mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method comprising: forming a first trust relationship between a first device in a first set of first one or more trusted devices associated with a first user and a second device in a second set of second one or more trusted devices associated with a second user; based on (i) said first trust relationship, and (ii) said second set associated with said second user, forming a second trust relationship between each device in said first set and each device in said second set; and at least one device in said first set communicating with one or more devices in said second set, said communicating based on said second trust relationship; wherein users (102, 102-A,..., 102-k) use one or more of their devices to communicate via a backend system; wherein the first set of said first one or more trusted devices associated with the first user is maintained as a first journal in the backend system, and wherein the second set of said second one or more trusted devices associated with the second user is maintained as a second journal in the backend system, and wherein, for said communicating in, said at least one device in said first set uses the second journal; wherein said at least one device in said first set uses information in the second journal to determine which devices of said second user to trust; wherein at least one of the first set and the second set comprises more than one trusted device. forming a first trust relationship between a first device in a first set of first one or more trusted devices associated with a first user and a second device in a second set of second one or more trusted devices associated with a second user; based on (i) said first trust relationship, and (ii) said second set associated with said second user, forming a second trust relationship between each device in said first set and each device in said second set; and at least one device in said first set communicating with one or more devices in said second set, said communicating based on said second trust relationship; wherein users (102, 102-A,..., 102-k) use one or more of their devices to communicate via a backend system; wherein the first set of said first one or more trusted devices associated with the first user is maintained as a first journal in the backend system, and wherein the second set of said second one or more trusted devices associated with the second user is maintained as a second journal in the backend system, and wherein, for said communicating in, said at least one device in said first set uses the second journal; wherein said at least one device in said first set uses information in the second journal to determine which devices of said second user to trust; wherein at least one of the first set and the second set comprises more than one trusted device.
Dental composition comprising: - filler F1 comprising aggregated nano-sized particles in an amount of from 30 to 70 wt.% according to DIN 53206, - filler F2 comprising agglomerated nano-sized particles in an amount from 1 to 20 wt.% according to DIN 53206, - hardenable component A1 being an urethane(meth)acrylate with a functionality of at least 2 and having a molecular weight from 400 to 3,000 g/mol in an amount from 1 to 20 wt.%, - hardenable component A2 being a radically polymerizable (meth)acrylate with a functionality of at least 2 being different from component A1 in an amount from 5 to 60 wt.%, - redox curing initiator system, the dental composition not comprising non-agglomerated nano-sized filler in an amount above about 10 wt.%, wt.% with respect to the weight of the whole composition, wherein filler F1 has a BET specific surface from 50 to 400 m 2 /g and comprises a mixture of SiO 2 and ZrO 2 particles, and filler F2 has a BET specific surface from 30 to 400 m 2 /g and comprises particles of fumed silica.. - filler F1 comprising aggregated nano-sized particles in an amount of from 30 to 70 wt.% according to DIN 53206, - filler F2 comprising agglomerated nano-sized particles in an amount from 1 to 20 wt.% according to DIN 53206, - hardenable component A1 being an urethane(meth)acrylate with a functionality of at least 2 and having a molecular weight from 400 to 3,000 g/mol in an amount from 1 to 20 wt.%, - hardenable component A2 being a radically polymerizable (meth)acrylate with a functionality of at least 2 being different from component A1 in an amount from 5 to 60 wt.%, - redox curing initiator system, filler F1 has a BET specific surface from 50 to 400 m 2 /g and comprises a mixture of SiO 2 and ZrO 2 particles, and filler F2 has a BET specific surface from 30 to 400 m 2 /g and comprises particles of fumed silica..
Nutritional supplementary composition with curative effect containing rice bran, characterized in that it contains 70.0 to 99.5 mass parts of rice bran, 0.1 to 25 mass parts of ground dried pea shells, 0.1 to 10 mass parts of pea bran, furthermore in given case 1 to 10 mass parts of milled grape-seeds and/or 0.1 to 1 mass parts of sesame seed oil and/or 0.5 to 1 mass parts of calcium carbonate and/or 0.01 to 0.05 mass parts of antioxidant, advantageously vitamin E and/or 0.01 to 0.05 mass parts of vitamin B6 and optionally binding, auxiliary and coating materials generally used in food industry.
