mhurhangee/ep-ind-claims huggingface dataset:
A pneumatic tire comprising a tread portion and sidewall portions, wherein an outermost layer of the tread portion is formed by using a rubber composition, which contains vulcanized rubber powder and has a loss tangent (0°C tanδ) of less than 0.23 as measured under conditions of 0°C, a frequency of 10 Hz, an initial strain of 5%, and a dynamic strain rate of 1% with deformation mode: tension, such that an area ratio Sr (%) of the vulcanized rubber powder in a cross-section of the outermost layer of the tread portion is not less than 5% and not greater than 50%, each sidewall portion is formed such that a thickness G (mm) thereof is not less than 1.0 mm, and the following formula 1 is satisfied, Sr / G > 0.5 characterized in that a rubber component of the rubber composition forming the outermost layer of the tread portion contains natural rubber, a rubber component of the rubber composition forming the sidewall portions contains natural rubber, and an amount of the natural rubber contained in 100 parts by mass of the rubber component in the rubber composition forming the sidewall portions is larger than an amount of the natural rubber contained in 100 parts by mass of the rubber component in the rubber composition forming the outermost layer of the tread portion. each sidewall portion is formed such that a thickness G (mm) thereof is not less than 1.0 mm, and the following formula 1 is satisfied, Sr / G > 0.5 characterized in that a rubber component of the rubber composition forming the outermost layer of the tread portion contains natural rubber, a rubber component of the rubber composition forming the sidewall portions contains natural rubber, and an amount of the natural rubber contained in 100 parts by mass of the rubber component in the rubber composition forming the sidewall portions is larger than an amount of the natural rubber contained in 100 parts by mass of the rubber component in the rubber composition forming the outermost layer of the tread portion. a rubber component of the rubber composition forming the outermost layer of the tread portion contains natural rubber, a rubber component of the rubber composition forming the sidewall portions contains natural rubber, and an amount of the natural rubber contained in 100 parts by mass of the rubber component in the rubber composition forming the sidewall portions is larger than an amount of the natural rubber contained in 100 parts by mass of the rubber component in the rubber composition forming the outermost layer of the tread portion.
An arrayed imaging reflectometry sensor chip for detecting an immune response against an influenza virus, the sensor chip comprising: a substrate having a surface; and a plurality of different hemagglutinin polypeptides, each comprising a hemagglutinin epitope, bound to discrete locations on the surface of the substrate, whereby exposure of the surface to a single sample simultaneously exposes each of the plurality of different hemagglutinin polypeptides to the single sample. a substrate having a surface; and a plurality of different hemagglutinin polypeptides, each comprising a hemagglutinin epitope, bound to discrete locations on the surface of the substrate, whereby exposure of the surface to a single sample simultaneously exposes each of the plurality of different hemagglutinin polypeptides to the single sample.
A method for handling a blade for a horizontal axis wind turbine, the blade extending longitudinally between a blade root and a blade tip, the method comprising - supporting the blade with one or more cranes, - moving, by means of the one or more cranes, the supported blade so as to be placed on one or more first support elements of a first support device and on one or more second support elements of a second support device, and - removing the support of the one or more cranes, so as for the blade to be supported by the one or more first support elements and the one or more second support elements on which the blade is placed, the second support device being located between the blade root and the blade tip, and the first support device being, compared to the second support device, located closer to the blade root, - the method further comprising providing a third support device, - the method further comprising moving the first and second support devices (411, 412) so as to move the blade supported by the first and second support elements (4111, 4121), and/or moving the third support device, so that the third support device assumes a support position between the second support device and the blade tip, - the method further comprising removing, while the third support device is in the support position, the support of the one or more second support elements so as for the blade to be supported by one or more third support elements of the third support device, and by the one or more first support elements. - supporting the blade with one or more cranes, - moving, by means of the one or more cranes, the supported blade so as to be placed on one or more first support elements of a first support device and on one or more second support elements of a second support device, and - removing the support of the one or more cranes, so as for the blade to be supported by the one or more first support elements and the one or more second support elements on which the blade is placed, the second support device being located between the blade root and the blade tip, and the first support device being, compared to the second support device, located closer to the blade root, - the method further comprising providing a third support device, - the method further comprising moving the first and second support devices (411, 412) so as to move the blade supported by the first and second support elements (4111, 4121), and/or moving the third support device, so that the third support device assumes a support position between the second support device and the blade tip, - the method further comprising removing, while the third support device is in the support position, the support of the one or more second support elements so as for the blade to be supported by one or more third support elements of the third support device, and by the one or more first support elements.
