mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling access to a conference call, the method comprising: authenticating a mobile device in accordance with access requirements for the conference call, the access requirements based on a context of the mobile device relative to access profiles for the conference call, the access requirements being enforced prior to the device being allowed to participate in the conference call and while the device is participating in the conference call, the access requirement including contextual attributes to be met by the mobile device (818, 1014); determining that the mobile device does not comply with the access requirements; in response to the determining that the mobile device does not comply with the access requirements, rejecting the mobile device; in response to rejecting the mobile device, determining by a processor based on information other than said access requirements that the mobile device is legitimate; and in response to the determining that the mobile device (1020, 1024) is legitimate, overriding the rejection to allow connection to the conference call authenticating a mobile device in accordance with access requirements for the conference call, the access requirements based on a context of the mobile device relative to access profiles for the conference call, the access requirements being enforced prior to the device being allowed to participate in the conference call and while the device is participating in the conference call, the access requirement including contextual attributes to be met by the mobile device (818, 1014); determining that the mobile device does not comply with the access requirements; in response to the determining that the mobile device does not comply with the access requirements, rejecting the mobile device; in response to rejecting the mobile device, determining by a processor based on information other than said access requirements that the mobile device is legitimate; and in response to the determining that the mobile device (1020, 1024) is legitimate, overriding the rejection to allow connection to the conference call
A method of operating a hemodialysis apparatus provided with a dialyzer for performing hemodialysis, a blood circuit connected to the dialyzer, a dialysis solution circuit connected to the dialyzer, a replacement fluid port provided in the dialysis solution circuit and capable of being opened and closed by a lid member, and a replacement fluid passage having its one end connected to the blood circuit and the other end connected to the replacement fluid port, in which after a dialysis fluid substitution step of filling the dialysis solution circuit with a dialysis solution, the lid member is detached from the replacement fluid port to change the replacement fluid port from a closed state to an open state, and the replacement fluid passage is connected to the replacement fluid port in the open state, wherein the dialysis solution circuit includes a dialysis solution supply passage through which the dialysis solution is supplied to the dialyzer, a dialysis solution recovery passage through which the dialysis solution is recovered from the dialyzer, and a second bypass passage which provides communication between the dialysis solution supply passage and the dialysis solution recovery passage, characterized in that the replacement fluid port is provided in the second bypass passage, and in that the replacement fluid port includes an inner port connected to upstream piping of the second bypass passage, and an outer port in which the inner port is housed, and which is connected to downstream piping of the second bypass passage; and when the replacement fluid port is closed by the lid member, the inner port and the outer port are closed, and the dialysis solution discharged from the inner port is flowed through a space formed by the outer port and the lid member and discharged from the outer port into the downstream piping; the method further characterized in that it includes: performing, after the dialysis fluid substitution step, a negative pressure forming step including making the pressure in the second bypass passage negative to make the pressure in the replacement fluid port negative, to make the pressure in the dialysis solution circuit negative so that the dialysis solution does not overflow when the replacement fluid port is opened; and thereafter changing the replacement fluid port from the closed state to the open state. performing, after the dialysis fluid substitution step, a negative pressure forming step including making the pressure in the second bypass passage negative to make the pressure in the replacement fluid port negative, to make the pressure in the dialysis solution circuit negative so that the dialysis solution does not overflow when the replacement fluid port is opened; and thereafter changing the replacement fluid port from the closed state to the open state.
A computer-implemented method comprising: determining a first subset of a plurality of software sample feature sets associated with classification values generated by a first malware detection model that are within a range of values; inputting the first subset of software sample feature sets into a second malware detection model; tuning the range of values based, at least in part, on false positives of classifications by the second malware detection model of the first subset of software sample feature sets; and indicating the first and the second malware detection models together for malware detection with the tuned range of values, wherein malware detection is based on output of the second malware detection model if output of the first malware detection model is within the tuned range of values and malware detection is based on output of the first malware detection model if output of the first malware detection model is outside of the tuned range of values. inputting the first subset of software sample feature sets into a second malware detection model; tuning the range of values based, at least in part, on false positives of classifications by the second malware detection model of the first subset of software sample feature sets; and indicating the first and the second malware detection models together for malware detection with the tuned range of values, wherein malware detection is based on output of the second malware detection model if output of the first malware detection model is within the tuned range of values and malware detection is based on output of the first malware detection model if output of the first malware detection model is outside of the tuned range of values.
