mhurhangee/ep-ind-claims huggingface dataset:
A method for searching for a Public Land Mobile Network, PLMN, in a mobile communication device (100, 600) having a plurality of Subscriber Identification Module, SIM, cards (130, 140, 630, 640), wherein if the mobile communication device (100, 600) has performed a location registration for any SIM card (130, 140, 630, 640) in a PLMN other than a Home PLMN, HPLMN, comprising the PLMN having the highest priority, the method comprises: separately starting (401, 402, 501, 502, 701, 702, 801, 802) a plurality of HPLMN timers according to a corresponding plurality of HPLMN timer values stored respectively in the plurality of SIM cards (130, 140, 630, 640); performing (404, 504, 704, 804) a PLMN search for one of the plurality of SIM cards (130, 630) at an expiry (403, 503, 703, 803) of a corresponding one of the plurality of HPLMN timers; updating (405, 505, 705, 805) a PLMN list with one or more PLMNs found during the PLMN search; for all of the plurality of SIM cards (130, 140, 630, 640), determining (407, 410, 507, 511, 706, 708, 806, 809) whether the PLMN list contains any PLMN with a higher priority than a currently registered PLMN; and for any SIM card (130, 140, 630, 640) of the plurality of SIM cards (130, 140, 630, 640) in which there is any PLMN with the higher priority than the currently registered PLMN, performing (408, 415, 508, 516, 707, 709, 807, 810) a location registration in the PLMN with the higher priority. separately starting (401, 402, 501, 502, 701, 702, 801, 802) a plurality of HPLMN timers according to a corresponding plurality of HPLMN timer values stored respectively in the plurality of SIM cards (130, 140, 630, 640); performing (404, 504, 704, 804) a PLMN search for one of the plurality of SIM cards (130, 630) at an expiry (403, 503, 703, 803) of a corresponding one of the plurality of HPLMN timers; updating (405, 505, 705, 805) a PLMN list with one or more PLMNs found during the PLMN search; for all of the plurality of SIM cards (130, 140, 630, 640), determining (407, 410, 507, 511, 706, 708, 806, 809) whether the PLMN list contains any PLMN with a higher priority than a currently registered PLMN; and for any SIM card (130, 140, 630, 640) of the plurality of SIM cards (130, 140, 630, 640) in which there is any PLMN with the higher priority than the currently registered PLMN, performing (408, 415, 508, 516, 707, 709, 807, 810) a location registration in the PLMN with the higher priority.
A method of producing xylo-oligosaccharides, said method comprising: obtaining a cellulase composition by incubation of a cellulase mixture from the genus Trichoderma having at least activities of xylanase, cellobiohydrolase, β-glucosidase and β-xyiosidase against a biomass containing xylan and cellulose at 35 °C to 60 °C to attain β-xylosidase activity of 500 U/g or less of proteins in the cellulase composition, and hydrolyzing a biomass containing xylan and cellulose with said cellulase composition. obtaining a cellulase composition by incubation of a cellulase mixture from the genus Trichoderma having at least activities of xylanase, cellobiohydrolase, β-glucosidase and β-xyiosidase against a biomass containing xylan and cellulose at 35 °C to 60 °C to attain β-xylosidase activity of 500 U/g or less of proteins in the cellulase composition, and hydrolyzing a biomass containing xylan and cellulose with said cellulase composition.
A versatile pest station comprising: a housing including a base, a lid, and an opening (138, 139), the base and the lid forming a cavity, the opening (138, 139) providing access to the cavity, the base having a bottom surface and being configured and arranged to be securely mounted to a surface; a lock mechanism interlocking the base and the lid; characterized in that the versatile pest station further comprises an insert, said insert being elevated relative to the bottom surface of the base and is configured to represent a monitoring device for monitoring or indicating the presence of pests, wherein the monitoring device is selected from the group consisting of IR detectors, motion detectors, sound detectors, mechanical sensing plates. a housing including a base, a lid, and an opening (138, 139), the base and the lid forming a cavity, the opening (138, 139) providing access to the cavity, the base having a bottom surface and being configured and arranged to be securely mounted to a surface; a lock mechanism interlocking the base and the lid;
A method of installing a retrofit brick tie (100, 200), comprising: obtaining a retrofit brick tie (100, 200) comprising an elongate member (101, 201) having a first end (102, 202) and a second end (104, 204), creating a bore in an interior surface of a brick structure; filling the bore with an adhesive; allowing the adhesive to cure; and positioning a stud proximate the interior surface; characterised in that: the first end (102, 202) including a first aperture (103a, 203a) and a second aperture (103b, 203b), each of the first and second apertures (103a, 103b, 203a, 203b) configured and arranged to receive a fastener (306a, 306b), the second end (104, 204) including a first elongated opening (105a, 205a) and a second elongated opening (105b, 205b), each of the first and second elongated openings (105a, 105b, 205a, 205b) configured and arranged to receive an adhesive; and the method comprising inserting the second end (104, 204) into the bore so that the adhesive fills in the elongated openings (105a, 105b, 205a, 205b) and the first end (102, 202) extends outward from the interior surface; inserting a fastener (306a, 306b) through each of the first and second apertures (103a, 103b, 203a, 203b) and into the stud thereby securing the stud to the brick structure. obtaining a retrofit brick tie (100, 200) comprising an elongate member (101, 201) having a first end (102, 202) and a second end (104, 204), creating a bore in an interior surface of a brick structure; filling the bore with an adhesive; allowing the adhesive to cure; and positioning a stud proximate the interior surface; inserting the second end (104, 204) into the bore so that the adhesive fills in the elongated openings (105a, 105b, 205a, 205b) and the first end (102, 202) extends outward from the interior surface; inserting a fastener (306a, 306b) through each of the first and second apertures (103a, 103b, 203a, 203b) and into the stud thereby securing the stud to the brick structure.