A user-controlled wireless ultrasound probe which transmits image data wirelessly to a host system for display comprising: an array transducer (70,80); a probe control circuit (72,82,94) coupled to the array transducer; a transceiver coupled to the probe control circuit which acts to wirelessly transmit image information signals to the host system; a battery; a probe case housing the array transducer, probe control circuit, transceiver, and battery; and a user interface (22,32), located on the probe integral to the probe case and coupled to the probe control circuit, the user interface having one or more user controls by which a user controls a scanning procedure; characterized in that the user interface (22,32) is liquid-tight with the probe case and further has a display of signal strength and remaining battery power; and wherein the wireless ultrasound probe is adapted to: - accept a desired period of imaging time; - automatically switch to a hibernate mode after a predetermined timeout period; and - automatically invoke parameter changes including timeouts to achieve the desired period of imaging time. an array transducer (70,80); a probe control circuit (72,82,94) coupled to the array transducer; a transceiver coupled to the probe control circuit which acts to wirelessly transmit image information signals to the host system; a battery; a probe case housing the array transducer, probe control circuit, transceiver, and battery; and a user interface (22,32), located on the probe integral to the probe case and coupled to the probe control circuit, the user interface having one or more user controls by which a user controls a scanning procedure; characterized in that the user interface (22,32) is liquid-tight with the probe case and further has a display of signal strength and remaining battery power; and wherein the wireless ultrasound probe is adapted to: - accept a desired period of imaging time; - automatically switch to a hibernate mode after a predetermined timeout period; and - automatically invoke parameter changes including timeouts to achieve the desired period of imaging time. - accept a desired period of imaging time; - automatically switch to a hibernate mode after a predetermined timeout period; and - automatically invoke parameter changes including timeouts to achieve the desired period of imaging time.
A method of a test strip (100, 600, 1100) detecting concentration of an analyte of a sample, wherein the test strip (100, 600, 1100) comprises a substrate (110, 601) and a reaction region (302, 602), the reaction region (302, 602) comprises a working electrode (WE, 121), a reference electrode (RE, 123), and a counter electrode (CE, 122) and wherein the reaction region (302, 602) is coated with an enzyme, the method characterized by the steps of: placing the sample in the reaction region (302, 602), wherein the analyte reacts with the enzyme to generate a plurality of electrons, and the plurality of electrons are transferred to the working electrode through a mediator; applying a first direct current electrical signal to the working electrode during a first period; measuring a first current through the working electrode during the first period; applying a second DC electrical signal to the working electrode during a second period; the mediator generating during the second period an intermediate according to the electrical signal; applying a third DC electrical signal to the working electrode during a third period; measuring during the third period a second current through the working electrode, wherein the polarity of the second DC electrical signal during the second period is inverse to the polarity of the first DC electrical signal during the first period and the polarity of the third DC electrical signal during the third period; calculating an initial concentration of the analyte according to the first current; calculating a diffusion factor of the intermediate in the sample according to the second current; and correcting the initial concentration to generate new concentration of the analyte according to the diffusion factor. placing the sample in the reaction region (302, 602), wherein the analyte reacts with the enzyme to generate a plurality of electrons, and the plurality of electrons are transferred to the working electrode through a mediator; applying a first direct current electrical signal to the working electrode during a first period; measuring a first current through the working electrode during the first period; applying a second DC electrical signal to the working electrode during a second period; the mediator generating during the second period an intermediate according to the electrical signal; applying a third DC electrical signal to the working electrode during a third period; measuring during the third period a second current through the working electrode, wherein the polarity of the second DC electrical signal during the second period is inverse to the polarity of the first DC electrical signal during the first period and the polarity of the third DC electrical signal during the third period; calculating an initial concentration of the analyte according to the first current; calculating a diffusion factor of the intermediate in the sample according to the second current; and correcting the initial concentration to generate new concentration of the analyte according to the diffusion factor.
A chimeric monoclonal antibody which recognizes human CEACAM1 comprising: human heavy chain constant region selected from the group consisting of: human IgG1, human IgG2, and human IgG3; human light chain constant Kappa region; and a set of six CDR sequences selected from the set of SEQ ID NOs: 13, 14, 15, 16, 17, and 18, and the set of SEQ ID NOs: 7, 8, 9, 10, 11, and 12. human heavy chain constant region selected from the group consisting of: human IgG1, human IgG2, and human IgG3; human light chain constant Kappa region; and a set of six CDR sequences selected from the set of SEQ ID NOs: 13, 14, 15, 16, 17, and 18, and the set of SEQ ID NOs: 7, 8, 9, 10, 11, and 12.
