed in the previous step for inoculating the second culture medium with any test bacteria adhering to the surface portion of the test tool; and (v) identifying the test bacterium as being capable of binding the elemental gold and/or silver from growth of the test bacterium in said second culture medium.
An artificial eyelash structure comprising: a mounting member and multiple eyelashes, which are made from one same thin film as a unitary body, wherein said mounting member is a narrow elongated thin strip having a bonding portion for adhering to an eyelid and a bendable portion characterised in that said bendable portion enables said bonding portion to be curved into a smoothly arched shape alter bending said bonding portion about the bendable portion relative to the eyelashes; wherein said eyelashes extend essentially at a right angle to the bonding portion when said bonding portion of said mounting member is curved into a smoothly arched shape. a mounting member and multiple eyelashes, which are made from one same thin film as a unitary body, wherein said mounting member is a narrow elongated thin strip having a bonding portion for adhering to an eyelid and a bendable portion characterised in that said bendable portion enables said bonding portion to be curved into a smoothly arched shape alter bending said bonding portion about the bendable portion relative to the eyelashes; wherein said eyelashes extend essentially at a right angle to the bonding portion when said bonding portion of said mounting member is curved into a smoothly arched shape.
Electrical plug connector with a plug-connection member (12; 112) which can be plug-connected with a complementary plug-connection member in order to produce an electrical connection and which has a longitudinal axis (16; 118), and with a cable outlet member which has a cable guidance channel with a front channel section facing the plug-connection member (12; 112) and oriented in alignment with the longitudinal axis (16; 118) of the plug-connection member (12; 112) and with a rear channel section remote from the plug-connection member (12; 112) and oriented at an angle to the longitudinal axis (16; 118) of the plug-connection member (12; 112), the cable outlet member being able to be connected detachably to the plug-connection member (12; 112) in a plurality of orientations, wherein the cable outlet member can be connected detachably to the plug-connection member (12; 112) by a pivoting movement about a pivot axis arranged obliquely or perpendicular to the longitudinal axis of the plug-connection member or by a linear movement along the longitudinal axis of the plug-connection member, wherein the electrical plug connector has a plurality of first connecting elements (78, 80, 82, 84) which are located diametrically opposed to one another in pairs, and also two second connecting elements (42, 46; 114, 116) which are located diametrically opposed to one another, with one pair of the first connecting elements (78, 80, 82, 84) in each case being able to be connected detachably to the second connecting elements (42, 46; 114, 116) in the individual orientations of the cable outlet part, wherein the first connecting elements are configured as connection lugs (78, 80, 82, 84) and wherein the second connecting elements are configured as connection receptacles (42, 46; 114, 116), with one pair of connection lugs (78, 80, 82, 84) being able to be introduced into the connection receptacles (42, 46; 114, 116) in each orientation of the cable outlet member, characterized in that the electrical plug connector (10; 110) has at least one locking member (34; 120) for detachably locking the cable outlet member on the plug-connection member (12; 112), the locking member (34; 120) being mounted so as to be pivotable about a pivot axis oriented obliquely or perpendicular to the longitudinal axis of the plug-connection member or so as to be linearly displaceable perpendicular to the longitudinal axis of the plug-connection member.
A method, performed by an image processing system, for reducing noise in a digital image, comprising: calculating a spatial weight for each pixel s in a current frame, wherein said spatial weight is computed based on a summation of diffused values associated with the pixel s; and selectively filtering an intensity I of the pixel s spatially using said spatial weight, wherein the spatially diffused values are calculated according to the formula: T _ weight _ spatial = ∑ ψ l t, p − I t, s; where I represents pixel intensity; (t,s) specifies each pixel in the current frame t, and the spatial diffused values comprise intensity difference between the pixel s and its neighbouring pixels p in a spatial domain, wherein filtering the intensity I of the pixel s spatially is according to the formula: Spatial _ filtered _ sample = I t s + λ * T _ weight _ spatial; where λ is a constant, wherein selectively filtering the intensity I of the pixel s spatially comprises selecting a constant value rho such that: ψ x = 1 − x / rho ∧ 2 ∧ 2; if x < = rho; ψ x = 0; if x > rho, and wherein rho is selected to be proportional to a variance of noise in the image. calculating a spatial weight for each pixel s in a current frame, wherein said spatial weight is computed based on a summation of diffused values associated with the pixel s; and selectively filtering an intensity I of the pixel s spatially using said spatial weight, wherein the spatially diffused values are calculated according to the formula: T _ weight _ spatial = ∑ ψ l t, p − I t, s; where I represents pixel intensity; (t,s) specifies each pixel in the current frame t, and the spatial diffused values comprise intensity difference between the pixel s and its neighbouring pixels p in a spatial domain, wherein filtering the intensity I of the pixel s spatially is according to the formula: Spatial _ filtered _ sample = I t s + λ * T _ weight _ spatial; where λ is a constant, wherein selectively filtering the intensity I of the pixel s spatially comprises selecting a constant value rho such that: ψ x = 1 − x / rho ∧ 2 ∧ 2; if x < = rho; ψ x = 0; if x > rho, and wherein rho is selected to be proportional to a variance of noise in the image.
