mhurhangee/patent-ind-claim-en huggingface dataset:
A hybrid propulsion system for a multi-rotor rotary wing aircraft, comprising: - an internal combustion engine , - at least one electric machine coupled to the internal combustion engine so that in operation the internal combustion engine drives the electric machine, - a rectifier connected to the electric machine and configured to convert an alternative current delivered from the electric machine into a direct current, - means for converting direct current into alternative current, - an electrical network connecting the rectifier to the conversion means, - electric motors connected to the conversion means so that in operation the conversion means supply the electric motors with alternative current, - propellers coupled to the electric motors so that in operation the electric motors drive the propellers, The system being characterized in that it comprises: - detection means configured to detect a reduction in a demand for electrical power within the system below a predetermined value, - short-circuit means configured to short-circuit the electric machine when the detection means detects a reduction in the demand for electrical power, and in that the rectifier is active and comprises the short-circuit means . - an internal combustion engine , - at least one electric machine coupled to the internal combustion engine so that in operation the internal combustion engine drives the electric machine, - a rectifier connected to the electric machine and configured to convert an alternative current delivered from the electric machine into a direct current, - means for converting direct current into alternative current, - an electrical network connecting the rectifier to the conversion means, - electric motors connected to the conversion means so that in operation the conversion means supply the electric motors with alternative current, - propellers coupled to the electric motors so that in operation the electric motors drive the propellers, The system being characterized in that it comprises: - detection means configured to detect a reduction in a demand for electrical power within the system below a predetermined value, - short-circuit means configured to short-circuit the electric machine when the detection means detects a reduction in the demand for electrical power, - detection means configured to detect a reduction in a demand for electrical power within the system below a predetermined value, - short-circuit means configured to short-circuit the electric machine when the detection means detects a reduction in the demand for electrical power, and in that the rectifier is active and comprises the short-circuit means .
A method for operating a power system of a wind turbine, wherein the power system comprises: - first and second parallel connected DC-to-AC converters and - at least one transformer , where each transformer comprises a primary section (Wpri) connected to a power line , and where the at least one transformer comprises first and second secondary sections (Wsec1, Wsec2) connected to outputs of the respective first and second DC-to-AC converters, such that the first secondary section (Wsec1) connects to the output of the first DC-to-AC converter and the second secondary section (Wsec2) connects to the output of the second DC-to-AC converter , and the output of the first DC-to-AC converter , alternatively the second DC-to-AC converter , is connected to an auxiliary system of the wind turbine, the method comprises - providing a reactive correction reference (Qrefcorr), - changing first and second reactive powers (Q1, Q2) generated by the respective first and second DC-to-AC converters according to the reactive correction reference (Qrefcorr), so that one of the first and second reactive powers is increased while the other is decreased with amounts corresponding to the reactive correction reference (Qrefcorr) so that the first and second reactive powers are unequal. - first and second parallel connected DC-to-AC converters and - at least one transformer , where each transformer comprises a primary section (Wpri) connected to a power line , and where the at least one transformer comprises first and second secondary sections (Wsec1, Wsec2) connected to outputs of the respective first and second DC-to-AC converters, such that the first secondary section (Wsec1) connects to the output of the first DC-to-AC converter and the second secondary section (Wsec2) connects to the output of the second DC-to-AC converter , and the output of the first DC-to-AC converter , alternatively the second DC-to-AC converter , is connected to an auxiliary system of the wind turbine, the method comprises - providing a reactive correction reference (Qrefcorr), - changing first and second reactive powers (Q1, Q2) generated by the respective first and second DC-to-AC converters according to the reactive correction reference (Qrefcorr), so that one of the first and second reactive powers is increased while the other is decreased with amounts corresponding to the reactive correction reference (Qrefcorr) so that the first and second reactive powers are unequal.
A compound and an additional anti-tumour substance for use in the conjoint treatment of cancer, wherein the compound is N -(2-{2-dimethylaminoethyl-methylamino}-4-methoxy-5-{[4-(1-methylindol-3-yl)pyrimidin-2-yl]amino}phenyl)prop-2-enamide, or a pharmaceutically acceptable salt, and wherein the additional anti-tumour substance is selected from N -(3-chloro-4-fluorophenyl)-7-methoxy-6-(3-morpholinopropoxy)-quinazolin-4-amine (gefitinib, ZD1839) or N -(3-ethynylphenyl)-6,7-bis(2-methoxyethoxy)quinazolin-4-amine (erlotinib, OSI 774).
