mhurhangee/ep-ind-claims huggingface dataset:
A drying device for drying a protective suit, comprising a carrying stand formed with one or several pipes, which a protective suit can be put over, as well as a feed pipe connected with the carrying stand so as to guide a gaseous or liquid medium through the feed pipe into the carrying stand, wherein the carrying stand and the feed pipe are connected by a tilting device in such a way that the carrying stand can be moved from a drying position, which allows the medium to be guided through the feed pipe into the carrying stand, into a loading position by tilting the carrying stand, so as to make it easier to pull the protective suit over the carrying stand, wherein the carrying stand can be locked in the drying position and/or in the loading position, characterized in that the tilting device has a first guiding element, which is connected with the carrying stand or is part of the carrying stand, and a second guiding element, which is connected with the feed pipe or is part of the feed pipe, wherein one of the guiding elements has at least one guide pipe, which is inserted into a guide recess corresponding to the shape of the guide pin on the other guide element, thereby allowing a guided tilting of the carrying stand.
A sheet manufacturing apparatus that manufactures a sheet from a material containing fibers, comprising: an accumulation section that forms a web by accumulating the material containing fibers by an air flow; a web transport section including a transport belt that comes into contact with one surface of the web and holds the web; a humidification section provided to face the one surface of the transport belt and applying moisture from the other surface side of the web; and a suction section provided to face the humidification section with the transport belt interposed therebetween, wherein the suction section has a plurality of suction ports for suctioning air, the humidification section has a discharge port for discharging humidified air, and among the plurality of suction ports, a first suction port and the discharge port are disposed to face each other. an accumulation section that forms a web by accumulating the material containing fibers by an air flow; a web transport section including a transport belt that comes into contact with one surface of the web and holds the web; a humidification section provided to face the one surface of the transport belt and applying moisture from the other surface side of the web; and a suction section provided to face the humidification section with the transport belt interposed therebetween, wherein the suction section has a plurality of suction ports for suctioning air, the humidification section has a discharge port for discharging humidified air, and among the plurality of suction ports, a first suction port and the discharge port are disposed to face each other.
A nasal insert for insertion into a nostril of a user to improve airflow through the user's nasal passages, comprising: a first end defining a first opening having a first diameter; a circular second end defining a second opening having a second diameter that is smaller than the first diameter; a side wall in the shape of a tube connecting the first and second ends, the side wall defining a passage between the first and second ends and tapering outwardly from the first diameter to the second diameter; a central axis extending through the passage between the first and second ends; and a plurality of passages formed through the side wall, the passages being elongated in the direction of the central axis; the nasal insert characterized in that it has: a length from the second end to the first end that is sufficient to extend the nasal insert into the nostril of the user; and a break formed in a first end portion of the side wall so that the first end incompletely encircles the first opening, the break being aligned with one of the plurality of passages formed in the side wall while leaving the second end intact, the break increasing the flexibility of the first end; wherein the size and stiffness of the nasal insert is sufficient to alter the anatomy of the user's nostril. a first end defining a first opening having a first diameter; a circular second end defining a second opening having a second diameter that is smaller than the first diameter; a side wall in the shape of a tube connecting the first and second ends, the side wall defining a passage between the first and second ends and tapering outwardly from the first diameter to the second diameter; a central axis extending through the passage between the first and second ends; and a plurality of passages formed through the side wall, the passages being elongated in the direction of the central axis; the nasal insert characterized in that it has: a length from the second end to the first end that is sufficient to extend the nasal insert into the nostril of the user; and a break formed in a first end portion of the side wall so that the first end incompletely encircles the first opening, the break being aligned with one of the plurality of passages formed in the side wall while leaving the second end intact, the break increasing the flexibility of the first end; wherein the size and stiffness of the nasal insert is sufficient to alter the anatomy of the user's nostril. a length from the second end to the first end that is sufficient to extend the nasal insert into the nostril of the user; and a break formed in a first end portion of the side wall so that the first end incompletely encircles the first opening, the break being aligned with one of the plurality of passages formed in the side wall while leaving the second end intact, the break increasing the flexibility of the first end; wherein the size and stiffness of the nasal insert is sufficient to alter the anatomy of the user's nostril.