A method of presenting visual information to a user, the method comprising: detecting a first position of a display relative to a surrounding environment; detecting in real time rotation of the display about a fixed base from the first position toward a second position, the detected rotation relative to the surrounding environment, wherein the first position and the second position respectively comprise any orientation of the display including horizontal, vertical or any orientation therebetween relative to the fixed base; and based upon the rotation of the display relative to the surrounding environment, updating a presentation of visual information on the display in real time, wherein the visual information is oriented relative to a virtual reference frame irrespective of the orientation of the display, such that the display appears to the user as a window into a virtual or remote environment and movement of the display alters the window through which the user views the visual information without moving the visual information relative to an initial position; and during the detected rotation, providing a torque in a direction of the rotation at a first stage, and providing a dampening torque with a dampening device against the direction of the rotation at a second stage, the dampening torque being relative to a rate of movement of the display. detecting a first position of a display relative to a surrounding environment; detecting in real time rotation of the display about a fixed base from the first position toward a second position, the detected rotation relative to the surrounding environment, wherein the first position and the second position respectively comprise any orientation of the display including horizontal, vertical or any orientation therebetween relative to the fixed base; and based upon the rotation of the display relative to the surrounding environment, updating a presentation of visual information on the display in real time, wherein the visual information is oriented relative to a virtual reference frame irrespective of the orientation of the display, such that the display appears to the user as a window into a virtual or remote environment and movement of the display alters the window through which the user views the visual information without moving the visual information relative to an initial position; and during the detected rotation, providing a torque in a direction of the rotation at a first stage, and providing a dampening torque with a dampening device against the direction of the rotation at a second stage, the dampening torque being relative to a rate of movement of the display.
A user device apparatus comprising: - means for storing a user key and a token relating to a resource, the token comprising the user key in encrypted form, and - means for participating in an access interaction with the resource, the access interaction being based at least partly on the token and the user key, the access interaction comprising a management phase and an access phase, the management phase distinct from the access phase and the management phase completed before the access phase begins, and by the means for participating being configured to send any management data, received from a server, relating to the resource to the resource in the management phase and to then participate in performing the access phase with the resource to access the resource and by the management data comprising constraints that need to be satisfied in order to have acces to the resource. - means for storing a user key and a token relating to a resource, the token comprising the user key in encrypted form, and - means for participating in an access interaction with the resource, the access interaction being based at least partly on the token and the user key,
Network device, comprising two interfaces (1, 2) for connection to an access-protected access point of a data network and to a network component that is intended to be allowed direct access to the data network via the access point, wherein the network component does not yet store authentication data for accessing the data network, wherein the network device is configured such that it authenticates itself at the access point using authentication data when the access point is connected and the network component is connected and, if authentication is successful, permits limited access by the connected network component to the data network via the access point for at least such network components as satisfy one or more predetermined criteria, wherein the limited access is restricted to the network component requesting authentication data for the access point from a registration server in the data network.
A method performed by a network node (120, 700) of a packet data communication network, for controlling wireless transmission of delay-sensitive data from a first UE, which first UE is capable of changing between a TTI bundling enabled mode and a TTI bundling disabled mode, the method comprising: obtaining a plurality of measured noise and interference power values, IN values, of signals received at a receiver in one or more frequency sub-bands, determining IN for a lowest X percentile of the measured IN values, applying the determined IN for the lowest X percentile as a measure of the noise; obtaining a measured signal strength value for a signal received at the receiver from the first UE, determining SNR for the signal from the first UE by applying the determined noise measure, and, deciding that the first UE is to be in TTI bundling enabled mode when the determined SNR is below a first threshold value, and deciding that the first UE is to be in TTI bundling disabled mode when the determined SNR is above a second threshold value. obtaining a plurality of measured noise and interference power values, IN values, of signals received at a receiver in one or more frequency sub-bands, determining IN for a lowest X percentile of the measured IN values, applying the determined IN for the lowest X percentile as a measure of the noise; obtaining a measured signal strength value for a signal received at the receiver from the first UE, determining SNR for the signal from the first UE by applying the determined noise measure, and, deciding that the first UE is to be in TTI bundling enabled mode when the determined SNR is below a first threshold value, and deciding that the first UE is to be in TTI bundling disabled mode when the determined SNR is above a second threshold value.