A refrigerant composition consisting essentially of: carbon dioxide 10-35% an HFO selected from the group consisting of: R1234yf, R1234ze(E) and mixtures thereof 45-85%; and R227ea 3-15% wherein the percentages are by mass and are selected from the ranges quoted to total 100%.
A delivery member for delivering an implantable medical device to a target location of a body vessel, the delivery member comprising: a distal hypotube comprising a distal end shaped to receive the implantable medical device; a support coil section affixed to a proximal end of the distal hypotube; a proximal hypotube affixed to a proximal end of the support coil section; a lumen extending through the distal hypotube, the support coil section, and the proximal hypotube; a stretch resistant member extending through a portion of the lumen, the stretch resistant member affixed to the proximal hypotube; characterised in that the delivery member further comprises a flexible sleeve covering at least a majority of an outer surface of the support coil section; and in that the stretch resistant member is affixed to the distal hypotube. a distal hypotube comprising a distal end shaped to receive the implantable medical device; a support coil section affixed to a proximal end of the distal hypotube; a proximal hypotube affixed to a proximal end of the support coil section; a lumen extending through the distal hypotube, the support coil section, and the proximal hypotube; a stretch resistant member extending through a portion of the lumen, the stretch resistant member affixed to the proximal hypotube; characterised in that the delivery member further comprises a flexible sleeve covering at least a majority of an outer surface of the support coil section; and in that the stretch resistant member is affixed to the distal hypotube.
A system, comprising: a processor-executed rule module comprising instructions about how a processor-accessible ownership block chain and a processor-accessible content data structure are added to and how the validity of the ownership block chain and the content data structure are verified, the instructions also comprising a type of content information that can be stored in the content data structure, the rule module defining how a consensus is reached for what content information should be added to the content data structure, the rule module comprising first rules for how content is added to the ownership block chain and second rules for how content is added to the content data structure; the processor-accessible ownership block chain comprising a chain of ownership blocks comprising information related to ownership of content in the processor-accessible content data structure, the information related to ownership of content comprising information of a type of content indicated in the content data structure that is owned such that ownership tracked in the ownership block chain is not just an indication of a quantity that is owned, but is also an indication of the type of content that is owned; the processor-accessible content data structure comprising information about the content for which the system can track ownership, the content data structure comprising a series of content information elements. a processor-executed rule module comprising instructions about how a processor-accessible ownership block chain and a processor-accessible content data structure are added to and how the validity of the ownership block chain and the content data structure are verified, the instructions also comprising a type of content information that can be stored in the content data structure, the rule module defining how a consensus is reached for what content information should be added to the content data structure, the rule module comprising first rules for how content is added to the ownership block chain and second rules for how content is added to the content data structure; the processor-accessible ownership block chain comprising a chain of ownership blocks comprising information related to ownership of content in the processor-accessible content data structure, the information related to ownership of content comprising information of a type of content indicated in the content data structure that is owned such that ownership tracked in the ownership block chain is not just an indication of a quantity that is owned, but is also an indication of the type of content that is owned; the processor-accessible content data structure comprising information about the content for which the system can track ownership, the content data structure comprising a series of content information elements.
A compound of formula (I) wherein Base 1 and Base 2 are independently selected from the group consisting of purine, adenine, guanine, xanthine, and hypoxanthine, connected through their N 9 nitrogen atoms, or a salt thereof.
A vehicle roof comprising a vehicle window pane, the vehicle window pane comprising a window pane body assembly, the window pane body assembly having an outer side, which faces a vehicle environment, and an inner side, which faces a vehicle interior, and a light-conducting layer and comprising an outer window pane body and an inner window pane body , which is connected to the outer window pane body via a connecting layer and forms the light-conducting layer, wherein, on its inner side, which is formed by the light-conducting layer, the window pane body assembly is provided with an illuminator on either side of a vertical longitudinal center roof plane, the illuminators being disposed on respective lateral edges of the vehicle window pane and extending in the longitudinal vehicle direction and each comprising a light source, the light of which can be coupled into the light-conducting layer, and an input coupling element disposed on the inner side of the window pane body assembly, the input coupling element coupling light emitted by the light source into the light-conducting layer and being attached to the side of the inner window pane body facing away from the outer window pane body via an adhesive layer and having a wedge-shaped cross section, the light source being disposed on a lateral surface of the input coupling element and being an LED bar .
