mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a base station, BS, a base station controller, BSC, a first core device acting as an active core device, a second core device acting as a standby core device, wherein the first core device comprises an active route and a standby route, the active route comprises a first route between the BSC and the first core device and a second route between the first core device and the BS; the second core device comprises the standby route, the standby route comprises a third route between the BSC and the second core device and a fourth route between the second core device and the BS; the first core device comprises a first BSC gateway interface, the second core device comprises a second BSC gateway interface, and the first BSC gateway interface has an Internet Protocol, IP, address same as the second BSC gateway interface; the first core device is configured to send a first identity, ID, of the first BSC gateway interface and a first state of the first BSC gateway interface to the second core device; the second core device is configured to receive the first ID and the first state, set a second state of the second BSC gateway interface to the first state; wherein the second route is generated after the first ID and the first state are received, wherein the first state is a normal operating state. a base station, BS, a base station controller, BSC, a first core device acting as an active core device, a second core device acting as a standby core device, wherein the first core device comprises an active route and a standby route, the active route comprises a first route between the BSC and the first core device and a second route between the first core device and the BS; the second core device comprises the standby route, the standby route comprises a third route between the BSC and the second core device and a fourth route between the second core device and the BS; the first core device comprises a first BSC gateway interface, the second core device comprises a second BSC gateway interface, and the first BSC gateway interface has an Internet Protocol, IP, address same as the second BSC gateway interface; the first core device is configured to send a first identity, ID, of the first BSC gateway interface and a first state of the first BSC gateway interface to the second core device; the second core device is configured to receive the first ID and the first state, set a second state of the second BSC gateway interface to the first state; wherein the second route is generated after the first ID and the first state are received, wherein the first state is a normal operating state.
A method for encoding video into a bitstream, the method comprising: encoding a bitstream comprising a base layer, a first enhancement layer and a second enhancement layer, encoding an indication of both the base layer and the first enhancement layer used for prediction for the second enhancement layer in the bitstream; encoding, in the bitstream, an indication of the number of bits in prediction type mask syntax elements; encoding , in the bitstream, a first prediction type mask syntax element for a first set of prediction types that is applicable from the base layer to the second enhancement layer, wherein said first prediction type mask syntax element is included in a sequence-level syntax structure, such as a sequence parameter set and/or a video parameter set, and the first set of prediction types is a subset of all predi cti on types available for predi cti on between layers, said prediction types including at least one of the following: sample prediction, motion information prediction, sample adaptive offset parameter prediction, intra mode information prediction, and each of said all prediction types is represented by a distinctive bit number in a bit mask; and encoding, in the bitstream, a second prediction type mask syntax element for a second set of predi cti on types that is applicable from the first enhancement layer to the second enhancement layer, wherein the second set of prediction types is a subset of all prediction types available for prediction between layers, and each of said all prediction types is represented by a distinctive bit number in a bit mask. encoding a bitstream comprising a base layer, a first enhancement layer and a second enhancement layer, encoding an indication of both the base layer and the first enhancement layer used for prediction for the second enhancement layer in the bitstream; encoding, in the bitstream, an indication of the number of bits in prediction type mask syntax elements; encoding , in the bitstream, a first prediction type mask syntax element for a first set of prediction types that is applicable from the base layer to the second enhancement layer, wherein said first prediction type mask syntax element is included in a sequence-level syntax structure, such as a sequence parameter set and/or a video parameter set, and the first set of prediction types is a subset of all predi cti on types available for predi cti on between layers, said prediction types including at least one of the following: sample prediction, motion information prediction, sample adaptive offset parameter prediction, intra mode information prediction, and each of said all prediction types is represented by a distinctive bit number in a bit mask; and encoding, in the bitstream, a second prediction type mask syntax element for a second set of predi cti on types that is applicable from the first enhancement layer to the second enhancement layer, wherein the second set of prediction types is a subset of all prediction types available for prediction between layers, and each of said all prediction types is represented by a distinctive bit number in a bit mask.