A toner tank of a toner supplying apparatus detachably mountable in an image forming apparatus to supply toner, the toner tank comprising: a supplying part and a slide shutter; the supplying part being hollow and adapted to guide the slide shutter inside the supplying part; the slide shutter having a hollow shape and being able to slide relative to the supplying part; a toner supplying hole formed in the supplying part to discharge toner stored in the toner tank, via a toner outlet of the slide shutter; and an elastic member adapted to elastically support the slide shutter, to enable the toner outlet of the slide shutter to face the toner supplying hole when the toner supplying apparatus is mounted in the image forming apparatus, and to enable the shutter to seal the toner supplying hole when the toner supplying apparatus is separated from the image forming apparatus; characterized in that the slide shutter has a sealing member on an outer circumference thereof to slide along an inside surface of the supplying part; and in that the sealing member of the slide shutter seals the toner supplying hole when the toner supplying apparatus is separated from the image forming apparatus. a supplying part and a slide shutter; the supplying part being hollow and adapted to guide the slide shutter inside the supplying part; the slide shutter having a hollow shape and being able to slide relative to the supplying part; a toner supplying hole formed in the supplying part to discharge toner stored in the toner tank, via a toner outlet of the slide shutter; and an elastic member adapted to elastically support the slide shutter, to enable the toner outlet of the slide shutter to face the toner supplying hole when the toner supplying apparatus is mounted in the image forming apparatus, and to enable the shutter to seal the toner supplying hole when the toner supplying apparatus is separated from the image forming apparatus; characterized in that the slide shutter has a sealing member on an outer circumference thereof to slide along an inside surface of the supplying part; and in that the sealing member of the slide shutter seals the toner supplying hole when the toner supplying apparatus is separated from the image forming apparatus.
A steel sheet for cans with excellent surface properties after drawing and ironing, the steel sheet containing, by % by mass, 0.0016 to 0.01% of C, 0.05% or less of Si, 0.05 to 0.60% of Mn, 0.02% or less of P, 0.02% or less of S, 0.01 to 0.10% of Al, 0.0015 to 0.0050% of N, and 0.020 to 0.080% of Nb, the C and Nb contents satisfying expression below, the balance being composed of Fe and inevitable impurities, and the steel sheet being characterized in that the amount of Nb-based precipitates is 20 to 500 ppm by mass, the average grain diameter of the Nb-based precipitates is 10 to 100 nm, and the average crystal grain diameter of ferrite is 6 to 10 μm: 0.4 ≤ Nb / C × 12 / 93 ≤ 2.5 wherein Nb and C each indicate a content (% by mass).
A method for managing a security key to be used for a cooperative communication at a subscriber station in a wireless communication, the method comprising: generating a first input value corresponding to a serving base station and a second input value corresponding to a member base station for the cooperative communication; transmitting (316, 328) the first input value to the serving base station, and the second input value to the member base station; generating a first security key of the serving base station based on the first input value, and a second security key of the member base station based on the second input value; and performing the cooperative communication using the first security key with the serving base station and the member base station (336, 545), wherein the subscriber station receives data from the serving base station and the member base station using the first security key, where the member base station is under control of the serving base station; and if a notification indicating that the member base station is changed into a new serving base station, is received, performing the cooperative communication using the second security key with the new serving base station and the serving base station, wherein the subscriber station receives data from the serving station and the new serving station using the second security key, where the serving base station is under control of the new serving base station. generating a first input value corresponding to a serving base station and a second input value corresponding to a member base station for the cooperative communication; transmitting (316, 328) the first input value to the serving base station, and the second input value to the member base station; generating a first security key of the serving base station based on the first input value, and a second security key of the member base station based on the second input value; and performing the cooperative communication using the first security key with the serving base station and the member base station (336, 545), wherein the subscriber station receives data from the serving base station and the member base station using the first security key, where the member base station is under control of the serving base station; and if a notification indicating that the member base station is changed into a new serving base station, is received, performing the cooperative communication using the second security key with the new serving base station and the serving base station, wherein the subscriber station receives data from the serving station and the new serving station using the second security key, where the serving base station is under control of the new serving base station.