A method for estimating systematic yaw misalignment of a wind turbine having a nacelle and a yaw control system, comprising the steps of: • receiving yaw data from the wind turbine indicative of the degrees of rotation of the nacelle for a plurality of yaw operations; • receiving performance data from the wind turbine indicative of the alignment of the nacelle of the wind turbine with the wind direction; wherein the yaw data and the performance data is recorded during normal operation of the wind turbine where for each yaw operation of the plurality of yaw operations, the yaw control system is configured to firstly estimate the absolute or relative wind direction and secondly rotate the nacelle of the wind turbine so that the nacelle faces the estimated wind direction, the performance data is indicative of the alignment of the nacelle of the wind turbine with the wind direction before and after each of the plurality of yaw operations, the performance data is processed to determine a normalized change in the performance data between before and after a yaw operation for each of the plurality of yaw operations and wherein the yaw data and the performance data is processed together to estimate the systemic yaw misalignment of the wind turbine. • receiving yaw data from the wind turbine indicative of the degrees of rotation of the nacelle for a plurality of yaw operations; • receiving performance data from the wind turbine indicative of the alignment of the nacelle of the wind turbine with the wind direction;
A system for sequencing nucleic acid templates, comprising (a) an array of sites, wherein each site comprises a first nucleic acid template and a second nucleic acid template, wherein the first nucleic acid template has a sequence that is different from the sequence of the second nucleic acid template; (b) a first primer bound to the first template; (c) a first polymerase species suitable for extending the first primer bound to the first template; (d) a first set of nucleotide analogs suitable for producing a first primer extension product extending from the first primer, wherein the first primer extension product comprises a first nucleotide analog at each of the sites; (e) a second primer bound to the second template; (f) a second polymerase species suitable for extending the second primer bound to the second template; (g) a second set of nucleotide analogs suitable for producing a second primer extension product extending from the second primer, wherein the second primer extension product comprises a second nucleotide analog at each of the sites; wherein the first polymerase species is different from the second polymerase species and wherein the first set of nucleotide analogs is different from the second set of nucleotide analogs; and (h) a detector for detecting the first primer extension product and the second primer extension product at each of the sites. (a) an array of sites, wherein each site comprises a first nucleic acid template and a second nucleic acid template, wherein the first nucleic acid template has a sequence that is different from the sequence of the second nucleic acid template; (b) a first primer bound to the first template; (c) a first polymerase species suitable for extending the first primer bound to the first template; (d) a first set of nucleotide analogs suitable for producing a first primer extension product extending from the first primer, wherein the first primer extension product comprises a first nucleotide analog at each of the sites; (e) a second primer bound to the second template; (f) a second polymerase species suitable for extending the second primer bound to the second template; (g) a second set of nucleotide analogs suitable for producing a second primer extension product extending from the second primer, wherein the second primer extension product comprises a second nucleotide analog at each of the sites; wherein the first polymerase species is different from the second polymerase species and wherein the first set of nucleotide analogs is different from the second set of nucleotide analogs; and (h) a detector for detecting the first primer extension product and the second primer extension product at each of the sites.
Water filter device, comprising: a housing, said housing having at a first end of the same an inlet port for unfiltered water and an outlet port for filtered water, at a second end of the same a drain port accommodating a valve, a flow chamber extending between the first end of the housing and the second end of the housing; a sieve unit positioned with the flow chamber, said sieve unit separating the flow chamber in a first sub-chamber for the unfiltered water and a second sub-chamber for the filtered water, the sieve unit having a basic body with a middle portion carrying a sieve mesh, a first end portion being positioned proximate to the first end of the housing and second end portion being positioned proximate to the second end of the housing, characterized in that the first end portion of the basic body of the sieve unit comprises first water flow guiding blades being inclined relative to a longitudinal axis of the sieve unit, said first water flow guiding blades being positioned within the first sub-chamber for the unfiltered water, the drain port accommodates in addition to the valve a guide element, said guide element having second water flow guiding blades. a housing, said housing having at a first end of the same an inlet port for unfiltered water and an outlet port for filtered water, at a second end of the same a drain port accommodating a valve, a flow chamber extending between the first end of the housing and the second end of the housing; at a first end of the same an inlet port for unfiltered water and an outlet port for filtered water, at a second end of the same a drain port accommodating a valve, a flow chamber extending between the first end of the housing and the second end of the housing; a sieve unit positioned with the flow chamber, said sieve unit separating the flow chamber in a first sub-chamber for the unfiltered water and a second sub-chamber for the filtered water, the sieve unit having a basic body with a middle portion carrying a sieve mesh, a first end portion being positioned proximate to the first end of the housing and second end portion being positioned proximate to the second end of the housing, characterized in that the first end portion of the basic body of the sieve unit comprises first water flow guiding blades being inclined relative to a longitudinal axis of the sieve unit, said first water flow guiding blades being positioned within the first sub-chamber for the unfiltered water, the drain port accommodates in addition to the valve a guide element, said guide element having second water flow guiding blades.
