mhurhangee/patent-ind-claim-en huggingface dataset:
An undercarriage for a work machine, in particular a crawler crane, comprising: a center frame part for receiving a superstructure of the work machine; an elongate strut element that is attachable to the center frame part ; and a crawler carrier for carrying a crawler chain , wherein the crawler carrier has a cutout for leading through the strut element ; and the strut element has a plurality of mutually spaced apart latching elements along its longitudinal direction to fix the crawler carrier at different longitudinal positions of the strut element , characterized in that the strut element has at least one positioning cam that projects outwardly from the strut element to align the crawler carrier at a preferred fixing position. a center frame part for receiving a superstructure of the work machine; an elongate strut element that is attachable to the center frame part ; and a crawler carrier for carrying a crawler chain , wherein the crawler carrier has a cutout for leading through the strut element ; and the strut element has a plurality of mutually spaced apart latching elements along its longitudinal direction to fix the crawler carrier at different longitudinal positions of the strut element , characterized in that the strut element has at least one positioning cam that projects outwardly from the strut element to align the crawler carrier at a preferred fixing position.
Motorcycle comprising a frame mounted on wheels and having a front part and a rear part , a handlebar being present at the front part, being provided with detection means on the motorcycle to detect at least the speed and roll angle (φ) of the motorcycle when in movement, the frame having a longitudinal median plane (W) joining such front part and rear part , the motorcycle comprising a device for detecting a vehicle (V) which is moving towards the rear part of the motorcycle when such motorcycle is in movement, said device comprising a detection device rigidly of one piece with the motorcycle , said detection device being connected to means for evaluating the presence and movement of said vehicle (V) which is moving towards the rear part of the motorcycle , approaching said motorcycle, said evaluation means being capable of activating warning means generating a warning for the rider's attention when said vehicle (V) is detected, the evaluation means comprising a component which is at least capable of determining the speed of a vehicle (V) following the motorcycle , the evaluation means defining a variable hazard indication which identifies the time to collision between the approaching vehicle (V) and the motorcycle, said indication being defined on the basis of a comparison between the speed of the motorcycle and the speed of the vehicle (V) moving towards the rear part of the motorcycle and a comparison between the relative distances between said motorcycle and said vehicle (V), said warning means being activated whenever the time to collision is less than a predetermined value, characterised in that said evaluation means operate in relation to the roll angle of the motorcycle, comparing it with a threshold value of the angle, said detection device being in particular activated if the roll angle of the motorcycle is less than a predetermined threshold angle value.
A resin composition comprising: (A) a magnetic powder; (B-1) a solid resin; (B-2) a liquid resin; and (C) a curing accelerator having a melting point of 120°C or higher and 245°C or lower, wherein b1/b2 is in the range of 0.15 or more and 0.45 or less, where b1 is a content of the (B-1) component when non-volatile components in the resin composition is taken as 100% by mass, and b2 is a content of the (B-2) component when non-volatile components in the resin composition is taken as 100% by mass. (A) a magnetic powder; (B-1) a solid resin; (B-2) a liquid resin; and (C) a curing accelerator having a melting point of 120°C or higher and 245°C or lower, wherein b1/b2 is in the range of 0.15 or more and 0.45 or less, where b1 is a content of the (B-1) component when non-volatile components in the resin composition is taken as 100% by mass, and b2 is a content of the (B-2) component when non-volatile components in the resin composition is taken as 100% by mass.
An injection molding machine comprising: a stationary platen which is fixed to a frame ; a toggle support which is connected to the stationary platen via a tie bar and is placed on the frame ; a toggle mechanism which is supported by the toggle support ; a supply portion configured to supply a lubricant to a lubrication portion formed between a bottom surface of a leg portion of the toggle support and a placement surface of the frame ; and a collection portion configured to collect the lubricant from the lubrication portion , wherein the collection portion is formed in the leg portion or by disposing a gathering block in the leg portion , and a collection path opening portion formed in the collection portion , a supply path opening portion formed in the supply portion , and a concave groove portion communicating with the opening portions are provided on the bottom surface of the leg portion . a stationary platen which is fixed to a frame ; a toggle support which is connected to the stationary platen via a tie bar and is placed on the frame ; a toggle mechanism which is supported by the toggle support ; a supply portion configured to supply a lubricant to a lubrication portion formed between a bottom surface of a leg portion of the toggle support and a placement surface of the frame ; and a collection portion configured to collect the lubricant from the lubrication portion , wherein the collection portion is formed in the leg portion or by disposing a gathering block in the leg portion , and a collection path opening portion formed in the collection portion , a supply path opening portion formed in the supply portion , and a concave groove portion communicating with the opening portions are provided on the bottom surface of the leg portion .
