mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for measuring flow in a conduit, comprising: a sensor head having a longitudinally extending central axis, the sensor head being configured for insertion transversely through a conduit sidewall to position the sensor head in an electrically conductive fluid flowing through the conduit, the sensor head comprising: a core; a coil that at least partially surrounds the core, the coil being excitable to generate an electromagnetic field; first and second electrodes spaced apart from each other; and a body that supports the coil, core, and electrodes; wherein the body extends along the longitudinal axis of the sensor head, wherein the body comprises a proximal end and a distal end spaced along the central axis, the distal end forming the terminal end of the sensor head, the body comprising a central fin and first and second lateral wings that project axially from the distal end of the body on opposite sides of the central fin, a first channel being defined between the first lateral wing and the central fin, and a second channel being defined between the second lateral wing and the central fin, and wherein the first electrode is positioned in the first channel and the second electrode is positioned in the second channel, wherein the central fin comprises curved surfaces facing convexly away from each other toward the channels, and wherein the wings comprise curved surfaces that face their respective channels and the curved surface of the central fin, the curved surfaces of the central fin and the wings defining a converging-diverging configuration of the channels. a core; a coil that at least partially surrounds the core, the coil being excitable to generate an electromagnetic field; first and second electrodes spaced apart from each other; and a body that supports the coil, core, and electrodes; wherein the body extends along the longitudinal axis of the sensor head, wherein the body comprises a proximal end and a distal end spaced along the central axis, the distal end forming the terminal end of the sensor head, the body comprising a central fin and first and second lateral wings that project axially from the distal end of the body on opposite sides of the central fin, a first channel being defined between the first lateral wing and the central fin, and a second channel being defined between the second lateral wing and the central fin, and wherein the first electrode is positioned in the first channel and the second electrode is positioned in the second channel, wherein the central fin comprises curved surfaces facing convexly away from each other toward the channels, and wherein the wings comprise curved surfaces that face their respective channels and the curved surface of the central fin, the curved surfaces of the central fin and the wings defining a converging-diverging configuration of the channels.
An annular barrier to be expanded in an annulus between a well tubular structure and an inside wall of a borehole for providing zone isolation between a first zone and a second zone of the borehole, comprising: - a tubular part for mounting as part of the well tubular structure and having an expansion opening, - an expandable sleeve surrounding the tubular part, each end (31, 32) of the expandable sleeve being connected with the tubular part, and - an annular barrier space between the tubular part and the expandable sleeve, wherein the annular barrier further comprises a pressure intensifying means having an inlet in a first end in fluid communication with the expansion opening and having an outlet in a second end in fluid communication with the annular barrier space, and wherein the pressure intensifying means comprises a piston having a first end and a second end, the piston being slidably arranged within a piston housing, the piston housing comprising a first cylinder having a first inner diameter corresponding to an outer diameter of the first end of the piston and having a first end surface area, and a second cylinder having a second diameter corresponding to an outer diameter of the second end of the piston and having a second end surface area, the first end surface area being larger than the second end surface area, characterised in that the pressure intensifying means further comprises a feed fluid connection being in fluid communication with the inlet and the expansion opening for allowing fluid to enter the second cylinder, and in that the pressure intensifying means further comprises a first one-way check valve arranged in the feed fluid connection for preventing fluid from exiting the second cylinder during compression of fluid by the piston and for allowing fluid to enter the second cylinder during decompression of fluid by the piston. - a tubular part for mounting as part of the well tubular structure and having an expansion opening, - an expandable sleeve surrounding the tubular part, each end (31, 32) of the expandable sleeve being connected with the tubular part, and - an annular barrier space between the tubular part and the expandable sleeve,
A lubricating oil composition for lubricating internal combustion engines which has a sulfur content of 0.5 wt.% or less and which comprises a base oil having a lubricating viscosity and at least the following additive components a) to e): a) an ashless dispersant in an amount of 0.5-5.0 wt.% which is an alkenyl- or alkyl-succinimide; b) an ashless dispersant in an amount of 0.5-5.0 wt.% which is an alkenyl- or alkyl-succinic ester; c) a molybdenum complex of a basic nitrogen-containing compound in an amount of 50-1,200 wt.ppm in terms of a molybdenum content thereof; d) an alkaline earth metal-containing detergent having a TBN in the range of 10 to 400 mg•KOH/g in an amount of 0.05-1.0 wt.% in terms of an alkaline earth metal content thereof; and e) an anti-wear agent in an amount of 0.05-5.0 wt.% wherein the anti-wear agent is a sulfur-containing anti-wear agent selected from a sulfurized olefin, a polysulfide compound, a sulfurized ester, a sulfurized alcohol, a sulfurized amide, a sulfurized oil/fat, an ashless dithiocarbamate, a metal (other than molybdenum) dithiocarbamate, a mercapto thiadiazole, a mercapto benzothiadiazole, and a mercapto thiazoline, or a phosphorus-containing anti-wear agent selected from a phosphoric acid ester, a phosphorous acid ester, a thiophosphoric acid ester, or amine salts thereof, zinc dialkyldithiophosphate and zinc dialkylphosphate. a) an ashless dispersant in an amount of 0.5-5.0 wt.% which is an alkenyl- or alkyl-succinimide; b) an ashless dispersant in an amount of 0.5-5.0 wt.% which is an alkenyl- or alkyl-succinic ester; c) a molybdenum complex of a basic nitrogen-containing compound in an amount of 50-1,200 wt.ppm in terms of a molybdenum content thereof; d) an alkaline earth metal-containing detergent having a TBN in the range of 10 to 400 mg•KOH/g in an amount of 0.05-1.0 wt.% in terms of an alkaline earth metal content thereof; and e) an anti-wear agent in an amount of 0.05-5.0 wt.%