A method for detecting software attacks on a process executing on a computing device, comprising: monitoring structural attributes of a plurality of virtual memory regions utilized by the process, wherein the monitored structural attributes include: an address space layout of the plurality of virtual memory regions; a number of virtual memory regions included in the plurality of virtual memory regions; or a size of a virtual memory region included in the plurality of virtual memory regions; comparing the monitored structural attributes to expected structural attributes of the plurality of virtual memory regions; and determining whether the monitored structural attributes represent anomalous behavior of the process based on the comparison between the monitored structural attributes and the expected structural attributes. monitoring structural attributes of a plurality of virtual memory regions utilized by the process, wherein the monitored structural attributes include: an address space layout of the plurality of virtual memory regions; a number of virtual memory regions included in the plurality of virtual memory regions; or a size of a virtual memory region included in the plurality of virtual memory regions; an address space layout of the plurality of virtual memory regions; a number of virtual memory regions included in the plurality of virtual memory regions; or a size of a virtual memory region included in the plurality of virtual memory regions; comparing the monitored structural attributes to expected structural attributes of the plurality of virtual memory regions; and determining whether the monitored structural attributes represent anomalous behavior of the process based on the comparison between the monitored structural attributes and the expected structural attributes.
A receiving device comprising: a receiving unit configured to receive an audio/video stream; a decoder (217, 219) configured to decode audio/video content included in the audio/video stream; a first acquiring unit configured to extract fingerprint information or watermark information from the audio/video content; a second acquiring unit configured to transmit, to an automatic content recognition server over the Internet, the fingerprint information or the watermark information, and to acquire, from the automatic content recognition server over the Internet and in response to the fingerprint information or the watermark information, trigger information including location information by which a subtitle server on the Internet is identifiable and time information serving as reference for performing display control of a subtitle; a third acquiring unit configured to acquire subtitle information including a document relating to a subtitle described in a predetermined computer language from the subtitle server on the basis of the acquired location information; and a subtitle controller configured to control displaying of the subtitle on the basis of at least one of the acquired time information and the acquired subtitle information. a receiving unit configured to receive an audio/video stream; a decoder (217, 219) configured to decode audio/video content included in the audio/video stream; a first acquiring unit configured to extract fingerprint information or watermark information from the audio/video content; a second acquiring unit configured to transmit, to an automatic content recognition server over the Internet, the fingerprint information or the watermark information, and to acquire, from the automatic content recognition server over the Internet and in response to the fingerprint information or the watermark information, trigger information including location information by which a subtitle server on the Internet is identifiable and time information serving as reference for performing display control of a subtitle; a third acquiring unit configured to acquire subtitle information including a document relating to a subtitle described in a predetermined computer language from the subtitle server on the basis of the acquired location information; and a subtitle controller configured to control displaying of the subtitle on the basis of at least one of the acquired time information and the acquired subtitle information.