An eye-tracking method, comprising: enabling at least one light source of an array of light sources to emit non-visible light to illuminate an eye, wherein the non-visible light emitted by the at least one light source propagates through an optical combiner disposed between the array of light sources and the eye, wherein the optical combiner is configured to receive non-visible light reflected by a fundus of the eye and direct the non-visible light reflected by the fundus to a camera, and wherein the optical combiner is configured as a holographic optical element or a volume hologram; generating at least one image of the eye with the camera while the at least one light source is enabled, wherein the at least one image is of the non-visible light reflected by the fundus; and determining a position of the eye based on a position of the at least one light source within the array of light sources in response to determining that the at least one image indicates a bright pupil condition when the at least one light source was enabled. enabling at least one light source of an array of light sources to emit non-visible light to illuminate an eye, wherein the non-visible light emitted by the at least one light source propagates through an optical combiner disposed between the array of light sources and the eye, wherein the optical combiner is configured to receive non-visible light reflected by a fundus of the eye and direct the non-visible light reflected by the fundus to a camera, and wherein the optical combiner is configured as a holographic optical element or a volume hologram; generating at least one image of the eye with the camera while the at least one light source is enabled, wherein the at least one image is of the non-visible light reflected by the fundus; and determining a position of the eye based on a position of the at least one light source within the array of light sources in response to determining that the at least one image indicates a bright pupil condition when the at least one light source was enabled.
Machine reamer with cutting edges from progressive cutting materials, comprising shank and a cutting ring, the shank being provided with a clamping portion, by which the shank can be clamped in a spindle of a machine tool and the shank being provided with a supporting portion, wherein in the center of the shank of the machine reamer there is a through-channel for cooling liquid, wherein the supporting portion of the shank is terminated on its free end with a centering pin, on the centering pin the cutting ring with a central opening is arranged, wherein on the circumference of the centering pin and also of the opening in the cutting ring shape profiles are provided, with mutually corresponding shapes, wherein the cooling liquid is discharged at the face of the cutting portion of the reamer or alternatively wherein in the center of the shank there is a cut-off channel for cooling liquid, which is discharged from radial channels into an annular space and from this annular space the cooling liquid is discharged into tooth's grooves of the cutting ring, characterized in that the shape profiles (11,12) of the centering pin and of the opening in the cutting ring are created as longitudinal grooves parallel with the axe of the machine reamer with a peak angle of 90°-120° and with a depth of 0,3 - 0,5 mm and the shape profile of the opening in the cutting ring is arranged on the shape profile of the centering pin with a radial clearance of 0,05 - 0,1 mm filled with an adhesive material for achievement of a non-taking apart joint of the cutting ring with the supporting portion of the shank of the machine reamer after its hardening.
Cooking system (10; 10b) having at least one placement unit (100; 100b) that is provided in at least one heating operating state for arrangement above a cover plate (16; 16b), having an induction heating unit (18; 18b) that is provided so as to heat at least a part of the placement unit (100; 100b), and having at least one identification unit (20; 20b) that is provided so as to identify at least the placement unit (100; 100b), wherein the identification unit (20; 20b) at least in part comprises the induction heating unit (18; 18b), and wherein the identification unit (20;20b) is provided so as to allocate an individual identity to each object that is to be identified, characterised by at least one further placement unit that is provided for arrangement above the cover plate (16, 16b) and has at least one further base unit that is provided in the heating operating state for arrangement between a further item of cookware, which is to be heated, of the further placement unit and the cover plate (16, 16b), wherein the identification unit (20; 20b) is provided so as to simultaneously identify at least the part of the placement unit (100; 100b) in dependence upon a signal of the placement unit (100; 100b) and at least a part of the further placement unit.
