mhurhangee/ep-ind-claims huggingface dataset:
Aircraft landing gear including: - a leg intended to be articulated to a structure of the aircraft to be movable between a deployed position and a retracted position; - a main brace including two links (15a, 15b) that are articulated to one another, one of them being coupled to the leg and the other being capable of being coupled to the structure of the aircraft, such that when the leg is in the deployed position, the links are substantially in alignment; - a secondary brace including two links (20a, 20b) that are articulated to one another, one of them being coupled to the brace and the other being coupled to the leg, such that when the leg is in the deployed position and when the leg is in the retracted position, the links are substantially in alignment with each other and held in alignment by an elastic member confirming the links in abutment in the aligned position; - an unlocking actuator having a first end coupled to the secondary brace and operable to cause the links to move out of alignment during retraction or deployment of the landing gear by acting against the action of the elastic member; the landing gear actuator being of the double-acting type, and the landing gear including means (31, 33) for coupling a second end of the unlocking actuator which ensure movement of said second end relative to the leg so that, for a given action, the unlocking actuator tends to break the alignment of the links when the landing gear is in one of its positions and tends to confirm said alignment when the landing gear is in the other of its positions. - a leg intended to be articulated to a structure of the aircraft to be movable between a deployed position and a retracted position; - a main brace including two links (15a, 15b) that are articulated to one another, one of them being coupled to the leg and the other being capable of being coupled to the structure of the aircraft, such that when the leg is in the deployed position, the links are substantially in alignment; - a secondary brace including two links (20a, 20b) that are articulated to one another, one of them being coupled to the brace and the other being coupled to the leg, such that when the leg is in the deployed position and when the leg is in the retracted position, the links are substantially in alignment with each other and held in alignment by an elastic member confirming the links in abutment in the aligned position; - an unlocking actuator having a first end coupled to the secondary brace and operable to cause the links to move out of alignment during retraction or deployment of the landing gear by acting against the action of the elastic member;
An exhaust device for an internal combustion engine comprising: a burner device comprising a fuel addition device for adding fuel to an exhaust passage of the internal combustion engine and igniting the added fuel; and a controller which is configured to detect an abnormal condition of the burner device on the basis of a temperature change at a temperature detection point in the exhaust passage downstream of the fuel addition device after changing the amount of addition of the fuel; characterized in that: the temperature change includes a delay time from a time of stepwise decrease of the amount of addition of the fuel to a stepwise decrease of temperature at the temperature detection point. a burner device comprising a fuel addition device for adding fuel to an exhaust passage of the internal combustion engine and igniting the added fuel; and a controller which is configured to detect an abnormal condition of the burner device on the basis of a temperature change at a temperature detection point in the exhaust passage downstream of the fuel addition device after changing the amount of addition of the fuel; characterized in that: the temperature change includes a delay time from a time of stepwise decrease of the amount of addition of the fuel to a stepwise decrease of temperature at the temperature detection point.
A lubricant composition characterized by comprising a lubricant, and buffer particles having Young's modulus of 0.5 to 10 2 MPaformed of a cured material of curable urethane resin having an average particle diameter D 1 of 50 μm < D 1 ≦ 300 μm, and the mixing ratio of the buffer particles is 20 to 300 parts by weight per 100 parts by weight of the lubricant.
Illumination device having at least one light-emitting diode (3; 703; 803) and a heat sink (1; 400; 700; 800) for the purpose of cooling the at least one light-emitting diode (3; 703; 803), wherein the heat sink (1; 400; 700; 800) is provided with latching means (17, 18, 19; 403; 710; 810) which serve the purpose of forming a bayonet-type lock with a holder for the illumination device, and the latching means comprise at least two latching tabs (17, 18, 19; 710; 810) which are arranged along a circular arc, characterized in that at least one latching tab has a shape which is different than the shape of the other latching tabs (17, 18).