Method for processing log files using computer-aided data processing systems, a log file being generated, processed and/or at least temporarily stored by a data processing system in a coded format, having the following method steps: - performing system monitoring and generating a stream of diagnostic data by means of a diagnostic module during the system monitoring; and - reading a coded log file (1.KOD) into a decoding module; characterized in that the log file comprises a header and a payload and the following method steps are carried out: - reading coding instructions into a coding module; - reading the stream of diagnostic data into the coding module; - generating the coded log file (1.KOD) by applying the coding instructions to the stream of diagnostic data by the coding module; - reading the coding instructions into the decoding module; and - generating a decoded log file (1.DEK) taking into account the coding instructions from the coded log file (1.KOD) by the decoding module; - the coding module assigning a version identifier of the coding instructions used to the header of the coded log file (1.KOD); - the coding module appending a protocol entry as a payload to the coded log file (1.KOD) if the coding module detects a protocol event in the diagnostic data which affects a specific protocol parameter for the first time or which describes a change in the particular protocol parameter; and - the coding module causing the coded log file (1.KOD) to be stored in its current state during the system monitoring if the coding module has appended a protocol entry to the coded log file (1.KOD) or if a specified period of time has elapsed without appending a further protocol entry. - performing system monitoring and generating a stream of diagnostic data by means of a diagnostic module during the system monitoring; and - reading a coded log file (1.KOD) into a decoding module; characterized in that - reading coding instructions into a coding module; - reading the stream of diagnostic data into the coding module; - generating the coded log file (1.KOD) by applying the coding instructions to the stream of diagnostic data by the coding module; - reading the coding instructions into the decoding module; and - generating a decoded log file (1.DEK) taking into account the coding instructions from the coded log file (1.KOD) by the decoding module; - the coding module assigning a version identifier of the coding instructions used to the header of the coded log file (1.KOD); - the coding module appending a protocol entry as a payload to the coded log file (1.KOD) if the coding module detects a protocol event in the diagnostic data which affects a specific protocol parameter for the first time or which describes a change in the particular protocol parameter; and - the coding module causing the coded log file (1.KOD) to be stored in its current state during the system monitoring if the coding module has appended a protocol entry to the coded log file (1.KOD) or if a specified period of time has elapsed without appending a further protocol entry.
Calibration method for determining parameters of a portable electronic device comprising a plurality of image acquisition modules (12, 30) to be used to determine parameters of a user and a display, wherein the method comprises: - providing a known pattern, - taking an image of the known pattern using one of the image acquisition modules of the portable electronic device from a first position, - providing at least one indication to the user to move the portable electronic device relative to the known pattern to at least a second position different from the first position, - taking an image of said known pattern in the second position using said one of the image acquisition modules, - processing the image of the known pattern taken from the second position to determine at least parameters of the portable electronic device comprising the image acquisition module used to take the image, the method is characterized in that it further comprises identifying the image acquisition module used during the calibration method by: - taking an image of the known pattern placed on a reflective plan surface, the user facing the reflective plan surface when taking the image in a position so that the different image acquisition modules appear on the image, - determining the used image acquisition module by knowing the relative position of the image acquisition module used to take the image and the known pattern and computing the estimate position of the reflect of the used image acquisition module on the reflective plan surface. - providing a known pattern, - taking an image of the known pattern using one of the image acquisition modules of the portable electronic device from a first position, - providing at least one indication to the user to move the portable electronic device relative to the known pattern to at least a second position different from the first position, - taking an image of said known pattern in the second position using said one of the image acquisition modules, - processing the image of the known pattern taken from the second position to determine at least parameters of the portable electronic device comprising the image acquisition module used to take the image, - taking an image of the known pattern placed on a reflective plan surface, the user facing the reflective plan surface when taking the image in a position so that the different image acquisition modules appear on the image, - determining the used image acquisition module by knowing the relative position of the image acquisition module used to take the image and the known pattern and computing the estimate position of the reflect of the used image acquisition module on the reflective plan surface.