A high-concentration tin sulfonate aqueous solution comprising 360 g/L to 420 g/L of a divalent tin ion (Sn 2+); 10 g/L or less of a tetravalent tin ion (Sn 4+); 40 g/L or less of a free methanesulfonic acid; 10 mg/L or less of chloride ions; and impurities of a plurality of kinds of metals, wherein a Hazen unit color number (APHA) is 240 or less, a turbidity is 25 FTU or less, a total content of the plurality of kinds of metals is 30 mg/L or less in terms of metal, the plurality of kinds of metals includes sodium, potassium, lead, iron, nickel, copper, zinc, arsenic, antimony, aluminum, silver, bismuth, magnesium, calcium, titanium, chromium, manganese, cobalt, indium, tungsten, thallium, and cadmium, a content of each of the plurality of kinds of metals is 10 mg/L or less in terms of metal, the Hazen unit color number (APHA) is measured in accordance with JIS K0071-1, and the turbidity is measured using an integrating sphere photoelectric photometry method conforming to JIS K 0101-1998. 360 g/L to 420 g/L of a divalent tin ion (Sn 2+); 10 g/L or less of a tetravalent tin ion (Sn 4+); 40 g/L or less of a free methanesulfonic acid; 10 mg/L or less of chloride ions; and impurities of a plurality of kinds of metals, wherein a Hazen unit color number (APHA) is 240 or less, a turbidity is 25 FTU or less, a total content of the plurality of kinds of metals is 30 mg/L or less in terms of metal, the plurality of kinds of metals includes sodium, potassium, lead, iron, nickel, copper, zinc, arsenic, antimony, aluminum, silver, bismuth, magnesium, calcium, titanium, chromium, manganese, cobalt, indium, tungsten, thallium, and cadmium, a content of each of the plurality of kinds of metals is 10 mg/L or less in terms of metal, the Hazen unit color number (APHA) is measured in accordance with JIS K0071-1, and the turbidity is measured using an integrating sphere photoelectric photometry method conforming to JIS K 0101-1998.
A hearing device comprising an input unit for providing an electric input audio signal, a configurable signal processing unit for processing an audio signal and providing a processed audio signal, and an output transducer for - in a normal mode of operation - converting an electric output signal to an acoustic output sound (AC-OUT), wherein the output transducer is reversible, and the hearing device further comprises • a measurement unit configured - at least in a specific measurement mode - to convert a sound pressure level to an electric signal (MEAS), termed the measurement signal, and CHARACTERIZED IN THAT the hearing device further comprises • a control unit configured to determine a present electric impedance of the output transducer or a measure indicative of said present electric impedance from said measurement signal (MEAS), wherein said control unit is configured to determine an estimate of a present sound pressure based on said measurement signal (MEAS) and said present electric impedance of the output transducer or a measure indicative of said present electric impedance. • a measurement unit configured - at least in a specific measurement mode - to convert a sound pressure level to an electric signal (MEAS), termed the measurement signal, and CHARACTERIZED IN THAT the hearing device further comprises • a control unit configured to determine a present electric impedance of the output transducer or a measure indicative of said present electric impedance from said measurement signal (MEAS),
Encoder for deriving a representation of an audio signal having a first frame, a second frame following the first frame, and a third frame following the second frame, the encoder comprising: a warp estimator for estimating first warp information for the first and the second frame and for estimating second warp information for the second frame and the third frame using fitting a warp function to two consecutive frames, the warp information describing a pitch information of the audio signal; a spectral analyzer for deriving first spectral coefficients for the first and the second frame using the first warp information and for deriving second spectral coefficients for the second and the third frame using the second warp information; and an output interface for outputting the representation of the audio signal including the first and the second spectral coefficients. a warp estimator for estimating first warp information for the first and the second frame and for estimating second warp information for the second frame and the third frame using fitting a warp function to two consecutive frames, the warp information describing a pitch information of the audio signal; a spectral analyzer for deriving first spectral coefficients for the first and the second frame using the first warp information and for deriving second spectral coefficients for the second and the third frame using the second warp information; and an output interface for outputting the representation of the audio signal including the first and the second spectral coefficients.
A system of Controlled Energy Testing a Device Under Test, DUT, comprising: a programmable constant power source for supplying power to the DUT at a specified input voltage and input current, wherein the programmable constant power source forces a programmable amount of power during forward-bias and optical tests, controls both source voltage and source current simultaneously to the DUT to ensure that a given amount of power is supplied to the DUT for a predetermined amount of time and to provide precise control of a junction temperature of the DUT; a processor for executing a plurality of test sequences; a test data acquisition system for measuring a set of parameters including color and power of an optical output of the DUT; and a controller for coordinating timing of acquiring the set of measured parameters. a programmable constant power source for supplying power to the DUT at a specified input voltage and input current, wherein the programmable constant power source forces a programmable amount of power during forward-bias and optical tests, controls both source voltage and source current simultaneously to the DUT to ensure that a given amount of power is supplied to the DUT for a predetermined amount of time and to provide precise control of a junction temperature of the DUT; a processor for executing a plurality of test sequences; a test data acquisition system for measuring a set of parameters including color and power of an optical output of the DUT; and a controller for coordinating timing of acquiring the set of measured parameters.