A control apparatus for a vehicle with an automatic transmission , comprising: an idling stop control device for reducing consumed fuel of an internal combustion engine of a vehicle when predetermined conditions are satisfied, which include at least a condition that the vehicle is at rest; a road surface gradient detector for detecting the slope of the ground surface on which the vehicle is stopped; a standing time measuring unit for measuring the time that elapses after the vehicle is stopped; and an idling stop inhibition controller for regulating the consumed fuel reduction performed by the idling stop control device , characterized in that : the idling stop inhibition controller inhibits the idling stop control executed by the idle stop control device if the road surface gradient detector determines that the vehicle is on a slope way and if the stop time measured by the standing time measuring unit is more than predetermined time, and the predetermined time is designed to decrease along with increase in the road surface gradient detected by the road surface gradient detector. an idling stop control device for reducing consumed fuel of an internal combustion engine of a vehicle when predetermined conditions are satisfied, which include at least a condition that the vehicle is at rest; a road surface gradient detector for detecting the slope of the ground surface on which the vehicle is stopped; a standing time measuring unit for measuring the time that elapses after the vehicle is stopped; and an idling stop inhibition controller for regulating the consumed fuel reduction performed by the idling stop control device , characterized in that : the idling stop inhibition controller inhibits the idling stop control executed by the idle stop control device if the road surface gradient detector determines that the vehicle is on a slope way and if the stop time measured by the standing time measuring unit is more than predetermined time, and the predetermined time is designed to decrease along with increase in the road surface gradient detected by the road surface gradient detector. the idling stop inhibition controller inhibits the idling stop control executed by the idle stop control device if the road surface gradient detector determines that the vehicle is on a slope way and if the stop time measured by the standing time measuring unit is more than predetermined time, and the predetermined time is designed to decrease along with increase in the road surface gradient detected by the road surface gradient detector.
A transmission method implemented in a communication device with multiple antennas, the transmission method comprising: splitting (s410) a block of bits, to be transmitted, into a number of groups each consisting of k+2q bits, wherein k and q are natural numbers, and wherein each group of the groups includes a subgroup consisting of k bits and two subgroups each consisting of q bits; performing (s420) 2 q -ary Quadrature Amplitude Modulation, QAM, on the subgroups of q bits from the groups of k+2q bits to obtain QAM symbols, respectively; processing (s430) the QAM symbols according to a transmit diversity scheme, so that two QAM symbols, obtained from the two subgroups of q bits in each group of the groups of k+2q bits, are mapped onto each antenna of at least two of said multiple antennas as two consecutive processed symbols; selecting (s440), through the use of 2 k -ary Frequency Shift Keying, FSK, modulation, a frequency tone to which the two consecutive processed symbols are allocated, according to the subgroup of k bits from said each group of the groups of k+2q bits, wherein a group of consecutive Orthogonal Frequency Division Multiplexing, OFDM, subcarriers corresponds to the selected frequency tone, in an OFDM system, and wherein the two consecutive processed symbols are allocated to two consecutive subcarriers from the group of consecutive OFDM subcarriers corresponding to the selected frequency tone; and transmitting (s450) the two consecutive processed symbols through said multiple antennas. splitting (s410) a block of bits, to be transmitted, into a number of groups each consisting of k+2q bits, wherein k and q are natural numbers, and wherein each group of the groups includes a subgroup consisting of k bits and two subgroups each consisting of q bits; performing (s420) 2 q -ary Quadrature Amplitude Modulation, QAM, on the subgroups of q bits from the groups of k+2q bits to obtain QAM symbols, respectively; processing (s430) the QAM symbols according to a transmit diversity scheme, so that two QAM symbols, obtained from the two subgroups of q bits in each group of the groups of k+2q bits, are mapped onto each antenna of at least two of said multiple antennas as two consecutive processed symbols; selecting (s440), through the use of 2 k -ary Frequency Shift Keying, FSK, modulation, a frequency tone to which the two consecutive processed symbols are allocated, according to the subgroup of k bits from said each group of the groups of k+2q bits, wherein a group of consecutive Orthogonal Frequency Division Multiplexing, OFDM, subcarriers corresponds to the selected frequency tone, in an OFDM system, and wherein the two consecutive processed symbols are allocated to two consecutive subcarriers from the group of consecutive OFDM subcarriers corresponding to the selected frequency tone; and transmitting (s450) the two consecutive processed symbols through said multiple antennas.