An image processing apparatus comprising: obtaining means configured for obtaining an image signal that is capable of generating a plurality of reconstruction images, wherein each subject included in the image signal having different subject distances is capable of being focused in each reconstruction image; generating means configured for generating a first reconstruction image from the image signal obtained by the obtaining means; display control means configured for causing a displaying medium to display the first reconstruction image; receiving means (101, 110, 112) configured for receiving an instruction for performing enlarged display or reduced display of the first reconstruction image displayed on the displaying medium; and control means configured for controlling, when an instruction for performing enlarged display or reduced display of the first reconstruction image displayed on the displaying medium is received, whether the control means causes the display control means to perform enlarged display or reduced display of an image corresponding to the first reconstruction image displayed on the displaying medium, or whether the control means causes the generating means to generate a second reconstruction image in which a subject distance that is different from a subject distance in the first reconstruction image displayed on the displaying medium is focused, and causes the display control means to perform enlarged display or reduced display of the generated second reconstruction image on the displaying medium. obtaining means configured for obtaining an image signal that is capable of generating a plurality of reconstruction images, wherein each subject included in the image signal having different subject distances is capable of being focused in each reconstruction image; generating means configured for generating a first reconstruction image from the image signal obtained by the obtaining means; display control means configured for causing a displaying medium to display the first reconstruction image; receiving means (101, 110, 112) configured for receiving an instruction for performing enlarged display or reduced display of the first reconstruction image displayed on the displaying medium; and control means configured for controlling, when an instruction for performing enlarged display or reduced display of the first reconstruction image displayed on the displaying medium is received, whether the control means causes the display control means to perform enlarged display or reduced display of an image corresponding to the first reconstruction image displayed on the displaying medium, or whether the control means causes the generating means to generate a second reconstruction image in which a subject distance that is different from a subject distance in the first reconstruction image displayed on the displaying medium is focused, and causes the display control means to perform enlarged display or reduced display of the generated second reconstruction image on the displaying medium.
An apparatus comprising: an end effector configured to perform an operation on a structure; a sensor system having a plurality of sensors extendable outwardly from and retractable into the end effector; and a pressure foot connected to the end effector and configured to contact a surface of the structure, wherein: the pressure foot includes a channel; and the sensor system is extendable through the channel. an end effector configured to perform an operation on a structure; a sensor system having a plurality of sensors extendable outwardly from and retractable into the end effector; and a pressure foot connected to the end effector and configured to contact a surface of the structure, wherein: the pressure foot includes a channel; and the sensor system is extendable through the channel.
A gasification and/or combustion system of a solid fuel intended to be fitted on a gasification and/or combustion installation, wherein the gasification and/or combustion system comprises a cone for supplying solid fuel which overhangs an ash-removal grate comprising at least two plates (18, 18a, 18b, 19) which are movable relative to each other, the supply cone including an apex and a conical outer surface, the apex being provided with an orifice which is equipped with a channel for supplying solid fuel to the gasification and/or combustion system, the supply channel extending through the ash-removal grate and wherein at least one first plate (18, 18a, 18b) of the at least two plates (18, 18a, 18b, 19) is interposed between the supply cone and a second plate of the at least two plates (18, 18a, 18b, 19), and wherein the second plate is circular, characterised in that the first plate (18, 18a, 18b) is arranged in a star shape.