A method implemented on a computer having at least one processor, storage, and communication platform for improving URLs, comprising the steps of: accessing from an Internet source, via a publicly available network path, web content in a first language represented by an original URL; dividing the web content in the first language into one or more segments of text; flagging search engine relevant segments of text for URL optimization via directive tags, wherein the directive tags are HTML comments; identifying, by a translation server and via the directive tags, one or more search engine relevant segments of text that are considered to characterize the web content; receiving a translation of the one or more search engine relevant segments of text into a second language; converting the translated one or more search engine relevant segments of text into a format suitable for being used to create an improved URL, wherein the conversion into the format derives a translated search engine optimized path; modifying the original URL based on the translated one or more search engine relevant segments of text in the converted format to generate the improved URL by incorporating the search engine optimized path into the original URL, the improved URL representing a web page in the second language; applying the improved URL to represent the web content in the second language to facilitate Internet search; and storing the original URL in association with the improved URL. accessing from an Internet source, via a publicly available network path, web content in a first language represented by an original URL; dividing the web content in the first language into one or more segments of text; flagging search engine relevant segments of text for URL optimization via directive tags, wherein the directive tags are HTML comments; identifying, by a translation server and via the directive tags, one or more search engine relevant segments of text that are considered to characterize the web content; receiving a translation of the one or more search engine relevant segments of text into a second language; converting the translated one or more search engine relevant segments of text into a format suitable for being used to create an improved URL, wherein the conversion into the format derives a translated search engine optimized path; modifying the original URL based on the translated one or more search engine relevant segments of text in the converted format to generate the improved URL by incorporating the search engine optimized path into the original URL, the improved URL representing a web page in the second language; applying the improved URL to represent the web content in the second language to facilitate Internet search; and storing the original URL in association with the improved URL.
A construction machine, comprising: a lower-part traveling body that performs a traveling operation; an upper-part turning body turnably mounted on the lower-part traveling body; a drive system mounted on the upper-part turning body, the drive system including a controller and an engine; a sensor (11c, 14c, 55a) related to the drive system, the sensor being provided on the upper-part turning body; an operator's cab mounted on the upper-part turning body; a plurality of image capturing devices (80, 80B, 80L, 80R) mounted on the upper-part turning body; and a display unit mounted in the operator's cab to simultaneously display operating information regarding an operating condition and an image including at least one of captured images captured with the plurality of image capturing devices (80, 80B, 80L, 80R), wherein the operating information includes a state quantity detected by the sensor, characterized in that the display unit is configured to change at least one of a display position of the operating information and the displayed image, in response to an operation of a single changeover switch, and wherein the state quantity is displayed constantly up to and from a time of the operation of the single changeover switch without being hidden by the displayed image including the at least one of captured images captured with the plurality of image capturing devices (80, 80B, 80L, 80R). a lower-part traveling body that performs a traveling operation; an upper-part turning body turnably mounted on the lower-part traveling body; a drive system mounted on the upper-part turning body, the drive system including a controller and an engine; a sensor (11c, 14c, 55a) related to the drive system, the sensor being provided on the upper-part turning body; an operator's cab mounted on the upper-part turning body; a plurality of image capturing devices (80, 80B, 80L, 80R) mounted on the upper-part turning body; and a display unit mounted in the operator's cab to simultaneously display operating information regarding an operating condition and an image including at least one of captured images captured with the plurality of image capturing devices (80, 80B, 80L, 80R),
A laminated bottle (10, 20, 30) comprising an inner layer (m 1), an outer layer (m 2), and gas barrier resin layers (1, 2, 3) arranged between the inner layer (m 1) and the outer layer (m 2), wherein the gas barrier resin layers (1, 2, 3) are arranged at an interval from each other via intermittent portions (m 3, m 4) each extending in the form of a ribbon in a manner such that the inner layer (m 1) and the outer layer (m 2) are contiguous with each other in a thickness direction thereof in the intermittent portion (m 3, m 4), characterized in that: a width of the intermittent portion (m 3, m 4) in a largest-width region thereof is 1.5 mm or more. a width of the intermittent portion (m 3, m 4) in a largest-width region thereof is 1.5 mm or more.