An access point (102, 202), configured to: send a first connection request to a first controller (106-1, 306-1) corresponding to a first zone (104-1, 204-1, 304-1) being a primary zone of a network; receive, from the first controller (106-1, 306-1) in response to the first connection request, a notification comprising configuration data for a second controller (106-2, 306-2) corresponding to a second zone (104-2, 204-2, 304-2) being a secondary zone, wherein the first controller (106-1, 306-1) and the second controller (106-2, 306-2) are different controllers; receive, from the first controller (106-1, 306-1), configuration data for a first virtual access point corresponding to the first zone (104-1, 204-1, 304-1); start the first virtual access point based on the configuration data received from the first controller (106-1, 306-1); send, a second connection request to the second controller (106-2, 306-2); receive, from the second controller (106-2, 306-2) in response to the second connection request, configuration data for a second virtual access point corresponding to the second zone (104-2, 204-1, 304-2); and start the second virtual access point based on the configuration data received from the second controller (106-1, 306-1). send a first connection request to a first controller (106-1, 306-1) corresponding to a first zone (104-1, 204-1, 304-1) being a primary zone of a network; receive, from the first controller (106-1, 306-1) in response to the first connection request, a notification comprising configuration data for a second controller (106-2, 306-2) corresponding to a second zone (104-2, 204-2, 304-2) being a secondary zone, wherein the first controller (106-1, 306-1) and the second controller (106-2, 306-2) are different controllers; receive, from the first controller (106-1, 306-1), configuration data for a first virtual access point corresponding to the first zone (104-1, 204-1, 304-1); start the first virtual access point based on the configuration data received from the first controller (106-1, 306-1); send, a second connection request to the second controller (106-2, 306-2); receive, from the second controller (106-2, 306-2) in response to the second connection request, configuration data for a second virtual access point corresponding to the second zone (104-2, 204-1, 304-2); and start the second virtual access point based on the configuration data received from the second controller (106-1, 306-1).
A chip for an image forming apparatus, the chip comprising: a control logic unit; a plurality of power connectors for providing power to the control logic unit, a plurality of inner first signal connectors continuously disposed in an exterior angle of the power connectors and separated by a predetermined distance from the power connectors, the plurality of first signal connectors being spaced apart from one another by a first distance, wherein the plurality of first signal connectors are disposed in a plurality of columns continuously disposed in the exterior angle of the power connectors and spaced apart from one another by the first distance, a plurality of second signal connectors disposed in an exterior angle of the first signal connectors, and a plurality of third signal connectors continuously disposed in an exterior angle of the second signal connectors, the plurality of third signal connectors being spaced apart from one another by the first distance, characterized in that the second signal conductors are spaced apart from one another by two or more times the first distance. a control logic unit; a plurality of power connectors for providing power to the control logic unit, a plurality of inner first signal connectors continuously disposed in an exterior angle of the power connectors and separated by a predetermined distance from the power connectors, the plurality of first signal connectors being spaced apart from one another by a first distance, wherein the plurality of first signal connectors are disposed in a plurality of columns continuously disposed in the exterior angle of the power connectors and spaced apart from one another by the first distance, a plurality of second signal connectors disposed in an exterior angle of the first signal connectors, and a plurality of third signal connectors continuously disposed in an exterior angle of the second signal connectors, the plurality of third signal connectors being spaced apart from one another by the first distance, characterized in that the second signal conductors are spaced apart from one another by two or more times the first distance.
A polypeptide comprising a primate cystathionine gamma-lyase variant, having methionine gamma-lyase activity, having a sequence at least 95% identical to a native CGL sequence of any one of SEQ ID NO: 1, SEQ ID NO: 18, SEQ ID NO: 19 and SEQ ID NO: 20 and comprising amino acid substitutions of at least (i) 59V or 59N, (ii) R119L, and (iii) E339V of SEQ ID NO: 1.
A plasmid DNA for transient expression in mammalian cells, represented by a skeleton that contains prokaryotic elements, an origin of replication and a marker gene, and eukaryotic elements, a strong promoter, a leader sequence of mRNA, and also regulatory sequences for the mentioned elements, at least one site for cloning of a gene of interest and at least one site for annealing of at least one primer for analysis of the composition of the plasmid DNA, and a polynucleotide represented by a secretory sequence, a fragment encoding human alpha defensin HNP-1 or HNP-2 or HNP-3, codon-optimized for expression in mammalian cells, and a termination sequence.
A radio access control method, wherein the method comprises: receiving, by a terminal device, access control information sent by an access network device, wherein the access control information is used to indicate a barred service type and a transmission scheme type which should be barred to the terminal device; and determining, by the terminal device based on the barred service type and the transmission scheme type which should be barred, whether to send a radio resource control, RRC, connection request to the access network device; wherein the transmission scheme type is used to indicate a transmission scheme used by the terminal device for transmitting service data used by the terminal device, and the transmission scheme type is at least one of a user plane scheme and a control plane scheme. receiving, by a terminal device, access control information sent by an access network device, wherein the access control information is used to indicate a barred service type and a transmission scheme type which should be barred to the terminal device; and determining, by the terminal device based on the barred service type and the transmission scheme type which should be barred, whether to send a radio resource control, RRC, connection request to the access network device; wherein the transmission scheme type is used to indicate a transmission scheme used by the terminal device for transmitting service data used by the terminal device, and the transmission scheme type is at least one of a user plane scheme and a control plane scheme.