A drink for use in moderating blood glucose levels produced by a meal in a human subject suffering diabetes or impaired glucose tolerance the drink comprising: • at least one water soluble or water dispersible protein in a total amount of from 8g to 40 g on a dry weight basis per serving of drink; • a total polysaccharide content in an amount of up to 10g on a dry weight basis per serving of drink; • aqueous liquid in an amount of from 70ml to 400ml per serving; and wherein the drink exhibits shear banding when subject to the shear banding test herein described in paragraphs - wherein impaired glucose tolerance is a pre-diabetic state of dysglycemia that is associated with insulin resistance and increased risk of cardiovascular pathology, and wherein the polysaccharide is galactomannan gum. • at least one water soluble or water dispersible protein in a total amount of from 8g to 40 g on a dry weight basis per serving of drink; • a total polysaccharide content in an amount of up to 10g on a dry weight basis per serving of drink; • aqueous liquid in an amount of from 70ml to 400ml per serving; and
A plug connector for ink supply having a cartridge quick coupling (3, 3') coded by a coding means, an ink connection holder (2, 2') with a release element (2.1, 2.29') and a guide (2.5, 2.5') for the coded cartridge quick coupling (3, 3'), wherein the ink connection holder (2, 2') for ink supply can be connected by means of a first snap-in connection with a connection of an ink print head or with a connection (1.1, 1.1*, 1.1') of an ink cartridge (1, 1*, 1'), said ink cartridge (1, 1*, 1') being provided with an ink reservoir in the bulge of the ink cartridge and an ink print head, said ink connection holder (2, 2') having a main body (2.2, 2.2') with a cavity (2.0, 2.0') that is limited by side walls designed for being slipped on a connection, wherein the first snap-in connection cannot be non-destructively detached and wherein the release element (2.1, 2.29') is provided for releasing the coded cartridge quick coupling and forms a second snap-in connection that can be non-destructively detached.
A washing machine comprising a body; a tub which is disposed in the body; a drum which is disposed in the tub and wherein the washing process is performed; a housing which is arranged on the body and which is in fluid communication with the tub; a circulation line which is arranged to receive washing water from the tub and deliver said washing water to the housing; a dispenser which is disposed into the housing; and a filter box which is disposed on the dispenser and which has a water inlet opening connected to the circulation line and at least one filter which filters the fibers in the water, - a channel which is arranged in the filter box, which is connected to the water inlet opening at one end, which extends from the water inlet opening along the filter box and through which the water taken from the circulation line by means of the water inlet opening flows, and characterized by - a plurality of distribution openings which are arranged on the channel and which enables the water flowing through the channel to be delivered onto the filter. - the filter being a microfilter. - a channel which is arranged in the filter box, which is connected to the water inlet opening at one end, which extends from the water inlet opening along the filter box and through which the water taken from the circulation line by means of the water inlet opening flows, and characterized by - a plurality of distribution openings which are arranged on the channel and which enables the water flowing through the channel to be delivered onto the filter. - the filter being a microfilter.
A mobile wireless communications device comprising: a wireless transceiver; a processor coupled with said wireless transceiver; a near-field communication device coupled with said processor, the NFC device comprising a NFC controller, a NFC transceiver coupled with said NFC controller,and a first memory coupled with said NFC controller, the first memory being arranged to store a first application; and a second memory arranged to store a second application; said processor being configured to select between the first application and the second application on a respective one of the first memory and the second memory and to disable the other one of the first memory and the second memory. a wireless transceiver; a processor coupled with said wireless transceiver; a near-field communication device coupled with said processor, the NFC device comprising a NFC controller, a NFC transceiver coupled with said NFC controller,and a first memory coupled with said NFC controller, the first memory being arranged to store a first application; and a NFC controller, a NFC transceiver coupled with said NFC controller,and a first memory coupled with said NFC controller, the first memory being arranged to store a first application; and a second memory arranged to store a second application; said processor being configured to select between the first application and the second application on a respective one of the first memory and the second memory and to disable the other one of the first memory and the second memory.