mhurhangee/ep-ind-claims huggingface dataset:
A home appliance, comprising: a rotary drum fillable with laundry; a ball balancer attached around the rotary drum, wherein the ball balancer is at least partially filled with a fluid embedding one or more free moving balancer balls to balance a laundry unbalance of the rotary drum; a sensor configured to sense an overlay signal generated due to an overlay of the laundry unbalance with an unbalance of the one or more balancer balls; and characterized by a controller configured to determine a viscosity of the fluid based on a predetermined correlation of the viscosity of the fluid with the overlay signal. a rotary drum fillable with laundry; a ball balancer attached around the rotary drum, wherein the ball balancer is at least partially filled with a fluid embedding one or more free moving balancer balls to balance a laundry unbalance of the rotary drum; a sensor configured to sense an overlay signal generated due to an overlay of the laundry unbalance with an unbalance of the one or more balancer balls; and characterized by a controller configured to determine a viscosity of the fluid based on a predetermined correlation of the viscosity of the fluid with the overlay signal.
A semiconductor device, comprising: a semiconductor memory capable of holding data; and a controller circuit capable of accessing the semiconductor memory based on a command from a host apparatus, wherein the controller circuit is adapted to select one of a first symbol (LIDL0) and a second symbol (LIDL1) in a random order, and to select a third symbol which indicates a delimiter, wherein the first and second symbols (LIDL0, LIDL1) indicate an idle state, to perform 8b/10b coding for the selected symbols, and to transmit the 8b/10b coded symbols to the host apparatus, wherein a symbol set including the 8b/10b coded one of the first and second symbols (LIDL0, LIDL1) and the 8b/10b coded third symbol is repeatedly transmitted to the host apparatus, wherein each of the first and second symbols (LIDL0, LIDL1) includes a pair of symbols including a symbol as a plus running disparity and another symbol as a minus running disparity, and wherein a symbol selected by the controller circuit has a running disparity different from that of a symbol which is most recently selected by the controller circuit. a semiconductor memory capable of holding data; and a controller circuit capable of accessing the semiconductor memory based on a command from a host apparatus, wherein the controller circuit is adapted to select one of a first symbol (LIDL0) and a second symbol (LIDL1) in a random order, and to select a third symbol which indicates a delimiter, wherein the first and second symbols (LIDL0, LIDL1) indicate an idle state, to perform 8b/10b coding for the selected symbols, and to transmit the 8b/10b coded symbols to the host apparatus,
A hair styling apparatus comprising; a first arm and a second arm coupled together at a hinge end thereof to allow the first arm and the second arm to be moveable between a closed position, in which a facing side of the first arm and a facing side of the second arm are adjacent, and an open position, in which the facing side of the first arm and the facing side of the second arm are spaced apart; a central pack disposed between the first arm and the second arm and coupled to the hair styling apparatus at the hinge end; and a biasing means (162, 164, 166, 168, 170, 172) adapted to support the central pack symmetrically between the first arm and the second arm, wherein the biasing means (162, 164, 166, 168, 170, 172) comprises at least two springs, the at least two springs comprising a first spring (162, 166, 170) coupled between the first arm and the central pack, and a second spring (164, 168, 172) coupled between the second arm and the central pack, wherein the first spring and the second spring are symmetrically disposed with respect to a longitudinal central axis of the hair styling apparatus. a first arm and a second arm coupled together at a hinge end thereof to allow the first arm and the second arm to be moveable between a closed position, in which a facing side of the first arm and a facing side of the second arm are adjacent, and an open position, in which the facing side of the first arm and the facing side of the second arm are spaced apart; a central pack disposed between the first arm and the second arm and coupled to the hair styling apparatus at the hinge end; and a biasing means (162, 164, 166, 168, 170, 172) adapted to support the central pack symmetrically between the first arm and the second arm, wherein the biasing means (162, 164, 166, 168, 170, 172) comprises at least two springs, the at least two springs comprising a first spring (162, 166, 170) coupled between the first arm and the central pack, and a second spring (164, 168, 172) coupled between the second arm and the central pack, wherein the first spring and the second spring are symmetrically disposed with respect to a longitudinal central axis of the hair styling apparatus.