A method for user registration by means of a wake-up voice, which is applied to an electronic device, characterized in that the method comprises: after obtaining a wake-up voice of a user each time, extracting and storing (S 110) a first voiceprint feature corresponding to the wake-up voice; calculating a similarity between every two of the stored first voiceprint features by a clustering algorithm; and categorizing all of the first voiceprint features into at least one category based on the calculated similarities wherein a similarity threshold is preset, and two stored first voiceprint features whose similarity is higher than the similarity threshold are the same category, and two stored first voiceprint features whose similarity is lower than the similarity threshold are different categories, wherein, each of the at least one category comprises at least one first voiceprint feature, which belongs to the same user; assigning (S130) one category identifier to each of the at least one category, wherein one user corresponds to one category identifier; and storing (S140) each category identifier in correspondence to at least one first voiceprint feature corresponding to this category identifier to complete user invisible registration. after obtaining a wake-up voice of a user each time, extracting and storing (S 110) a first voiceprint feature corresponding to the wake-up voice; calculating a similarity between every two of the stored first voiceprint features by a clustering algorithm; and categorizing all of the first voiceprint features into at least one category based on the calculated similarities wherein a similarity threshold is preset, and two stored first voiceprint features whose similarity is higher than the similarity threshold are the same category, and two stored first voiceprint features whose similarity is lower than the similarity threshold are different categories, wherein, each of the at least one category comprises at least one first voiceprint feature, which belongs to the same user; assigning (S130) one category identifier to each of the at least one category, wherein one user corresponds to one category identifier; and storing (S140) each category identifier in correspondence to at least one first voiceprint feature corresponding to this category identifier to complete user invisible registration.
A photovoltaic module, comprising: a first cover plate , a first adhesive film , a plurality of cells , a second adhesive film , and a second cover plate ; wherein a thickness of each respective cell of the plurality of cells is in a range of 100 μm to 170 μm, a thickness of the first adhesive film is in a range of 300 μm to 550 μm, a thickness of the second adhesive film is in a range of 300 μm to 710 μm, and the thickness of the first adhesive film and the thickness of the second adhesive film satisfy the following relationship: 0.0007x 2 -0.4297x+374.2≤y≤0.0034x 2 -1.0297x+314.19, wherein x is denoted as the thickness of the first adhesive film , and y is denoted as the thickness of the second adhesive film ; the photovoltaic module further comprising at least one welding strip , wherein for each respective welding strip of the at least one welding strip , one end of the each respective welding strip is disposed on a front surface of one of two adjacent cells in the plurality of cells , and the other end of the each respective welding strip is disposed on a rear surface of the other of the two adjacent cells , wherein a thickness of the each respective welding strip is in a range of 200 μm to 400 μm; characterized in that the first cover plate is made of glass, has a first surface facing the plurality of cells , and is provided with an embossing structure on the first surface, the embossing structure is recessed in a direction away from the each respective cell , and a recess depth of the embossing structure is in a range of 30 μm to 50 μm. a first cover plate , a first adhesive film , a plurality of cells , a second adhesive film , and a second cover plate ; wherein a thickness of each respective cell of the plurality of cells is in a range of 100 μm to 170 μm, a thickness of the first adhesive film is in a range of 300 μm to 550 μm, a thickness of the second adhesive film is in a range of 300 μm to 710 μm, and the thickness of the first adhesive film and the thickness of the second adhesive film satisfy the following relationship: 0.0007x 2 -0.4297x+374.2≤y≤0.0034x 2 -1.0297x+314.19, wherein x is denoted as the thickness of the first adhesive film , and y is denoted as the thickness of the second adhesive film ; the photovoltaic module further comprising at least one welding strip , wherein for each respective welding strip of the at least one welding strip , one end of the each respective welding strip is disposed on a front surface of one of two adjacent cells in the plurality of cells , and the other end of the each respective welding strip is disposed on a rear surface of the other of the two adjacent cells , wherein a thickness of the each respective welding strip is in a range of 200 μm to 400 μm; characterized in that the first cover plate is made of glass, has a first surface facing the plurality of cells , and is provided with an embossing structure on the first surface, the embossing structure is recessed in a direction away from the each respective cell , and a recess depth of the embossing structure is in a range of 30 μm to 50 μm.