District heating system, comprising a primary water circuit that is coupled to a district heating network and has, connected thereto on the customer side, a hot water supply pipe and a cold water return pipe, said system also comprising a secondary water circuit that is coupled to the customer-side heating system, wherein each water circuit is arranged in a customer-side premises, wherein the district heating system comprises a monitoring device, the monitoring device having: a detection device used to detect water loss from the primary water circuit in the customer-side premises, a reporting device designed to send alarm messages to a service and to a customer-side operating device of the district heating system when water loss is detected, controllable valve devices which are arranged between the primary water circuit and the district heating network and are designed to separate the primary water circuit from or connect the primary water circuit to the district heating network, wherein the valve device which opens and closes the hot water supply pipe in the primary water circuit is located closer to the district heating network in the upstream direction in the hot water supply pipe than other water-guiding fittings of the primary supply pipe of the customer-side district heating system, wherein the valve device which opens and closes the cold water return pipe in the primary water circuit is closer to the district heating network in the downstream direction than other water-guiding fittings of the primary return pipe of the customer-side district heating system; wherein the monitoring device is also designed to control the valve devices in the customer-side premises in such a way that said devices separate the primary water circuit from the district heating network when water loss is detected. a detection device used to detect water loss from the primary water circuit in the customer-side premises, a reporting device designed to send alarm messages to a service and to a customer-side operating device of the district heating system when water loss is detected, controllable valve devices which are arranged between the primary water circuit and the district heating network and are designed to separate the primary water circuit from or connect the primary water circuit to the district heating network, wherein the valve device which opens and closes the hot water supply pipe in the primary water circuit is located closer to the district heating network in the upstream direction in the hot water supply pipe than other water-guiding fittings of the primary supply pipe of the customer-side district heating system, wherein the valve device which opens and closes the cold water return pipe in the primary water circuit is closer to the district heating network in the downstream direction than other water-guiding fittings of the primary return pipe of the customer-side district heating system; wherein the monitoring device is also designed to control the valve devices in the customer-side premises in such a way that said devices separate the primary water circuit from the district heating network when water loss is detected.
A monitoring device, in particular a heating system monitoring device, with a sensor unit which is provided to detect the concentration of at least one gas, in particular at least one combustible and/or toxic gas, with a timekeeping unit, which is provided to capture at least a lifespan characteristic of the sensor unit, characterized in that the timekeeping unit is non-detachably connected to the sensor unit, wherein the timekeeping unit is embodied in one piece with the sensor unit, wherein the timekeeping unit is provided to modify an output signal of the sensor unit when at least one lifespan limit value is exceeded, wherein the timekeeping unit is adapted to influence the output signal in such a way that it assumes a value outside a measuring range of the sensor unit.