An audio processor circuit, comprising a storage circuit configured to store digital audio data from an electrical device; a digital-to-analog converter circuit configured to convert the digital audio data from the storage circuit into an analog audio signal; and an amplifier circuit configured to provide an output audio signal to an audio playing circuit according to the analog audio signal, a detector circuit configured to detect whether a total data volume of the digital audio data stored in the storage circuit is multiple of a throughput and whether the total data volume of the digital audio data stored in the storage circuit is less than an upper limit value; wherein if the total data volume of the digital audio data stored in the storage circuit is detected to be not the multiple of the throughput or the total data volume of the digital audio data stored in the storage circuit is detected to be equal to or greater than the upper limit value, the amplifier circuit is configured to be turned off such that the amplifier circuit stops providing the output audio signal to the audio playing circuit, wherein the throughput is a product of a channel number of the audio playing circuit and a transmission bit number of each channel, and wherein the upper limit value is equal to or greater than three times the throughput. a storage circuit configured to store digital audio data from an electrical device; a digital-to-analog converter circuit configured to convert the digital audio data from the storage circuit into an analog audio signal; and an amplifier circuit configured to provide an output audio signal to an audio playing circuit according to the analog audio signal, a detector circuit configured to detect whether a total data volume of the digital audio data stored in the storage circuit is multiple of a throughput and whether the total data volume of the digital audio data stored in the storage circuit is less than an upper limit value; wherein if the total data volume of the digital audio data stored in the storage circuit is detected to be not the multiple of the throughput or the total data volume of the digital audio data stored in the storage circuit is detected to be equal to or greater than the upper limit value, the amplifier circuit is configured to be turned off such that the amplifier circuit stops providing the output audio signal to the audio playing circuit, wherein the throughput is a product of a channel number of the audio playing circuit and a transmission bit number of each channel, and wherein the upper limit value is equal to or greater than three times the throughput.
An infrared sensor comprising: an insulating film a first heat sensitive element and a second heat sensitive element which are provided on one surface of the insulating film; a pair of first wirings which have one ends connected to the first heat sensitive element and are formed on the one surface of the insulating film; a pair of second wirings which have one ends connected to the second heat sensitive element and are formed on the one surface of the insulating film; a light receiving area provided on the other surface of the insulating film to be opposite to the first heat sensitive element; an infrared reflective film formed on the other surface of the insulating film to cover at least a portion immediately above the second heat sensitive element while avoiding the light receiving area; and a heat conductive film connected to the first heat sensitive element and formed by patterning on the one surface of the insulating film, wherein the heat conductive film has a thermal coupling portion (C, C2, C3) close to a part of the infrared reflective film, and the thermal coupling portion is formed to be opposite to the part of the infrared reflective film. an insulating film a first heat sensitive element and a second heat sensitive element which are provided on one surface of the insulating film; a pair of first wirings which have one ends connected to the first heat sensitive element and are formed on the one surface of the insulating film; a pair of second wirings which have one ends connected to the second heat sensitive element and are formed on the one surface of the insulating film; a light receiving area provided on the other surface of the insulating film to be opposite to the first heat sensitive element; an infrared reflective film formed on the other surface of the insulating film to cover at least a portion immediately above the second heat sensitive element while avoiding the light receiving area; and a heat conductive film connected to the first heat sensitive element and formed by patterning on the one surface of the insulating film, wherein the heat conductive film has a thermal coupling portion (C, C2, C3) close to a part of the infrared reflective film, and the thermal coupling portion is formed to be opposite to the part of the infrared reflective film.
Method for filling a flexible element with a loose granular material, wherein the element has two lengths of material connected to each other at points in the interior and along the edge, leaving a filling opening, characterized in that an air pressure difference between the interior and the external environment is generated, which widens the interior before it is filled with the granular material.
Interior fittings for a protective helmet, comprising a head band, a neck band, and several supporting strips (142, 144, 148) which together form an interior fitting subassembly fixable to a helmet shell for supporting and retaining the helmet on the head of a wearer, characterized in that the supporting strips (142, 144, 148) form a supporting cage which is formed of a stiff, elastically flexible material and respectively provided with a rigid support arm (54, 55, 56) protruding obliquely downwards or backwards in two temple areas as well as in an area of the back of the head for a three-point attachment of the interior fitting subassembly to the inner surface of a helmet shell and for enabling a clearance which continuously extends around the interior fitting subassembly within the helmet shell and which is suitable for accommodating ear protection capsules (35a, 35b), supporting brackets (37a, 37b) of an ear protection which are pivotable between two positions in the clearance, and additional helmet accessories such as a tightening unit of the neck band.