A method for the diagnosis of non-alcoholic steatohepatitis (NASH) or for determining the activity, the stage, or the severity of NASH in a subject, comprising the step of measuring in a blood, serum or plasma sample of said subject: - the level of at least one marker selected from (i) alpha 2 macroglobulin and (ii) HbA1c, and - the level of the marker hsa-miR-34a-5p. - the level of at least one marker selected from (i) alpha 2 macroglobulin and (ii) HbA1c, and - the level of the marker hsa-miR-34a-5p.
A water drainage pipe for washing machines, in particular dishwashers and laundry machines, comprising a length for the connection of said pipe to a pump of a washing machine, a length for water drainage towards the outside and a pipe length provided with a valve body bearing an opening, said valve body being provided with a breathable membrane closing said opening; said water drainage pipe being characterised in that said membrane is provided with a peripheral edge fixed either by gluing or by welding to a connection element interposed between said membrane and said pipe length.
A basket for a pole, having a pole casing for accommodating a pole shaft, wherein the basket region (2, 3) is designed as an essentially rigid disk and is fastened by a joint such that it can be rotated freely about a pole axis and can be tilted over an angle range of 150 degrees about a tilting axis characterized in that the joint, on the pole casing, has two mutually opposite axially offset joint sleeves and also two mutually opposite, circular joint disks fastened on the inner basket, in that at least one of the two joint sleeves has an open annular groove which is open in the direction of the opposite joint sleeve, and in that essentially half of each of the two mutually opposite joint disks extends on either side of the basket plane defined by the basket region (2, 3), essentially at right angles to this plane.
A driving apparatus for a MEMS scanner comprising: a first base part with an opening as first space therein; a second base part with a second space therein, the second base part being placed outside the first base part; a driven part supported by the second base part in a rotatable manner in the second space; a driving force applying part configured to apply, to the first base part, a driving force for vibrating the first base part; and an elastic part configured to couple the first base part with the second base part and configured to transmit the vibration of the first base part to the second base part so as to rotate the driven part, wherein the driving force applying part comprises: a coil disposed around said opening in the first base part; a yoke inserted in said opening of the first base part; and a first magnet and a second magnet disposed on a lateral side of the yoke. a first base part with an opening as first space therein; a second base part with a second space therein, the second base part being placed outside the first base part; a driven part supported by the second base part in a rotatable manner in the second space; a driving force applying part configured to apply, to the first base part, a driving force for vibrating the first base part; and an elastic part configured to couple the first base part with the second base part and configured to transmit the vibration of the first base part to the second base part so as to rotate the driven part, wherein the driving force applying part comprises: a coil disposed around said opening in the first base part; a yoke inserted in said opening of the first base part; and a first magnet and a second magnet disposed on a lateral side of the yoke. a coil disposed around said opening in the first base part; a yoke inserted in said opening of the first base part; and a first magnet and a second magnet disposed on a lateral side of the yoke.
An in vitro method of assessing the developmental potential of a mammalian embryo, e.g. a mammalian embryo which has been fertilized in vitro, the method comprising (a) taking measurements of cytoplasmic movements in the embryo at the single cell stage, and optionally further taking measurements of periodic changes in the shape of the embryo at the single cell stage, and (b) using the measurements to predict the developmental potential of the embryo. (a) taking measurements of cytoplasmic movements in the embryo at the single cell stage, and optionally further taking measurements of periodic changes in the shape of the embryo at the single cell stage, and (b) using the measurements to predict the developmental potential of the embryo.
Stability and smell improved pharmaceutical composition comprising acetylcysteine wherein it comprises micronized benzoic acid, disodium EDTA and at least one pharmaceutically acceptable excipient and does not comprise methyl paraben and propyl paraben.