A watch device for a conductor of a railway vehicle including driving means , comprising: - first watch means , comprising: • computer means for recovering computer driving information function of an actuation of the driving means, • computer means for analyzing the recovered computer information, able to detect the absence of variations in the computer information during a first predefined period, characterized in that the watch device comprises second watch means , independent of the first watch means , and comprising: • electronic means for recovering by relaying mechanical driving information relative to the actuation of the driving means , and • electronic means for analyzing recovered mechanical information, able to detect the absence of actuation of the driving means for a second predefined period, such that the first predefined period is less than the second predefined period. - first watch means , comprising: • computer means for recovering computer driving information function of an actuation of the driving means, • computer means for analyzing the recovered computer information, able to detect the absence of variations in the computer information during a first predefined period, characterized in that the watch device comprises second watch means , independent of the first watch means , and comprising: • electronic means for recovering by relaying mechanical driving information relative to the actuation of the driving means , and • electronic means for analyzing recovered mechanical information, able to detect the absence of actuation of the driving means for a second predefined period, such that the first predefined period is less than the second predefined period. • computer means for recovering computer driving information function of an actuation of the driving means, • computer means for analyzing the recovered computer information, able to detect the absence of variations in the computer information during a first predefined period, • electronic means for recovering by relaying mechanical driving information relative to the actuation of the driving means , and • electronic means for analyzing recovered mechanical information, able to detect the absence of actuation of the driving means for a second predefined period, such that the first predefined period is less than the second predefined period.
Cooling system for a power converter , having - a first cooling channel - a second cooling channel wherein the first and the second cooling channel are arranged in parallel, at least in sections, wherein in the region of the parallel arrangement the first cooling channel is embodied for the cooling of semiconductors of the power converter , wherein in the region of the parallel arrangement the second cooling channel is embodied for the cooling of intermediate circuit capacitors of the power converter , wherein the cooling channels are embodied as air channels, wherein the cooling system has an air distributor, characterised in that the cooling system has at least one temperature sensor, wherein the air distributor is embodied so as to divide the air stream between the first cooling channel and the second cooling channel in the ratio in a range of 80:20 to 95:5 as a function of at least one measurement value of the at least one temperature sensor. - a first cooling channel - a second cooling channel wherein the first and the second cooling channel are arranged in parallel, at least in sections, wherein in the region of the parallel arrangement the first cooling channel is embodied for the cooling of semiconductors of the power converter , wherein in the region of the parallel arrangement the second cooling channel is embodied for the cooling of intermediate circuit capacitors of the power converter , wherein the cooling channels are embodied as air channels, wherein the cooling system has an air distributor, characterised in that the cooling system has at least one temperature sensor, wherein the air distributor is embodied so as to divide the air stream between the first cooling channel and the second cooling channel in the ratio in a range of 80:20 to 95:5 as a function of at least one measurement value of the at least one temperature sensor.
Apparatus for cleaning an object surface , wherein the apparatus for cleaning an object surface is adapted to be arranged to or to accommodate an object , wherein the apparatus is arranged to supply cleaning fluid to the object surface , characterized in that the apparatus comprises a body provided with an opening with a circumferentially extending flexible part, flange or lip partly covering the object surface in the circumferential direction thereof and in engagement with the object surface with a pretension force, whereby the apparatus is arranged to supply cleaning fluid interior of the body and the flexible part, flange or lip is arranged to bend away from the object surface when subjected to cleaning fluid supplied interior of the body .
A live, attenuated coronavirus comprising a variant replicase gene encoding polyproteins comprising a mutation in nsp-10, wherein the variant replicase gene encodes a protein comprising an amino acid mutation of Pro to Leu at the position corresponding to position 85 of SEQ ID NO: 6.