A method of priming seed, the method comprising the steps of: a) determining for seeds of a given seed lot at least: i) the total amount of oxygen used up to the moment of respiration acceleration; and, ii) the critical oxygen pressure; b) contacting seed with a sufficient quantity of water and a sufficient quantity of oxygen to allow metabolic activity necessary for germination of the seed to take place; and, c) preventing extension of at least one of root and shoot beyond a point at which the seed cannot be handled without serious risk of damage to the seed by a reduction of the partial oxygen pressure to level that is below the critical oxygen pressure determined in a), at a time when the total amount of oxygen used up to the moment of respiration acceleration determined in a) is consumed. a) determining for seeds of a given seed lot at least: i) the total amount of oxygen used up to the moment of respiration acceleration; and, ii) the critical oxygen pressure; i) the total amount of oxygen used up to the moment of respiration acceleration; and, ii) the critical oxygen pressure; b) contacting seed with a sufficient quantity of water and a sufficient quantity of oxygen to allow metabolic activity necessary for germination of the seed to take place; and, c) preventing extension of at least one of root and shoot beyond a point at which the seed cannot be handled without serious risk of damage to the seed by a reduction of the partial oxygen pressure to level that is below the critical oxygen pressure determined in a), at a time when the total amount of oxygen used up to the moment of respiration acceleration determined in a) is consumed.
A production optimization device of a component mounting line in which components are mounted on a circuit board using component mounting machines , comprising: intra present property optimization means for optimizing production of the component mounting line under conditions in which a selection range of members of the mounting line to use in the production is restricted to within a range of members actually owned by a user; second optimization means for optimizing the production of the component mounting line under conditions in which restriction of the selection range of the members of the mounting line to use in the production is removed for at least a subset of the members; and display means for displaying optimization results of the intra present property optimization means compared to the optimization results of the second optimization means, wherein the display means is configured to display at least one of a total production time, a cycle time, a number of set-up changes, and a total set-up changing time, respectively, as the optimization results of the intra present property optimization means and the optimization results of the second optimization means. intra present property optimization means for optimizing production of the component mounting line under conditions in which a selection range of members of the mounting line to use in the production is restricted to within a range of members actually owned by a user; second optimization means for optimizing the production of the component mounting line under conditions in which restriction of the selection range of the members of the mounting line to use in the production is removed for at least a subset of the members; and display means for displaying optimization results of the intra present property optimization means compared to the optimization results of the second optimization means, wherein the display means is configured to display at least one of a total production time, a cycle time, a number of set-up changes, and a total set-up changing time, respectively, as the optimization results of the intra present property optimization means and the optimization results of the second optimization means.
A multimodal PET (positron emission tomography)/MRI (magnetic resonance imaging) contrast agent comprising: a magnetic signal generating core; and a coating portion formed at least partially over a surface of said magnetic signal generating core, wherein the coating portion comprises a plurality of layers, including an inner layer having a functionalized surface, wherein the functionalised surface is silica, and an outer layer comprising electrolessly deposited radionuclides formed on said functionalized surface. a magnetic signal generating core; and a coating portion formed at least partially over a surface of said magnetic signal generating core, wherein the coating portion comprises a plurality of layers, including an inner layer having a functionalized surface, wherein the functionalised surface is silica, and an outer layer comprising electrolessly deposited radionuclides formed on said functionalized surface.
Method for dynamically controlling the power supply to a piece of electrical equipment powered by a renewable energy source and an energy storage element of which the capacity is dimensioned so as to be slightly lower than the nominal capacity of the energy storage element, said nominal capacity being determined on the basis of - the longest duration of an operating cycle, - the maximum energy consumed by the equipment during the longest operating cycle, - battery performance, - system performance, the supply of power to said equipment being temporally variable according to an adjustable reference time curve, said method comprising steps of adjustment on the basis of at least one external factor and at least one internal factor, and the constraint that the integral over the considered operating cycle of said adjusted curve is less than the amount of energy which can be allocated from said energy storage element during the considered operating cycle, said external factors being physical parameters acquired by local sensors, the recalculation of the curve on the basis of the real capacity of the battery taking into account the health of said battery. - the longest duration of an operating cycle, - the maximum energy consumed by the equipment during the longest operating cycle, - battery performance, - system performance,