A calibration device for an antenna, comprising: a dielectric substrate; and a metal pattern printed on the dielectric substrate, wherein the metal pattern includes at least a portion of a calibration circuit, wherein a first portion of the calibration circuit is on a first major surface of the dielectric substrate, a second portion of the calibration circuit is on a second major surface of the dielectric substrate that is opposite the first major surface, and the first portion and the second portion of the calibration circuit is constructed as a coplanar waveguide transmission line, wherein the first portion of the calibration circuit comprises a plurality of first conductive traces and the second portion of the calibration circuit comprises a plurality of second conductive traces, and the metal pattern further includes a first coplanar ground area printed on both sides of at least some of the first conductive traces and a second coplanar ground area printed on both sides of at least some of the second conductive traces, wherein the first portion of the calibration circuit includes at least one radio frequency, RF, port and at least one coupler, and wherein the second portion of the calibration circuit includes at least one calibration port and at least one power combiner. a dielectric substrate; and a metal pattern printed on the dielectric substrate, wherein the metal pattern includes at least a portion of a calibration circuit, wherein a first portion of the calibration circuit is on a first major surface of the dielectric substrate, a second portion of the calibration circuit is on a second major surface of the dielectric substrate that is opposite the first major surface, and the first portion and the second portion of the calibration circuit is constructed as a coplanar waveguide transmission line, wherein the first portion of the calibration circuit comprises a plurality of first conductive traces and the second portion of the calibration circuit comprises a plurality of second conductive traces, and the metal pattern further includes a first coplanar ground area printed on both sides of at least some of the first conductive traces and a second coplanar ground area printed on both sides of at least some of the second conductive traces, wherein the first portion of the calibration circuit includes at least one radio frequency, RF, port and at least one coupler, and wherein the second portion of the calibration circuit includes at least one calibration port and at least one power combiner.
A composition [composition] comprising: - at least one (per)fluoroelastomer [fluoroelastomer]; - at least one cross-linking system; and - at least one aromatic polyamide-imide polymer [polymer], said polymer being present in an amount of at least 0.5 phr, and at most 30.0 phr, with respect to the fluoroelastomer. - at least one (per)fluoroelastomer [fluoroelastomer]; - at least one cross-linking system; and - at least one aromatic polyamide-imide polymer [polymer], said polymer being present in an amount of at least 0.5 phr, and at most 30.0 phr, with respect to the fluoroelastomer.
A polypeptide comprising two anti-human von Willebrand Factor (vWF) immunoglobulin single variable domains (ISVDs) for use in reducing and/or preventing the risk of organ damage by a vWF-related disease in a human in need thereof, comprising at least the step of administering to said human a dose of 5-40 mg/day, preferably 10 mg/day of said polypeptide.
Pipe system for a gas of an intake system or a turbocharger of an internal combustion engine, in particular of a motor vehicle, having at least one blow-molded duct part made of plastic and at least one fitting for connecting the at least one blow-molded duct part with another part of the pipe system, whereby the fitting is inserted tight in the at least one blow-molded duct part, characterized in that, the at least one blow-molded duct part is shrinked on the at least one fitting, wherein the at least one fitting is insertable in the at least one blow-molded duct part while the duct part is plasticized directly inside the mold, wherein the at least one fitting is insertable in the at least one blow-molded duct part before the plasticized material of the blow-molded duct part is cooled down.
A header including a central portion arranged on a base frame and at least two side portions arranged adjacent to the central portion, a cutter bar extending substantially over the width of the header and at least one conveyor apparatus arranged behind the cutter bar and which transports crop material cut by the cutter bar sideways in the direction of the central portion and which has at least one conveyor means conveying transversely to the transport direction of the conveyor apparatus, wherein the conveyor means includes at least two endlessly circulating conveyor belts (13a, 13b), characterised in that the conveyor belts are arranged inclined at an angle (a) to the longitudinal axis of the central portion.
An electronic device (200; 300; 400) comprising: a housing; a first printed circuit board, PCB, disposed in an inner space of the housing and including a wireless communication circuit; an antenna structure connected to the wireless communication circuit through a first electrical path; a tunable circuit having a first resistance value and disposed on a second electrical path branched from the first electrical path and connected to a ground; a low-resistance circuit disposed on a third electrical path path branched from the second electrical path and connected to the ground, and including a resistor and an inductor, the resistor having a second resistance value determined based on the first resistance value, and the inductor having a constant inductance value and disposed between the resistor and the ground; and at least one processor configured to control the tunable circuit to enable the wireless communication circuit to transmit and/or receive a wireless signal through a second frequency band shifted from a first frequency band using the antenna structure. a housing; a first printed circuit board, PCB, disposed in an inner space of the housing and including a wireless communication circuit; an antenna structure connected to the wireless communication circuit through a first electrical path; a tunable circuit having a first resistance value and disposed on a second electrical path branched from the first electrical path and connected to a ground; a low-resistance circuit disposed on a third electrical path path branched from the second electrical path and connected to the ground, and including a resistor and an inductor, the resistor having a second resistance value determined based on the first resistance value, and the inductor having a constant inductance value and disposed between the resistor and the ground; and at least one processor configured to control the tunable circuit to enable the wireless communication circuit to transmit and/or receive a wireless signal through a second frequency band shifted from a first frequency band using the antenna structure.