An apparatus, comprising: storage elements to store data blocks, each data block having capability metadata associated therewith identifying whether said data block specifies a capability, at least one capability type being a bounded pointer; and processing circuitry, responsive to a bulk capability metadata operation identifying a plurality of said storage elements, to perform an operation on the capability metadata associated with each data block stored in said plurality of storage elements, wherein the bulk capability metadata operation is one of: a bulk query operation, wherein the processing circuitry is responsive to the bulk query operation to obtain the capability metadata associated with each data block stored in said plurality of said storage elements, and to generate output data containing the obtained capability metadata, and a bulk modification operation, wherein the processing circuitry is responsive to the bulk modification operation to modify the capability metadata associated with each data block stored in said plurality of said storage elements, in dependence on modification data specified for said bulk modification operation. storage elements to store data blocks, each data block having capability metadata associated therewith identifying whether said data block specifies a capability, at least one capability type being a bounded pointer; and processing circuitry, responsive to a bulk capability metadata operation identifying a plurality of said storage elements, to perform an operation on the capability metadata associated with each data block stored in said plurality of storage elements, wherein the bulk capability metadata operation is one of: a bulk query operation, wherein the processing circuitry is responsive to the bulk query operation to obtain the capability metadata associated with each data block stored in said plurality of said storage elements, and to generate output data containing the obtained capability metadata, and a bulk modification operation, wherein the processing circuitry is responsive to the bulk modification operation to modify the capability metadata associated with each data block stored in said plurality of said storage elements, in dependence on modification data specified for said bulk modification operation. a bulk query operation, wherein the processing circuitry is responsive to the bulk query operation to obtain the capability metadata associated with each data block stored in said plurality of said storage elements, and to generate output data containing the obtained capability metadata, and a bulk modification operation, wherein the processing circuitry is responsive to the bulk modification operation to modify the capability metadata associated with each data block stored in said plurality of said storage elements, in dependence on modification data specified for said bulk modification operation.
Method for providing a Zn-Al-Mg coating on a steel strip using a hot dip coating process with a coating bath, wherein the thickness of the coating is controlled using gas knifes above the coating bath, which in order for the coating to have a good appearance without a beach effect and to be free of binary (Zn+MgZn 2 ) microstructures, is characterised in that the coating on the steel strip is given a composition consisting of: 1.0 - 1.5 weight% magnesium; 1.5 - 2.4 weight% aluminium; optional < 0.3 weight% of Si, Sn, Bi, Sb, Ln, Ce, Ti, Sc, Sr and/or B in total; the remainder being zinc and unavoidable impurities; wherein the Al and Mg contents satisfy the relationship: Al (in weight%) > 1.28 Mg (in weight%) + 0.25, and characterised in that Z < 0.6 e 0.064CW wherein Z is the distance between each gas knife and the steel strip in mm, and wherein CW is the weight of the one-sided coating layer in g/m 2 , wherein CW < 45 g/m 2 . 1.0 - 1.5 weight% magnesium; 1.5 - 2.4 weight% aluminium; optional < 0.3 weight% of Si, Sn, Bi, Sb, Ln, Ce, Ti, Sc, Sr and/or B in total; the remainder being zinc and unavoidable impurities; wherein the Al and Mg contents satisfy the relationship: Al (in weight%) > 1.28 Mg (in weight%) + 0.25, and characterised in that Z < 0.6 e 0.064CW wherein Z is the distance between each gas knife and the steel strip in mm, and wherein CW is the weight of the one-sided coating layer in g/m 2 , wherein CW < 45 g/m 2 . Al (in weight%) > 1.28 Mg (in weight%) + 0.25, and characterised in that Z < 0.6 e 0.064CW wherein Z is the distance between each gas knife and the steel strip in mm, and wherein CW is the weight of the one-sided coating layer in g/m 2 , wherein CW < 45 g/m 2 .