A method, carried out by a positioning node, for enabling a user equipment to perform measurements for positioning said user equipment using a selected carrier frequency in a communications network, the method comprising: acquiring (201, 202, 203, 204, 301) information from a base station, wherein the information comprises: information about a set of carrier frequencies, and which information comprises information about at least a channel number and a bandwidth for each respective carrier frequency in the set; and TDD-related information, or sub-frame configuration information comprising a pattern indicating low-interference sub-frames; selecting at least one carrier frequency, to be used by the user equipment for performing inter-frequency measurements, based on the acquired information; and sending (209, 212, 308) information about the selected at least one carrier frequency to the base station and the user equipment, which information further comprises at least a channel number and a bandwidth for the selected carrier frequency. acquiring (201, 202, 203, 204, 301) information from a base station, wherein the information comprises: information about a set of carrier frequencies, and which information comprises information about at least a channel number and a bandwidth for each respective carrier frequency in the set; and TDD-related information, or sub-frame configuration information comprising a pattern indicating low-interference sub-frames; information about a set of carrier frequencies, and which information comprises information about at least a channel number and a bandwidth for each respective carrier frequency in the set; and TDD-related information, or sub-frame configuration information comprising a pattern indicating low-interference sub-frames; selecting at least one carrier frequency, to be used by the user equipment for performing inter-frequency measurements, based on the acquired information; and sending (209, 212, 308) information about the selected at least one carrier frequency to the base station and the user equipment, which information further comprises at least a channel number and a bandwidth for the selected carrier frequency.
An information processing program to be executed by a computer of an information processing device for calculating an attitude of an input unit having a magnetic sensor, the information processing program causing the computer to function as: an obtaining unit (8, S1) for repeatedly obtaining detected magnetic vectors detected by the magnetic sensor; a center estimation unit (8, S19) for repeatedly estimating a center position of a spherical body having a curved surface which is estimated based on end point positions of the detected magnetic vectors; and an attitude calculation unit (8, S38) for calculating the attitude of the input unit based on a direction vector representing a direction from the center position to the end point position of the detected magnetic vector, wherein each time a detected magnetic vector is obtained, the center estimation unit updates the center position so that at least some of lengths from the center position to end points of the detected magnetic vectors used for the estimation of the center position are brought closer to an average between the lengths and for each of at least some of the detected magnetic vectors including a newly-obtained detected magnetic vector, the center estimation unit moves the center position before an update by a distance corresponding to a predetermined proportion of a difference between the average and a length from the end point of the detected magnetic vector to the center position before the update. an obtaining unit (8, S1) for repeatedly obtaining detected magnetic vectors detected by the magnetic sensor; a center estimation unit (8, S19) for repeatedly estimating a center position of a spherical body having a curved surface which is estimated based on end point positions of the detected magnetic vectors; and an attitude calculation unit (8, S38) for calculating the attitude of the input unit based on a direction vector representing a direction from the center position to the end point position of the detected magnetic vector, wherein each time a detected magnetic vector is obtained, the center estimation unit updates the center position so that at least some of lengths from the center position to end points of the detected magnetic vectors used for the estimation of the center position are brought closer to an average between the lengths and for each of at least some of the detected magnetic vectors including a newly-obtained detected magnetic vector, the center estimation unit moves the center position before an update by a distance corresponding to a predetermined proportion of a difference between the average and a length from the end point of the detected magnetic vector to the center position before the update.
Thermoplastic composition comprising A) 50 wt% to 98.5 wt% of aromatic polycarbonate and B) 0.8 wt% to ≤ 5.0 wt% of interference pigment and/or pearlescent pigment from the group of metal oxide-coated micas, characterized in that the composition additionally comprises C) 0.05 wt% to ≤ 3 wt% of an epoxy-containing copolymer or terpolymer of styrene and acrylic acid and/or methacrylic acid and D) 0.001 wt% to 0.500 wt% of one or more thermal stabilizers, wherein component D comprises one or more phosphites as thermal stabilizers. A) 50 wt% to 98.5 wt% of aromatic polycarbonate and B) 0.8 wt% to ≤ 5.0 wt% of interference pigment and/or pearlescent pigment from the group of metal oxide-coated micas, characterized in that the composition additionally comprises C) 0.05 wt% to ≤ 3 wt% of an epoxy-containing copolymer or terpolymer of styrene and acrylic acid and/or methacrylic acid and D) 0.001 wt% to 0.500 wt% of one or more thermal stabilizers, wherein component D comprises one or more phosphites as thermal stabilizers.
A method for producing a methyl methacrylate polymer, comprising suspension polymerization of 30 to 100 wt% of methyl methacrylate and 70 to 0 wt% of a monomer copolymerizable therewith to produce a methyl methacrylate polymer, wherein the polymerization is initiated without using an initial suspension stabilizer, a later suspension stabilizer is added when the polymerization conversion ratio reaches 20 to 90%, each of the initial suspension stabilizer and the later suspension stabilizer is selected from a polymer-type suspension stabilizer selected from an anionic water-soluble polymer or a nonionic water-soluble polymer, and an inorganic microparticle-type suspension stabilizer, and the polymerization conversion ratio is calculated by the formula: Polymerization conversion ratio % = total weight of prepared raw materials × solid component content - total weight of raw materials other than water and monomers / weight of prepared monomers × 100.