A novel electronic cigarette cartridge, comprising a heating zone with a front end and a rear end, said heating zone being located at one end of the electronic cigarette cartridge, an empty tube zone, a filter provided at the opposite end of the electronic cigarette cartridge, at the rear end of the empty tube zone, a peripheral paper tube and a granule sealing paper, said granule sealing paper being provided at the front end of the heating zone, and a filter plug that is located between the heating zone and the empty tube zone, at the rear end of the heating zone, wherein the peripheral paper tube surrounds an outer periphery of each of the heating zone, an outer periphery of the filter plug, an outer periphery of the empty tube zone and an outer periphery of the filter; the filter plug is provided with a vent channel; the filter is made of cotton; the heating zone is filled with granules, the filter plug is made of rubber, and the filter plug is in an interference fit with an inner wall of the peripheral paper tube; and both ends of the filter plug are provided with chamfers. an empty tube zone, a filter provided at the opposite end of the electronic cigarette cartridge, at the rear end of the empty tube zone, a peripheral paper tube and a granule sealing paper, said granule sealing paper being provided at the front end of the heating zone, and a filter plug that is located between the heating zone and the empty tube zone, at the rear end of the heating zone, wherein the peripheral paper tube surrounds an outer periphery of each of the heating zone, an outer periphery of the filter plug, an outer periphery of the empty tube zone and an outer periphery of the filter; the filter plug is provided with a vent channel; the filter is made of cotton; the heating zone is filled with granules, the filter plug is made of rubber, and the filter plug is in an interference fit with an inner wall of the peripheral paper tube; and both ends of the filter plug are provided with chamfers.
A method of providing Observed Time Difference of Arrival (OTDOA) assistance information, the method comprising: requesting, from a Mobile Station, measurements including cell timing information for one or more neighbor cells of the MS; receiving neighbor cell measurements for a subset of the one or more neighbor cells, the neighbor cell measurements including cell timing information comprising cell timing offsets of the neighbor cells in the subset relative to a serving cell for the MS, each cell timing offset associated with a distinct neighbor cell in the subset; and generating OTDOA assistance data comprising an OTDOA assistance data reference cell and a System Frame Number offset between the serving cell and the OTDOA assistance data reference cell, the OTDOA assistance data reference cell being selected based on the received neighbor cell measurements. requesting, from a Mobile Station, measurements including cell timing information for one or more neighbor cells of the MS; receiving neighbor cell measurements for a subset of the one or more neighbor cells, the neighbor cell measurements including cell timing information comprising cell timing offsets of the neighbor cells in the subset relative to a serving cell for the MS, each cell timing offset associated with a distinct neighbor cell in the subset; and generating OTDOA assistance data comprising an OTDOA assistance data reference cell and a System Frame Number offset between the serving cell and the OTDOA assistance data reference cell, the OTDOA assistance data reference cell being selected based on the received neighbor cell measurements.
A non-transitory computer-readable medium storing a computer program comprising screen response validation logic for robotic process automation, the computer program configured to cause at least one processor to: determine whether a difference exists between a current screenshot frame and a previous screenshot frame by determining whether at least some pixels in the current screenshot frame differ from corresponding pixels in the previous screenshot frame, the current screenshot frame and the previous screenshot frame comprising an entire user interface or a portion thereof; when the difference exists between the current screenshot frame and the previous screenshot frame and a difference between the current screenshot frame and the previous screenshot frame is expected based on an activity in a workflow of a robotic process automation robot: validate one or more changes between the current screenshot frame and the previous screenshot frame against one or more expected screen changes based on the activity of the workflow of the robotic process automation robot, and when the validation fails, throw an exception or initiate a remedial action, wherein the expected difference between the current screenshot frame and the previous screenshot frame is determined based on a graphical element interaction caused by the activity of the workflow of the robotic process automation robot. determine whether a difference exists between a current screenshot frame and a previous screenshot frame by determining whether at least some pixels in the current screenshot frame differ from corresponding pixels in the previous screenshot frame, the current screenshot frame and the previous screenshot frame comprising an entire user interface or a portion thereof; when the difference exists between the current screenshot frame and the previous screenshot frame and a difference between the current screenshot frame and the previous screenshot frame is expected based on an activity in a workflow of a robotic process automation robot: validate one or more changes between the current screenshot frame and the previous screenshot frame against one or more expected screen changes based on the activity of the workflow of the robotic process automation robot, and when the validation fails, throw an exception or initiate a remedial action, wherein validate one or more changes between the current screenshot frame and the previous screenshot frame against one or more expected screen changes based on the activity of the workflow of the robotic process automation robot, and when the validation fails, throw an exception or initiate a remedial action, wherein the expected difference between the current screenshot frame and the previous screenshot frame is determined based on a graphical element interaction caused by the activity of the workflow of the robotic process automation robot.