An addition-fragmentation agent of the formula: wherein R 1 , R 2 and R 3 are each independently Z m -Q-, a (hetero)alkyl group or a (hetero)aryl group with the proviso that at least one of R 1 , R 2 and R 3 is Z m -Q-, Q is a linking group have a valence of m +1; Z is an ethylenically unsaturated polymerizable group selected from and wherein R 4 is H or C 1 -C 4 alkyl, m is 1 to 6; each X 1 is independently -O- or -NR 4 -, where R 4 is H or C 1 -C 4 alkyl, and n is 0 or 1, and Q is selected from -O-, -S-, -NR 4 -, -SO 2 -, -PO 2 -, -CO-, -OCO-, -R 6 -, and combinations thereof, wherein each R 4 is hydrogen, a C 1 to C 4 alkyl group, or aryl group, each R 6 is an alkylene group having 1 to 6 carbon atoms, a 5- or 6-membered cycloalkylene group having 5 to 10 carbon atoms, or a divalent arylene group having 6 to 16 carbon atoms, with the proviso that Q-Z does not contain peroxidic linkages, wherein the peroxidic linkages are O-O, N-O, S-O, N-N and N-S; or Q is selected from an alkylene or a hydroxyl-substituted alkylene or an aryloxy-substituted alkylene. R 1 , R 2 and R 3 are each independently Z m -Q-, a (hetero)alkyl group or a (hetero)aryl group with the proviso that at least one of R 1 , R 2 and R 3 is Z m -Q-, Q is a linking group have a valence of m +1; Z is an ethylenically unsaturated polymerizable group selected from and wherein R 4 is H or C 1 -C 4 alkyl, m is 1 to 6; each X 1 is independently -O- or -NR 4 -, where R 4 is H or C 1 -C 4 alkyl, and n is 0 or 1, and Q is selected from -O-, -S-, -NR 4 -, -SO 2 -, -PO 2 -, -CO-, -OCO-, -R 6 -, and combinations thereof, wherein each R 4 is hydrogen, a C 1 to C 4 alkyl group, or aryl group, each R 6 is an alkylene group having 1 to 6 carbon atoms, a 5- or 6-membered cycloalkylene group having 5 to 10 carbon atoms, or a divalent arylene group having 6 to 16 carbon atoms, with the proviso that Q-Z does not contain peroxidic linkages, wherein the peroxidic linkages are O-O, N-O, S-O, N-N and N-S; or Q is selected from an alkylene or a hydroxyl-substituted alkylene or an aryloxy-substituted alkylene.
An electronic apparatus comprising: a memory storing a firmware including a plurality of pieces of code set information corresponding to a plurality of external devices ; a communication interface ; and a processor configured to: receive an infrared (IR) signal corresponding to an external device of the plurality of external devices through the communication interface, identify code set information corresponding to the IR signal among the plurality of pieces of code set information by sequentially using a header area of the received IR signal and a data area of the received IR signal, and based on a control command being input from a remote controller (100-2) of the electronic apparatus, generate the IR signal corresponding to the control command based on the identified code set information. a memory storing a firmware including a plurality of pieces of code set information corresponding to a plurality of external devices ; a communication interface ; and a processor configured to: receive an infrared (IR) signal corresponding to an external device of the plurality of external devices through the communication interface, identify code set information corresponding to the IR signal among the plurality of pieces of code set information by sequentially using a header area of the received IR signal and a data area of the received IR signal, and based on a control command being input from a remote controller (100-2) of the electronic apparatus, generate the IR signal corresponding to the control command based on the identified code set information. receive an infrared (IR) signal corresponding to an external device of the plurality of external devices through the communication interface, identify code set information corresponding to the IR signal among the plurality of pieces of code set information by sequentially using a header area of the received IR signal and a data area of the received IR signal, and based on a control command being input from a remote controller (100-2) of the electronic apparatus, generate the IR signal corresponding to the control command based on the identified code set information.
A method of predicting response to chemotherapy in a patient with cancer, the method comprising the steps of: incubating an ADCC-capable molecule, an immune checkpoint protein modulator, a cancer cell line that expresses a target of the ADCC-capable molecule, and a sample of the patient's blood, for a period of time; determining an ADCC response against the cancer cell line in the presence of said immune checkpoint protein modulator; comparing the ADCC response with a reference ADCC response in the absence of an immune checkpoint protein modulator; and predicting the patient's response to chemotherapy based on the comparison, wherein an ADCC-capable molecule refers to a molecule that is capable of binding to a cell surface protein, or antigen, such as a receptor, on the tumour surface, and generating an antibody-dependent cell-mediated cytotoxicity (ADCC), or antibody-dependent cell mediated phagocytosis (ADCP) response, against the tumour cell whereby immune cells bind the molecule and kill the tumour cell. incubating an ADCC-capable molecule, an immune checkpoint protein modulator, a cancer cell line that expresses a target of the ADCC-capable molecule, and a sample of the patient's blood, for a period of time; determining an ADCC response against the cancer cell line in the presence of said immune checkpoint protein modulator; comparing the ADCC response with a reference ADCC response in the absence of an immune checkpoint protein modulator; and predicting the patient's response to chemotherapy based on the comparison, wherein an ADCC-capable molecule refers to a molecule that is capable of binding to a cell surface protein, or antigen, such as a receptor, on the tumour surface, and generating an antibody-dependent cell-mediated cytotoxicity (ADCC), or antibody-dependent cell mediated phagocytosis (ADCP) response, against the tumour cell whereby immune cells bind the molecule and kill the tumour cell.