A control method of a washing machine having a drum to receive clothes therein and a motor to rotate the drum, comprising: determining whether a washing course of functional clothes is selected; generating bubbles of detergent dissolved water supplied to a water tub of the washing machine to apply the bubbles to the clothes; and raising (112, 114) a drive operation rate of the motor characterized in that the stepwise raising (112, 114) of the drive operation rate of the motor is carried out to wash the clothes to which the bubbles have been applied and includes a first washing operation of driving the motor at a first operation rate and a second washing operation of driving the motor at a second operation rate higher than the first operation rate, wherein the second washing operation is performed after the first washing operation. determining whether a washing course of functional clothes is selected; generating bubbles of detergent dissolved water supplied to a water tub of the washing machine to apply the bubbles to the clothes; and raising (112, 114) a drive operation rate of the motor characterized in that the stepwise raising (112, 114) of the drive operation rate of the motor is carried out to wash the clothes to which the bubbles have been applied and includes a first washing operation of driving the motor at a first operation rate and a second washing operation of driving the motor at a second operation rate higher than the first operation rate, wherein the second washing operation is performed after the first washing operation.
A method for manufacturing flexible, tubular tube bodies for packaging tubes comprising the steps: - conveying a substrate band, in particular a tube laminate band, which comprises at least one weldable plastic layer or is made therefrom, in a conveying direction relative to a welding device, - forming the substrate band, which comprises two outer longitudinal edges (6, 7) extending in the conveying direction, to a tube pipe by approaching, in particular contacting, the longitudinal edges (6,7), - welding the tube pipe in the area of the longitudinal edges (6, 7) by forming a longitudinal welding seam, - heating the substrate band for reducing errors in circularity before and/or during and/or after welding, the substrate band temperature being varied in the conveying direction of the substrate band, characterized in that the substrate band temperature is varied in such a manner that first and second substrate band sections (10, 11), which differ with regard to their substrate band temperature averaged in the conveying direction and/or with regard to their substrate band temperature extreme values, alternate in the conveying direction. - conveying a substrate band, in particular a tube laminate band, which comprises at least one weldable plastic layer or is made therefrom, in a conveying direction relative to a welding device, - forming the substrate band, which comprises two outer longitudinal edges (6, 7) extending in the conveying direction, to a tube pipe by approaching, in particular contacting, the longitudinal edges (6,7), - welding the tube pipe in the area of the longitudinal edges (6, 7) by forming a longitudinal welding seam, - heating the substrate band for reducing errors in circularity before and/or during and/or after welding,
A method for transmitting an uplink control signal, the method comprising determining, by a first terminal device, that an uplink multiple access scheme for the uplink control signal is the same as an uplink multiple access scheme for uplink data if a time domain resource unit is used for transmitting the uplink data, and a time domain resource occupied by the uplink control signal at least partially overlaps with a time domain resource occupied by the uplink data, wherein the time domain resource unit comprises the time domain resource occupied by the uplink control signal and the time domain resource occupied by the uplink data, and there is a mapping relationship between each uplink multiple access scheme and an uplink control channel structure; determining, by the first terminal device, an uplink control channel structure corresponding to the determined uplink multiple access scheme according to the determined uplink multiple access scheme and the mapping relationship; and transmitting, by the first terminal device, the uplink control signal by using the determined uplink multiple access scheme and the determined uplink control channel structure.
Curable precursor coating comprising: a) a first layer disposed on a substrate and comprising at least one monomer selected from the group consisting of acrylate, methylacrylate, vinyl ether and allyl ether, and b) a second layer, comprising a composition which comprises at least one crosslinkable oligomer and/or polymer compound and at least one thiol-containing monomer. a) a first layer disposed on a substrate and comprising at least one monomer selected from the group consisting of acrylate, methylacrylate, vinyl ether and allyl ether, and b) a second layer, comprising a composition which comprises at least one crosslinkable oligomer and/or polymer compound and at least one thiol-containing monomer.