A method of reducing DNA content of a broth in which filamentous fungal host cells has been cultured, comprising the steps of: adjusting the pH and/or temperature of a broth in which the fungal host cells have been cultured for at least 24 hours to increase the pH and/or the temperature used in culturing; incubating the broth for a sufficient period at the increased pH and/or temperature to detectably reduce fungal host DNA in the preparation; and assessing the DNA content of the broth before and after the incubating step; wherein the reduction of DNA content is primarily due to the presence of endogenous DNase in the broth. adjusting the pH and/or temperature of a broth in which the fungal host cells have been cultured for at least 24 hours to increase the pH and/or the temperature used in culturing; incubating the broth for a sufficient period at the increased pH and/or temperature to detectably reduce fungal host DNA in the preparation; and assessing the DNA content of the broth before and after the incubating step; wherein the reduction of DNA content is primarily due to the presence of endogenous DNase in the broth.
A method for generating a signal, wherein said method is carried out by an active stylus and the signal is provided to a touch screen, said method being characterized by comprising: encoding, by the active stylus, transmission information into n-bit q-ary codes; performing, by the active stylus, frequency modulation on each bit of the n-bit q-ary codes respectively to generate a plurality of encoded frequency-modulated signals; and combining, by the active stylus, a fixed-frequency signal for detecting a stylus tip position with the plurality of encoded frequency-modulated signals to form an encoded signal. encoding, by the active stylus, transmission information into n-bit q-ary codes; performing, by the active stylus, frequency modulation on each bit of the n-bit q-ary codes respectively to generate a plurality of encoded frequency-modulated signals; and combining, by the active stylus, a fixed-frequency signal for detecting a stylus tip position with the plurality of encoded frequency-modulated signals to form an encoded signal.
A client device comprising: a cache in which a source of content (SRC1, SRC2, SRC3) is stored; a cache information transmitting unit configured to transmit information indicating the source stored in the cache to a server managing a group of client devices (100a, 100b, 100c) capable of communicating via direct client-to-client communication; an external cache acquiring unit configured to acquire, from other client devices (100a, 100b, 100c) in the group, sources of content requested to be output based on information provided by the server, the information provided by the server comprising IDs of the other client devices in the group and IDs of sources of content cached by the respective other client devices; and a source acquiring unit configured to, when at least a part among the sources of the content requested to be output is not acquired from the other client devices, acquire the unacquired source from a content server through the external network. a cache in which a source of content (SRC1, SRC2, SRC3) is stored; a cache information transmitting unit configured to transmit information indicating the source stored in the cache to a server managing a group of client devices (100a, 100b, 100c) capable of communicating via direct client-to-client communication; an external cache acquiring unit configured to acquire, from other client devices (100a, 100b, 100c) in the group, sources of content requested to be output based on information provided by the server, the information provided by the server comprising IDs of the other client devices in the group and IDs of sources of content cached by the respective other client devices; and a source acquiring unit configured to, when at least a part among the sources of the content requested to be output is not acquired from the other client devices, acquire the unacquired source from a content server through the external network.
A body with a form embossing and a motor vehicle lamp arranged thereon, which is arranged in the form embossing, in which at least one ball stud with stud head and at least one fastening hole are arranged, wherein the motor vehicle lamp has a least one semi-cylindrical mounting, in which a resilient securing element is arranged, wherein - the stud head of the ball stud is arranged between a spherical depression formed on the inner surface of the mounting and a spherical embossing formed on the resilient securing element, - the resilient securing element consists of a base plate with clips and a resilient securing tab, on which a spherical embossing is formed, - grooves are formed on the mounting, in which the base plate of the resilient securing element is arranged, and - the grooves of the mounting have latching openings, in which the clips arranged on the base plate snap. - the stud head of the ball stud is arranged between a spherical depression formed on the inner surface of the mounting and a spherical embossing formed on the resilient securing element, - the resilient securing element consists of a base plate with clips and a resilient securing tab, on which a spherical embossing is formed, - grooves are formed on the mounting, in which the base plate of the resilient securing element is arranged, and - the grooves of the mounting have latching openings, in which the clips arranged on the base plate snap.