An electric motor diagnosis device, comprising: an electric current input unit configured to detect and input therein an electric current of an electric motor; an electric current variation calculation unit configured to acquire the presence or absence of deviation or variation of an electric current inputted from the electric current input unit; an FFT analysis unit configured to analyze a power spectrum of the electric current from the electric current input unit, when the electric current therefrom is in a stable state; a peak detection calculation unit configured to detect a peak position in a power spectrum acquired by the FFT analysis unit; an averaging calculation unit configured to smooth a plurality of charges of power spectra analyzed by the FFT analysis unit; a sideband frequency extraction unit configured to extract a sideband frequency of a power spectrum smoothed by the averaging calculation unit; characterised by: a rotational frequency band determination unit configured to calculate, based on a sideband frequency extracted by the sideband frequency extraction unit, a difference value between a peak of power spectrum of a power source frequency of the electric motor, and a peak of power spectrum in a rotational frequency band thereof which changes by increase of mechanical vibration due to bearing degradation of the electric motor; and a warning output unit configured to output a warning when the difference value obtained by the rotational frequency band determination unit is a value smaller than a preset value defined in advance. an electric current input unit configured to detect and input therein an electric current of an electric motor; an electric current variation calculation unit configured to acquire the presence or absence of deviation or variation of an electric current inputted from the electric current input unit; an FFT analysis unit configured to analyze a power spectrum of the electric current from the electric current input unit, when the electric current therefrom is in a stable state; a peak detection calculation unit configured to detect a peak position in a power spectrum acquired by the FFT analysis unit; an averaging calculation unit configured to smooth a plurality of charges of power spectra analyzed by the FFT analysis unit; a sideband frequency extraction unit configured to extract a sideband frequency of a power spectrum smoothed by the averaging calculation unit; a rotational frequency band determination unit configured to calculate, based on a sideband frequency extracted by the sideband frequency extraction unit, a difference value between a peak of power spectrum of a power source frequency of the electric motor, and a peak of power spectrum in a rotational frequency band thereof which changes by increase of mechanical vibration due to bearing degradation of the electric motor; and a warning output unit configured to output a warning when the difference value obtained by the rotational frequency band determination unit is a value smaller than a preset value defined in advance.
A thermoplastic composition comprising: a. a polycarbonate polymer; b. a polysiloxane-polycarbonate copolymer; c. a laser direct structuring additive; and d. a siloxane additive; wherein a molded article having a thickness of 3.2 mm formed from the composition exhibits a Notched Izod impact energy that is at least 10% greater than that exhibited by a molded article formed from an identical reference composition in the absence of the siloxane additive. a. a polycarbonate polymer; b. a polysiloxane-polycarbonate copolymer; c. a laser direct structuring additive; and d. a siloxane additive;
An image forming apparatus comprising: feeding means arranged to feed a plurality of sheets; image forming means arranged to form an image on each of the plurality of sheets; re-feeding means (333, 338, 332) arranged to re-feed each of the plurality of sheets, on which an image is formed on a first surface thereof, to the image forming means after inverting the sheet to form an image on a second surface of the sheet; deciding means arranged to decide a conveying speed of a subsequent sheet of the plurality of sheets based on a resolution of the image to be formed on the first surface of the subsequent sheet and decide a conveying speed of a previous sheet of the plurality of sheets based on a resolution of the image to be formed on the second surface of the previous sheet, wherein the subsequent sheet is a sheet to be fed next to the previous sheet; and feeding control means for controlling a feeding timing of the subsequent sheet based on the decided conveying speed of the previous sheet and the subsequent sheet, wherein the feeding control means is arranged, in a case where the conveying speed of the subsequent sheet, for printing on the first surface thereof, is the same as the conveying speed of the previous sheet, for printing on the second surface thereof, to feed the subsequent sheet to the image forming means prior to re-feeding the previous sheet to the image forming means, and wherein the feeding control means is arranged, in a case where the conveying speed of the subsequent sheet, for printing on the first surface thereof, is different from the conveying speed of the previous sheet, for printing on the second surface thereof, to re-feed the previous sheet to the image forming means prior to feeding the subsequent sheet to the image forming means. feeding means arranged to feed a plurality of sheets; image forming means arranged to form an image on each of the plurality of sheets; re-feeding means (333, 338, 332) arranged to re-feed each of the plurality of sheets, on which an image is formed on a first surface thereof, to the image forming means after inverting the sheet to form an image on a second surface of the sheet; deciding means arranged to decide a conveying speed of a subsequent sheet of the plurality of sheets based on a resolution of the image to be formed on the first surface of the subsequent sheet and decide a conveying speed of a previous sheet of the plurality of sheets based on a resolution of the image to be formed on the second surface of the previous sheet, wherein the subsequent sheet is a sheet to be fed next to the previous sheet; and feeding control means for controlling a feeding timing of the subsequent sheet based on the decided conveying speed of the previous sheet and the subsequent sheet,