A power module substrate comprising: a ceramic substrate; and a circuit layer which is formed on one surface of the ceramic substrate and has a circuit pattern, wherein the circuit layer is made of Cu or a Cu alloy, in an interface between the circuit layer and the ceramic substrate, a Cu-Sn layer in which Sn forms a solid solution in Cu and a Ti-containing layer containing Ti are laminated in this order from the ceramic substrate side, characterized in that in a cross-sectional shape of an end portion of the circuit pattern of the circuit layer, an angle θ formed between a surface of the ceramic substrate and an end face of the Cu-Sn layer is set in a range equal to or greater than 80° and equal to or smaller than 100°, and a maximum protrusion length L of the Cu-Sn layer or the Ti-containing layer from an end face of the circuit layer is set in a range equal to or greater than 2 μm and equal to or smaller than 15 μm. a ceramic substrate; and a circuit layer which is formed on one surface of the ceramic substrate and has a circuit pattern, wherein the circuit layer is made of Cu or a Cu alloy, in an interface between the circuit layer and the ceramic substrate, a Cu-Sn layer in which Sn forms a solid solution in Cu and a Ti-containing layer containing Ti are laminated in this order from the ceramic substrate side, characterized in that in a cross-sectional shape of an end portion of the circuit pattern of the circuit layer, an angle θ formed between a surface of the ceramic substrate and an end face of the Cu-Sn layer is set in a range equal to or greater than 80° and equal to or smaller than 100°, and a maximum protrusion length L of the Cu-Sn layer or the Ti-containing layer from an end face of the circuit layer is set in a range equal to or greater than 2 μm and equal to or smaller than 15 μm.
A method of making 3-alkoxytetraalkylene sulfone or 3-alkylthiotetraalkylene sulfone comprising: mixing an alcohol or a thiol and a catalyst to form a first mixture; reacting alkadiene sulfone with the first mixture to form a reaction product; contacting the reaction product with water at a temperature ranging from 80°C to 85°C to provide an organic phase and an inorganic phase; and separating the organic phase and inorganic phase from one another. mixing an alcohol or a thiol and a catalyst to form a first mixture; reacting alkadiene sulfone with the first mixture to form a reaction product; contacting the reaction product with water at a temperature ranging from 80°C to 85°C to provide an organic phase and an inorganic phase; and separating the organic phase and inorganic phase from one another.
A method for a multi-connectivity technology involving a master access node and a secondary access node, comprising: receiving, by the secondary access node and from the master access node, a security key to be used with a connection between the secondary access node and a user equipment, the user equipment being connected to the secondary access node and the master access node; generating, by the secondary access node, based on a set of parameters, a new security key to be used with the connection between the secondary access node and the user equipment, the set of parameters comprising an identifier of the secondary access node and the security key received from the master access node; sending, by the secondary access node, a configuration message to the user equipment, the configuration message comprising the new security key and an indication indicating when the secondary access node will start to use the new security key; receiving, by the secondary access node, a message from the user equipment, the message comprising an indication indicating when the user equipment will start to use the new security key; and bringing, by the secondary access node, the new security key into use based on the indications. receiving, by the secondary access node and from the master access node, a security key to be used with a connection between the secondary access node and a user equipment, the user equipment being connected to the secondary access node and the master access node; generating, by the secondary access node, based on a set of parameters, a new security key to be used with the connection between the secondary access node and the user equipment, the set of parameters comprising an identifier of the secondary access node and the security key received from the master access node; sending, by the secondary access node, a configuration message to the user equipment, the configuration message comprising the new security key and an indication indicating when the secondary access node will start to use the new security key; receiving, by the secondary access node, a message from the user equipment, the message comprising an indication indicating when the user equipment will start to use the new security key; and bringing, by the secondary access node, the new security key into use based on the indications.
A cleaner to performing an autonomous driving, comprising: a cleaner body; a driving unit configured to move the cleaner body; a camera configured to detect 3D coordinates information; and a controller configured to sample a part of detected 3D coordinates information based on a plurality of preset height values, and configured to control the driving unit based on the sampled coordinates information, characterized in that the controller is configured to generate a map formed of a plurality of layers so as to correspond to the plurality of preset height values by using the sampled coordinates information. a cleaner body; a driving unit configured to move the cleaner body; a camera configured to detect 3D coordinates information; and a controller configured to sample a part of detected 3D coordinates information based on a plurality of preset height values, and configured to control the driving unit based on the sampled coordinates information, characterized in that the controller is configured to generate a map formed of a plurality of layers so as to correspond to the plurality of preset height values by using the sampled coordinates information.