An information processing device comprising: a data processing unit that performs format conversion of converting MPEG-2 TS format data into MP4 format data, wherein the MPEG-2 TS format data is data that includes each segment region having a plurality of pieces of variation data decryptable with different keys, and the data processing unit selects encrypted MP4 variation data from the segment region of the MPEG-2 TS format data and stores the MP4 variation data as MP4 format structure data in an MP4 file, while the encrypted variation data remains, without performing a decryption process and a re-encryption process for the selected MP4 variation data, wherein each of the pieces of variation data set in the segment region of the MPEG-2 TS format data is data in which a variation identifier is embedded and is data for which the variation identifier is extractable from decrypted data, and wherein the segment region of the MPEG-2 TS format data is a data region in which one piece of variation data is selected and reproduced along a reproduction path permitted to a reproduction device. a data processing unit that performs format conversion of converting MPEG-2 TS format data into MP4 format data, wherein the MPEG-2 TS format data is data that includes each segment region having a plurality of pieces of variation data decryptable with different keys, and the data processing unit selects encrypted MP4 variation data from the segment region of the MPEG-2 TS format data and stores the MP4 variation data as MP4 format structure data in an MP4 file, while the encrypted variation data remains, without performing a decryption process and a re-encryption process for the selected MP4 variation data, wherein each of the pieces of variation data set in the segment region of the MPEG-2 TS format data is data in which a variation identifier is embedded and is data for which the variation identifier is extractable from decrypted data, and wherein the segment region of the MPEG-2 TS format data is a data region in which one piece of variation data is selected and reproduced along a reproduction path permitted to a reproduction device.
A method of assembling a shroud assembly for a gas turbine engine comprising a rotor including a blade and a splitter for dividing airflow between a bypass passage and a core flow passage , the method comprising: assembling an annular shroud extension from at least a first section and a second section about an engine axis (A), wherein the shroud extension is assembled in-place, normal to the engine axis (A), by assembling the first section to the second section ; wherein each of the first and second shroud extension sections form a portion of an annular ring; assembling a first annular portion of a main shroud into a first housing ; assembling the first portion of the main shroud and the first housing radially upward to the shroud extension , wherein the shroud extension extends aft from the first portion of the main shroud and first housing ; assembling a second annular portion of the main shroud into a second housing ; and moving the second portion of the main shroud and second housing radially inward to engage the first housing with the second housing and engaging the shroud extension with the second portion of the main shroud , wherein the assembled shroud extension is axially proximate the rotor ; defining an axial gap between the shroud extension and the blade, the gap having a first axial length less than a second axial length between the blade and an end of the flow splitter and defining an air passage inner surface by the main shroud and the shroud extension . assembling an annular shroud extension from at least a first section and a second section about an engine axis (A), wherein the shroud extension is assembled in-place, normal to the engine axis (A), by assembling the first section to the second section ; wherein each of the first and second shroud extension sections form a portion of an annular ring; assembling a first annular portion of a main shroud into a first housing ; assembling the first portion of the main shroud and the first housing radially upward to the shroud extension , wherein the shroud extension extends aft from the first portion of the main shroud and first housing ; assembling a second annular portion of the main shroud into a second housing ; and moving the second portion of the main shroud and second housing radially inward to engage the first housing with the second housing and engaging the shroud extension with the second portion of the main shroud , wherein the assembled shroud extension is axially proximate the rotor ; defining an axial gap between the shroud extension and the blade, the gap having a first axial length less than a second axial length between the blade and an end of the flow splitter and defining an air passage inner surface by the main shroud and the shroud extension .
A method for indicating a state of PDCP duplication data, wherein the method is applied to a terminal device, the terminal device has a first PDCP entity and a plurality of RLC entities corresponding to the first PDCP entity, and the method comprises: receiving, by the terminal device, first indication information, wherein the first indication information is used for indicating a data behavior between the first PDCP entity and the plurality of RLC entities; wherein receiving, by the terminal device, the first indication information comprises: receiving, by the terminal device, a type of MAC CE out of a first type of MAC CE or a second type of MAC CE; wherein the received type of MAC CE is a second type of MAC CE, the first type of MAC CE is used for indicating a data behavior between an RLC entity and the first PDCP entity corresponding to a first Data Radio Bearer, DRB, and the second type of MAC CE is used for indicating a data behavior between an RLC entity and the first PDCP entity corresponding to a second DRB, wherein the first DRB and the second DRB are different; wherein the second type of MAC CE is used for indicating a data behavior between the first PDCP entity corresponding to the second DRB and at least three RLC entities. receiving, by the terminal device, a type of MAC CE out of a first type of MAC CE or a second type of MAC CE; wherein the received type of MAC CE is a second type of MAC CE, the first type of MAC CE is used for indicating a data behavior between an RLC entity and the first PDCP entity corresponding to a first Data Radio Bearer, DRB, and the second type of MAC CE is used for indicating a data behavior between an RLC entity and the first PDCP entity corresponding to a second DRB, wherein the first DRB and the second DRB are different; wherein the second type of MAC CE is used for indicating a data behavior between the first PDCP entity corresponding to the second DRB and at least three RLC entities.