A razor comprising: a razor blade cartridge including at least one razor blade; and a handle coupled to a rear of the razor blade cartridge, the handle comprising a handle portion in the form of a long extending bar having a lower surface in the form of a hollow cavity, wherein: a through-hole which extends along at least a portion of a profile of the handle is formed on the handle; the through-hole includes a first open area facing the rear of the razor blade cartridge and a second open area formed at an upper surface of the handle, the second open area being opposite the first open area. a razor blade cartridge including at least one razor blade; and a handle coupled to a rear of the razor blade cartridge, the handle comprising a handle portion in the form of a long extending bar having a lower surface in the form of a hollow cavity, wherein: a through-hole which extends along at least a portion of a profile of the handle is formed on the handle; the through-hole includes a first open area facing the rear of the razor blade cartridge and a second open area formed at an upper surface of the handle, the second open area being opposite the first open area. a through-hole which extends along at least a portion of a profile of the handle is formed on the handle; the through-hole includes a first open area facing the rear of the razor blade cartridge and a second open area formed at an upper surface of the handle, the second open area being opposite the first open area.
A modular microscope comprising: a control module; an imager module; a lens module; an illumination module, wherein the control module is removably coupled to the lens module and the lens module is removably coupled to the illumination module, and wherein the lens module is contained in a first distinct structural frame that is separate from a second distinct structural frame that contains the illumination module; characterized in that the modular microscope further comprises: a first coupler that mechanically and communicatively links the control module and the lens module, wherein the first coupler includes communication and power connections to carry control and power signals to the lens module; and a second coupler that mechanically and communicatively links the lens module and the illumination module, wherein the second coupler includes communication and power connections to carry control and power signals to the illumination module. a control module; an imager module; a lens module; an illumination module, wherein the control module is removably coupled to the lens module and the lens module is removably coupled to the illumination module, and wherein the lens module is contained in a first distinct structural frame that is separate from a second distinct structural frame that contains the illumination module; a first coupler that mechanically and communicatively links the control module and the lens module, wherein the first coupler includes communication and power connections to carry control and power signals to the lens module; and a second coupler that mechanically and communicatively links the lens module and the illumination module, wherein the second coupler includes communication and power connections to carry control and power signals to the illumination module.
A method for resolving a decentralized identifier to obtain a data structure of a particular type and that is associated with the decentralized identifier, the method comprising: identifying a level of resolver security; sending a decentralized identifier (502, 502A, 502B, 502C) to a plurality of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518); receiving a matching data structure (521A, 521B, 521C) of a particular type from each of at least some of the plurality of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518) in response to sending the decentralized identifier (502, 502A, 502B, 502C); and determining whether the matching data structure (521A, 521B, 521C) is associated with the decentralized identifier (502, 502A, 502B, 502C) based on a number of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518) that provided the matching data structure (521A, 521B, 521C) of the particular type, wherein if the number of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518) meets or exceeds a threshold number, it is determined that the matching data structure (521A, 521B, 521C) is associated with the decentralized identifier(502, 502A, 502B, 502C), wherein if the number of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518) is less than the threshold number, it is determined that the matching data structure (521A, 521B, 521C) is not associated with the decentralized identifier (502, 502A, 502B, 502C), the threshold number depending on the identified level of resolver security. identifying a level of resolver security; sending a decentralized identifier (502, 502A, 502B, 502C) to a plurality of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518); receiving a matching data structure (521A, 521B, 521C) of a particular type from each of at least some of the plurality of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518) in response to sending the decentralized identifier (502, 502A, 502B, 502C); and determining whether the matching data structure (521A, 521B, 521C) is associated with the decentralized identifier (502, 502A, 502B, 502C) based on a number of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518) that provided the matching data structure (521A, 521B, 521C) of the particular type, wherein if the number of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518) meets or exceeds a threshold number, it is determined that the matching data structure (521A, 521B, 521C) is associated with the decentralized identifier(502, 502A, 502B, 502C), wherein if the number of resolvers (510, 511, 512, 513, 514, 515, 516, 517, 518) is less than the threshold number, it is determined that the matching data structure (521A, 521B, 521C) is not associated with the decentralized identifier (502, 502A, 502B, 502C), the threshold number depending on the identified level of resolver security.