An extinguishing unit for a molded case circuit breaker, comprising a pair of side plates arranged to face each other and a plurality of grids arranged in a space defined between the pair of side plates , wherein the grids comprise: a plurality of first grids arranged at a front portion of the pair of side plates ; and a plurality of second grids arranged at a rear portion of the pair of side plates , wherein the first grids are inclined up in a rearward direction with respect to a bottom surface of a case, and the second grids are inclined down in the rearward direction with respect to the bottom surface of the case, wherein a re-division space (S2) for re-dividing an arc is defined between the first grids and the second grids , the front portion of the pair of side plates is closer to a location where the arc is generated than the rear portion of the pair of side plates , a front portion of each of the second grids is provided with a second cutout portion , the second cutout portion providing the re-division space in which the arc is re-dividable, and the second cutout portion is formed by cutting the central portion of the front portion of the second grid . a plurality of first grids arranged at a front portion of the pair of side plates ; and a plurality of second grids arranged at a rear portion of the pair of side plates , wherein the first grids are inclined up in a rearward direction with respect to a bottom surface of a case, and the second grids are inclined down in the rearward direction with respect to the bottom surface of the case, wherein a re-division space (S2) for re-dividing an arc is defined between the first grids and the second grids , the front portion of the pair of side plates is closer to a location where the arc is generated than the rear portion of the pair of side plates , a front portion of each of the second grids is provided with a second cutout portion , the second cutout portion providing the re-division space in which the arc is re-dividable, and the second cutout portion is formed by cutting the central portion of the front portion of the second grid .
A time trial cycling helmet , comprising: a helmet body comprising a front portion and a tail portion; and characterised by further comprising: a shield comprising two ear shield portions connected to each other adjacent the front portion of the helmet body by a brow portion ; wherein the shield is releasably coupled to the helmet body; and wherein the helmet body is configured to avoid covering ears of a wearer of the helmet body to leave a majority of the ear exposed with respect to the helmet body, and the ear shield portions are configured to extend to the helmet body over the ears of the wearer when connected to the helmet body adjacent to the front portion. a shield comprising two ear shield portions connected to each other adjacent the front portion of the helmet body by a brow portion ; wherein the shield is releasably coupled to the helmet body; and wherein the helmet body is configured to avoid covering ears of a wearer of the helmet body to leave a majority of the ear exposed with respect to the helmet body, and the ear shield portions are configured to extend to the helmet body over the ears of the wearer when connected to the helmet body adjacent to the front portion.
Electromedical device without electrical transmission cables for non-ablative plastic surgery, in particular apt for treating unaesthetisms and/or pathologies of a skin portion of a patient, comprising: - holding means shaped to be grasped by an operator; - a needle-shaped electrode , removably mounted or mountable to said holding means and having a free end; - electric generator means, comprising an oscillating circuit for generating a sinusoidal electric signal having a power value in the range of 0.7 W to 2 W, with an operating voltage of 750 Vac and a frequency of 37.5 kHz to 62.5 kHz, to be applied to said electrode; said electric signal applied to the electrode being apt to ionize air at the free end of said electrode, the device not having a reference plate to be applied to the skin of the patient for closing the electric circuit of the electrode. - holding means shaped to be grasped by an operator; - a needle-shaped electrode , removably mounted or mountable to said holding means and having a free end; - electric generator means, comprising an oscillating circuit for generating a sinusoidal electric signal having a power value in the range of 0.7 W to 2 W, with an operating voltage of 750 Vac and a frequency of 37.5 kHz to 62.5 kHz, to be applied to said electrode;
A method for a zone passage control system for an underground worksite comprising a plurality of operation zones for autonomously operating mobile vehicle operations, comprising: - associating a first passage control unit with a first zone and a second zone, the first passage control unit separating the first zone and the second zone, - detecting state parameter information of the first zone and the second zone, - merging the first zone and the second zone into a fusion zone on the basis of the state parameter information of the first zone and the second zone, and - adapting the zone passage control system to allow a first autonomously operating mobile vehicle to pass the first passage control unit in the fusion zone without interrupting operation of a second autonomously operating mobile vehicle in the first zone and/or the second zone. - associating a first passage control unit with a first zone and a second zone, the first passage control unit separating the first zone and the second zone, - detecting state parameter information of the first zone and the second zone, - merging the first zone and the second zone into a fusion zone on the basis of the state parameter information of the first zone and the second zone, and - adapting the zone passage control system to allow a first autonomously operating mobile vehicle to pass the first passage control unit in the fusion zone without interrupting operation of a second autonomously operating mobile vehicle in the first zone and/or the second zone.