A mobile radio terminal, comprising: a radio circuit for establishing communication with a communication network; a first camera sensor for taking digital photographs; a second camera sensor for acquiring image data information while the mobile radio terminal is in an operative state, wherein the image data information is information associated with the environment in which the mobile radio terminal is located and/or a scene or image in which the second camera sensor is directed and/or any information that is utilized by a camera application and wherein the second camera sensor stores the acquired image data information in a memory; and a control circuit coupled to the radio circuit, the first camera sensor, the second camera sensor and the memory, wherein the control circuit is configured to execute logic to: detect initiation of the camera application by an associated user; generate a control signal to launch the camera application, wherein at least a portion of the acquired image data information is provided to the camera application as one or more parameters upon launching of the camera application; and activate the first camera sensor to acquire image information to take a desired photograph by the associated user. a radio circuit for establishing communication with a communication network; a first camera sensor for taking digital photographs; a second camera sensor for acquiring image data information while the mobile radio terminal is in an operative state, wherein the image data information is information associated with the environment in which the mobile radio terminal is located and/or a scene or image in which the second camera sensor is directed and/or any information that is utilized by a camera application and wherein the second camera sensor stores the acquired image data information in a memory; and a control circuit coupled to the radio circuit, the first camera sensor, the second camera sensor and the memory, wherein the control circuit is configured to execute logic to: detect initiation of the camera application by an associated user; generate a control signal to launch the camera application, wherein at least a portion of the acquired image data information is provided to the camera application as one or more parameters upon launching of the camera application; and activate the first camera sensor to acquire image information to take a desired photograph by the associated user. detect initiation of the camera application by an associated user; generate a control signal to launch the camera application, wherein at least a portion of the acquired image data information is provided to the camera application as one or more parameters upon launching of the camera application; and activate the first camera sensor to acquire image information to take a desired photograph by the associated user.
A combine harvester comprising a chassis, rear wheels at the back of the harvester, and pivotable ground engaging means (10',30,50) which are pivotable with respect to the chassis about an axis (17,34,38) that is transversal to the longitudinal direction of the harvester, the axis (17,34,38) lying between a front and rear portion (18,19) of the ground engaging means so that the front and rear portions (18,19) may be tilted up or down by pivoting of the ground engaging means, characterised in that the harvester further comprises, for each of the pivotable ground engaging means, a variable length actuator (25,35,54,60,73,80) mounted between the chassis and the ground engaging means, the actuator being configured to actuate upward and/or downward tilting of the front portion of the ground engaging means to thereby counteract excessive tilting of the ground engaging means and prevent the ground engaging means from burrowing into the terrain, wherein the actuators (25,35,54,60,73,80) are integrated in a lifting and/or levelling system, configured to lift up the entire chassis or at least a front portion of the chassis over a given distance relative to the ground engaging means.
An anti-ErbB therapeutic and an anti-MET therapeutic for use in treating a cancer in a subject that has developed resistance to treatment with an anti-ErbB therapeutic, wherein the subject has a MET activating mutation, wherein the anti-ErbB therapeutic is gefitinib, erlotinib, lapatinib, PF00299804, CI-1033, EKB-569, BIBW2992, ZD6474, EXEL-7647, AV-412, HKI-272, cetuximab, panitumumab, or trastuzumab, and wherein the anti-MET therapeutic is PHA-665,752, SU11274, SU5416, PF-02341066, XL-880, MGCD265, XL-184, ARQ-197, MP-470, SGX-523, JNJ38877605, AMG-102, or OA-5D5.
A DC-DC converter circuit for converting an input voltage (Vin) to an output voltage (Vout) of a predetermined value based on a switching operation, said switching operation having switching operation cycles, wherein a switching operation cycle comprises at least one switching operation phase, controlled by a switching control means and wherein the switching operation is carried out in at least a first switched operating mode or a second switched operating mode, wherein the first switched operating mode is a pulse width modulation mode and the second switched operating is pulse frequency modulation mode, - said converter circuit further comprising a look-up table means in which a plurality of data is stored, wherein said switching control means uses certain data from said plurality of data with respect to an actual switched operating mode in which said converter circuit is operated for continuously adjusting a begin and an end of said at least one switching operation phase with respect to said input voltage (Vin) and said output voltage (Vout), characterised in that: - said data define a predetermined parabolic waveform in the pulse width modulation mode, which generated parabolic waveform (510, 512, 520, 522) is proportional to said input voltage (Vin) if said input voltage (Vin) is higher than said output voltage (Vout) and proportional to said output voltage (Vout) if said input voltage (Vin) is lower than said output voltage (Vout). - said converter circuit further comprising a look-up table means in which a plurality of data is stored, wherein said switching control means uses certain data from said plurality of data with respect to an actual switched operating mode in which said converter circuit is operated for continuously adjusting a begin and an end of said at least one switching operation phase with respect to said input voltage (Vin) and said output voltage (Vout), characterised in that: - said data define a predetermined parabolic waveform in the pulse width modulation mode, which generated parabolic waveform (510, 512, 520, 522) is proportional to said input voltage (Vin) if said input voltage (Vin) is higher than said output voltage (Vout) and proportional to said output voltage (Vout) if said input voltage (Vin) is lower than said output voltage (Vout).