A pouring structure for a battery pack (20, 20') mounted on an electric vehicle and containing a battery for supplying electric power to an electric motor which drives the electric vehicle, characterized by comprising: a service plug having an electrically insulated structure, arranged inside the battery pack and configured to shut off a high-voltage circuit in the battery pack; a manipulation hole formed in the battery pack and allowing the service plug to be manipulated; and a closure member (40, 70, 80) closing the manipulation hole and having an inlet port (41, 81b) through which water can be poured, wherein: the service plug is arranged so as to face the inlet port of the closure member with a gap smaller than a preset value therebetween, and the closure member (40, 70, 80) has a protrusion (40a, 81c) that makes the gap smaller than the preset value, wherein the preset value has such dimension that an electric shock testing instrument which is an IPXXB probe cannot be inserted into the gap. a service plug having an electrically insulated structure, arranged inside the battery pack and configured to shut off a high-voltage circuit in the battery pack; a manipulation hole formed in the battery pack and allowing the service plug to be manipulated; and a closure member (40, 70, 80) closing the manipulation hole and having an inlet port (41, 81b) through which water can be poured, wherein: the service plug is arranged so as to face the inlet port of the closure member with a gap smaller than a preset value therebetween, and the closure member (40, 70, 80) has a protrusion (40a, 81c) that makes the gap smaller than the preset value, wherein the preset value has such dimension that an electric shock testing instrument which is an IPXXB probe cannot be inserted into the gap. the service plug is arranged so as to face the inlet port of the closure member with a gap smaller than a preset value therebetween, and the closure member (40, 70, 80) has a protrusion (40a, 81c) that makes the gap smaller than the preset value, wherein the preset value has such dimension that an electric shock testing instrument which is an IPXXB probe cannot be inserted into the gap.
A data slot allocation method for a data slot used to transmit uncompressed audio/video, AV, data, the method comprising: transmitting, by a coordinator, a first superframe during a first beacon period; receiving, by the coordinator, a data slot request frame from at least one wireless device, which belongs to a network, during a data slot reservation period included in the first superframe; transmitting, by the coordinator, a response frame to the at least one wireless device in response to the data slot request frame; and transmitting, by the coordinator, a second superframe including at least one data slot allocated to the at least one wireless device during a second beacon period; wherein the first superframe comprises a first contention access period and a first contention-free period, the method characterized in that the first contention access period comprises a period for transmitting or receiving a first control frame and first asynchronous data and the data slot reservation period, wherein the data slot reservation period is a period allocated for a data slot reservation process in which the data slot request frame is communicated and is separate from the period for transmitting or receiving the first control frame and the first asynchronous data. transmitting, by a coordinator, a first superframe during a first beacon period; receiving, by the coordinator, a data slot request frame from at least one wireless device, which belongs to a network, during a data slot reservation period included in the first superframe; transmitting, by the coordinator, a response frame to the at least one wireless device in response to the data slot request frame; and transmitting, by the coordinator, a second superframe including at least one data slot allocated to the at least one wireless device during a second beacon period; wherein the first superframe comprises a first contention access period and a first contention-free period, the method characterized in that the first contention access period comprises a period for transmitting or receiving a first control frame and first asynchronous data and the data slot reservation period, wherein the data slot reservation period is a period allocated for a data slot reservation process in which the data slot request frame is communicated and is separate from the period for transmitting or receiving the first control frame and the first asynchronous data.
A neutron source, including: a first capsule structure including a block structure defined by first outer walls, the first outer walls extending beyond the block structure and defining a first open end providing access to the block structure, the block structure forming a first closed end, characterised in that the block structure includes a plurality of apertures (20,22,24,26) configured to receive a respective plurality of active sources. a first capsule structure including a block structure defined by first outer walls, the first outer walls extending beyond the block structure and defining a first open end providing access to the block structure, the block structure forming a first closed end, characterised in that the block structure includes a plurality of apertures (20,22,24,26) configured to receive a respective plurality of active sources.