An integrated circuit for generating binaural headphone playback signals given multiple audio source signals with associated metadata and a binaural room impulse response, BRIR, database, wherein the audio source signals are channel-based, object-based, or a mixture of both signals, the integrated circuit being configured to perform the steps: computing instant head-relative positions of audio sources with respect to a position of a user head and a facing direction; grouping the audio source signals according to the instant head-relative positions of the audio sources in a hierarchical manner; characterized by dividing BRIR to be used for rendering into blocks and frames, wherein the BRIR is divided into a direct block and diffuse blocks and the direct block is further divided into the frames; dividing each audio source signal to be rendered into a number of blocks and frames, wherein the audio source signal is divided into a current block and a number of previous blocks and the current block is further divided into the frames; performing, for each audio source signal individually, a convolution of a latest frame of the audio source signal with a zeroth frame of the BRIR to be used for rendering; averaging, for each of previous frames of the audio source signals different from the latest frame, the divided BRIR identified with a hierarchically grouping result by downmixing the previous frames of the audio source signals according to the hierarchically grouping result, and performing a convolution with the downmixed previous frame. computing instant head-relative positions of audio sources with respect to a position of a user head and a facing direction; grouping the audio source signals according to the instant head-relative positions of the audio sources in a hierarchical manner; characterized by dividing BRIR to be used for rendering into blocks and frames, wherein the BRIR is divided into a direct block and diffuse blocks and the direct block is further divided into the frames; dividing each audio source signal to be rendered into a number of blocks and frames, wherein the audio source signal is divided into a current block and a number of previous blocks and the current block is further divided into the frames; performing, for each audio source signal individually, a convolution of a latest frame of the audio source signal with a zeroth frame of the BRIR to be used for rendering; averaging, for each of previous frames of the audio source signals different from the latest frame, the divided BRIR identified with a hierarchically grouping result by downmixing the previous frames of the audio source signals according to the hierarchically grouping result, and performing a convolution with the downmixed previous frame.
A compound having the structure of kynurenic acid or a pharmaceutically acceptable salt thereof for use in the treatment of fibrotic disease, wherein the fibrotic disease is selected from one or more of the following: keloid; hypertrophic scarring; pulmonary fibrosis; kidney fibrosis; liver cirrhosis; endomyocardial fibrosis; mediastinal fibrosis; myelofibrosis; retroperitoneal fibrosis; progressive massive fibrosis; nephrogenic systemic fibrosis; old myocardial infarction; scleroderma; systemic sclerosis; and uterine fibroids.
A perorally applicable preparation of vegetable origin, optionally for the use as an agent for improving digestion, reducing appetite or reducing body weight characterized in that, the preparation is a pressed juice - which is optionally in lyophilized form - obtained from seedlings of pea (Pisumsativum L.), lentil (Lens culinaris), chick pea (Cicerarietinum), grass pea (Latirussativus), bean (Phaseolus vulgaris) or field bean (Viciafaba) or from a mixture of seedlings of the above mentioned plants, said preparation contains histaminase that is resistant to pepsin and trypsin, catalase and a protease inhibitor.
Domestic appliance with a panel which is embodied as a multiple layer composite unit, consisting of at least one preferably metallic component prefabricated to be rigid and to form a first layer and provided with a specific outer surface in each case and with at least one further layer (2, 2'), preferably made of a free-flowing plastic, applied in liquid form onto the component, wherein - the layers are permanently connected to one another, - the further layer covers the entire component 1 - provision is made between the layers (1; 2, 2') for separate connecting elements (3, 3.1, 3.2) embedded on the one hand in a form-fit manner into the applied liquid layer (2, 2') and on the other hand connected directly to the component, - the connecting element (3, 3.1, 3.2), as a moulded part, preferably made of sheet metal or metal film, has a connecting part (3', 3.1', 3.2') for connection with the component and a form-closure part which projects from the connecting part (3', 3.1', 3.2') and protrudes in a form-fit manner into the further layer (2, 2'), - the form-closure part of the connecting element (3, 3.1, 3.2) has an angular, e.g. triangular, or a rounded contour, and - a number of connecting parts (3', 3.1', 3.2') are connected to the contour of the form-closure part. - the layers are permanently connected to one another, - the further layer covers the entire component 1 - provision is made between the layers (1; 2, 2') for separate connecting elements (3, 3.1, 3.2) embedded on the one hand in a form-fit manner into the applied liquid layer (2, 2') and on the other hand connected directly to the component, - the connecting element (3, 3.1, 3.2), as a moulded part, preferably made of sheet metal or metal film, has a connecting part (3', 3.1', 3.2') for connection with the component and a form-closure part which projects from the connecting part (3', 3.1', 3.2') and protrudes in a form-fit manner into the further layer (2, 2'), - the form-closure part of the connecting element (3, 3.1, 3.2) has an angular, e.g. triangular, or a rounded contour, and - a number of connecting parts (3', 3.1', 3.2') are connected to the contour of the form-closure part.